[
  {
    "path": ".gitignore",
    "content": ".DS_Store\n.nyc_output\ncoverage/\nnode_modules/\n"
  },
  {
    "path": ".npmignore",
    "content": ".DS_Store\n.nyc_output\n.eslintrc.json\n.travis.yml\ncoverage/\nnode_modules/\nrollup/\ntest/\n"
  },
  {
    "path": ".npmrc",
    "content": "package-lock=false\n"
  },
  {
    "path": "LICENSE",
    "content": "ISC License\n\nCopyright (c) 2022, Andrea Giammarchi, @WebReflection\n\nPermission to use, copy, modify, and/or distribute this software for any\npurpose with or without fee is hereby granted, provided that the above\ncopyright notice and this permission notice appear in all copies.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH\nREGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY\nAND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,\nINDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM\nLOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE\nOR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR\nPERFORMANCE OF THIS SOFTWARE.\n"
  },
  {
    "path": "README.md",
    "content": "# highlighted-code\n\nA textarea builtin extend to automatically provide code highlights based on one of the languages available via [highlight.js](https://highlightjs.org/).\n\n**[Live demo](https://webreflection.github.io/highlighted-code/test/demo.html)**\n\n```html\n<!doctype html>\n<meta name=\"viewport\" content=\"width=device-width,initial-scale=1.0\">\n<style>\ntextarea[is=\"highlighted-code\"] { padding: 8px; }\n</style>\n<script type=\"module\">\n(async ({chrome, netscape}) => {\n\n  // add Safari polyfill if needed\n  if (!chrome && !netscape)\n    await import('https://unpkg.com/@ungap/custom-elements');\n\n  const {default: HighlightedCode} =\n    await import('https://unpkg.com/highlighted-code');\n\n  // bootstrap a theme through one of these names\n  // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n  HighlightedCode.useTheme('github-dark');\n})(self);\n</script>\n<textarea is=\"highlighted-code\"\n          cols=\"80\" rows=\"12\"\n          language=\"javascript\" tab-size=\"2\" auto-height>\n(async ({chrome, netscape}) => {\n\n  // add Safari polyfill if needed\n  if (!chrome && !netscape)\n    await import('https://unpkg.com/@ungap/custom-elements');\n\n  const {default: HighlightedCode} = await import('https://unpkg.com/highlighted-code');\n\n  // bootstrap a theme through one of these names\n  // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n  HighlightedCode.useTheme('github-dark');\n})(self);\n</textarea>\n```\n\n## API\n\nThe component is literally a [textarea](https://developer.mozilla.org/en-US/docs/Web/HTML/Element/textarea) so everything that works or applies for this kind of element works and applies for this custom element too.\n\nThe only extras attributes this component offer are:\n\n  * **language**, reflected as `area.language` to define which kind of language should be highlighted. See the [list of supported languages here](https://github.com/highlightjs/highlight.js/blob/main/SUPPORTED_LANGUAGES.md) (see those that don't require extra packages).\n  * **tab-size**, reflected as `area.tabSize`, to determine the amount of virtual spaces covered by tabs. Because we live in a Mobile world, the default is `2`.\n  * **auto-height**, reflected as `area.autoHeight`, to render the textarea as if it was a regular element. See the [test page](https://webreflection.github.io/highlighted-code/test/) as example, or set `autoHeight = true` in the live demo and see the area growing while typing.\n\nThe exported `HighlightedCode` default class exposes these public methods/accessors:\n\n  * `HighlightedCode.useTheme(name:string)` to bootstrap [any valid CSS theme](https://github.com/highlightjs/highlight.js/tree/main/src/styles) by name. This can also be a fully qualified URL to avoid CDN when desired.\n  * `HighlightedCode.insertText(text:string)` to programmatically insert some text where the selection is.\n  * `HighlightedCode.library:hljs` a getter to retrieve the imported [hljs library](https://highlightjs.org/), usable to register missing PLs or do something else.\n\n\n## Exports\n\nThe main export uses all default languages included in *highlight.js*, but there are other variants:\n\n  * `highlighted-code/web`, which includes only Markdown, JS, TS, JSON, CSS, and HTML or XML\n  * `highlighted-code/sql`, which includes only SQL\n\nThese variants are much lighter than default module.\n\n## F.A.Q.\n\n<details>\n  <summary><strong>How to disable editing?</strong></summary>\n  <div>\n\nYou can either `textarea.disabled = true` or:\n\n```html\n<textarea is=\"highlighted-code\" language=\"css\" disabled>\ntextarea[is=\"highlighted-code\"]::before {\n  content: \"it's that simple!\";\n}\n</textarea>\n```\n\n  </div>\n</details>\n\n<details>\n  <summary><strong>How to disable spellcheck?</strong></summary>\n  <div>\n\nYou can either `textarea.spellcheck = false` or:\n\n```html\n<textarea is=\"highlighted-code\" language=\"css\" spellcheck=\"false\">\ntextarea[is=\"highlighted-code\"]::before {\n  content: \"it's that simple!\";\n}\n</textarea>\n```\n\n  </div>\n</details>\n\n<details>\n  <summary><strong>How to set cols or rows?</strong></summary>\n  <div>\n\n```html\n<textarea is=\"highlighted-code\" language=\"css\" cols=\"40\" rows=\"12\">\ntextarea[is=\"highlighted-code\"]::before {\n  content: \"it's that simple!\";\n}\n</textarea>\n```\n\n  </div>\n</details>\n\n<details>\n  <summary><strong>How to set a placeholder?</strong></summary>\n  <div>\n\n```html\n<textarea is=\"highlighted-code\" language=\"css\"\n          placeholder=\"write css...\"></textarea>\n```\n\n  </div>\n</details>\n\n<details>\n  <summary><strong>How to ...?</strong></summary>\n  <div>\n\nLook, this is [a custom element builtin extend](https://html.spec.whatwg.org/multipage/custom-elements.html#custom-elements-customized-builtin-example).\n\nIf you know how and when to use a textarea, you're 90% done with this module.\n\nNow you need just the `is` attribute with value `highlighted-code`, a `language` attribute with a supported language from *highlight.js* library,\noptionally a `tab-size` attribute to have tabs wider than 2, and a theme, where `default` would work too, as long as `HighlightedCode.useTheme('default')` is invoked.\n\n  </div>\n</details>\n"
  },
  {
    "path": "cjs/index.js",
    "content": "'use strict';\nconst hljs = (m => /* c8 ignore start */ m.__esModule ? m.default : m /* c8 ignore stop */)(require('highlight.js'));\n\n/*! (c) Andrea Giammarchi - ISC */\n\nconst TAG = 'highlighted-code';\n\nconst targets = new WeakMap;\nconst components = new Set;\n\nconst options = {timeout: 300, box: 'border-box'};\n\nconst noIdle = typeof cancelIdleCallback !== 'function';\nconst setIdle = noIdle ? setTimeout : requestIdleCallback;\nconst dropIdle = noIdle ? clearTimeout : cancelIdleCallback;\nconst FF = typeof netscape === 'object';\n\nlet theme, resizeObserver;\n\n/**\n * A textarea builtin extend able to automatically highlight while the area is\n * being typed. Requires `HighlightedCode.useTheme('default')` call to actually\n * highlight the resulting code.\n * @example `<textarea is=\"highlighted-code\" language=\"css\"></textarea>`\n */\nclass HighlightedCode extends HTMLTextAreaElement {\n  static get library() { return hljs; }\n  static get observedAttributes() {\n    return ['auto-height', 'disabled', 'language', 'tab-size'];\n  }\n\n  /**\n   * Inserts some text where the selection is.\n   * @param {string} text any text to insert.\n   */\n  static insertText(text) {\n    const {activeElement} = document;\n    try {\n      // they say it's deprecated, but it's the only one that works and\n      // guarantees ctrl+z behavior ... no idea why anyone would remove this!\n      if (!(\n        text ?\n          document.execCommand('insertText', false, text) :\n          document.execCommand('delete')\n      ))\n        throw event;\n    }\n    catch(o_O) {\n      const {selectionStart} = activeElement;\n      activeElement.setRangeText(text);\n      activeElement.selectionStart = activeElement.selectionEnd = selectionStart + text.length;\n    }\n    activeElement.oninput();\n  }\n\n  /**\n   * Automatically set a CSS theme for the highlighted code.\n   * @param {string} name One of the themes from highlight.js or a css file to\n   * point at. Names are like `default`, `github`, `tokio-night-dark` and so on\n   * https://github.com/highlightjs/highlight.js/tree/main/src/styles\n   */\n  static useTheme(name) {\n    if (!theme) {\n      theme = document.head.appendChild(\n        document.createElement('link')\n      );\n      theme.rel = 'stylesheet';\n      theme.addEventListener('load', () => {\n        for (const textarea of document.querySelectorAll(`textarea[is=\"${TAG}\"]`))\n          _backgroundColor.call(textarea);\n      });\n    }\n    theme.href = name.includes('.') ? name : `https://cdnjs.cloudflare.com/ajax/libs/highlight.js/11.5.0/styles/${name}.min.css`;\n  }\n\n  constructor() {\n    super();\n    this.idle = 0;\n    const pre = this.ownerDocument.createElement('pre');\n    pre.className = TAG;\n    pre.innerHTML = '<code></code>';\n    targets.set(this, pre);\n    this.style.cssText += `\n      tab-size: 2;\n      white-space: pre;\n      font-family: monospace;\n      color: transparent;\n      background-color: transparent;\n    `;\n    // setup internal class\n    const {autoHeight, language, tabSize} = this;\n    if (autoHeight) {\n      delete this.autoHeight;\n      this.autoHeight = autoHeight;\n    }\n    if (language) {\n      delete this.language;\n      this.language = language;\n    }\n    if (tabSize) {\n      delete this.tabSize;\n      this.tabSize = tabSize;\n    }\n  }\n\n  /**\n   * Avoid vertical scrollbar.\n   * @type {boolean}\n   */\n  get autoHeight() {\n    return this.hasAttribute('auto-height');\n  }\n  set autoHeight(value) {\n    if (value) {\n      this.style.resize = 'none';\n      this.setAttribute('auto-height', '');\n    }\n    else {\n      this.style.resize = null;\n      this.removeAttribute('auto-height');\n    }\n  }\n\n  /**\n   * The used language, compatible with hljs.\n   * @type {string}\n   */\n  get language() {\n    return this.getAttribute('language');\n  }\n  set language(name) {\n    this.setAttribute('language', name);\n  }\n\n  /**\n   * The tab-size value.\n   * @type {string}\n   */\n  get tabSize() {\n    return this.getAttribute('tab-size');\n  }\n  set tabSize(value) {\n    this.setAttribute('tab-size', value);\n  }\n\n  /**\n   * Set code to highlight.\n   * @type {string}\n   */\n  get value() {\n    return super.value;\n  }\n  set value(code) {\n    super.value = code;\n    this.oninput();\n  }\n\n  attributeChangedCallback(name, _, value) {\n    switch (name) {\n      case 'auto-height':\n        this.style.height = null;\n        if (value != null) {\n          this.value = this.value.trimEnd();\n          _autoHeight.call(this);\n        }\n        break;\n      case 'disabled':\n        if (FF)\n          targets.get(this).style.pointerEvents = this.disabled ? 'all' : 'none';\n        break;\n      case 'language':\n        let className = 'hljs';\n        if (value)\n          className += ' language-' + value;\n        targets.get(this).querySelector('code').className = className;\n        break;\n      case 'tab-size':\n        this.style.tabSize = value;\n        targets.get(this).style.tabSize = value;\n        break;\n    }\n  }\n  connectedCallback() {\n    components.add(this);\n    this.parentElement.insertBefore(targets.get(this), this.nextSibling);\n    this.oninput();\n    _backgroundColor.call(this);\n    resizeObserver.observe(this, options);\n    this.addEventListener('keydown', this);\n    this.addEventListener('scroll', this);\n    this.addEventListener('input', this);\n  }\n  disconnectedCallback() {\n    components.delete(this);\n    targets.get(this).remove();\n    resizeObserver.unobserve(this);\n    this.removeEventListener('keydown', this);\n    this.removeEventListener('scroll', this);\n    this.removeEventListener('input', this);\n  }\n\n  handleEvent(event) { this['on' + event.type](event); }\n  onkeydown(event) {\n    if (event.key === 'Tab') {\n      HighlightedCode.insertText('\\t');\n      event.preventDefault();\n    }\n  }\n  oninput() {\n    dropIdle(this.idle);\n    const idle = (this.idle = setIdle(\n      () => {\n        const {language, value} = this;\n        const code = targets.get(this).querySelector('code');\n\n        // Please note no language is very slow!\n        if (!language)\n          code.className = 'hljs';\n\n        code.innerHTML = (\n          language ?\n            hljs.highlight(value, {language}) :\n            hljs.highlightAuto(value)\n        ).value + '<br>';\n        this.onscroll();\n        if (idle === this.idle && this.autoHeight)\n          _autoHeight.call(this);\n      },\n      options\n    ));\n  }\n  onscroll() {\n    const {scrollTop, scrollLeft} = this;\n    const pre = targets.get(this);\n    pre.scrollTop = scrollTop;\n    pre.scrollLeft = scrollLeft;\n    // a very Firefox specific issue\n    if (FF && 'scrollLeftMax' in pre)\n      this.scrollLeft = Math.min(scrollLeft, pre.scrollLeftMax);\n  }\n}\n\nif (!customElements.get(TAG)) {\n  const onResize = entries => {\n    for (const {target} of entries) {\n      const pre = targets.get(target);\n      const {border, font, letterSpacing, lineHeight, padding, wordSpacing} = getComputedStyle(target);\n      const {top, left, width, height} = target.getBoundingClientRect();\n      pre.style.cssText = `\n        position: absolute;\n        overflow: auto;\n        box-sizing: border-box;\n        pointer-events: ${(FF && target.disabled) ? 'all' : 'none'};\n        tab-size: ${target.tabSize || 2};\n        top: ${top + scrollY}px;\n        left: ${left + scrollX}px;\n        width: ${width}px;\n        height: ${height}px;\n        font: ${font};\n        letter-spacing: ${letterSpacing};\n        word-spacing: ${wordSpacing};\n        line-height: ${lineHeight};\n        padding: ${padding};\n        border: ${border};\n        margin: 0;\n        background: initial;\n        border-color: transparent;\n      `;\n    }\n  };\n  addEventListener('resize', () => {\n    const entries = [];\n    for (const target of components)\n      entries.push({target});\n    onResize(entries);\n  });\n  resizeObserver = new ResizeObserver(onResize);\n  customElements.define(TAG, HighlightedCode, {extends: 'textarea'});\n}\n\n/** @type {HighlightedCode} */\nmodule.exports = customElements.get(TAG);\n\nfunction _autoHeight() {\n  this.style.height = 'auto';\n  const {boxSizing, borderTop, borderBottom, paddingTop, paddingBottom} = getComputedStyle(this);\n  const paddingDiff = (parseFloat(paddingTop) || 0) + (parseFloat(paddingBottom) || 0);\n  const borderDiff = (parseFloat(borderTop) || 0) + (parseFloat(borderBottom) || 0);\n  const diff = boxSizing === 'border-box' ? -borderDiff : paddingDiff;\n  this.style.height = `${this.scrollHeight - diff}px`;\n}\n\nfunction _backgroundColor() {\n  const code = targets.get(this).querySelector('code');\n  code.style.backgroundColor = null;\n  const {color, backgroundColor} = getComputedStyle(code);\n  this.style.caretColor = color;\n  this.style.backgroundColor = backgroundColor;\n  code.style.cssText = `\n    background-color: transparent;\n    overflow: unset;\n    margin: 0;\n    padding: 0;\n  `;\n}\n"
  },
  {
    "path": "cjs/package.json",
    "content": "{\"type\":\"commonjs\"}"
  },
  {
    "path": "dedicated/sql.js",
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'all' : 'none'};\n        tab-size: ${target.tabSize || 2};\n        top: ${top + scrollY}px;\n        left: ${left + scrollX}px;\n        width: ${width}px;\n        height: ${height}px;\n        font: ${font};\n        letter-spacing: ${letterSpacing};\n        word-spacing: ${wordSpacing};\n        line-height: ${lineHeight};\n        padding: ${padding};\n        border: ${border};\n        margin: 0;\n        background: initial;\n        border-color: transparent;\n      `;\n    }\n  };\n  addEventListener('resize', () => {\n    const entries = [];\n    for (const target of components)\n      entries.push({target});\n    onResize(entries);\n  });\n  resizeObserver = new ResizeObserver(onResize);\n  customElements.define(TAG, HighlightedCode, {extends: 'textarea'});\n}\n\n/** @type {HighlightedCode} */\nexport default customElements.get(TAG);\n\nfunction _autoHeight() {\n  this.style.height = 'auto';\n  const {boxSizing, borderTop, borderBottom, paddingTop, paddingBottom} = getComputedStyle(this);\n  const paddingDiff = (parseFloat(paddingTop) || 0) + (parseFloat(paddingBottom) || 0);\n  const borderDiff = (parseFloat(borderTop) || 0) + (parseFloat(borderBottom) || 0);\n  const diff = boxSizing === 'border-box' ? -borderDiff : paddingDiff;\n  this.style.height = `${this.scrollHeight - diff}px`;\n}\n\nfunction _backgroundColor() {\n  const code = targets.get(this).querySelector('code');\n  code.style.backgroundColor = null;\n  const {color, backgroundColor} = getComputedStyle(code);\n  this.style.caretColor = color;\n  this.style.backgroundColor = backgroundColor;\n  code.style.cssText = `\n    background-color: transparent;\n    overflow: unset;\n    margin: 0;\n    padding: 0;\n  `;\n}\n"
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    "path": "index.js",
    "content": "var deepFreezeEs6 = {exports: {}};\n\nfunction deepFreeze(obj) {\n    if (obj instanceof Map) {\n        obj.clear = obj.delete = obj.set = function () {\n            throw new Error('map is read-only');\n        };\n    } else if (obj instanceof Set) {\n        obj.add = obj.clear = obj.delete = function () {\n            throw new Error('set is read-only');\n        };\n    }\n\n    // Freeze self\n    Object.freeze(obj);\n\n    Object.getOwnPropertyNames(obj).forEach(function (name) {\n        var prop = obj[name];\n\n        // Freeze prop if it is an object\n        if (typeof prop == 'object' && !Object.isFrozen(prop)) {\n            deepFreeze(prop);\n        }\n    });\n\n    return obj;\n}\n\ndeepFreezeEs6.exports = deepFreeze;\ndeepFreezeEs6.exports.default = deepFreeze;\n\nvar deepFreeze$1 = deepFreezeEs6.exports;\n\n/** @typedef {import('highlight.js').CallbackResponse} CallbackResponse */\n/** @typedef {import('highlight.js').CompiledMode} CompiledMode */\n/** @implements CallbackResponse */\n\nclass Response {\n  /**\n   * @param {CompiledMode} mode\n   */\n  constructor(mode) {\n    // eslint-disable-next-line no-undefined\n    if (mode.data === undefined) mode.data = {};\n\n    this.data = mode.data;\n    this.isMatchIgnored = false;\n  }\n\n  ignoreMatch() {\n    this.isMatchIgnored = true;\n  }\n}\n\n/**\n * @param {string} value\n * @returns {string}\n */\nfunction escapeHTML(value) {\n  return value\n    .replace(/&/g, '&amp;')\n    .replace(/</g, '&lt;')\n    .replace(/>/g, '&gt;')\n    .replace(/\"/g, '&quot;')\n    .replace(/'/g, '&#x27;');\n}\n\n/**\n * performs a shallow merge of multiple objects into one\n *\n * @template T\n * @param {T} original\n * @param {Record<string,any>[]} objects\n * @returns {T} a single new object\n */\nfunction inherit$1(original, ...objects) {\n  /** @type Record<string,any> */\n  const result = Object.create(null);\n\n  for (const key in original) {\n    result[key] = original[key];\n  }\n  objects.forEach(function(obj) {\n    for (const key in obj) {\n      result[key] = obj[key];\n    }\n  });\n  return /** @type {T} */ (result);\n}\n\n/**\n * @typedef {object} Renderer\n * @property {(text: string) => void} addText\n * @property {(node: Node) => void} openNode\n * @property {(node: Node) => void} closeNode\n * @property {() => string} value\n */\n\n/** @typedef {{kind?: string, sublanguage?: boolean}} Node */\n/** @typedef {{walk: (r: Renderer) => void}} Tree */\n/** */\n\nconst SPAN_CLOSE = '</span>';\n\n/**\n * Determines if a node needs to be wrapped in <span>\n *\n * @param {Node} node */\nconst emitsWrappingTags = (node) => {\n  return !!node.kind;\n};\n\n/**\n *\n * @param {string} name\n * @param {{prefix:string}} options\n */\nconst expandScopeName = (name, { prefix }) => {\n  if (name.includes(\".\")) {\n    const pieces = name.split(\".\");\n    return [\n      `${prefix}${pieces.shift()}`,\n      ...(pieces.map((x, i) => `${x}${\"_\".repeat(i + 1)}`))\n    ].join(\" \");\n  }\n  return `${prefix}${name}`;\n};\n\n/** @type {Renderer} */\nclass HTMLRenderer {\n  /**\n   * Creates a new HTMLRenderer\n   *\n   * @param {Tree} parseTree - the parse tree (must support `walk` API)\n   * @param {{classPrefix: string}} options\n   */\n  constructor(parseTree, options) {\n    this.buffer = \"\";\n    this.classPrefix = options.classPrefix;\n    parseTree.walk(this);\n  }\n\n  /**\n   * Adds texts to the output stream\n   *\n   * @param {string} text */\n  addText(text) {\n    this.buffer += escapeHTML(text);\n  }\n\n  /**\n   * Adds a node open to the output stream (if needed)\n   *\n   * @param {Node} node */\n  openNode(node) {\n    if (!emitsWrappingTags(node)) return;\n\n    let scope = node.kind;\n    if (node.sublanguage) {\n      scope = `language-${scope}`;\n    } else {\n      scope = expandScopeName(scope, { prefix: this.classPrefix });\n    }\n    this.span(scope);\n  }\n\n  /**\n   * Adds a node close to the output stream (if needed)\n   *\n   * @param {Node} node */\n  closeNode(node) {\n    if (!emitsWrappingTags(node)) return;\n\n    this.buffer += SPAN_CLOSE;\n  }\n\n  /**\n   * returns the accumulated buffer\n  */\n  value() {\n    return this.buffer;\n  }\n\n  // helpers\n\n  /**\n   * Builds a span element\n   *\n   * @param {string} className */\n  span(className) {\n    this.buffer += `<span class=\"${className}\">`;\n  }\n}\n\n/** @typedef {{kind?: string, sublanguage?: boolean, children: Node[]} | string} Node */\n/** @typedef {{kind?: string, sublanguage?: boolean, children: Node[]} } DataNode */\n/** @typedef {import('highlight.js').Emitter} Emitter */\n/**  */\n\nclass TokenTree {\n  constructor() {\n    /** @type DataNode */\n    this.rootNode = { children: [] };\n    this.stack = [this.rootNode];\n  }\n\n  get top() {\n    return this.stack[this.stack.length - 1];\n  }\n\n  get root() { return this.rootNode; }\n\n  /** @param {Node} node */\n  add(node) {\n    this.top.children.push(node);\n  }\n\n  /** @param {string} kind */\n  openNode(kind) {\n    /** @type Node */\n    const node = { kind, children: [] };\n    this.add(node);\n    this.stack.push(node);\n  }\n\n  closeNode() {\n    if (this.stack.length > 1) {\n      return this.stack.pop();\n    }\n    // eslint-disable-next-line no-undefined\n    return undefined;\n  }\n\n  closeAllNodes() {\n    while (this.closeNode());\n  }\n\n  toJSON() {\n    return JSON.stringify(this.rootNode, null, 4);\n  }\n\n  /**\n   * @typedef { import(\"./html_renderer\").Renderer } Renderer\n   * @param {Renderer} builder\n   */\n  walk(builder) {\n    // this does not\n    return this.constructor._walk(builder, this.rootNode);\n    // this works\n    // return TokenTree._walk(builder, this.rootNode);\n  }\n\n  /**\n   * @param {Renderer} builder\n   * @param {Node} node\n   */\n  static _walk(builder, node) {\n    if (typeof node === \"string\") {\n      builder.addText(node);\n    } else if (node.children) {\n      builder.openNode(node);\n      node.children.forEach((child) => this._walk(builder, child));\n      builder.closeNode(node);\n    }\n    return builder;\n  }\n\n  /**\n   * @param {Node} node\n   */\n  static _collapse(node) {\n    if (typeof node === \"string\") return;\n    if (!node.children) return;\n\n    if (node.children.every(el => typeof el === \"string\")) {\n      // node.text = node.children.join(\"\");\n      // delete node.children;\n      node.children = [node.children.join(\"\")];\n    } else {\n      node.children.forEach((child) => {\n        TokenTree._collapse(child);\n      });\n    }\n  }\n}\n\n/**\n  Currently this is all private API, but this is the minimal API necessary\n  that an Emitter must implement to fully support the parser.\n\n  Minimal interface:\n\n  - addKeyword(text, kind)\n  - addText(text)\n  - addSublanguage(emitter, subLanguageName)\n  - finalize()\n  - openNode(kind)\n  - closeNode()\n  - closeAllNodes()\n  - toHTML()\n\n*/\n\n/**\n * @implements {Emitter}\n */\nclass TokenTreeEmitter extends TokenTree {\n  /**\n   * @param {*} options\n   */\n  constructor(options) {\n    super();\n    this.options = options;\n  }\n\n  /**\n   * @param {string} text\n   * @param {string} kind\n   */\n  addKeyword(text, kind) {\n    if (text === \"\") { return; }\n\n    this.openNode(kind);\n    this.addText(text);\n    this.closeNode();\n  }\n\n  /**\n   * @param {string} text\n   */\n  addText(text) {\n    if (text === \"\") { return; }\n\n    this.add(text);\n  }\n\n  /**\n   * @param {Emitter & {root: DataNode}} emitter\n   * @param {string} name\n   */\n  addSublanguage(emitter, name) {\n    /** @type DataNode */\n    const node = emitter.root;\n    node.kind = name;\n    node.sublanguage = true;\n    this.add(node);\n  }\n\n  toHTML() {\n    const renderer = new HTMLRenderer(this, this.options);\n    return renderer.value();\n  }\n\n  finalize() {\n    return true;\n  }\n}\n\n/**\n * @param {string} value\n * @returns {RegExp}\n * */\n\n/**\n * @param {RegExp | string } re\n * @returns {string}\n */\nfunction source(re) {\n  if (!re) return null;\n  if (typeof re === \"string\") return re;\n\n  return re.source;\n}\n\n/**\n * @param {RegExp | string } re\n * @returns {string}\n */\nfunction lookahead(re) {\n  return concat('(?=', re, ')');\n}\n\n/**\n * @param {RegExp | string } re\n * @returns {string}\n */\nfunction anyNumberOfTimes(re) {\n  return concat('(?:', re, ')*');\n}\n\n/**\n * @param {RegExp | string } re\n * @returns {string}\n */\nfunction optional(re) {\n  return concat('(?:', re, ')?');\n}\n\n/**\n * @param {...(RegExp | string) } args\n * @returns {string}\n */\nfunction concat(...args) {\n  const joined = args.map((x) => source(x)).join(\"\");\n  return joined;\n}\n\n/**\n * @param { Array<string | RegExp | Object> } args\n * @returns {object}\n */\nfunction stripOptionsFromArgs(args) {\n  const opts = args[args.length - 1];\n\n  if (typeof opts === 'object' && opts.constructor === Object) {\n    args.splice(args.length - 1, 1);\n    return opts;\n  } else {\n    return {};\n  }\n}\n\n/** @typedef { {capture?: boolean} } RegexEitherOptions */\n\n/**\n * Any of the passed expresssions may match\n *\n * Creates a huge this | this | that | that match\n * @param {(RegExp | string)[] | [...(RegExp | string)[], RegexEitherOptions]} args\n * @returns {string}\n */\nfunction either(...args) {\n  /** @type { object & {capture?: boolean} }  */\n  const opts = stripOptionsFromArgs(args);\n  const joined = '('\n    + (opts.capture ? \"\" : \"?:\")\n    + args.map((x) => source(x)).join(\"|\") + \")\";\n  return joined;\n}\n\n/**\n * @param {RegExp | string} re\n * @returns {number}\n */\nfunction countMatchGroups(re) {\n  return (new RegExp(re.toString() + '|')).exec('').length - 1;\n}\n\n/**\n * Does lexeme start with a regular expression match at the beginning\n * @param {RegExp} re\n * @param {string} lexeme\n */\nfunction startsWith(re, lexeme) {\n  const match = re && re.exec(lexeme);\n  return match && match.index === 0;\n}\n\n// BACKREF_RE matches an open parenthesis or backreference. To avoid\n// an incorrect parse, it additionally matches the following:\n// - [...] elements, where the meaning of parentheses and escapes change\n// - other escape sequences, so we do not misparse escape sequences as\n//   interesting elements\n// - non-matching or lookahead parentheses, which do not capture. These\n//   follow the '(' with a '?'.\nconst BACKREF_RE = /\\[(?:[^\\\\\\]]|\\\\.)*\\]|\\(\\??|\\\\([1-9][0-9]*)|\\\\./;\n\n// **INTERNAL** Not intended for outside usage\n// join logically computes regexps.join(separator), but fixes the\n// backreferences so they continue to match.\n// it also places each individual regular expression into it's own\n// match group, keeping track of the sequencing of those match groups\n// is currently an exercise for the caller. :-)\n/**\n * @param {(string | RegExp)[]} regexps\n * @param {{joinWith: string}} opts\n * @returns {string}\n */\nfunction _rewriteBackreferences(regexps, { joinWith }) {\n  let numCaptures = 0;\n\n  return regexps.map((regex) => {\n    numCaptures += 1;\n    const offset = numCaptures;\n    let re = source(regex);\n    let out = '';\n\n    while (re.length > 0) {\n      const match = BACKREF_RE.exec(re);\n      if (!match) {\n        out += re;\n        break;\n      }\n      out += re.substring(0, match.index);\n      re = re.substring(match.index + match[0].length);\n      if (match[0][0] === '\\\\' && match[1]) {\n        // Adjust the backreference.\n        out += '\\\\' + String(Number(match[1]) + offset);\n      } else {\n        out += match[0];\n        if (match[0] === '(') {\n          numCaptures++;\n        }\n      }\n    }\n    return out;\n  }).map(re => `(${re})`).join(joinWith);\n}\n\n/** @typedef {import('highlight.js').Mode} Mode */\n/** @typedef {import('highlight.js').ModeCallback} ModeCallback */\n\n// Common regexps\nconst MATCH_NOTHING_RE = /\\b\\B/;\nconst IDENT_RE = '[a-zA-Z]\\\\w*';\nconst UNDERSCORE_IDENT_RE = '[a-zA-Z_]\\\\w*';\nconst NUMBER_RE = '\\\\b\\\\d+(\\\\.\\\\d+)?';\nconst C_NUMBER_RE = '(-?)(\\\\b0[xX][a-fA-F0-9]+|(\\\\b\\\\d+(\\\\.\\\\d*)?|\\\\.\\\\d+)([eE][-+]?\\\\d+)?)'; // 0x..., 0..., decimal, float\nconst BINARY_NUMBER_RE = '\\\\b(0b[01]+)'; // 0b...\nconst RE_STARTERS_RE = '!|!=|!==|%|%=|&|&&|&=|\\\\*|\\\\*=|\\\\+|\\\\+=|,|-|-=|/=|/|:|;|<<|<<=|<=|<|===|==|=|>>>=|>>=|>=|>>>|>>|>|\\\\?|\\\\[|\\\\{|\\\\(|\\\\^|\\\\^=|\\\\||\\\\|=|\\\\|\\\\||~';\n\n/**\n* @param { Partial<Mode> & {binary?: string | RegExp} } opts\n*/\nconst SHEBANG = (opts = {}) => {\n  const beginShebang = /^#![ ]*\\//;\n  if (opts.binary) {\n    opts.begin = concat(\n      beginShebang,\n      /.*\\b/,\n      opts.binary,\n      /\\b.*/);\n  }\n  return inherit$1({\n    scope: 'meta',\n    begin: beginShebang,\n    end: /$/,\n    relevance: 0,\n    /** @type {ModeCallback} */\n    \"on:begin\": (m, resp) => {\n      if (m.index !== 0) resp.ignoreMatch();\n    }\n  }, opts);\n};\n\n// Common modes\nconst BACKSLASH_ESCAPE = {\n  begin: '\\\\\\\\[\\\\s\\\\S]', relevance: 0\n};\nconst APOS_STRING_MODE = {\n  scope: 'string',\n  begin: '\\'',\n  end: '\\'',\n  illegal: '\\\\n',\n  contains: [BACKSLASH_ESCAPE]\n};\nconst QUOTE_STRING_MODE = {\n  scope: 'string',\n  begin: '\"',\n  end: '\"',\n  illegal: '\\\\n',\n  contains: [BACKSLASH_ESCAPE]\n};\nconst PHRASAL_WORDS_MODE = {\n  begin: /\\b(a|an|the|are|I'm|isn't|don't|doesn't|won't|but|just|should|pretty|simply|enough|gonna|going|wtf|so|such|will|you|your|they|like|more)\\b/\n};\n/**\n * Creates a comment mode\n *\n * @param {string | RegExp} begin\n * @param {string | RegExp} end\n * @param {Mode | {}} [modeOptions]\n * @returns {Partial<Mode>}\n */\nconst COMMENT = function(begin, end, modeOptions = {}) {\n  const mode = inherit$1(\n    {\n      scope: 'comment',\n      begin,\n      end,\n      contains: []\n    },\n    modeOptions\n  );\n  mode.contains.push({\n    scope: 'doctag',\n    // hack to avoid the space from being included. the space is necessary to\n    // match here to prevent the plain text rule below from gobbling up doctags\n    begin: '[ ]*(?=(TODO|FIXME|NOTE|BUG|OPTIMIZE|HACK|XXX):)',\n    end: /(TODO|FIXME|NOTE|BUG|OPTIMIZE|HACK|XXX):/,\n    excludeBegin: true,\n    relevance: 0\n  });\n  const ENGLISH_WORD = either(\n    // list of common 1 and 2 letter words in English\n    \"I\",\n    \"a\",\n    \"is\",\n    \"so\",\n    \"us\",\n    \"to\",\n    \"at\",\n    \"if\",\n    \"in\",\n    \"it\",\n    \"on\",\n    // note: this is not an exhaustive list of contractions, just popular ones\n    /[A-Za-z]+['](d|ve|re|ll|t|s|n)/, // contractions - can't we'd they're let's, etc\n    /[A-Za-z]+[-][a-z]+/, // `no-way`, etc.\n    /[A-Za-z][a-z]{2,}/ // allow capitalized words at beginning of sentences\n  );\n  // looking like plain text, more likely to be a comment\n  mode.contains.push(\n    {\n      // TODO: how to include \", (, ) without breaking grammars that use these for\n      // comment delimiters?\n      // begin: /[ ]+([()\"]?([A-Za-z'-]{3,}|is|a|I|so|us|[tT][oO]|at|if|in|it|on)[.]?[()\":]?([.][ ]|[ ]|\\))){3}/\n      // ---\n\n      // this tries to find sequences of 3 english words in a row (without any\n      // \"programming\" type syntax) this gives us a strong signal that we've\n      // TRULY found a comment - vs perhaps scanning with the wrong language.\n      // It's possible to find something that LOOKS like the start of the\n      // comment - but then if there is no readable text - good chance it is a\n      // false match and not a comment.\n      //\n      // for a visual example please see:\n      // https://github.com/highlightjs/highlight.js/issues/2827\n\n      begin: concat(\n        /[ ]+/, // necessary to prevent us gobbling up doctags like /* @author Bob Mcgill */\n        '(',\n        ENGLISH_WORD,\n        /[.]?[:]?([.][ ]|[ ])/,\n        '){3}') // look for 3 words in a row\n    }\n  );\n  return mode;\n};\nconst C_LINE_COMMENT_MODE = COMMENT('//', '$');\nconst C_BLOCK_COMMENT_MODE = COMMENT('/\\\\*', '\\\\*/');\nconst HASH_COMMENT_MODE = COMMENT('#', '$');\nconst NUMBER_MODE = {\n  scope: 'number',\n  begin: NUMBER_RE,\n  relevance: 0\n};\nconst C_NUMBER_MODE = {\n  scope: 'number',\n  begin: C_NUMBER_RE,\n  relevance: 0\n};\nconst BINARY_NUMBER_MODE = {\n  scope: 'number',\n  begin: BINARY_NUMBER_RE,\n  relevance: 0\n};\nconst REGEXP_MODE = {\n  // this outer rule makes sure we actually have a WHOLE regex and not simply\n  // an expression such as:\n  //\n  //     3 / something\n  //\n  // (which will then blow up when regex's `illegal` sees the newline)\n  begin: /(?=\\/[^/\\n]*\\/)/,\n  contains: [{\n    scope: 'regexp',\n    begin: /\\//,\n    end: /\\/[gimuy]*/,\n    illegal: /\\n/,\n    contains: [\n      BACKSLASH_ESCAPE,\n      {\n        begin: /\\[/,\n        end: /\\]/,\n        relevance: 0,\n        contains: [BACKSLASH_ESCAPE]\n      }\n    ]\n  }]\n};\nconst TITLE_MODE = {\n  scope: 'title',\n  begin: IDENT_RE,\n  relevance: 0\n};\nconst UNDERSCORE_TITLE_MODE = {\n  scope: 'title',\n  begin: UNDERSCORE_IDENT_RE,\n  relevance: 0\n};\nconst METHOD_GUARD = {\n  // excludes method names from keyword processing\n  begin: '\\\\.\\\\s*' + UNDERSCORE_IDENT_RE,\n  relevance: 0\n};\n\n/**\n * Adds end same as begin mechanics to a mode\n *\n * Your mode must include at least a single () match group as that first match\n * group is what is used for comparison\n * @param {Partial<Mode>} mode\n */\nconst END_SAME_AS_BEGIN = function(mode) {\n  return Object.assign(mode,\n    {\n      /** @type {ModeCallback} */\n      'on:begin': (m, resp) => { resp.data._beginMatch = m[1]; },\n      /** @type {ModeCallback} */\n      'on:end': (m, resp) => { if (resp.data._beginMatch !== m[1]) resp.ignoreMatch(); }\n    });\n};\n\nvar MODES = /*#__PURE__*/Object.freeze({\n    __proto__: null,\n    MATCH_NOTHING_RE: MATCH_NOTHING_RE,\n    IDENT_RE: IDENT_RE,\n    UNDERSCORE_IDENT_RE: UNDERSCORE_IDENT_RE,\n    NUMBER_RE: NUMBER_RE,\n    C_NUMBER_RE: C_NUMBER_RE,\n    BINARY_NUMBER_RE: BINARY_NUMBER_RE,\n    RE_STARTERS_RE: RE_STARTERS_RE,\n    SHEBANG: SHEBANG,\n    BACKSLASH_ESCAPE: BACKSLASH_ESCAPE,\n    APOS_STRING_MODE: APOS_STRING_MODE,\n    QUOTE_STRING_MODE: QUOTE_STRING_MODE,\n    PHRASAL_WORDS_MODE: PHRASAL_WORDS_MODE,\n    COMMENT: COMMENT,\n    C_LINE_COMMENT_MODE: C_LINE_COMMENT_MODE,\n    C_BLOCK_COMMENT_MODE: C_BLOCK_COMMENT_MODE,\n    HASH_COMMENT_MODE: HASH_COMMENT_MODE,\n    NUMBER_MODE: NUMBER_MODE,\n    C_NUMBER_MODE: C_NUMBER_MODE,\n    BINARY_NUMBER_MODE: BINARY_NUMBER_MODE,\n    REGEXP_MODE: REGEXP_MODE,\n    TITLE_MODE: TITLE_MODE,\n    UNDERSCORE_TITLE_MODE: UNDERSCORE_TITLE_MODE,\n    METHOD_GUARD: METHOD_GUARD,\n    END_SAME_AS_BEGIN: END_SAME_AS_BEGIN\n});\n\n/**\n@typedef {import('highlight.js').CallbackResponse} CallbackResponse\n@typedef {import('highlight.js').CompilerExt} CompilerExt\n*/\n\n// Grammar extensions / plugins\n// See: https://github.com/highlightjs/highlight.js/issues/2833\n\n// Grammar extensions allow \"syntactic sugar\" to be added to the grammar modes\n// without requiring any underlying changes to the compiler internals.\n\n// `compileMatch` being the perfect small example of now allowing a grammar\n// author to write `match` when they desire to match a single expression rather\n// than being forced to use `begin`.  The extension then just moves `match` into\n// `begin` when it runs.  Ie, no features have been added, but we've just made\n// the experience of writing (and reading grammars) a little bit nicer.\n\n// ------\n\n// TODO: We need negative look-behind support to do this properly\n/**\n * Skip a match if it has a preceding dot\n *\n * This is used for `beginKeywords` to prevent matching expressions such as\n * `bob.keyword.do()`. The mode compiler automatically wires this up as a\n * special _internal_ 'on:begin' callback for modes with `beginKeywords`\n * @param {RegExpMatchArray} match\n * @param {CallbackResponse} response\n */\nfunction skipIfHasPrecedingDot(match, response) {\n  const before = match.input[match.index - 1];\n  if (before === \".\") {\n    response.ignoreMatch();\n  }\n}\n\n/**\n *\n * @type {CompilerExt}\n */\nfunction scopeClassName(mode, _parent) {\n  // eslint-disable-next-line no-undefined\n  if (mode.className !== undefined) {\n    mode.scope = mode.className;\n    delete mode.className;\n  }\n}\n\n/**\n * `beginKeywords` syntactic sugar\n * @type {CompilerExt}\n */\nfunction beginKeywords(mode, parent) {\n  if (!parent) return;\n  if (!mode.beginKeywords) return;\n\n  // for languages with keywords that include non-word characters checking for\n  // a word boundary is not sufficient, so instead we check for a word boundary\n  // or whitespace - this does no harm in any case since our keyword engine\n  // doesn't allow spaces in keywords anyways and we still check for the boundary\n  // first\n  mode.begin = '\\\\b(' + mode.beginKeywords.split(' ').join('|') + ')(?!\\\\.)(?=\\\\b|\\\\s)';\n  mode.__beforeBegin = skipIfHasPrecedingDot;\n  mode.keywords = mode.keywords || mode.beginKeywords;\n  delete mode.beginKeywords;\n\n  // prevents double relevance, the keywords themselves provide\n  // relevance, the mode doesn't need to double it\n  // eslint-disable-next-line no-undefined\n  if (mode.relevance === undefined) mode.relevance = 0;\n}\n\n/**\n * Allow `illegal` to contain an array of illegal values\n * @type {CompilerExt}\n */\nfunction compileIllegal(mode, _parent) {\n  if (!Array.isArray(mode.illegal)) return;\n\n  mode.illegal = either(...mode.illegal);\n}\n\n/**\n * `match` to match a single expression for readability\n * @type {CompilerExt}\n */\nfunction compileMatch(mode, _parent) {\n  if (!mode.match) return;\n  if (mode.begin || mode.end) throw new Error(\"begin & end are not supported with match\");\n\n  mode.begin = mode.match;\n  delete mode.match;\n}\n\n/**\n * provides the default 1 relevance to all modes\n * @type {CompilerExt}\n */\nfunction compileRelevance(mode, _parent) {\n  // eslint-disable-next-line no-undefined\n  if (mode.relevance === undefined) mode.relevance = 1;\n}\n\n// allow beforeMatch to act as a \"qualifier\" for the match\n// the full match begin must be [beforeMatch][begin]\nconst beforeMatchExt = (mode, parent) => {\n  if (!mode.beforeMatch) return;\n  // starts conflicts with endsParent which we need to make sure the child\n  // rule is not matched multiple times\n  if (mode.starts) throw new Error(\"beforeMatch cannot be used with starts\");\n\n  const originalMode = Object.assign({}, mode);\n  Object.keys(mode).forEach((key) => { delete mode[key]; });\n\n  mode.keywords = originalMode.keywords;\n  mode.begin = concat(originalMode.beforeMatch, lookahead(originalMode.begin));\n  mode.starts = {\n    relevance: 0,\n    contains: [\n      Object.assign(originalMode, { endsParent: true })\n    ]\n  };\n  mode.relevance = 0;\n\n  delete originalMode.beforeMatch;\n};\n\n// keywords that should have no default relevance value\nconst COMMON_KEYWORDS = [\n  'of',\n  'and',\n  'for',\n  'in',\n  'not',\n  'or',\n  'if',\n  'then',\n  'parent', // common variable name\n  'list', // common variable name\n  'value' // common variable name\n];\n\nconst DEFAULT_KEYWORD_SCOPE = \"keyword\";\n\n/**\n * Given raw keywords from a language definition, compile them.\n *\n * @param {string | Record<string,string|string[]> | Array<string>} rawKeywords\n * @param {boolean} caseInsensitive\n */\nfunction compileKeywords(rawKeywords, caseInsensitive, scopeName = DEFAULT_KEYWORD_SCOPE) {\n  /** @type KeywordDict */\n  const compiledKeywords = Object.create(null);\n\n  // input can be a string of keywords, an array of keywords, or a object with\n  // named keys representing scopeName (which can then point to a string or array)\n  if (typeof rawKeywords === 'string') {\n    compileList(scopeName, rawKeywords.split(\" \"));\n  } else if (Array.isArray(rawKeywords)) {\n    compileList(scopeName, rawKeywords);\n  } else {\n    Object.keys(rawKeywords).forEach(function(scopeName) {\n      // collapse all our objects back into the parent object\n      Object.assign(\n        compiledKeywords,\n        compileKeywords(rawKeywords[scopeName], caseInsensitive, scopeName)\n      );\n    });\n  }\n  return compiledKeywords;\n\n  // ---\n\n  /**\n   * Compiles an individual list of keywords\n   *\n   * Ex: \"for if when while|5\"\n   *\n   * @param {string} scopeName\n   * @param {Array<string>} keywordList\n   */\n  function compileList(scopeName, keywordList) {\n    if (caseInsensitive) {\n      keywordList = keywordList.map(x => x.toLowerCase());\n    }\n    keywordList.forEach(function(keyword) {\n      const pair = keyword.split('|');\n      compiledKeywords[pair[0]] = [scopeName, scoreForKeyword(pair[0], pair[1])];\n    });\n  }\n}\n\n/**\n * Returns the proper score for a given keyword\n *\n * Also takes into account comment keywords, which will be scored 0 UNLESS\n * another score has been manually assigned.\n * @param {string} keyword\n * @param {string} [providedScore]\n */\nfunction scoreForKeyword(keyword, providedScore) {\n  // manual scores always win over common keywords\n  // so you can force a score of 1 if you really insist\n  if (providedScore) {\n    return Number(providedScore);\n  }\n\n  return commonKeyword(keyword) ? 0 : 1;\n}\n\n/**\n * Determines if a given keyword is common or not\n *\n * @param {string} keyword */\nfunction commonKeyword(keyword) {\n  return COMMON_KEYWORDS.includes(keyword.toLowerCase());\n}\n\n/*\n\nFor the reasoning behind this please see:\nhttps://github.com/highlightjs/highlight.js/issues/2880#issuecomment-747275419\n\n*/\n\n/**\n * @type {Record<string, boolean>}\n */\nconst seenDeprecations = {};\n\n/**\n * @param {string} message\n */\nconst error = (message) => {\n  console.error(message);\n};\n\n/**\n * @param {string} message\n * @param {any} args\n */\nconst warn = (message, ...args) => {\n  console.log(`WARN: ${message}`, ...args);\n};\n\n/**\n * @param {string} version\n * @param {string} message\n */\nconst deprecated = (version, message) => {\n  if (seenDeprecations[`${version}/${message}`]) return;\n\n  console.log(`Deprecated as of ${version}. ${message}`);\n  seenDeprecations[`${version}/${message}`] = true;\n};\n\n/* eslint-disable no-throw-literal */\n\n/**\n@typedef {import('highlight.js').CompiledMode} CompiledMode\n*/\n\nconst MultiClassError = new Error();\n\n/**\n * Renumbers labeled scope names to account for additional inner match\n * groups that otherwise would break everything.\n *\n * Lets say we 3 match scopes:\n *\n *   { 1 => ..., 2 => ..., 3 => ... }\n *\n * So what we need is a clean match like this:\n *\n *   (a)(b)(c) => [ \"a\", \"b\", \"c\" ]\n *\n * But this falls apart with inner match groups:\n *\n * (a)(((b)))(c) => [\"a\", \"b\", \"b\", \"b\", \"c\" ]\n *\n * Our scopes are now \"out of alignment\" and we're repeating `b` 3 times.\n * What needs to happen is the numbers are remapped:\n *\n *   { 1 => ..., 2 => ..., 5 => ... }\n *\n * We also need to know that the ONLY groups that should be output\n * are 1, 2, and 5.  This function handles this behavior.\n *\n * @param {CompiledMode} mode\n * @param {Array<RegExp | string>} regexes\n * @param {{key: \"beginScope\"|\"endScope\"}} opts\n */\nfunction remapScopeNames(mode, regexes, { key }) {\n  let offset = 0;\n  const scopeNames = mode[key];\n  /** @type Record<number,boolean> */\n  const emit = {};\n  /** @type Record<number,string> */\n  const positions = {};\n\n  for (let i = 1; i <= regexes.length; i++) {\n    positions[i + offset] = scopeNames[i];\n    emit[i + offset] = true;\n    offset += countMatchGroups(regexes[i - 1]);\n  }\n  // we use _emit to keep track of which match groups are \"top-level\" to avoid double\n  // output from inside match groups\n  mode[key] = positions;\n  mode[key]._emit = emit;\n  mode[key]._multi = true;\n}\n\n/**\n * @param {CompiledMode} mode\n */\nfunction beginMultiClass(mode) {\n  if (!Array.isArray(mode.begin)) return;\n\n  if (mode.skip || mode.excludeBegin || mode.returnBegin) {\n    error(\"skip, excludeBegin, returnBegin not compatible with beginScope: {}\");\n    throw MultiClassError;\n  }\n\n  if (typeof mode.beginScope !== \"object\" || mode.beginScope === null) {\n    error(\"beginScope must be object\");\n    throw MultiClassError;\n  }\n\n  remapScopeNames(mode, mode.begin, { key: \"beginScope\" });\n  mode.begin = _rewriteBackreferences(mode.begin, { joinWith: \"\" });\n}\n\n/**\n * @param {CompiledMode} mode\n */\nfunction endMultiClass(mode) {\n  if (!Array.isArray(mode.end)) return;\n\n  if (mode.skip || mode.excludeEnd || mode.returnEnd) {\n    error(\"skip, excludeEnd, returnEnd not compatible with endScope: {}\");\n    throw MultiClassError;\n  }\n\n  if (typeof mode.endScope !== \"object\" || mode.endScope === null) {\n    error(\"endScope must be object\");\n    throw MultiClassError;\n  }\n\n  remapScopeNames(mode, mode.end, { key: \"endScope\" });\n  mode.end = _rewriteBackreferences(mode.end, { joinWith: \"\" });\n}\n\n/**\n * this exists only to allow `scope: {}` to be used beside `match:`\n * Otherwise `beginScope` would necessary and that would look weird\n\n  {\n    match: [ /def/, /\\w+/ ]\n    scope: { 1: \"keyword\" , 2: \"title\" }\n  }\n\n * @param {CompiledMode} mode\n */\nfunction scopeSugar(mode) {\n  if (mode.scope && typeof mode.scope === \"object\" && mode.scope !== null) {\n    mode.beginScope = mode.scope;\n    delete mode.scope;\n  }\n}\n\n/**\n * @param {CompiledMode} mode\n */\nfunction MultiClass(mode) {\n  scopeSugar(mode);\n\n  if (typeof mode.beginScope === \"string\") {\n    mode.beginScope = { _wrap: mode.beginScope };\n  }\n  if (typeof mode.endScope === \"string\") {\n    mode.endScope = { _wrap: mode.endScope };\n  }\n\n  beginMultiClass(mode);\n  endMultiClass(mode);\n}\n\n/**\n@typedef {import('highlight.js').Mode} Mode\n@typedef {import('highlight.js').CompiledMode} CompiledMode\n@typedef {import('highlight.js').Language} Language\n@typedef {import('highlight.js').HLJSPlugin} HLJSPlugin\n@typedef {import('highlight.js').CompiledLanguage} CompiledLanguage\n*/\n\n// compilation\n\n/**\n * Compiles a language definition result\n *\n * Given the raw result of a language definition (Language), compiles this so\n * that it is ready for highlighting code.\n * @param {Language} language\n * @returns {CompiledLanguage}\n */\nfunction compileLanguage(language) {\n  /**\n   * Builds a regex with the case sensitivity of the current language\n   *\n   * @param {RegExp | string} value\n   * @param {boolean} [global]\n   */\n  function langRe(value, global) {\n    return new RegExp(\n      source(value),\n      'm'\n      + (language.case_insensitive ? 'i' : '')\n      + (language.unicodeRegex ? 'u' : '')\n      + (global ? 'g' : '')\n    );\n  }\n\n  /**\n    Stores multiple regular expressions and allows you to quickly search for\n    them all in a string simultaneously - returning the first match.  It does\n    this by creating a huge (a|b|c) regex - each individual item wrapped with ()\n    and joined by `|` - using match groups to track position.  When a match is\n    found checking which position in the array has content allows us to figure\n    out which of the original regexes / match groups triggered the match.\n\n    The match object itself (the result of `Regex.exec`) is returned but also\n    enhanced by merging in any meta-data that was registered with the regex.\n    This is how we keep track of which mode matched, and what type of rule\n    (`illegal`, `begin`, end, etc).\n  */\n  class MultiRegex {\n    constructor() {\n      this.matchIndexes = {};\n      // @ts-ignore\n      this.regexes = [];\n      this.matchAt = 1;\n      this.position = 0;\n    }\n\n    // @ts-ignore\n    addRule(re, opts) {\n      opts.position = this.position++;\n      // @ts-ignore\n      this.matchIndexes[this.matchAt] = opts;\n      this.regexes.push([opts, re]);\n      this.matchAt += countMatchGroups(re) + 1;\n    }\n\n    compile() {\n      if (this.regexes.length === 0) {\n        // avoids the need to check length every time exec is called\n        // @ts-ignore\n        this.exec = () => null;\n      }\n      const terminators = this.regexes.map(el => el[1]);\n      this.matcherRe = langRe(_rewriteBackreferences(terminators, { joinWith: '|' }), true);\n      this.lastIndex = 0;\n    }\n\n    /** @param {string} s */\n    exec(s) {\n      this.matcherRe.lastIndex = this.lastIndex;\n      const match = this.matcherRe.exec(s);\n      if (!match) { return null; }\n\n      // eslint-disable-next-line no-undefined\n      const i = match.findIndex((el, i) => i > 0 && el !== undefined);\n      // @ts-ignore\n      const matchData = this.matchIndexes[i];\n      // trim off any earlier non-relevant match groups (ie, the other regex\n      // match groups that make up the multi-matcher)\n      match.splice(0, i);\n\n      return Object.assign(match, matchData);\n    }\n  }\n\n  /*\n    Created to solve the key deficiently with MultiRegex - there is no way to\n    test for multiple matches at a single location.  Why would we need to do\n    that?  In the future a more dynamic engine will allow certain matches to be\n    ignored.  An example: if we matched say the 3rd regex in a large group but\n    decided to ignore it - we'd need to started testing again at the 4th\n    regex... but MultiRegex itself gives us no real way to do that.\n\n    So what this class creates MultiRegexs on the fly for whatever search\n    position they are needed.\n\n    NOTE: These additional MultiRegex objects are created dynamically.  For most\n    grammars most of the time we will never actually need anything more than the\n    first MultiRegex - so this shouldn't have too much overhead.\n\n    Say this is our search group, and we match regex3, but wish to ignore it.\n\n      regex1 | regex2 | regex3 | regex4 | regex5    ' ie, startAt = 0\n\n    What we need is a new MultiRegex that only includes the remaining\n    possibilities:\n\n      regex4 | regex5                               ' ie, startAt = 3\n\n    This class wraps all that complexity up in a simple API... `startAt` decides\n    where in the array of expressions to start doing the matching. It\n    auto-increments, so if a match is found at position 2, then startAt will be\n    set to 3.  If the end is reached startAt will return to 0.\n\n    MOST of the time the parser will be setting startAt manually to 0.\n  */\n  class ResumableMultiRegex {\n    constructor() {\n      // @ts-ignore\n      this.rules = [];\n      // @ts-ignore\n      this.multiRegexes = [];\n      this.count = 0;\n\n      this.lastIndex = 0;\n      this.regexIndex = 0;\n    }\n\n    // @ts-ignore\n    getMatcher(index) {\n      if (this.multiRegexes[index]) return this.multiRegexes[index];\n\n      const matcher = new MultiRegex();\n      this.rules.slice(index).forEach(([re, opts]) => matcher.addRule(re, opts));\n      matcher.compile();\n      this.multiRegexes[index] = matcher;\n      return matcher;\n    }\n\n    resumingScanAtSamePosition() {\n      return this.regexIndex !== 0;\n    }\n\n    considerAll() {\n      this.regexIndex = 0;\n    }\n\n    // @ts-ignore\n    addRule(re, opts) {\n      this.rules.push([re, opts]);\n      if (opts.type === \"begin\") this.count++;\n    }\n\n    /** @param {string} s */\n    exec(s) {\n      const m = this.getMatcher(this.regexIndex);\n      m.lastIndex = this.lastIndex;\n      let result = m.exec(s);\n\n      // The following is because we have no easy way to say \"resume scanning at the\n      // existing position but also skip the current rule ONLY\". What happens is\n      // all prior rules are also skipped which can result in matching the wrong\n      // thing. Example of matching \"booger\":\n\n      // our matcher is [string, \"booger\", number]\n      //\n      // ....booger....\n\n      // if \"booger\" is ignored then we'd really need a regex to scan from the\n      // SAME position for only: [string, number] but ignoring \"booger\" (if it\n      // was the first match), a simple resume would scan ahead who knows how\n      // far looking only for \"number\", ignoring potential string matches (or\n      // future \"booger\" matches that might be valid.)\n\n      // So what we do: We execute two matchers, one resuming at the same\n      // position, but the second full matcher starting at the position after:\n\n      //     /--- resume first regex match here (for [number])\n      //     |/---- full match here for [string, \"booger\", number]\n      //     vv\n      // ....booger....\n\n      // Which ever results in a match first is then used. So this 3-4 step\n      // process essentially allows us to say \"match at this position, excluding\n      // a prior rule that was ignored\".\n      //\n      // 1. Match \"booger\" first, ignore. Also proves that [string] does non match.\n      // 2. Resume matching for [number]\n      // 3. Match at index + 1 for [string, \"booger\", number]\n      // 4. If #2 and #3 result in matches, which came first?\n      if (this.resumingScanAtSamePosition()) {\n        if (result && result.index === this.lastIndex) ; else { // use the second matcher result\n          const m2 = this.getMatcher(0);\n          m2.lastIndex = this.lastIndex + 1;\n          result = m2.exec(s);\n        }\n      }\n\n      if (result) {\n        this.regexIndex += result.position + 1;\n        if (this.regexIndex === this.count) {\n          // wrap-around to considering all matches again\n          this.considerAll();\n        }\n      }\n\n      return result;\n    }\n  }\n\n  /**\n   * Given a mode, builds a huge ResumableMultiRegex that can be used to walk\n   * the content and find matches.\n   *\n   * @param {CompiledMode} mode\n   * @returns {ResumableMultiRegex}\n   */\n  function buildModeRegex(mode) {\n    const mm = new ResumableMultiRegex();\n\n    mode.contains.forEach(term => mm.addRule(term.begin, { rule: term, type: \"begin\" }));\n\n    if (mode.terminatorEnd) {\n      mm.addRule(mode.terminatorEnd, { type: \"end\" });\n    }\n    if (mode.illegal) {\n      mm.addRule(mode.illegal, { type: \"illegal\" });\n    }\n\n    return mm;\n  }\n\n  /** skip vs abort vs ignore\n   *\n   * @skip   - The mode is still entered and exited normally (and contains rules apply),\n   *           but all content is held and added to the parent buffer rather than being\n   *           output when the mode ends.  Mostly used with `sublanguage` to build up\n   *           a single large buffer than can be parsed by sublanguage.\n   *\n   *             - The mode begin ands ends normally.\n   *             - Content matched is added to the parent mode buffer.\n   *             - The parser cursor is moved forward normally.\n   *\n   * @abort  - A hack placeholder until we have ignore.  Aborts the mode (as if it\n   *           never matched) but DOES NOT continue to match subsequent `contains`\n   *           modes.  Abort is bad/suboptimal because it can result in modes\n   *           farther down not getting applied because an earlier rule eats the\n   *           content but then aborts.\n   *\n   *             - The mode does not begin.\n   *             - Content matched by `begin` is added to the mode buffer.\n   *             - The parser cursor is moved forward accordingly.\n   *\n   * @ignore - Ignores the mode (as if it never matched) and continues to match any\n   *           subsequent `contains` modes.  Ignore isn't technically possible with\n   *           the current parser implementation.\n   *\n   *             - The mode does not begin.\n   *             - Content matched by `begin` is ignored.\n   *             - The parser cursor is not moved forward.\n   */\n\n  /**\n   * Compiles an individual mode\n   *\n   * This can raise an error if the mode contains certain detectable known logic\n   * issues.\n   * @param {Mode} mode\n   * @param {CompiledMode | null} [parent]\n   * @returns {CompiledMode | never}\n   */\n  function compileMode(mode, parent) {\n    const cmode = /** @type CompiledMode */ (mode);\n    if (mode.isCompiled) return cmode;\n\n    [\n      scopeClassName,\n      // do this early so compiler extensions generally don't have to worry about\n      // the distinction between match/begin\n      compileMatch,\n      MultiClass,\n      beforeMatchExt\n    ].forEach(ext => ext(mode, parent));\n\n    language.compilerExtensions.forEach(ext => ext(mode, parent));\n\n    // __beforeBegin is considered private API, internal use only\n    mode.__beforeBegin = null;\n\n    [\n      beginKeywords,\n      // do this later so compiler extensions that come earlier have access to the\n      // raw array if they wanted to perhaps manipulate it, etc.\n      compileIllegal,\n      // default to 1 relevance if not specified\n      compileRelevance\n    ].forEach(ext => ext(mode, parent));\n\n    mode.isCompiled = true;\n\n    let keywordPattern = null;\n    if (typeof mode.keywords === \"object\" && mode.keywords.$pattern) {\n      // we need a copy because keywords might be compiled multiple times\n      // so we can't go deleting $pattern from the original on the first\n      // pass\n      mode.keywords = Object.assign({}, mode.keywords);\n      keywordPattern = mode.keywords.$pattern;\n      delete mode.keywords.$pattern;\n    }\n    keywordPattern = keywordPattern || /\\w+/;\n\n    if (mode.keywords) {\n      mode.keywords = compileKeywords(mode.keywords, language.case_insensitive);\n    }\n\n    cmode.keywordPatternRe = langRe(keywordPattern, true);\n\n    if (parent) {\n      if (!mode.begin) mode.begin = /\\B|\\b/;\n      cmode.beginRe = langRe(cmode.begin);\n      if (!mode.end && !mode.endsWithParent) mode.end = /\\B|\\b/;\n      if (mode.end) cmode.endRe = langRe(cmode.end);\n      cmode.terminatorEnd = source(cmode.end) || '';\n      if (mode.endsWithParent && parent.terminatorEnd) {\n        cmode.terminatorEnd += (mode.end ? '|' : '') + parent.terminatorEnd;\n      }\n    }\n    if (mode.illegal) cmode.illegalRe = langRe(/** @type {RegExp | string} */ (mode.illegal));\n    if (!mode.contains) mode.contains = [];\n\n    mode.contains = [].concat(...mode.contains.map(function(c) {\n      return expandOrCloneMode(c === 'self' ? mode : c);\n    }));\n    mode.contains.forEach(function(c) { compileMode(/** @type Mode */ (c), cmode); });\n\n    if (mode.starts) {\n      compileMode(mode.starts, parent);\n    }\n\n    cmode.matcher = buildModeRegex(cmode);\n    return cmode;\n  }\n\n  if (!language.compilerExtensions) language.compilerExtensions = [];\n\n  // self is not valid at the top-level\n  if (language.contains && language.contains.includes('self')) {\n    throw new Error(\"ERR: contains `self` is not supported at the top-level of a language.  See documentation.\");\n  }\n\n  // we need a null object, which inherit will guarantee\n  language.classNameAliases = inherit$1(language.classNameAliases || {});\n\n  return compileMode(/** @type Mode */ (language));\n}\n\n/**\n * Determines if a mode has a dependency on it's parent or not\n *\n * If a mode does have a parent dependency then often we need to clone it if\n * it's used in multiple places so that each copy points to the correct parent,\n * where-as modes without a parent can often safely be re-used at the bottom of\n * a mode chain.\n *\n * @param {Mode | null} mode\n * @returns {boolean} - is there a dependency on the parent?\n * */\nfunction dependencyOnParent(mode) {\n  if (!mode) return false;\n\n  return mode.endsWithParent || dependencyOnParent(mode.starts);\n}\n\n/**\n * Expands a mode or clones it if necessary\n *\n * This is necessary for modes with parental dependenceis (see notes on\n * `dependencyOnParent`) and for nodes that have `variants` - which must then be\n * exploded into their own individual modes at compile time.\n *\n * @param {Mode} mode\n * @returns {Mode | Mode[]}\n * */\nfunction expandOrCloneMode(mode) {\n  if (mode.variants && !mode.cachedVariants) {\n    mode.cachedVariants = mode.variants.map(function(variant) {\n      return inherit$1(mode, { variants: null }, variant);\n    });\n  }\n\n  // EXPAND\n  // if we have variants then essentially \"replace\" the mode with the variants\n  // this happens in compileMode, where this function is called from\n  if (mode.cachedVariants) {\n    return mode.cachedVariants;\n  }\n\n  // CLONE\n  // if we have dependencies on parents then we need a unique\n  // instance of ourselves, so we can be reused with many\n  // different parents without issue\n  if (dependencyOnParent(mode)) {\n    return inherit$1(mode, { starts: mode.starts ? inherit$1(mode.starts) : null });\n  }\n\n  if (Object.isFrozen(mode)) {\n    return inherit$1(mode);\n  }\n\n  // no special dependency issues, just return ourselves\n  return mode;\n}\n\nvar version = \"11.5.1\";\n\nclass HTMLInjectionError extends Error {\n  constructor(reason, html) {\n    super(reason);\n    this.name = \"HTMLInjectionError\";\n    this.html = html;\n  }\n}\n\n/*\nSyntax highlighting with language autodetection.\nhttps://highlightjs.org/\n*/\n\n/**\n@typedef {import('highlight.js').Mode} Mode\n@typedef {import('highlight.js').CompiledMode} CompiledMode\n@typedef {import('highlight.js').CompiledScope} CompiledScope\n@typedef {import('highlight.js').Language} Language\n@typedef {import('highlight.js').HLJSApi} HLJSApi\n@typedef {import('highlight.js').HLJSPlugin} HLJSPlugin\n@typedef {import('highlight.js').PluginEvent} PluginEvent\n@typedef {import('highlight.js').HLJSOptions} HLJSOptions\n@typedef {import('highlight.js').LanguageFn} LanguageFn\n@typedef {import('highlight.js').HighlightedHTMLElement} HighlightedHTMLElement\n@typedef {import('highlight.js').BeforeHighlightContext} BeforeHighlightContext\n@typedef {import('highlight.js/private').MatchType} MatchType\n@typedef {import('highlight.js/private').KeywordData} KeywordData\n@typedef {import('highlight.js/private').EnhancedMatch} EnhancedMatch\n@typedef {import('highlight.js/private').AnnotatedError} AnnotatedError\n@typedef {import('highlight.js').AutoHighlightResult} AutoHighlightResult\n@typedef {import('highlight.js').HighlightOptions} HighlightOptions\n@typedef {import('highlight.js').HighlightResult} HighlightResult\n*/\n\n\nconst escape = escapeHTML;\nconst inherit = inherit$1;\nconst NO_MATCH = Symbol(\"nomatch\");\nconst MAX_KEYWORD_HITS = 7;\n\n/**\n * @param {any} hljs - object that is extended (legacy)\n * @returns {HLJSApi}\n */\nconst HLJS = function(hljs) {\n  // Global internal variables used within the highlight.js library.\n  /** @type {Record<string, Language>} */\n  const languages = Object.create(null);\n  /** @type {Record<string, string>} */\n  const aliases = Object.create(null);\n  /** @type {HLJSPlugin[]} */\n  const plugins = [];\n\n  // safe/production mode - swallows more errors, tries to keep running\n  // even if a single syntax or parse hits a fatal error\n  let SAFE_MODE = true;\n  const LANGUAGE_NOT_FOUND = \"Could not find the language '{}', did you forget to load/include a language module?\";\n  /** @type {Language} */\n  const PLAINTEXT_LANGUAGE = { disableAutodetect: true, name: 'Plain text', contains: [] };\n\n  // Global options used when within external APIs. This is modified when\n  // calling the `hljs.configure` function.\n  /** @type HLJSOptions */\n  let options = {\n    ignoreUnescapedHTML: false,\n    throwUnescapedHTML: false,\n    noHighlightRe: /^(no-?highlight)$/i,\n    languageDetectRe: /\\blang(?:uage)?-([\\w-]+)\\b/i,\n    classPrefix: 'hljs-',\n    cssSelector: 'pre code',\n    languages: null,\n    // beta configuration options, subject to change, welcome to discuss\n    // https://github.com/highlightjs/highlight.js/issues/1086\n    __emitter: TokenTreeEmitter\n  };\n\n  /* Utility functions */\n\n  /**\n   * Tests a language name to see if highlighting should be skipped\n   * @param {string} languageName\n   */\n  function shouldNotHighlight(languageName) {\n    return options.noHighlightRe.test(languageName);\n  }\n\n  /**\n   * @param {HighlightedHTMLElement} block - the HTML element to determine language for\n   */\n  function blockLanguage(block) {\n    let classes = block.className + ' ';\n\n    classes += block.parentNode ? block.parentNode.className : '';\n\n    // language-* takes precedence over non-prefixed class names.\n    const match = options.languageDetectRe.exec(classes);\n    if (match) {\n      const language = getLanguage(match[1]);\n      if (!language) {\n        warn(LANGUAGE_NOT_FOUND.replace(\"{}\", match[1]));\n        warn(\"Falling back to no-highlight mode for this block.\", block);\n      }\n      return language ? match[1] : 'no-highlight';\n    }\n\n    return classes\n      .split(/\\s+/)\n      .find((_class) => shouldNotHighlight(_class) || getLanguage(_class));\n  }\n\n  /**\n   * Core highlighting function.\n   *\n   * OLD API\n   * highlight(lang, code, ignoreIllegals, continuation)\n   *\n   * NEW API\n   * highlight(code, {lang, ignoreIllegals})\n   *\n   * @param {string} codeOrLanguageName - the language to use for highlighting\n   * @param {string | HighlightOptions} optionsOrCode - the code to highlight\n   * @param {boolean} [ignoreIllegals] - whether to ignore illegal matches, default is to bail\n   *\n   * @returns {HighlightResult} Result - an object that represents the result\n   * @property {string} language - the language name\n   * @property {number} relevance - the relevance score\n   * @property {string} value - the highlighted HTML code\n   * @property {string} code - the original raw code\n   * @property {CompiledMode} top - top of the current mode stack\n   * @property {boolean} illegal - indicates whether any illegal matches were found\n  */\n  function highlight(codeOrLanguageName, optionsOrCode, ignoreIllegals) {\n    let code = \"\";\n    let languageName = \"\";\n    if (typeof optionsOrCode === \"object\") {\n      code = codeOrLanguageName;\n      ignoreIllegals = optionsOrCode.ignoreIllegals;\n      languageName = optionsOrCode.language;\n    } else {\n      // old API\n      deprecated(\"10.7.0\", \"highlight(lang, code, ...args) has been deprecated.\");\n      deprecated(\"10.7.0\", \"Please use highlight(code, options) instead.\\nhttps://github.com/highlightjs/highlight.js/issues/2277\");\n      languageName = codeOrLanguageName;\n      code = optionsOrCode;\n    }\n\n    // https://github.com/highlightjs/highlight.js/issues/3149\n    // eslint-disable-next-line no-undefined\n    if (ignoreIllegals === undefined) { ignoreIllegals = true; }\n\n    /** @type {BeforeHighlightContext} */\n    const context = {\n      code,\n      language: languageName\n    };\n    // the plugin can change the desired language or the code to be highlighted\n    // just be changing the object it was passed\n    fire(\"before:highlight\", context);\n\n    // a before plugin can usurp the result completely by providing it's own\n    // in which case we don't even need to call highlight\n    const result = context.result\n      ? context.result\n      : _highlight(context.language, context.code, ignoreIllegals);\n\n    result.code = context.code;\n    // the plugin can change anything in result to suite it\n    fire(\"after:highlight\", result);\n\n    return result;\n  }\n\n  /**\n   * private highlight that's used internally and does not fire callbacks\n   *\n   * @param {string} languageName - the language to use for highlighting\n   * @param {string} codeToHighlight - the code to highlight\n   * @param {boolean?} [ignoreIllegals] - whether to ignore illegal matches, default is to bail\n   * @param {CompiledMode?} [continuation] - current continuation mode, if any\n   * @returns {HighlightResult} - result of the highlight operation\n  */\n  function _highlight(languageName, codeToHighlight, ignoreIllegals, continuation) {\n    const keywordHits = Object.create(null);\n\n    /**\n     * Return keyword data if a match is a keyword\n     * @param {CompiledMode} mode - current mode\n     * @param {string} matchText - the textual match\n     * @returns {KeywordData | false}\n     */\n    function keywordData(mode, matchText) {\n      return mode.keywords[matchText];\n    }\n\n    function processKeywords() {\n      if (!top.keywords) {\n        emitter.addText(modeBuffer);\n        return;\n      }\n\n      let lastIndex = 0;\n      top.keywordPatternRe.lastIndex = 0;\n      let match = top.keywordPatternRe.exec(modeBuffer);\n      let buf = \"\";\n\n      while (match) {\n        buf += modeBuffer.substring(lastIndex, match.index);\n        const word = language.case_insensitive ? match[0].toLowerCase() : match[0];\n        const data = keywordData(top, word);\n        if (data) {\n          const [kind, keywordRelevance] = data;\n          emitter.addText(buf);\n          buf = \"\";\n\n          keywordHits[word] = (keywordHits[word] || 0) + 1;\n          if (keywordHits[word] <= MAX_KEYWORD_HITS) relevance += keywordRelevance;\n          if (kind.startsWith(\"_\")) {\n            // _ implied for relevance only, do not highlight\n            // by applying a class name\n            buf += match[0];\n          } else {\n            const cssClass = language.classNameAliases[kind] || kind;\n            emitter.addKeyword(match[0], cssClass);\n          }\n        } else {\n          buf += match[0];\n        }\n        lastIndex = top.keywordPatternRe.lastIndex;\n        match = top.keywordPatternRe.exec(modeBuffer);\n      }\n      buf += modeBuffer.substr(lastIndex);\n      emitter.addText(buf);\n    }\n\n    function processSubLanguage() {\n      if (modeBuffer === \"\") return;\n      /** @type HighlightResult */\n      let result = null;\n\n      if (typeof top.subLanguage === 'string') {\n        if (!languages[top.subLanguage]) {\n          emitter.addText(modeBuffer);\n          return;\n        }\n        result = _highlight(top.subLanguage, modeBuffer, true, continuations[top.subLanguage]);\n        continuations[top.subLanguage] = /** @type {CompiledMode} */ (result._top);\n      } else {\n        result = highlightAuto(modeBuffer, top.subLanguage.length ? top.subLanguage : null);\n      }\n\n      // Counting embedded language score towards the host language may be disabled\n      // with zeroing the containing mode relevance. Use case in point is Markdown that\n      // allows XML everywhere and makes every XML snippet to have a much larger Markdown\n      // score.\n      if (top.relevance > 0) {\n        relevance += result.relevance;\n      }\n      emitter.addSublanguage(result._emitter, result.language);\n    }\n\n    function processBuffer() {\n      if (top.subLanguage != null) {\n        processSubLanguage();\n      } else {\n        processKeywords();\n      }\n      modeBuffer = '';\n    }\n\n    /**\n     * @param {CompiledScope} scope\n     * @param {RegExpMatchArray} match\n     */\n    function emitMultiClass(scope, match) {\n      let i = 1;\n      const max = match.length - 1;\n      while (i <= max) {\n        if (!scope._emit[i]) { i++; continue; }\n        const klass = language.classNameAliases[scope[i]] || scope[i];\n        const text = match[i];\n        if (klass) {\n          emitter.addKeyword(text, klass);\n        } else {\n          modeBuffer = text;\n          processKeywords();\n          modeBuffer = \"\";\n        }\n        i++;\n      }\n    }\n\n    /**\n     * @param {CompiledMode} mode - new mode to start\n     * @param {RegExpMatchArray} match\n     */\n    function startNewMode(mode, match) {\n      if (mode.scope && typeof mode.scope === \"string\") {\n        emitter.openNode(language.classNameAliases[mode.scope] || mode.scope);\n      }\n      if (mode.beginScope) {\n        // beginScope just wraps the begin match itself in a scope\n        if (mode.beginScope._wrap) {\n          emitter.addKeyword(modeBuffer, language.classNameAliases[mode.beginScope._wrap] || mode.beginScope._wrap);\n          modeBuffer = \"\";\n        } else if (mode.beginScope._multi) {\n          // at this point modeBuffer should just be the match\n          emitMultiClass(mode.beginScope, match);\n          modeBuffer = \"\";\n        }\n      }\n\n      top = Object.create(mode, { parent: { value: top } });\n      return top;\n    }\n\n    /**\n     * @param {CompiledMode } mode - the mode to potentially end\n     * @param {RegExpMatchArray} match - the latest match\n     * @param {string} matchPlusRemainder - match plus remainder of content\n     * @returns {CompiledMode | void} - the next mode, or if void continue on in current mode\n     */\n    function endOfMode(mode, match, matchPlusRemainder) {\n      let matched = startsWith(mode.endRe, matchPlusRemainder);\n\n      if (matched) {\n        if (mode[\"on:end\"]) {\n          const resp = new Response(mode);\n          mode[\"on:end\"](match, resp);\n          if (resp.isMatchIgnored) matched = false;\n        }\n\n        if (matched) {\n          while (mode.endsParent && mode.parent) {\n            mode = mode.parent;\n          }\n          return mode;\n        }\n      }\n      // even if on:end fires an `ignore` it's still possible\n      // that we might trigger the end node because of a parent mode\n      if (mode.endsWithParent) {\n        return endOfMode(mode.parent, match, matchPlusRemainder);\n      }\n    }\n\n    /**\n     * Handle matching but then ignoring a sequence of text\n     *\n     * @param {string} lexeme - string containing full match text\n     */\n    function doIgnore(lexeme) {\n      if (top.matcher.regexIndex === 0) {\n        // no more regexes to potentially match here, so we move the cursor forward one\n        // space\n        modeBuffer += lexeme[0];\n        return 1;\n      } else {\n        // no need to move the cursor, we still have additional regexes to try and\n        // match at this very spot\n        resumeScanAtSamePosition = true;\n        return 0;\n      }\n    }\n\n    /**\n     * Handle the start of a new potential mode match\n     *\n     * @param {EnhancedMatch} match - the current match\n     * @returns {number} how far to advance the parse cursor\n     */\n    function doBeginMatch(match) {\n      const lexeme = match[0];\n      const newMode = match.rule;\n\n      const resp = new Response(newMode);\n      // first internal before callbacks, then the public ones\n      const beforeCallbacks = [newMode.__beforeBegin, newMode[\"on:begin\"]];\n      for (const cb of beforeCallbacks) {\n        if (!cb) continue;\n        cb(match, resp);\n        if (resp.isMatchIgnored) return doIgnore(lexeme);\n      }\n\n      if (newMode.skip) {\n        modeBuffer += lexeme;\n      } else {\n        if (newMode.excludeBegin) {\n          modeBuffer += lexeme;\n        }\n        processBuffer();\n        if (!newMode.returnBegin && !newMode.excludeBegin) {\n          modeBuffer = lexeme;\n        }\n      }\n      startNewMode(newMode, match);\n      return newMode.returnBegin ? 0 : lexeme.length;\n    }\n\n    /**\n     * Handle the potential end of mode\n     *\n     * @param {RegExpMatchArray} match - the current match\n     */\n    function doEndMatch(match) {\n      const lexeme = match[0];\n      const matchPlusRemainder = codeToHighlight.substr(match.index);\n\n      const endMode = endOfMode(top, match, matchPlusRemainder);\n      if (!endMode) { return NO_MATCH; }\n\n      const origin = top;\n      if (top.endScope && top.endScope._wrap) {\n        processBuffer();\n        emitter.addKeyword(lexeme, top.endScope._wrap);\n      } else if (top.endScope && top.endScope._multi) {\n        processBuffer();\n        emitMultiClass(top.endScope, match);\n      } else if (origin.skip) {\n        modeBuffer += lexeme;\n      } else {\n        if (!(origin.returnEnd || origin.excludeEnd)) {\n          modeBuffer += lexeme;\n        }\n        processBuffer();\n        if (origin.excludeEnd) {\n          modeBuffer = lexeme;\n        }\n      }\n      do {\n        if (top.scope) {\n          emitter.closeNode();\n        }\n        if (!top.skip && !top.subLanguage) {\n          relevance += top.relevance;\n        }\n        top = top.parent;\n      } while (top !== endMode.parent);\n      if (endMode.starts) {\n        startNewMode(endMode.starts, match);\n      }\n      return origin.returnEnd ? 0 : lexeme.length;\n    }\n\n    function processContinuations() {\n      const list = [];\n      for (let current = top; current !== language; current = current.parent) {\n        if (current.scope) {\n          list.unshift(current.scope);\n        }\n      }\n      list.forEach(item => emitter.openNode(item));\n    }\n\n    /** @type {{type?: MatchType, index?: number, rule?: Mode}}} */\n    let lastMatch = {};\n\n    /**\n     *  Process an individual match\n     *\n     * @param {string} textBeforeMatch - text preceding the match (since the last match)\n     * @param {EnhancedMatch} [match] - the match itself\n     */\n    function processLexeme(textBeforeMatch, match) {\n      const lexeme = match && match[0];\n\n      // add non-matched text to the current mode buffer\n      modeBuffer += textBeforeMatch;\n\n      if (lexeme == null) {\n        processBuffer();\n        return 0;\n      }\n\n      // we've found a 0 width match and we're stuck, so we need to advance\n      // this happens when we have badly behaved rules that have optional matchers to the degree that\n      // sometimes they can end up matching nothing at all\n      // Ref: https://github.com/highlightjs/highlight.js/issues/2140\n      if (lastMatch.type === \"begin\" && match.type === \"end\" && lastMatch.index === match.index && lexeme === \"\") {\n        // spit the \"skipped\" character that our regex choked on back into the output sequence\n        modeBuffer += codeToHighlight.slice(match.index, match.index + 1);\n        if (!SAFE_MODE) {\n          /** @type {AnnotatedError} */\n          const err = new Error(`0 width match regex (${languageName})`);\n          err.languageName = languageName;\n          err.badRule = lastMatch.rule;\n          throw err;\n        }\n        return 1;\n      }\n      lastMatch = match;\n\n      if (match.type === \"begin\") {\n        return doBeginMatch(match);\n      } else if (match.type === \"illegal\" && !ignoreIllegals) {\n        // illegal match, we do not continue processing\n        /** @type {AnnotatedError} */\n        const err = new Error('Illegal lexeme \"' + lexeme + '\" for mode \"' + (top.scope || '<unnamed>') + '\"');\n        err.mode = top;\n        throw err;\n      } else if (match.type === \"end\") {\n        const processed = doEndMatch(match);\n        if (processed !== NO_MATCH) {\n          return processed;\n        }\n      }\n\n      // edge case for when illegal matches $ (end of line) which is technically\n      // a 0 width match but not a begin/end match so it's not caught by the\n      // first handler (when ignoreIllegals is true)\n      if (match.type === \"illegal\" && lexeme === \"\") {\n        // advance so we aren't stuck in an infinite loop\n        return 1;\n      }\n\n      // infinite loops are BAD, this is a last ditch catch all. if we have a\n      // decent number of iterations yet our index (cursor position in our\n      // parsing) still 3x behind our index then something is very wrong\n      // so we bail\n      if (iterations > 100000 && iterations > match.index * 3) {\n        const err = new Error('potential infinite loop, way more iterations than matches');\n        throw err;\n      }\n\n      /*\n      Why might be find ourselves here?  An potential end match that was\n      triggered but could not be completed.  IE, `doEndMatch` returned NO_MATCH.\n      (this could be because a callback requests the match be ignored, etc)\n\n      This causes no real harm other than stopping a few times too many.\n      */\n\n      modeBuffer += lexeme;\n      return lexeme.length;\n    }\n\n    const language = getLanguage(languageName);\n    if (!language) {\n      error(LANGUAGE_NOT_FOUND.replace(\"{}\", languageName));\n      throw new Error('Unknown language: \"' + languageName + '\"');\n    }\n\n    const md = compileLanguage(language);\n    let result = '';\n    /** @type {CompiledMode} */\n    let top = continuation || md;\n    /** @type Record<string,CompiledMode> */\n    const continuations = {}; // keep continuations for sub-languages\n    const emitter = new options.__emitter(options);\n    processContinuations();\n    let modeBuffer = '';\n    let relevance = 0;\n    let index = 0;\n    let iterations = 0;\n    let resumeScanAtSamePosition = false;\n\n    try {\n      top.matcher.considerAll();\n\n      for (;;) {\n        iterations++;\n        if (resumeScanAtSamePosition) {\n          // only regexes not matched previously will now be\n          // considered for a potential match\n          resumeScanAtSamePosition = false;\n        } else {\n          top.matcher.considerAll();\n        }\n        top.matcher.lastIndex = index;\n\n        const match = top.matcher.exec(codeToHighlight);\n        // console.log(\"match\", match[0], match.rule && match.rule.begin)\n\n        if (!match) break;\n\n        const beforeMatch = codeToHighlight.substring(index, match.index);\n        const processedCount = processLexeme(beforeMatch, match);\n        index = match.index + processedCount;\n      }\n      processLexeme(codeToHighlight.substr(index));\n      emitter.closeAllNodes();\n      emitter.finalize();\n      result = emitter.toHTML();\n\n      return {\n        language: languageName,\n        value: result,\n        relevance: relevance,\n        illegal: false,\n        _emitter: emitter,\n        _top: top\n      };\n    } catch (err) {\n      if (err.message && err.message.includes('Illegal')) {\n        return {\n          language: languageName,\n          value: escape(codeToHighlight),\n          illegal: true,\n          relevance: 0,\n          _illegalBy: {\n            message: err.message,\n            index: index,\n            context: codeToHighlight.slice(index - 100, index + 100),\n            mode: err.mode,\n            resultSoFar: result\n          },\n          _emitter: emitter\n        };\n      } else if (SAFE_MODE) {\n        return {\n          language: languageName,\n          value: escape(codeToHighlight),\n          illegal: false,\n          relevance: 0,\n          errorRaised: err,\n          _emitter: emitter,\n          _top: top\n        };\n      } else {\n        throw err;\n      }\n    }\n  }\n\n  /**\n   * returns a valid highlight result, without actually doing any actual work,\n   * auto highlight starts with this and it's possible for small snippets that\n   * auto-detection may not find a better match\n   * @param {string} code\n   * @returns {HighlightResult}\n   */\n  function justTextHighlightResult(code) {\n    const result = {\n      value: escape(code),\n      illegal: false,\n      relevance: 0,\n      _top: PLAINTEXT_LANGUAGE,\n      _emitter: new options.__emitter(options)\n    };\n    result._emitter.addText(code);\n    return result;\n  }\n\n  /**\n  Highlighting with language detection. Accepts a string with the code to\n  highlight. Returns an object with the following properties:\n\n  - language (detected language)\n  - relevance (int)\n  - value (an HTML string with highlighting markup)\n  - secondBest (object with the same structure for second-best heuristically\n    detected language, may be absent)\n\n    @param {string} code\n    @param {Array<string>} [languageSubset]\n    @returns {AutoHighlightResult}\n  */\n  function highlightAuto(code, languageSubset) {\n    languageSubset = languageSubset || options.languages || Object.keys(languages);\n    const plaintext = justTextHighlightResult(code);\n\n    const results = languageSubset.filter(getLanguage).filter(autoDetection).map(name =>\n      _highlight(name, code, false)\n    );\n    results.unshift(plaintext); // plaintext is always an option\n\n    const sorted = results.sort((a, b) => {\n      // sort base on relevance\n      if (a.relevance !== b.relevance) return b.relevance - a.relevance;\n\n      // always award the tie to the base language\n      // ie if C++ and Arduino are tied, it's more likely to be C++\n      if (a.language && b.language) {\n        if (getLanguage(a.language).supersetOf === b.language) {\n          return 1;\n        } else if (getLanguage(b.language).supersetOf === a.language) {\n          return -1;\n        }\n      }\n\n      // otherwise say they are equal, which has the effect of sorting on\n      // relevance while preserving the original ordering - which is how ties\n      // have historically been settled, ie the language that comes first always\n      // wins in the case of a tie\n      return 0;\n    });\n\n    const [best, secondBest] = sorted;\n\n    /** @type {AutoHighlightResult} */\n    const result = best;\n    result.secondBest = secondBest;\n\n    return result;\n  }\n\n  /**\n   * Builds new class name for block given the language name\n   *\n   * @param {HTMLElement} element\n   * @param {string} [currentLang]\n   * @param {string} [resultLang]\n   */\n  function updateClassName(element, currentLang, resultLang) {\n    const language = (currentLang && aliases[currentLang]) || resultLang;\n\n    element.classList.add(\"hljs\");\n    element.classList.add(`language-${language}`);\n  }\n\n  /**\n   * Applies highlighting to a DOM node containing code.\n   *\n   * @param {HighlightedHTMLElement} element - the HTML element to highlight\n  */\n  function highlightElement(element) {\n    /** @type HTMLElement */\n    let node = null;\n    const language = blockLanguage(element);\n\n    if (shouldNotHighlight(language)) return;\n\n    fire(\"before:highlightElement\",\n      { el: element, language: language });\n\n    // we should be all text, no child nodes (unescaped HTML) - this is possibly\n    // an HTML injection attack - it's likely too late if this is already in\n    // production (the code has likely already done its damage by the time\n    // we're seeing it)... but we yell loudly about this so that hopefully it's\n    // more likely to be caught in development before making it to production\n    if (element.children.length > 0) {\n      if (!options.ignoreUnescapedHTML) {\n        console.warn(\"One of your code blocks includes unescaped HTML. This is a potentially serious security risk.\");\n        console.warn(\"https://github.com/highlightjs/highlight.js/wiki/security\");\n        console.warn(\"The element with unescaped HTML:\");\n        console.warn(element);\n      }\n      if (options.throwUnescapedHTML) {\n        const err = new HTMLInjectionError(\n          \"One of your code blocks includes unescaped HTML.\",\n          element.innerHTML\n        );\n        throw err;\n      }\n    }\n\n    node = element;\n    const text = node.textContent;\n    const result = language ? highlight(text, { language, ignoreIllegals: true }) : highlightAuto(text);\n\n    element.innerHTML = result.value;\n    updateClassName(element, language, result.language);\n    element.result = {\n      language: result.language,\n      // TODO: remove with version 11.0\n      re: result.relevance,\n      relevance: result.relevance\n    };\n    if (result.secondBest) {\n      element.secondBest = {\n        language: result.secondBest.language,\n        relevance: result.secondBest.relevance\n      };\n    }\n\n    fire(\"after:highlightElement\", { el: element, result, text });\n  }\n\n  /**\n   * Updates highlight.js global options with the passed options\n   *\n   * @param {Partial<HLJSOptions>} userOptions\n   */\n  function configure(userOptions) {\n    options = inherit(options, userOptions);\n  }\n\n  // TODO: remove v12, deprecated\n  const initHighlighting = () => {\n    highlightAll();\n    deprecated(\"10.6.0\", \"initHighlighting() deprecated.  Use highlightAll() now.\");\n  };\n\n  // TODO: remove v12, deprecated\n  function initHighlightingOnLoad() {\n    highlightAll();\n    deprecated(\"10.6.0\", \"initHighlightingOnLoad() deprecated.  Use highlightAll() now.\");\n  }\n\n  let wantsHighlight = false;\n\n  /**\n   * auto-highlights all pre>code elements on the page\n   */\n  function highlightAll() {\n    // if we are called too early in the loading process\n    if (document.readyState === \"loading\") {\n      wantsHighlight = true;\n      return;\n    }\n\n    const blocks = document.querySelectorAll(options.cssSelector);\n    blocks.forEach(highlightElement);\n  }\n\n  function boot() {\n    // if a highlight was requested before DOM was loaded, do now\n    if (wantsHighlight) highlightAll();\n  }\n\n  // make sure we are in the browser environment\n  if (typeof window !== 'undefined' && window.addEventListener) {\n    window.addEventListener('DOMContentLoaded', boot, false);\n  }\n\n  /**\n   * Register a language grammar module\n   *\n   * @param {string} languageName\n   * @param {LanguageFn} languageDefinition\n   */\n  function registerLanguage(languageName, languageDefinition) {\n    let lang = null;\n    try {\n      lang = languageDefinition(hljs);\n    } catch (error$1) {\n      error(\"Language definition for '{}' could not be registered.\".replace(\"{}\", languageName));\n      // hard or soft error\n      if (!SAFE_MODE) { throw error$1; } else { error(error$1); }\n      // languages that have serious errors are replaced with essentially a\n      // \"plaintext\" stand-in so that the code blocks will still get normal\n      // css classes applied to them - and one bad language won't break the\n      // entire highlighter\n      lang = PLAINTEXT_LANGUAGE;\n    }\n    // give it a temporary name if it doesn't have one in the meta-data\n    if (!lang.name) lang.name = languageName;\n    languages[languageName] = lang;\n    lang.rawDefinition = languageDefinition.bind(null, hljs);\n\n    if (lang.aliases) {\n      registerAliases(lang.aliases, { languageName });\n    }\n  }\n\n  /**\n   * Remove a language grammar module\n   *\n   * @param {string} languageName\n   */\n  function unregisterLanguage(languageName) {\n    delete languages[languageName];\n    for (const alias of Object.keys(aliases)) {\n      if (aliases[alias] === languageName) {\n        delete aliases[alias];\n      }\n    }\n  }\n\n  /**\n   * @returns {string[]} List of language internal names\n   */\n  function listLanguages() {\n    return Object.keys(languages);\n  }\n\n  /**\n   * @param {string} name - name of the language to retrieve\n   * @returns {Language | undefined}\n   */\n  function getLanguage(name) {\n    name = (name || '').toLowerCase();\n    return languages[name] || languages[aliases[name]];\n  }\n\n  /**\n   *\n   * @param {string|string[]} aliasList - single alias or list of aliases\n   * @param {{languageName: string}} opts\n   */\n  function registerAliases(aliasList, { languageName }) {\n    if (typeof aliasList === 'string') {\n      aliasList = [aliasList];\n    }\n    aliasList.forEach(alias => { aliases[alias.toLowerCase()] = languageName; });\n  }\n\n  /**\n   * Determines if a given language has auto-detection enabled\n   * @param {string} name - name of the language\n   */\n  function autoDetection(name) {\n    const lang = getLanguage(name);\n    return lang && !lang.disableAutodetect;\n  }\n\n  /**\n   * Upgrades the old highlightBlock plugins to the new\n   * highlightElement API\n   * @param {HLJSPlugin} plugin\n   */\n  function upgradePluginAPI(plugin) {\n    // TODO: remove with v12\n    if (plugin[\"before:highlightBlock\"] && !plugin[\"before:highlightElement\"]) {\n      plugin[\"before:highlightElement\"] = (data) => {\n        plugin[\"before:highlightBlock\"](\n          Object.assign({ block: data.el }, data)\n        );\n      };\n    }\n    if (plugin[\"after:highlightBlock\"] && !plugin[\"after:highlightElement\"]) {\n      plugin[\"after:highlightElement\"] = (data) => {\n        plugin[\"after:highlightBlock\"](\n          Object.assign({ block: data.el }, data)\n        );\n      };\n    }\n  }\n\n  /**\n   * @param {HLJSPlugin} plugin\n   */\n  function addPlugin(plugin) {\n    upgradePluginAPI(plugin);\n    plugins.push(plugin);\n  }\n\n  /**\n   *\n   * @param {PluginEvent} event\n   * @param {any} args\n   */\n  function fire(event, args) {\n    const cb = event;\n    plugins.forEach(function(plugin) {\n      if (plugin[cb]) {\n        plugin[cb](args);\n      }\n    });\n  }\n\n  /**\n   * DEPRECATED\n   * @param {HighlightedHTMLElement} el\n   */\n  function deprecateHighlightBlock(el) {\n    deprecated(\"10.7.0\", \"highlightBlock will be removed entirely in v12.0\");\n    deprecated(\"10.7.0\", \"Please use highlightElement now.\");\n\n    return highlightElement(el);\n  }\n\n  /* Interface definition */\n  Object.assign(hljs, {\n    highlight,\n    highlightAuto,\n    highlightAll,\n    highlightElement,\n    // TODO: Remove with v12 API\n    highlightBlock: deprecateHighlightBlock,\n    configure,\n    initHighlighting,\n    initHighlightingOnLoad,\n    registerLanguage,\n    unregisterLanguage,\n    listLanguages,\n    getLanguage,\n    registerAliases,\n    autoDetection,\n    inherit,\n    addPlugin\n  });\n\n  hljs.debugMode = function() { SAFE_MODE = false; };\n  hljs.safeMode = function() { SAFE_MODE = true; };\n  hljs.versionString = version;\n\n  hljs.regex = {\n    concat: concat,\n    lookahead: lookahead,\n    either: either,\n    optional: optional,\n    anyNumberOfTimes: anyNumberOfTimes\n  };\n\n  for (const key in MODES) {\n    // @ts-ignore\n    if (typeof MODES[key] === \"object\") {\n      // @ts-ignore\n      deepFreeze$1(MODES[key]);\n    }\n  }\n\n  // merge all the modes/regexes into our main object\n  Object.assign(hljs, MODES);\n\n  return hljs;\n};\n\n// export an \"instance\" of the highlighter\nvar highlight = HLJS({});\n\nvar core = highlight;\nhighlight.HighlightJS = highlight;\nhighlight.default = highlight;\n\n/*\nLanguage: 1C:Enterprise\nAuthor: Stanislav Belov <stbelov@gmail.com>\nDescription: built-in language 1C:Enterprise (v7, v8)\nCategory: enterprise\n*/\n\nvar _1c_1;\nvar hasRequired_1c;\n\nfunction require_1c () {\n\tif (hasRequired_1c) return _1c_1;\n\thasRequired_1c = 1;\n\tfunction _1c(hljs) {\n\t  // общий паттерн для определения идентификаторов\n\t  const UNDERSCORE_IDENT_RE = '[A-Za-zА-Яа-яёЁ_][A-Za-zА-Яа-яёЁ_0-9]+';\n\n\t  // v7 уникальные ключевые слова, отсутствующие в v8 ==> keyword\n\t  const v7_keywords =\n\t  'далее ';\n\n\t  // v8 ключевые слова ==> keyword\n\t  const v8_keywords =\n\t  'возврат вызватьисключение выполнить для если и из или иначе иначеесли исключение каждого конецесли '\n\t  + 'конецпопытки конеццикла не новый перейти перем по пока попытка прервать продолжить тогда цикл экспорт ';\n\n\t  // keyword : ключевые слова\n\t  const KEYWORD = v7_keywords + v8_keywords;\n\n\t  // v7 уникальные директивы, отсутствующие в v8 ==> meta-keyword\n\t  const v7_meta_keywords =\n\t  'загрузитьизфайла ';\n\n\t  // v8 ключевые слова в инструкциях препроцессора, директивах компиляции, аннотациях ==> meta-keyword\n\t  const v8_meta_keywords =\n\t  'вебклиент вместо внешнеесоединение клиент конецобласти мобильноеприложениеклиент мобильноеприложениесервер '\n\t  + 'наклиенте наклиентенасервере наклиентенасерверебезконтекста насервере насерверебезконтекста область перед '\n\t  + 'после сервер толстыйклиентобычноеприложение толстыйклиентуправляемоеприложение тонкийклиент ';\n\n\t  // meta-keyword : ключевые слова в инструкциях препроцессора, директивах компиляции, аннотациях\n\t  const METAKEYWORD = v7_meta_keywords + v8_meta_keywords;\n\n\t  // v7 системные константы ==> built_in\n\t  const v7_system_constants =\n\t  'разделительстраниц разделительстрок символтабуляции ';\n\n\t  // v7 уникальные методы глобального контекста, отсутствующие в v8 ==> built_in\n\t  const v7_global_context_methods =\n\t  'ansitooem oemtoansi ввестивидсубконто ввестиперечисление ввестипериод ввестиплансчетов выбранныйплансчетов '\n\t  + 'датагод датамесяц датачисло заголовоксистемы значениевстроку значениеизстроки каталогиб каталогпользователя '\n\t  + 'кодсимв конгода конецпериодаби конецрассчитанногопериодаби конецстандартногоинтервала конквартала конмесяца '\n\t  + 'коннедели лог лог10 максимальноеколичествосубконто названиеинтерфейса названиенабораправ назначитьвид '\n\t  + 'назначитьсчет найтиссылки началопериодаби началостандартногоинтервала начгода начквартала начмесяца '\n\t  + 'начнедели номерднягода номерднянедели номернеделигода обработкаожидания основнойжурналрасчетов '\n\t  + 'основнойплансчетов основнойязык очиститьокносообщений периодстр получитьвремята получитьдатута '\n\t  + 'получитьдокументта получитьзначенияотбора получитьпозициюта получитьпустоезначение получитьта '\n\t  + 'префиксавтонумерации пропись пустоезначение разм разобратьпозициюдокумента рассчитатьрегистрына '\n\t  + 'рассчитатьрегистрыпо симв создатьобъект статусвозврата стрколичествострок сформироватьпозициюдокумента '\n\t  + 'счетпокоду текущеевремя типзначения типзначениястр установитьтана установитьтапо фиксшаблон шаблон ';\n\n\t  // v8 методы глобального контекста ==> built_in\n\t  const v8_global_context_methods =\n\t  'acos asin atan base64значение base64строка cos exp log log10 pow sin sqrt tan xmlзначение xmlстрока '\n\t  + 'xmlтип xmlтипзнч активноеокно безопасныйрежим безопасныйрежимразделенияданных булево ввестидату ввестизначение '\n\t  + 'ввестистроку ввестичисло возможностьчтенияxml вопрос восстановитьзначение врег выгрузитьжурналрегистрации '\n\t  + 'выполнитьобработкуоповещения выполнитьпроверкуправдоступа вычислить год данныеформывзначение дата день деньгода '\n\t  + 'деньнедели добавитьмесяц заблокироватьданныедляредактирования заблокироватьработупользователя завершитьработусистемы '\n\t  + 'загрузитьвнешнююкомпоненту закрытьсправку записатьjson записатьxml записатьдатуjson записьжурналарегистрации '\n\t  + 'заполнитьзначениясвойств запроситьразрешениепользователя запуститьприложение запуститьсистему зафиксироватьтранзакцию '\n\t  + 'значениевданныеформы значениевстрокувнутр значениевфайл значениезаполнено значениеизстрокивнутр значениеизфайла '\n\t  + 'изxmlтипа импортмоделиxdto имякомпьютера имяпользователя инициализироватьпредопределенныеданные информацияобошибке '\n\t  + 'каталогбиблиотекимобильногоустройства каталогвременныхфайлов каталогдокументов каталогпрограммы кодироватьстроку '\n\t  + 'кодлокализацииинформационнойбазы кодсимвола командасистемы конецгода конецдня конецквартала конецмесяца конецминуты '\n\t  + 'конецнедели конецчаса конфигурациябазыданныхизмененадинамически конфигурацияизменена копироватьданныеформы '\n\t  + 'копироватьфайл краткоепредставлениеошибки лев макс местноевремя месяц мин минута монопольныйрежим найти '\n\t  + 'найтинедопустимыесимволыxml найтиокнопонавигационнойссылке найтипомеченныенаудаление найтипоссылкам найтифайлы '\n\t  + 'началогода началодня началоквартала началомесяца началоминуты началонедели началочаса начатьзапросразрешенияпользователя '\n\t  + 'начатьзапускприложения начатькопированиефайла начатьперемещениефайла начатьподключениевнешнейкомпоненты '\n\t  + 'начатьподключениерасширенияработыскриптографией начатьподключениерасширенияработысфайлами начатьпоискфайлов '\n\t  + 'начатьполучениекаталогавременныхфайлов начатьполучениекаталогадокументов начатьполучениерабочегокаталогаданныхпользователя '\n\t  + 'начатьполучениефайлов начатьпомещениефайла начатьпомещениефайлов начатьсозданиедвоичныхданныхизфайла начатьсозданиекаталога '\n\t  + 'начатьтранзакцию начатьудалениефайлов начатьустановкувнешнейкомпоненты начатьустановкурасширенияработыскриптографией '\n\t  + 'начатьустановкурасширенияработысфайлами неделягода необходимостьзавершениясоединения номерсеансаинформационнойбазы '\n\t  + 'номерсоединенияинформационнойбазы нрег нстр обновитьинтерфейс обновитьнумерациюобъектов обновитьповторноиспользуемыезначения '\n\t  + 'обработкапрерыванияпользователя объединитьфайлы окр описаниеошибки оповестить оповеститьобизменении '\n\t  + 'отключитьобработчикзапросанастроекклиенталицензирования отключитьобработчикожидания отключитьобработчикоповещения '\n\t  + 'открытьзначение открытьиндекссправки открытьсодержаниесправки открытьсправку открытьформу открытьформумодально '\n\t  + 'отменитьтранзакцию очиститьжурналрегистрации очиститьнастройкипользователя очиститьсообщения параметрыдоступа '\n\t  + 'перейтипонавигационнойссылке переместитьфайл подключитьвнешнююкомпоненту '\n\t  + 'подключитьобработчикзапросанастроекклиенталицензирования подключитьобработчикожидания подключитьобработчикоповещения '\n\t  + 'подключитьрасширениеработыскриптографией подключитьрасширениеработысфайлами подробноепредставлениеошибки '\n\t  + 'показатьвводдаты показатьвводзначения показатьвводстроки показатьвводчисла показатьвопрос показатьзначение '\n\t  + 'показатьинформациюобошибке показатьнакарте показатьоповещениепользователя показатьпредупреждение полноеимяпользователя '\n\t  + 'получитьcomобъект получитьxmlтип получитьадреспоместоположению получитьблокировкусеансов получитьвремязавершенияспящегосеанса '\n\t  + 'получитьвремязасыпанияпассивногосеанса получитьвремяожиданияблокировкиданных получитьданныевыбора '\n\t  + 'получитьдополнительныйпараметрклиенталицензирования получитьдопустимыекодылокализации получитьдопустимыечасовыепояса '\n\t  + 'получитьзаголовокклиентскогоприложения получитьзаголовоксистемы получитьзначенияотборажурналарегистрации '\n\t  + 'получитьидентификаторконфигурации получитьизвременногохранилища получитьимявременногофайла '\n\t  + 'получитьимяклиенталицензирования получитьинформациюэкрановклиента получитьиспользованиежурналарегистрации '\n\t  + 'получитьиспользованиесобытияжурналарегистрации получитькраткийзаголовокприложения получитьмакетоформления '\n\t  + 'получитьмаскувсефайлы получитьмаскувсефайлыклиента получитьмаскувсефайлысервера получитьместоположениепоадресу '\n\t  + 'получитьминимальнуюдлинупаролейпользователей получитьнавигационнуюссылку получитьнавигационнуюссылкуинформационнойбазы '\n\t  + 'получитьобновлениеконфигурациибазыданных получитьобновлениепредопределенныхданныхинформационнойбазы получитьобщиймакет '\n\t  + 'получитьобщуюформу получитьокна получитьоперативнуюотметкувремени получитьотключениебезопасногорежима '\n\t  + 'получитьпараметрыфункциональныхопцийинтерфейса получитьполноеимяпредопределенногозначения '\n\t  + 'получитьпредставлениянавигационныхссылок получитьпроверкусложностипаролейпользователей получитьразделительпути '\n\t  + 'получитьразделительпутиклиента получитьразделительпутисервера получитьсеансыинформационнойбазы '\n\t  + 'получитьскоростьклиентскогосоединения получитьсоединенияинформационнойбазы получитьсообщенияпользователю '\n\t  + 'получитьсоответствиеобъектаиформы получитьсоставстандартногоинтерфейсаodata получитьструктурухранениябазыданных '\n\t  + 'получитьтекущийсеансинформационнойбазы получитьфайл получитьфайлы получитьформу получитьфункциональнуюопцию '\n\t  + 'получитьфункциональнуюопциюинтерфейса получитьчасовойпоясинформационнойбазы пользователиос поместитьвовременноехранилище '\n\t  + 'поместитьфайл поместитьфайлы прав праводоступа предопределенноезначение представлениекодалокализации представлениепериода '\n\t  + 'представлениеправа представлениеприложения представлениесобытияжурналарегистрации представлениечасовогопояса предупреждение '\n\t  + 'прекратитьработусистемы привилегированныйрежим продолжитьвызов прочитатьjson прочитатьxml прочитатьдатуjson пустаястрока '\n\t  + 'рабочийкаталогданныхпользователя разблокироватьданныедляредактирования разделитьфайл разорватьсоединениесвнешнимисточникомданных '\n\t  + 'раскодироватьстроку рольдоступна секунда сигнал символ скопироватьжурналрегистрации смещениелетнеговремени '\n\t  + 'смещениестандартноговремени соединитьбуферыдвоичныхданных создатькаталог создатьфабрикуxdto сокрл сокрлп сокрп сообщить '\n\t  + 'состояние сохранитьзначение сохранитьнастройкипользователя сред стрдлина стрзаканчиваетсяна стрзаменить стрнайти стрначинаетсяс '\n\t  + 'строка строкасоединенияинформационнойбазы стрполучитьстроку стрразделить стрсоединить стрсравнить стрчисловхождений '\n\t  + 'стрчислострок стршаблон текущаядата текущаядатасеанса текущаяуниверсальнаядата текущаяуниверсальнаядатавмиллисекундах '\n\t  + 'текущийвариантинтерфейсаклиентскогоприложения текущийвариантосновногошрифтаклиентскогоприложения текущийкодлокализации '\n\t  + 'текущийрежимзапуска текущийязык текущийязыксистемы тип типзнч транзакцияактивна трег удалитьданныеинформационнойбазы '\n\t  + 'удалитьизвременногохранилища удалитьобъекты удалитьфайлы универсальноевремя установитьбезопасныйрежим '\n\t  + 'установитьбезопасныйрежимразделенияданных установитьблокировкусеансов установитьвнешнююкомпоненту '\n\t  + 'установитьвремязавершенияспящегосеанса установитьвремязасыпанияпассивногосеанса установитьвремяожиданияблокировкиданных '\n\t  + 'установитьзаголовокклиентскогоприложения установитьзаголовоксистемы установитьиспользованиежурналарегистрации '\n\t  + 'установитьиспользованиесобытияжурналарегистрации установитькраткийзаголовокприложения '\n\t  + 'установитьминимальнуюдлинупаролейпользователей установитьмонопольныйрежим установитьнастройкиклиенталицензирования '\n\t  + 'установитьобновлениепредопределенныхданныхинформационнойбазы установитьотключениебезопасногорежима '\n\t  + 'установитьпараметрыфункциональныхопцийинтерфейса установитьпривилегированныйрежим '\n\t  + 'установитьпроверкусложностипаролейпользователей установитьрасширениеработыскриптографией '\n\t  + 'установитьрасширениеработысфайлами установитьсоединениесвнешнимисточникомданных установитьсоответствиеобъектаиформы '\n\t  + 'установитьсоставстандартногоинтерфейсаodata установитьчасовойпоясинформационнойбазы установитьчасовойпояссеанса '\n\t  + 'формат цел час часовойпояс часовойпояссеанса число числопрописью этоадресвременногохранилища ';\n\n\t  // v8 свойства глобального контекста ==> built_in\n\t  const v8_global_context_property =\n\t  'wsссылки библиотекакартинок библиотекамакетовоформлениякомпоновкиданных библиотекастилей бизнеспроцессы '\n\t  + 'внешниеисточникиданных внешниеобработки внешниеотчеты встроенныепокупки главныйинтерфейс главныйстиль '\n\t  + 'документы доставляемыеуведомления журналыдокументов задачи информацияобинтернетсоединении использованиерабочейдаты '\n\t  + 'историяработыпользователя константы критерииотбора метаданные обработки отображениерекламы отправкадоставляемыхуведомлений '\n\t  + 'отчеты панельзадачос параметрзапуска параметрысеанса перечисления планывидоврасчета планывидовхарактеристик '\n\t  + 'планыобмена планысчетов полнотекстовыйпоиск пользователиинформационнойбазы последовательности проверкавстроенныхпокупок '\n\t  + 'рабочаядата расширенияконфигурации регистрыбухгалтерии регистрынакопления регистрырасчета регистрысведений '\n\t  + 'регламентныезадания сериализаторxdto справочники средствагеопозиционирования средствакриптографии средствамультимедиа '\n\t  + 'средстваотображениярекламы средствапочты средствателефонии фабрикаxdto файловыепотоки фоновыезадания хранилищанастроек '\n\t  + 'хранилищевариантовотчетов хранилищенастроекданныхформ хранилищеобщихнастроек хранилищепользовательскихнастроекдинамическихсписков '\n\t  + 'хранилищепользовательскихнастроекотчетов хранилищесистемныхнастроек ';\n\n\t  // built_in : встроенные или библиотечные объекты (константы, классы, функции)\n\t  const BUILTIN =\n\t  v7_system_constants\n\t  + v7_global_context_methods + v8_global_context_methods\n\t  + v8_global_context_property;\n\n\t  // v8 системные наборы значений ==> class\n\t  const v8_system_sets_of_values =\n\t  'webцвета windowsцвета windowsшрифты библиотекакартинок рамкистиля символы цветастиля шрифтыстиля ';\n\n\t  // v8 системные перечисления - интерфейсные ==> class\n\t  const v8_system_enums_interface =\n\t  'автоматическоесохранениеданныхформывнастройках автонумерациявформе автораздвижениесерий '\n\t  + 'анимациядиаграммы вариантвыравниванияэлементовизаголовков вариантуправлениявысотойтаблицы '\n\t  + 'вертикальнаяпрокруткаформы вертикальноеположение вертикальноеположениеэлемента видгруппыформы '\n\t  + 'виддекорацииформы виддополненияэлементаформы видизмененияданных видкнопкиформы видпереключателя '\n\t  + 'видподписейкдиаграмме видполяформы видфлажка влияниеразмеранапузырекдиаграммы горизонтальноеположение '\n\t  + 'горизонтальноеположениеэлемента группировкаколонок группировкаподчиненныхэлементовформы '\n\t  + 'группыиэлементы действиеперетаскивания дополнительныйрежимотображения допустимыедействияперетаскивания '\n\t  + 'интервалмеждуэлементамиформы использованиевывода использованиеполосыпрокрутки '\n\t  + 'используемоезначениеточкибиржевойдиаграммы историявыборапривводе источникзначенийоситочекдиаграммы '\n\t  + 'источникзначенияразмерапузырькадиаграммы категориягруппыкоманд максимумсерий начальноеотображениедерева '\n\t  + 'начальноеотображениесписка обновлениетекстаредактирования ориентациядендрограммы ориентациядиаграммы '\n\t  + 'ориентацияметокдиаграммы ориентацияметоксводнойдиаграммы ориентацияэлементаформы отображениевдиаграмме '\n\t  + 'отображениевлегендедиаграммы отображениегруппыкнопок отображениезаголовкашкалыдиаграммы '\n\t  + 'отображениезначенийсводнойдиаграммы отображениезначенияизмерительнойдиаграммы '\n\t  + 'отображениеинтерваладиаграммыганта отображениекнопки отображениекнопкивыбора отображениеобсужденийформы '\n\t  + 'отображениеобычнойгруппы отображениеотрицательныхзначенийпузырьковойдиаграммы отображениепанелипоиска '\n\t  + 'отображениеподсказки отображениепредупрежденияприредактировании отображениеразметкиполосырегулирования '\n\t  + 'отображениестраницформы отображениетаблицы отображениетекстазначениядиаграммыганта '\n\t  + 'отображениеуправленияобычнойгруппы отображениефигурыкнопки палитрацветовдиаграммы поведениеобычнойгруппы '\n\t  + 'поддержкамасштабадендрограммы поддержкамасштабадиаграммыганта поддержкамасштабасводнойдиаграммы '\n\t  + 'поисквтаблицепривводе положениезаголовкаэлементаформы положениекартинкикнопкиформы '\n\t  + 'положениекартинкиэлементаграфическойсхемы положениекоманднойпанелиформы положениекоманднойпанелиэлементаформы '\n\t  + 'положениеопорнойточкиотрисовки положениеподписейкдиаграмме положениеподписейшкалызначенийизмерительнойдиаграммы '\n\t  + 'положениесостоянияпросмотра положениестрокипоиска положениетекстасоединительнойлинии положениеуправленияпоиском '\n\t  + 'положениешкалывремени порядокотображенияточекгоризонтальнойгистограммы порядоксерийвлегендедиаграммы '\n\t  + 'размеркартинки расположениезаголовкашкалыдиаграммы растягиваниеповертикалидиаграммыганта '\n\t  + 'режимавтоотображениясостояния режимвводастроктаблицы режимвыборанезаполненного режимвыделениядаты '\n\t  + 'режимвыделениястрокитаблицы режимвыделениятаблицы режимизмененияразмера режимизменениясвязанногозначения '\n\t  + 'режимиспользованиядиалогапечати режимиспользованияпараметракоманды режиммасштабированияпросмотра '\n\t  + 'режимосновногоокнаклиентскогоприложения режимоткрытияокнаформы режимотображениявыделения '\n\t  + 'режимотображениягеографическойсхемы режимотображениязначенийсерии режимотрисовкисеткиграфическойсхемы '\n\t  + 'режимполупрозрачностидиаграммы режимпробеловдиаграммы режимразмещениянастранице режимредактированияколонки '\n\t  + 'режимсглаживаниядиаграммы режимсглаживанияиндикатора режимсписказадач сквозноевыравнивание '\n\t  + 'сохранениеданныхформывнастройках способзаполнениятекстазаголовкашкалыдиаграммы '\n\t  + 'способопределенияограничивающегозначениядиаграммы стандартнаягруппакоманд стандартноеоформление '\n\t  + 'статусоповещенияпользователя стильстрелки типаппроксимациилиниитрендадиаграммы типдиаграммы '\n\t  + 'типединицышкалывремени типимпортасерийслоягеографическойсхемы типлиниигеографическойсхемы типлиниидиаграммы '\n\t  + 'типмаркерагеографическойсхемы типмаркерадиаграммы типобластиоформления '\n\t  + 'типорганизацииисточникаданныхгеографическойсхемы типотображениясериислоягеографическойсхемы '\n\t  + 'типотображенияточечногообъектагеографическойсхемы типотображенияшкалыэлементалегендыгеографическойсхемы '\n\t  + 'типпоискаобъектовгеографическойсхемы типпроекциигеографическойсхемы типразмещенияизмерений '\n\t  + 'типразмещенияреквизитовизмерений типрамкиэлементауправления типсводнойдиаграммы '\n\t  + 'типсвязидиаграммыганта типсоединениязначенийпосериямдиаграммы типсоединенияточекдиаграммы '\n\t  + 'типсоединительнойлинии типстороныэлементаграфическойсхемы типформыотчета типшкалырадарнойдиаграммы '\n\t  + 'факторлиниитрендадиаграммы фигуракнопки фигурыграфическойсхемы фиксациявтаблице форматдняшкалывремени '\n\t  + 'форматкартинки ширинаподчиненныхэлементовформы ';\n\n\t  // v8 системные перечисления - свойства прикладных объектов ==> class\n\t  const v8_system_enums_objects_properties =\n\t  'виддвижениябухгалтерии виддвижениянакопления видпериодарегистрарасчета видсчета видточкимаршрутабизнеспроцесса '\n\t  + 'использованиеагрегатарегистранакопления использованиегруппиэлементов использованиережимапроведения '\n\t  + 'использованиесреза периодичностьагрегатарегистранакопления режимавтовремя режимзаписидокумента режимпроведениядокумента ';\n\n\t  // v8 системные перечисления - планы обмена ==> class\n\t  const v8_system_enums_exchange_plans =\n\t  'авторегистрацияизменений допустимыйномерсообщения отправкаэлементаданных получениеэлементаданных ';\n\n\t  // v8 системные перечисления - табличный документ ==> class\n\t  const v8_system_enums_tabular_document =\n\t  'использованиерасшифровкитабличногодокумента ориентациястраницы положениеитоговколоноксводнойтаблицы '\n\t  + 'положениеитоговстроксводнойтаблицы положениетекстаотносительнокартинки расположениезаголовкагруппировкитабличногодокумента '\n\t  + 'способчтениязначенийтабличногодокумента типдвустороннейпечати типзаполненияобластитабличногодокумента '\n\t  + 'типкурсоровтабличногодокумента типлиниирисункатабличногодокумента типлинииячейкитабличногодокумента '\n\t  + 'типнаправленияпереходатабличногодокумента типотображениявыделениятабличногодокумента типотображениялинийсводнойтаблицы '\n\t  + 'типразмещениятекстатабличногодокумента типрисункатабличногодокумента типсмещениятабличногодокумента '\n\t  + 'типузоратабличногодокумента типфайлатабличногодокумента точностьпечати чередованиерасположениястраниц ';\n\n\t  // v8 системные перечисления - планировщик ==> class\n\t  const v8_system_enums_sheduler =\n\t  'отображениевремениэлементовпланировщика ';\n\n\t  // v8 системные перечисления - форматированный документ ==> class\n\t  const v8_system_enums_formatted_document =\n\t  'типфайлаформатированногодокумента ';\n\n\t  // v8 системные перечисления - запрос ==> class\n\t  const v8_system_enums_query =\n\t  'обходрезультатазапроса типзаписизапроса ';\n\n\t  // v8 системные перечисления - построитель отчета ==> class\n\t  const v8_system_enums_report_builder =\n\t  'видзаполнениярасшифровкипостроителяотчета типдобавленияпредставлений типизмеренияпостроителяотчета типразмещенияитогов ';\n\n\t  // v8 системные перечисления - работа с файлами ==> class\n\t  const v8_system_enums_files =\n\t  'доступкфайлу режимдиалогавыборафайла режимоткрытияфайла ';\n\n\t  // v8 системные перечисления - построитель запроса ==> class\n\t  const v8_system_enums_query_builder =\n\t  'типизмеренияпостроителязапроса ';\n\n\t  // v8 системные перечисления - анализ данных ==> class\n\t  const v8_system_enums_data_analysis =\n\t  'видданныханализа методкластеризации типединицыинтервалавременианализаданных типзаполнениятаблицырезультатаанализаданных '\n\t  + 'типиспользованиячисловыхзначенийанализаданных типисточникаданныхпоискаассоциаций типколонкианализаданныхдереворешений '\n\t  + 'типколонкианализаданныхкластеризация типколонкианализаданныхобщаястатистика типколонкианализаданныхпоискассоциаций '\n\t  + 'типколонкианализаданныхпоискпоследовательностей типколонкимоделипрогноза типмерырасстоянияанализаданных '\n\t  + 'типотсеченияправилассоциации типполяанализаданных типстандартизациианализаданных типупорядочиванияправилассоциациианализаданных '\n\t  + 'типупорядочиванияшаблоновпоследовательностейанализаданных типупрощениядереварешений ';\n\n\t  // v8 системные перечисления - xml, json, xs, dom, xdto, web-сервисы ==> class\n\t  const v8_system_enums_xml_json_xs_dom_xdto_ws =\n\t  'wsнаправлениепараметра вариантxpathxs вариантзаписидатыjson вариантпростоготипаxs видгруппымоделиxs видфасетаxdto '\n\t  + 'действиепостроителяdom завершенностьпростоготипаxs завершенностьсоставноготипаxs завершенностьсхемыxs запрещенныеподстановкиxs '\n\t  + 'исключениягруппподстановкиxs категорияиспользованияатрибутаxs категорияограниченияидентичностиxs категорияограниченияпространствименxs '\n\t  + 'методнаследованияxs модельсодержимогоxs назначениетипаxml недопустимыеподстановкиxs обработкапробельныхсимволовxs обработкасодержимогоxs '\n\t  + 'ограничениезначенияxs параметрыотбораузловdom переносстрокjson позициявдокументеdom пробельныесимволыxml типатрибутаxml типзначенияjson '\n\t  + 'типканоническогоxml типкомпонентыxs типпроверкиxml типрезультатаdomxpath типузлаdom типузлаxml формаxml формапредставленияxs '\n\t  + 'форматдатыjson экранированиесимволовjson ';\n\n\t  // v8 системные перечисления - система компоновки данных ==> class\n\t  const v8_system_enums_data_composition_system =\n\t  'видсравнениякомпоновкиданных действиеобработкирасшифровкикомпоновкиданных направлениесортировкикомпоновкиданных '\n\t  + 'расположениевложенныхэлементоврезультатакомпоновкиданных расположениеитоговкомпоновкиданных расположениегруппировкикомпоновкиданных '\n\t  + 'расположениеполейгруппировкикомпоновкиданных расположениеполякомпоновкиданных расположениереквизитовкомпоновкиданных '\n\t  + 'расположениересурсовкомпоновкиданных типбухгалтерскогоостаткакомпоновкиданных типвыводатекстакомпоновкиданных '\n\t  + 'типгруппировкикомпоновкиданных типгруппыэлементовотборакомпоновкиданных типдополненияпериодакомпоновкиданных '\n\t  + 'типзаголовкаполейкомпоновкиданных типмакетагруппировкикомпоновкиданных типмакетаобластикомпоновкиданных типостаткакомпоновкиданных '\n\t  + 'типпериодакомпоновкиданных типразмещениятекстакомпоновкиданных типсвязинаборовданныхкомпоновкиданных типэлементарезультатакомпоновкиданных '\n\t  + 'расположениелегендыдиаграммыкомпоновкиданных типпримененияотборакомпоновкиданных режимотображенияэлементанастройкикомпоновкиданных '\n\t  + 'режимотображениянастроеккомпоновкиданных состояниеэлементанастройкикомпоновкиданных способвосстановлениянастроеккомпоновкиданных '\n\t  + 'режимкомпоновкирезультата использованиепараметракомпоновкиданных автопозицияресурсовкомпоновкиданных '\n\t  + 'вариантиспользованиягруппировкикомпоновкиданных расположениересурсоввдиаграммекомпоновкиданных фиксациякомпоновкиданных '\n\t  + 'использованиеусловногооформлениякомпоновкиданных ';\n\n\t  // v8 системные перечисления - почта ==> class\n\t  const v8_system_enums_email =\n\t  'важностьинтернетпочтовогосообщения обработкатекстаинтернетпочтовогосообщения способкодированияинтернетпочтовоговложения '\n\t  + 'способкодированиянеasciiсимволовинтернетпочтовогосообщения типтекстапочтовогосообщения протоколинтернетпочты '\n\t  + 'статусразборапочтовогосообщения ';\n\n\t  // v8 системные перечисления - журнал регистрации ==> class\n\t  const v8_system_enums_logbook =\n\t  'режимтранзакциизаписижурналарегистрации статустранзакциизаписижурналарегистрации уровеньжурналарегистрации ';\n\n\t  // v8 системные перечисления - криптография ==> class\n\t  const v8_system_enums_cryptography =\n\t  'расположениехранилищасертификатовкриптографии режимвключениясертификатовкриптографии режимпроверкисертификатакриптографии '\n\t  + 'типхранилищасертификатовкриптографии ';\n\n\t  // v8 системные перечисления - ZIP ==> class\n\t  const v8_system_enums_zip =\n\t  'кодировкаименфайловвzipфайле методсжатияzip методшифрованияzip режимвосстановленияпутейфайловzip режимобработкиподкаталоговzip '\n\t  + 'режимсохраненияпутейzip уровеньсжатияzip ';\n\n\t  // v8 системные перечисления -\n\t  // Блокировка данных, Фоновые задания, Автоматизированное тестирование,\n\t  // Доставляемые уведомления, Встроенные покупки, Интернет, Работа с двоичными данными ==> class\n\t  const v8_system_enums_other =\n\t  'звуковоеоповещение направлениепереходакстроке позициявпотоке порядокбайтов режимблокировкиданных режимуправленияблокировкойданных '\n\t  + 'сервисвстроенныхпокупок состояниефоновогозадания типподписчикадоставляемыхуведомлений уровеньиспользованиязащищенногосоединенияftp ';\n\n\t  // v8 системные перечисления - схема запроса ==> class\n\t  const v8_system_enums_request_schema =\n\t  'направлениепорядкасхемызапроса типдополненияпериодамисхемызапроса типконтрольнойточкисхемызапроса типобъединениясхемызапроса '\n\t  + 'типпараметрадоступнойтаблицысхемызапроса типсоединениясхемызапроса ';\n\n\t  // v8 системные перечисления - свойства объектов метаданных ==> class\n\t  const v8_system_enums_properties_of_metadata_objects =\n\t  'httpметод автоиспользованиеобщегореквизита автопрефиксномеразадачи вариантвстроенногоязыка видиерархии видрегистранакопления '\n\t  + 'видтаблицывнешнегоисточникаданных записьдвиженийприпроведении заполнениепоследовательностей индексирование '\n\t  + 'использованиебазыпланавидоврасчета использованиебыстроговыбора использованиеобщегореквизита использованиеподчинения '\n\t  + 'использованиеполнотекстовогопоиска использованиеразделяемыхданныхобщегореквизита использованиереквизита '\n\t  + 'назначениеиспользованияприложения назначениерасширенияконфигурации направлениепередачи обновлениепредопределенныхданных '\n\t  + 'оперативноепроведение основноепредставлениевидарасчета основноепредставлениевидахарактеристики основноепредставлениезадачи '\n\t  + 'основноепредставлениепланаобмена основноепредставлениесправочника основноепредставлениесчета перемещениеграницыприпроведении '\n\t  + 'периодичностьномерабизнеспроцесса периодичностьномерадокумента периодичностьрегистрарасчета периодичностьрегистрасведений '\n\t  + 'повторноеиспользованиевозвращаемыхзначений полнотекстовыйпоискпривводепостроке принадлежностьобъекта проведение '\n\t  + 'разделениеаутентификацииобщегореквизита разделениеданныхобщегореквизита разделениерасширенийконфигурацииобщегореквизита '\n\t  + 'режимавтонумерацииобъектов режимзаписирегистра режимиспользованиямодальности '\n\t  + 'режимиспользованиясинхронныхвызововрасширенийплатформыивнешнихкомпонент режимповторногоиспользованиясеансов '\n\t  + 'режимполученияданныхвыборапривводепостроке режимсовместимости режимсовместимостиинтерфейса '\n\t  + 'режимуправленияблокировкойданныхпоумолчанию сериикодовпланавидовхарактеристик сериикодовпланасчетов '\n\t  + 'сериикодовсправочника созданиепривводе способвыбора способпоискастрокипривводепостроке способредактирования '\n\t  + 'типданныхтаблицывнешнегоисточникаданных типкодапланавидоврасчета типкодасправочника типмакета типномерабизнеспроцесса '\n\t  + 'типномерадокумента типномеразадачи типформы удалениедвижений ';\n\n\t  // v8 системные перечисления - разные ==> class\n\t  const v8_system_enums_differents =\n\t  'важностьпроблемыприменениярасширенияконфигурации вариантинтерфейсаклиентскогоприложения вариантмасштабаформклиентскогоприложения '\n\t  + 'вариантосновногошрифтаклиентскогоприложения вариантстандартногопериода вариантстандартнойдатыначала видграницы видкартинки '\n\t  + 'видотображенияполнотекстовогопоиска видрамки видсравнения видцвета видчисловогозначения видшрифта допустимаядлина допустимыйзнак '\n\t  + 'использованиеbyteordermark использованиеметаданныхполнотекстовогопоиска источникрасширенийконфигурации клавиша кодвозвратадиалога '\n\t  + 'кодировкаxbase кодировкатекста направлениепоиска направлениесортировки обновлениепредопределенныхданных обновлениеприизмененииданных '\n\t  + 'отображениепанелиразделов проверказаполнения режимдиалогавопрос режимзапускаклиентскогоприложения режимокругления режимоткрытияформприложения '\n\t  + 'режимполнотекстовогопоиска скоростьклиентскогосоединения состояниевнешнегоисточникаданных состояниеобновленияконфигурациибазыданных '\n\t  + 'способвыборасертификатаwindows способкодированиястроки статуссообщения типвнешнейкомпоненты типплатформы типповеденияклавишиenter '\n\t  + 'типэлементаинформацииовыполненииобновленияконфигурациибазыданных уровеньизоляциитранзакций хешфункция частидаты';\n\n\t  // class: встроенные наборы значений, системные перечисления (содержат дочерние значения, обращения к которым через разыменование)\n\t  const CLASS =\n\t  v8_system_sets_of_values\n\t  + v8_system_enums_interface\n\t  + v8_system_enums_objects_properties\n\t  + v8_system_enums_exchange_plans\n\t  + v8_system_enums_tabular_document\n\t  + v8_system_enums_sheduler\n\t  + v8_system_enums_formatted_document\n\t  + v8_system_enums_query\n\t  + v8_system_enums_report_builder\n\t  + v8_system_enums_files\n\t  + v8_system_enums_query_builder\n\t  + v8_system_enums_data_analysis\n\t  + v8_system_enums_xml_json_xs_dom_xdto_ws\n\t  + v8_system_enums_data_composition_system\n\t  + v8_system_enums_email\n\t  + v8_system_enums_logbook\n\t  + v8_system_enums_cryptography\n\t  + v8_system_enums_zip\n\t  + v8_system_enums_other\n\t  + v8_system_enums_request_schema\n\t  + v8_system_enums_properties_of_metadata_objects\n\t  + v8_system_enums_differents;\n\n\t  // v8 общие объекты (у объектов есть конструктор, экземпляры создаются методом НОВЫЙ) ==> type\n\t  const v8_shared_object =\n\t  'comобъект ftpсоединение httpзапрос httpсервисответ httpсоединение wsопределения wsпрокси xbase анализданных аннотацияxs '\n\t  + 'блокировкаданных буфердвоичныхданных включениеxs выражениекомпоновкиданных генераторслучайныхчисел географическаясхема '\n\t  + 'географическиекоординаты графическаясхема группамоделиxs данныерасшифровкикомпоновкиданных двоичныеданные дендрограмма '\n\t  + 'диаграмма диаграммаганта диалогвыборафайла диалогвыборацвета диалогвыборашрифта диалограсписаниярегламентногозадания '\n\t  + 'диалогредактированиястандартногопериода диапазон документdom документhtml документацияxs доставляемоеуведомление '\n\t  + 'записьdom записьfastinfoset записьhtml записьjson записьxml записьzipфайла записьданных записьтекста записьузловdom '\n\t  + 'запрос защищенноесоединениеopenssl значенияполейрасшифровкикомпоновкиданных извлечениетекста импортxs интернетпочта '\n\t  + 'интернетпочтовоесообщение интернетпочтовыйпрофиль интернетпрокси интернетсоединение информациядляприложенияxs '\n\t  + 'использованиеатрибутаxs использованиесобытияжурналарегистрации источникдоступныхнастроеккомпоновкиданных '\n\t  + 'итераторузловdom картинка квалификаторыдаты квалификаторыдвоичныхданных квалификаторыстроки квалификаторычисла '\n\t  + 'компоновщикмакетакомпоновкиданных компоновщикнастроеккомпоновкиданных конструктормакетаоформлениякомпоновкиданных '\n\t  + 'конструкторнастроеккомпоновкиданных конструкторформатнойстроки линия макеткомпоновкиданных макетобластикомпоновкиданных '\n\t  + 'макетоформлениякомпоновкиданных маскаxs менеджеркриптографии наборсхемxml настройкикомпоновкиданных настройкисериализацииjson '\n\t  + 'обработкакартинок обработкарасшифровкикомпоновкиданных обходдереваdom объявлениеатрибутаxs объявлениенотацииxs '\n\t  + 'объявлениеэлементаxs описаниеиспользованиясобытиядоступжурналарегистрации '\n\t  + 'описаниеиспользованиясобытияотказвдоступежурналарегистрации описаниеобработкирасшифровкикомпоновкиданных '\n\t  + 'описаниепередаваемогофайла описаниетипов определениегруппыатрибутовxs определениегруппымоделиxs '\n\t  + 'определениеограниченияидентичностиxs определениепростоготипаxs определениесоставноготипаxs определениетипадокументаdom '\n\t  + 'определенияxpathxs отборкомпоновкиданных пакетотображаемыхдокументов параметрвыбора параметркомпоновкиданных '\n\t  + 'параметрызаписиjson параметрызаписиxml параметрычтенияxml переопределениеxs планировщик полеанализаданных '\n\t  + 'полекомпоновкиданных построительdom построительзапроса построительотчета построительотчетаанализаданных '\n\t  + 'построительсхемxml поток потоквпамяти почта почтовоесообщение преобразованиеxsl преобразованиекканоническомуxml '\n\t  + 'процессорвыводарезультатакомпоновкиданныхвколлекциюзначений процессорвыводарезультатакомпоновкиданныхвтабличныйдокумент '\n\t  + 'процессоркомпоновкиданных разыменовательпространствименdom рамка расписаниерегламентногозадания расширенноеимяxml '\n\t  + 'результатчтенияданных своднаядиаграмма связьпараметравыбора связьпотипу связьпотипукомпоновкиданных сериализаторxdto '\n\t  + 'сертификатклиентаwindows сертификатклиентафайл сертификаткриптографии сертификатыудостоверяющихцентровwindows '\n\t  + 'сертификатыудостоверяющихцентровфайл сжатиеданных системнаяинформация сообщениепользователю сочетаниеклавиш '\n\t  + 'сравнениезначений стандартнаядатаначала стандартныйпериод схемаxml схемакомпоновкиданных табличныйдокумент '\n\t  + 'текстовыйдокумент тестируемоеприложение типданныхxml уникальныйидентификатор фабрикаxdto файл файловыйпоток '\n\t  + 'фасетдлиныxs фасетколичестваразрядовдробнойчастиxs фасетмаксимальноговключающегозначенияxs '\n\t  + 'фасетмаксимальногоисключающегозначенияxs фасетмаксимальнойдлиныxs фасетминимальноговключающегозначенияxs '\n\t  + 'фасетминимальногоисключающегозначенияxs фасетминимальнойдлиныxs фасетобразцаxs фасетобщегоколичестваразрядовxs '\n\t  + 'фасетперечисленияxs фасетпробельныхсимволовxs фильтрузловdom форматированнаястрока форматированныйдокумент '\n\t  + 'фрагментxs хешированиеданных хранилищезначения цвет чтениеfastinfoset чтениеhtml чтениеjson чтениеxml чтениеzipфайла '\n\t  + 'чтениеданных чтениетекста чтениеузловdom шрифт элементрезультатакомпоновкиданных ';\n\n\t  // v8 универсальные коллекции значений ==> type\n\t  const v8_universal_collection =\n\t  'comsafearray деревозначений массив соответствие списокзначений структура таблицазначений фиксированнаяструктура '\n\t  + 'фиксированноесоответствие фиксированныймассив ';\n\n\t  // type : встроенные типы\n\t  const TYPE =\n\t  v8_shared_object\n\t  + v8_universal_collection;\n\n\t  // literal : примитивные типы\n\t  const LITERAL = 'null истина ложь неопределено';\n\n\t  // number : числа\n\t  const NUMBERS = hljs.inherit(hljs.NUMBER_MODE);\n\n\t  // string : строки\n\t  const STRINGS = {\n\t    className: 'string',\n\t    begin: '\"|\\\\|',\n\t    end: '\"|$',\n\t    contains: [ { begin: '\"\"' } ]\n\t  };\n\n\t  // number : даты\n\t  const DATE = {\n\t    begin: \"'\",\n\t    end: \"'\",\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    contains: [\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\d{4}([\\\\.\\\\\\\\/:-]?\\\\d{2}){0,5}'\n\t      }\n\t    ]\n\t  };\n\n\t  // comment : комментарии\n\t  const COMMENTS = hljs.inherit(hljs.C_LINE_COMMENT_MODE);\n\n\t  // meta : инструкции препроцессора, директивы компиляции\n\t  const META = {\n\t    className: 'meta',\n\n\t    begin: '#|&',\n\t    end: '$',\n\t    keywords: {\n\t      $pattern: UNDERSCORE_IDENT_RE,\n\t      keyword: KEYWORD + METAKEYWORD\n\t    },\n\t    contains: [ COMMENTS ]\n\t  };\n\n\t  // symbol : метка goto\n\t  const SYMBOL = {\n\t    className: 'symbol',\n\t    begin: '~',\n\t    end: ';|:',\n\t    excludeEnd: true\n\t  };\n\n\t  // function : объявление процедур и функций\n\t  const FUNCTION = {\n\t    className: 'function',\n\t    variants: [\n\t      {\n\t        begin: 'процедура|функция',\n\t        end: '\\\\)',\n\t        keywords: 'процедура функция'\n\t      },\n\t      {\n\t        begin: 'конецпроцедуры|конецфункции',\n\t        keywords: 'конецпроцедуры конецфункции'\n\t      }\n\t    ],\n\t    contains: [\n\t      {\n\t        begin: '\\\\(',\n\t        end: '\\\\)',\n\t        endsParent: true,\n\t        contains: [\n\t          {\n\t            className: 'params',\n\t            begin: UNDERSCORE_IDENT_RE,\n\t            end: ',',\n\t            excludeEnd: true,\n\t            endsWithParent: true,\n\t            keywords: {\n\t              $pattern: UNDERSCORE_IDENT_RE,\n\t              keyword: 'знач',\n\t              literal: LITERAL\n\t            },\n\t            contains: [\n\t              NUMBERS,\n\t              STRINGS,\n\t              DATE\n\t            ]\n\t          },\n\t          COMMENTS\n\t        ]\n\t      },\n\t      hljs.inherit(hljs.TITLE_MODE, { begin: UNDERSCORE_IDENT_RE })\n\t    ]\n\t  };\n\n\t  return {\n\t    name: '1C:Enterprise',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: UNDERSCORE_IDENT_RE,\n\t      keyword: KEYWORD,\n\t      built_in: BUILTIN,\n\t      class: CLASS,\n\t      type: TYPE,\n\t      literal: LITERAL\n\t    },\n\t    contains: [\n\t      META,\n\t      FUNCTION,\n\t      COMMENTS,\n\t      SYMBOL,\n\t      NUMBERS,\n\t      STRINGS,\n\t      DATE\n\t    ]\n\t  };\n\t}\n\n\t_1c_1 = _1c;\n\treturn _1c_1;\n}\n\n/*\nLanguage: Augmented Backus-Naur Form\nAuthor: Alex McKibben <alex@nullscope.net>\nWebsite: https://tools.ietf.org/html/rfc5234\nAudit: 2020\n*/\n\nvar abnf_1;\nvar hasRequiredAbnf;\n\nfunction requireAbnf () {\n\tif (hasRequiredAbnf) return abnf_1;\n\thasRequiredAbnf = 1;\n\t/** @type LanguageFn */\n\tfunction abnf(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT = /^[a-zA-Z][a-zA-Z0-9-]*/;\n\n\t  const KEYWORDS = [\n\t    \"ALPHA\",\n\t    \"BIT\",\n\t    \"CHAR\",\n\t    \"CR\",\n\t    \"CRLF\",\n\t    \"CTL\",\n\t    \"DIGIT\",\n\t    \"DQUOTE\",\n\t    \"HEXDIG\",\n\t    \"HTAB\",\n\t    \"LF\",\n\t    \"LWSP\",\n\t    \"OCTET\",\n\t    \"SP\",\n\t    \"VCHAR\",\n\t    \"WSP\"\n\t  ];\n\n\t  const COMMENT = hljs.COMMENT(/;/, /$/);\n\n\t  const TERMINAL_BINARY = {\n\t    scope: \"symbol\",\n\t    match: /%b[0-1]+(-[0-1]+|(\\.[0-1]+)+)?/\n\t  };\n\n\t  const TERMINAL_DECIMAL = {\n\t    scope: \"symbol\",\n\t    match: /%d[0-9]+(-[0-9]+|(\\.[0-9]+)+)?/\n\t  };\n\n\t  const TERMINAL_HEXADECIMAL = {\n\t    scope: \"symbol\",\n\t    match: /%x[0-9A-F]+(-[0-9A-F]+|(\\.[0-9A-F]+)+)?/\n\t  };\n\n\t  const CASE_SENSITIVITY = {\n\t    scope: \"symbol\",\n\t    match: /%[si](?=\".*\")/\n\t  };\n\n\t  const RULE_DECLARATION = {\n\t    scope: \"attribute\",\n\t    match: regex.concat(IDENT, /(?=\\s*=)/)\n\t  };\n\n\t  const ASSIGNMENT = {\n\t    scope: \"operator\",\n\t    match: /=\\/?/\n\t  };\n\n\t  return {\n\t    name: 'Augmented Backus-Naur Form',\n\t    illegal: /[!@#$^&',?+~`|:]/,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      ASSIGNMENT,\n\t      RULE_DECLARATION,\n\t      COMMENT,\n\t      TERMINAL_BINARY,\n\t      TERMINAL_DECIMAL,\n\t      TERMINAL_HEXADECIMAL,\n\t      CASE_SENSITIVITY,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tabnf_1 = abnf;\n\treturn abnf_1;\n}\n\n/*\n Language: Apache Access Log\n Author: Oleg Efimov <efimovov@gmail.com>\n Description: Apache/Nginx Access Logs\n Website: https://httpd.apache.org/docs/2.4/logs.html#accesslog\n Category: web, logs\n Audit: 2020\n */\n\nvar accesslog_1;\nvar hasRequiredAccesslog;\n\nfunction requireAccesslog () {\n\tif (hasRequiredAccesslog) return accesslog_1;\n\thasRequiredAccesslog = 1;\n\t/** @type LanguageFn */\n\tfunction accesslog(hljs) {\n\t  const regex = hljs.regex;\n\t  // https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods\n\t  const HTTP_VERBS = [\n\t    \"GET\",\n\t    \"POST\",\n\t    \"HEAD\",\n\t    \"PUT\",\n\t    \"DELETE\",\n\t    \"CONNECT\",\n\t    \"OPTIONS\",\n\t    \"PATCH\",\n\t    \"TRACE\"\n\t  ];\n\t  return {\n\t    name: 'Apache Access Log',\n\t    contains: [\n\t      // IP\n\t      {\n\t        className: 'number',\n\t        begin: /^\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}(:\\d{1,5})?\\b/,\n\t        relevance: 5\n\t      },\n\t      // Other numbers\n\t      {\n\t        className: 'number',\n\t        begin: /\\b\\d+\\b/,\n\t        relevance: 0\n\t      },\n\t      // Requests\n\t      {\n\t        className: 'string',\n\t        begin: regex.concat(/\"/, regex.either(...HTTP_VERBS)),\n\t        end: /\"/,\n\t        keywords: HTTP_VERBS,\n\t        illegal: /\\n/,\n\t        relevance: 5,\n\t        contains: [\n\t          {\n\t            begin: /HTTP\\/[12]\\.\\d'/,\n\t            relevance: 5\n\t          }\n\t        ]\n\t      },\n\t      // Dates\n\t      {\n\t        className: 'string',\n\t        // dates must have a certain length, this prevents matching\n\t        // simple array accesses a[123] and [] and other common patterns\n\t        // found in other languages\n\t        begin: /\\[\\d[^\\]\\n]{8,}\\]/,\n\t        illegal: /\\n/,\n\t        relevance: 1\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: /\\[/,\n\t        end: /\\]/,\n\t        illegal: /\\n/,\n\t        relevance: 0\n\t      },\n\t      // User agent / relevance boost\n\t      {\n\t        className: 'string',\n\t        begin: /\"Mozilla\\/\\d\\.\\d \\(/,\n\t        end: /\"/,\n\t        illegal: /\\n/,\n\t        relevance: 3\n\t      },\n\t      // Strings\n\t      {\n\t        className: 'string',\n\t        begin: /\"/,\n\t        end: /\"/,\n\t        illegal: /\\n/,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\taccesslog_1 = accesslog;\n\treturn accesslog_1;\n}\n\n/*\nLanguage: ActionScript\nAuthor: Alexander Myadzel <myadzel@gmail.com>\nCategory: scripting\nAudit: 2020\n*/\n\nvar actionscript_1;\nvar hasRequiredActionscript;\n\nfunction requireActionscript () {\n\tif (hasRequiredActionscript) return actionscript_1;\n\thasRequiredActionscript = 1;\n\t/** @type LanguageFn */\n\tfunction actionscript(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT_RE = /[a-zA-Z_$][a-zA-Z0-9_$]*/;\n\t  const PKG_NAME_RE = regex.concat(\n\t    IDENT_RE,\n\t    regex.concat(\"(\\\\.\", IDENT_RE, \")*\")\n\t  );\n\t  const IDENT_FUNC_RETURN_TYPE_RE = /([*]|[a-zA-Z_$][a-zA-Z0-9_$]*)/;\n\n\t  const AS3_REST_ARG_MODE = {\n\t    className: 'rest_arg',\n\t    begin: /[.]{3}/,\n\t    end: IDENT_RE,\n\t    relevance: 10\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"as\",\n\t    \"break\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"class\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"default\",\n\t    \"delete\",\n\t    \"do\",\n\t    \"dynamic\",\n\t    \"each\",\n\t    \"else\",\n\t    \"extends\",\n\t    \"final\",\n\t    \"finally\",\n\t    \"for\",\n\t    \"function\",\n\t    \"get\",\n\t    \"if\",\n\t    \"implements\",\n\t    \"import\",\n\t    \"in\",\n\t    \"include\",\n\t    \"instanceof\",\n\t    \"interface\",\n\t    \"internal\",\n\t    \"is\",\n\t    \"namespace\",\n\t    \"native\",\n\t    \"new\",\n\t    \"override\",\n\t    \"package\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"public\",\n\t    \"return\",\n\t    \"set\",\n\t    \"static\",\n\t    \"super\",\n\t    \"switch\",\n\t    \"this\",\n\t    \"throw\",\n\t    \"try\",\n\t    \"typeof\",\n\t    \"use\",\n\t    \"var\",\n\t    \"void\",\n\t    \"while\",\n\t    \"with\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\",\n\t    \"undefined\"\n\t  ];\n\n\t  return {\n\t    name: 'ActionScript',\n\t    aliases: [ 'as' ],\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        match: [\n\t          /\\bpackage/,\n\t          /\\s+/,\n\t          PKG_NAME_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\t      {\n\t        match: [\n\t          /\\b(?:class|interface|extends|implements)/,\n\t          /\\s+/,\n\t          IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\t      {\n\t        className: 'meta',\n\t        beginKeywords: 'import include',\n\t        end: /;/,\n\t        keywords: { keyword: 'import include' }\n\t      },\n\t      {\n\t        beginKeywords: 'function',\n\t        end: /[{;]/,\n\t        excludeEnd: true,\n\t        illegal: /\\S/,\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, { className: \"title.function\" }),\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            contains: [\n\t              hljs.APOS_STRING_MODE,\n\t              hljs.QUOTE_STRING_MODE,\n\t              hljs.C_LINE_COMMENT_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              AS3_REST_ARG_MODE\n\t            ]\n\t          },\n\t          { begin: regex.concat(/:\\s*/, IDENT_FUNC_RETURN_TYPE_RE) }\n\t        ]\n\t      },\n\t      hljs.METHOD_GUARD\n\t    ],\n\t    illegal: /#/\n\t  };\n\t}\n\n\tactionscript_1 = actionscript;\n\treturn actionscript_1;\n}\n\n/*\nLanguage: Ada\nAuthor: Lars Schulna <kartoffelbrei.mit.muskatnuss@gmail.org>\nDescription: Ada is a general-purpose programming language that has great support for saftey critical and real-time applications.\n             It has been developed by the DoD and thus has been used in military and safety-critical applications (like civil aviation).\n             The first version appeared in the 80s, but it's still actively developed today with\n             the newest standard being Ada2012.\n*/\n\nvar ada_1;\nvar hasRequiredAda;\n\nfunction requireAda () {\n\tif (hasRequiredAda) return ada_1;\n\thasRequiredAda = 1;\n\t// We try to support full Ada2012\n\t//\n\t// We highlight all appearances of types, keywords, literals (string, char, number, bool)\n\t// and titles (user defined function/procedure/package)\n\t// CSS classes are set accordingly\n\t//\n\t// Languages causing problems for language detection:\n\t// xml (broken by Foo : Bar type), elm (broken by Foo : Bar type), vbscript-html (broken by body keyword)\n\t// sql (ada default.txt has a lot of sql keywords)\n\n\t/** @type LanguageFn */\n\tfunction ada(hljs) {\n\t  // Regular expression for Ada numeric literals.\n\t  // stolen form the VHDL highlighter\n\n\t  // Decimal literal:\n\t  const INTEGER_RE = '\\\\d(_|\\\\d)*';\n\t  const EXPONENT_RE = '[eE][-+]?' + INTEGER_RE;\n\t  const DECIMAL_LITERAL_RE = INTEGER_RE + '(\\\\.' + INTEGER_RE + ')?' + '(' + EXPONENT_RE + ')?';\n\n\t  // Based literal:\n\t  const BASED_INTEGER_RE = '\\\\w+';\n\t  const BASED_LITERAL_RE = INTEGER_RE + '#' + BASED_INTEGER_RE + '(\\\\.' + BASED_INTEGER_RE + ')?' + '#' + '(' + EXPONENT_RE + ')?';\n\n\t  const NUMBER_RE = '\\\\b(' + BASED_LITERAL_RE + '|' + DECIMAL_LITERAL_RE + ')';\n\n\t  // Identifier regex\n\t  const ID_REGEX = '[A-Za-z](_?[A-Za-z0-9.])*';\n\n\t  // bad chars, only allowed in literals\n\t  const BAD_CHARS = `[]\\\\{\\\\}%#'\"`;\n\n\t  // Ada doesn't have block comments, only line comments\n\t  const COMMENTS = hljs.COMMENT('--', '$');\n\n\t  // variable declarations of the form\n\t  // Foo : Bar := Baz;\n\t  // where only Bar will be highlighted\n\t  const VAR_DECLS = {\n\t    // TODO: These spaces are not required by the Ada syntax\n\t    // however, I have yet to see handwritten Ada code where\n\t    // someone does not put spaces around :\n\t    begin: '\\\\s+:\\\\s+',\n\t    end: '\\\\s*(:=|;|\\\\)|=>|$)',\n\t    // endsWithParent: true,\n\t    // returnBegin: true,\n\t    illegal: BAD_CHARS,\n\t    contains: [\n\t      {\n\t        // workaround to avoid highlighting\n\t        // named loops and declare blocks\n\t        beginKeywords: 'loop for declare others',\n\t        endsParent: true\n\t      },\n\t      {\n\t        // properly highlight all modifiers\n\t        className: 'keyword',\n\t        beginKeywords: 'not null constant access function procedure in out aliased exception'\n\t      },\n\t      {\n\t        className: 'type',\n\t        begin: ID_REGEX,\n\t        endsParent: true,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"abort\",\n\t    \"else\",\n\t    \"new\",\n\t    \"return\",\n\t    \"abs\",\n\t    \"elsif\",\n\t    \"not\",\n\t    \"reverse\",\n\t    \"abstract\",\n\t    \"end\",\n\t    \"accept\",\n\t    \"entry\",\n\t    \"select\",\n\t    \"access\",\n\t    \"exception\",\n\t    \"of\",\n\t    \"separate\",\n\t    \"aliased\",\n\t    \"exit\",\n\t    \"or\",\n\t    \"some\",\n\t    \"all\",\n\t    \"others\",\n\t    \"subtype\",\n\t    \"and\",\n\t    \"for\",\n\t    \"out\",\n\t    \"synchronized\",\n\t    \"array\",\n\t    \"function\",\n\t    \"overriding\",\n\t    \"at\",\n\t    \"tagged\",\n\t    \"generic\",\n\t    \"package\",\n\t    \"task\",\n\t    \"begin\",\n\t    \"goto\",\n\t    \"pragma\",\n\t    \"terminate\",\n\t    \"body\",\n\t    \"private\",\n\t    \"then\",\n\t    \"if\",\n\t    \"procedure\",\n\t    \"type\",\n\t    \"case\",\n\t    \"in\",\n\t    \"protected\",\n\t    \"constant\",\n\t    \"interface\",\n\t    \"is\",\n\t    \"raise\",\n\t    \"use\",\n\t    \"declare\",\n\t    \"range\",\n\t    \"delay\",\n\t    \"limited\",\n\t    \"record\",\n\t    \"when\",\n\t    \"delta\",\n\t    \"loop\",\n\t    \"rem\",\n\t    \"while\",\n\t    \"digits\",\n\t    \"renames\",\n\t    \"with\",\n\t    \"do\",\n\t    \"mod\",\n\t    \"requeue\",\n\t    \"xor\"\n\t  ];\n\n\t  return {\n\t    name: 'Ada',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: [\n\t        \"True\",\n\t        \"False\"\n\t      ]\n\t    },\n\t    contains: [\n\t      COMMENTS,\n\t      // strings \"foobar\"\n\t      {\n\t        className: 'string',\n\t        begin: /\"/,\n\t        end: /\"/,\n\t        contains: [\n\t          {\n\t            begin: /\"\"/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      // characters ''\n\t      {\n\t        // character literals always contain one char\n\t        className: 'string',\n\t        begin: /'.'/\n\t      },\n\t      {\n\t        // number literals\n\t        className: 'number',\n\t        begin: NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        // Attributes\n\t        className: 'symbol',\n\t        begin: \"'\" + ID_REGEX\n\t      },\n\t      {\n\t        // package definition, maybe inside generic\n\t        className: 'title',\n\t        begin: '(\\\\bwith\\\\s+)?(\\\\bprivate\\\\s+)?\\\\bpackage\\\\s+(\\\\bbody\\\\s+)?',\n\t        end: '(is|$)',\n\t        keywords: 'package body',\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        illegal: BAD_CHARS\n\t      },\n\t      {\n\t        // function/procedure declaration/definition\n\t        // maybe inside generic\n\t        begin: '(\\\\b(with|overriding)\\\\s+)?\\\\b(function|procedure)\\\\s+',\n\t        end: '(\\\\bis|\\\\bwith|\\\\brenames|\\\\)\\\\s*;)',\n\t        keywords: 'overriding function procedure with is renames return',\n\t        // we need to re-match the 'function' keyword, so that\n\t        // the title mode below matches only exactly once\n\t        returnBegin: true,\n\t        contains:\n\t                [\n\t                  COMMENTS,\n\t                  {\n\t                    // name of the function/procedure\n\t                    className: 'title',\n\t                    begin: '(\\\\bwith\\\\s+)?\\\\b(function|procedure)\\\\s+',\n\t                    end: '(\\\\(|\\\\s+|$)',\n\t                    excludeBegin: true,\n\t                    excludeEnd: true,\n\t                    illegal: BAD_CHARS\n\t                  },\n\t                  // 'self'\n\t                  // // parameter types\n\t                  VAR_DECLS,\n\t                  {\n\t                    // return type\n\t                    className: 'type',\n\t                    begin: '\\\\breturn\\\\s+',\n\t                    end: '(\\\\s+|;|$)',\n\t                    keywords: 'return',\n\t                    excludeBegin: true,\n\t                    excludeEnd: true,\n\t                    // we are done with functions\n\t                    endsParent: true,\n\t                    illegal: BAD_CHARS\n\n\t                  }\n\t                ]\n\t      },\n\t      {\n\t        // new type declarations\n\t        // maybe inside generic\n\t        className: 'type',\n\t        begin: '\\\\b(sub)?type\\\\s+',\n\t        end: '\\\\s+',\n\t        keywords: 'type',\n\t        excludeBegin: true,\n\t        illegal: BAD_CHARS\n\t      },\n\n\t      // see comment above the definition\n\t      VAR_DECLS\n\n\t      // no markup\n\t      // relevance boosters for small snippets\n\t      // {begin: '\\\\s*=>\\\\s*'},\n\t      // {begin: '\\\\s*:=\\\\s*'},\n\t      // {begin: '\\\\s+:=\\\\s+'},\n\t    ]\n\t  };\n\t}\n\n\tada_1 = ada;\n\treturn ada_1;\n}\n\n/*\nLanguage: AngelScript\nAuthor: Melissa Geels <melissa@nimble.tools>\nCategory: scripting\nWebsite: https://www.angelcode.com/angelscript/\n*/\n\nvar angelscript_1;\nvar hasRequiredAngelscript;\n\nfunction requireAngelscript () {\n\tif (hasRequiredAngelscript) return angelscript_1;\n\thasRequiredAngelscript = 1;\n\t/** @type LanguageFn */\n\tfunction angelscript(hljs) {\n\t  const builtInTypeMode = {\n\t    className: 'built_in',\n\t    begin: '\\\\b(void|bool|int8|int16|int32|int64|int|uint8|uint16|uint32|uint64|uint|string|ref|array|double|float|auto|dictionary)'\n\t  };\n\n\t  const objectHandleMode = {\n\t    className: 'symbol',\n\t    begin: '[a-zA-Z0-9_]+@'\n\t  };\n\n\t  const genericMode = {\n\t    className: 'keyword',\n\t    begin: '<',\n\t    end: '>',\n\t    contains: [\n\t      builtInTypeMode,\n\t      objectHandleMode\n\t    ]\n\t  };\n\n\t  builtInTypeMode.contains = [ genericMode ];\n\t  objectHandleMode.contains = [ genericMode ];\n\n\t  const KEYWORDS = [\n\t    \"for\",\n\t    \"in|0\",\n\t    \"break\",\n\t    \"continue\",\n\t    \"while\",\n\t    \"do|0\",\n\t    \"return\",\n\t    \"if\",\n\t    \"else\",\n\t    \"case\",\n\t    \"switch\",\n\t    \"namespace\",\n\t    \"is\",\n\t    \"cast\",\n\t    \"or\",\n\t    \"and\",\n\t    \"xor\",\n\t    \"not\",\n\t    \"get|0\",\n\t    \"in\",\n\t    \"inout|10\",\n\t    \"out\",\n\t    \"override\",\n\t    \"set|0\",\n\t    \"private\",\n\t    \"public\",\n\t    \"const\",\n\t    \"default|0\",\n\t    \"final\",\n\t    \"shared\",\n\t    \"external\",\n\t    \"mixin|10\",\n\t    \"enum\",\n\t    \"typedef\",\n\t    \"funcdef\",\n\t    \"this\",\n\t    \"super\",\n\t    \"import\",\n\t    \"from\",\n\t    \"interface\",\n\t    \"abstract|0\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"protected\",\n\t    \"explicit\",\n\t    \"property\"\n\t  ];\n\n\t  return {\n\t    name: 'AngelScript',\n\t    aliases: [ 'asc' ],\n\n\t    keywords: KEYWORDS,\n\n\t    // avoid close detection with C# and JS\n\t    illegal: '(^using\\\\s+[A-Za-z0-9_\\\\.]+;$|\\\\bfunction\\\\s*[^\\\\(])',\n\n\t    contains: [\n\t      { // 'strings'\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ],\n\t        relevance: 0\n\t      },\n\n\t      // \"\"\"heredoc strings\"\"\"\n\t      {\n\t        className: 'string',\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"'\n\t      },\n\n\t      { // \"strings\"\n\t        className: 'string',\n\t        begin: '\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ],\n\t        relevance: 0\n\t      },\n\n\t      hljs.C_LINE_COMMENT_MODE, // single-line comments\n\t      hljs.C_BLOCK_COMMENT_MODE, // comment blocks\n\n\t      { // metadata\n\t        className: 'string',\n\t        begin: '^\\\\s*\\\\[',\n\t        end: '\\\\]'\n\t      },\n\n\t      { // interface or namespace declaration\n\t        beginKeywords: 'interface namespace',\n\t        end: /\\{/,\n\t        illegal: '[;.\\\\-]',\n\t        contains: [\n\t          { // interface or namespace name\n\t            className: 'symbol',\n\t            begin: '[a-zA-Z0-9_]+'\n\t          }\n\t        ]\n\t      },\n\n\t      { // class declaration\n\t        beginKeywords: 'class',\n\t        end: /\\{/,\n\t        illegal: '[;.\\\\-]',\n\t        contains: [\n\t          { // class name\n\t            className: 'symbol',\n\t            begin: '[a-zA-Z0-9_]+',\n\t            contains: [\n\t              {\n\t                begin: '[:,]\\\\s*',\n\t                contains: [\n\t                  {\n\t                    className: 'symbol',\n\t                    begin: '[a-zA-Z0-9_]+'\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\n\t      builtInTypeMode, // built-in types\n\t      objectHandleMode, // object handles\n\n\t      { // literals\n\t        className: 'literal',\n\t        begin: '\\\\b(null|true|false)'\n\t      },\n\n\t      { // numbers\n\t        className: 'number',\n\t        relevance: 0,\n\t        begin: '(-?)(\\\\b0[xXbBoOdD][a-fA-F0-9]+|(\\\\b\\\\d+(\\\\.\\\\d*)?f?|\\\\.\\\\d+f?)([eE][-+]?\\\\d+f?)?)'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tangelscript_1 = angelscript;\n\treturn angelscript_1;\n}\n\n/*\nLanguage: Apache config\nAuthor: Ruslan Keba <rukeba@gmail.com>\nContributors: Ivan Sagalaev <maniac@softwaremaniacs.org>\nWebsite: https://httpd.apache.org\nDescription: language definition for Apache configuration files (httpd.conf & .htaccess)\nCategory: config, web\nAudit: 2020\n*/\n\nvar apache_1;\nvar hasRequiredApache;\n\nfunction requireApache () {\n\tif (hasRequiredApache) return apache_1;\n\thasRequiredApache = 1;\n\t/** @type LanguageFn */\n\tfunction apache(hljs) {\n\t  const NUMBER_REF = {\n\t    className: 'number',\n\t    begin: /[$%]\\d+/\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    begin: /\\b\\d+/\n\t  };\n\t  const IP_ADDRESS = {\n\t    className: \"number\",\n\t    begin: /\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}(:\\d{1,5})?/\n\t  };\n\t  const PORT_NUMBER = {\n\t    className: \"number\",\n\t    begin: /:\\d{1,5}/\n\t  };\n\t  return {\n\t    name: 'Apache config',\n\t    aliases: [ 'apacheconf' ],\n\t    case_insensitive: true,\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        className: 'section',\n\t        begin: /<\\/?/,\n\t        end: />/,\n\t        contains: [\n\t          IP_ADDRESS,\n\t          PORT_NUMBER,\n\t          // low relevance prevents us from claming XML/HTML where this rule would\n\t          // match strings inside of XML tags\n\t          hljs.inherit(hljs.QUOTE_STRING_MODE, { relevance: 0 })\n\t        ]\n\t      },\n\t      {\n\t        className: 'attribute',\n\t        begin: /\\w+/,\n\t        relevance: 0,\n\t        // keywords aren’t needed for highlighting per se, they only boost relevance\n\t        // for a very generally defined mode (starts with a word, ends with line-end\n\t        keywords: { _: [\n\t          \"order\",\n\t          \"deny\",\n\t          \"allow\",\n\t          \"setenv\",\n\t          \"rewriterule\",\n\t          \"rewriteengine\",\n\t          \"rewritecond\",\n\t          \"documentroot\",\n\t          \"sethandler\",\n\t          \"errordocument\",\n\t          \"loadmodule\",\n\t          \"options\",\n\t          \"header\",\n\t          \"listen\",\n\t          \"serverroot\",\n\t          \"servername\"\n\t        ] },\n\t        starts: {\n\t          end: /$/,\n\t          relevance: 0,\n\t          keywords: { literal: 'on off all deny allow' },\n\t          contains: [\n\t            {\n\t              className: 'meta',\n\t              begin: /\\s\\[/,\n\t              end: /\\]$/\n\t            },\n\t            {\n\t              className: 'variable',\n\t              begin: /[\\$%]\\{/,\n\t              end: /\\}/,\n\t              contains: [\n\t                'self',\n\t                NUMBER_REF\n\t              ]\n\t            },\n\t            IP_ADDRESS,\n\t            NUMBER,\n\t            hljs.QUOTE_STRING_MODE\n\t          ]\n\t        }\n\t      }\n\t    ],\n\t    illegal: /\\S/\n\t  };\n\t}\n\n\tapache_1 = apache;\n\treturn apache_1;\n}\n\n/*\nLanguage: AppleScript\nAuthors: Nathan Grigg <nathan@nathanamy.org>, Dr. Drang <drdrang@gmail.com>\nCategory: scripting\nWebsite: https://developer.apple.com/library/archive/documentation/AppleScript/Conceptual/AppleScriptLangGuide/introduction/ASLR_intro.html\nAudit: 2020\n*/\n\nvar applescript_1;\nvar hasRequiredApplescript;\n\nfunction requireApplescript () {\n\tif (hasRequiredApplescript) return applescript_1;\n\thasRequiredApplescript = 1;\n\t/** @type LanguageFn */\n\tfunction applescript(hljs) {\n\t  const regex = hljs.regex;\n\t  const STRING = hljs.inherit(\n\t    hljs.QUOTE_STRING_MODE, { illegal: null });\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    contains: [\n\t      'self',\n\t      hljs.C_NUMBER_MODE,\n\t      STRING\n\t    ]\n\t  };\n\t  const COMMENT_MODE_1 = hljs.COMMENT(/--/, /$/);\n\t  const COMMENT_MODE_2 = hljs.COMMENT(\n\t    /\\(\\*/,\n\t    /\\*\\)/,\n\t    { contains: [\n\t      'self', // allow nesting\n\t      COMMENT_MODE_1\n\t    ] }\n\t  );\n\t  const COMMENTS = [\n\t    COMMENT_MODE_1,\n\t    COMMENT_MODE_2,\n\t    hljs.HASH_COMMENT_MODE\n\t  ];\n\n\t  const KEYWORD_PATTERNS = [\n\t    /apart from/,\n\t    /aside from/,\n\t    /instead of/,\n\t    /out of/,\n\t    /greater than/,\n\t    /isn't|(doesn't|does not) (equal|come before|come after|contain)/,\n\t    /(greater|less) than( or equal)?/,\n\t    /(starts?|ends|begins?) with/,\n\t    /contained by/,\n\t    /comes (before|after)/,\n\t    /a (ref|reference)/,\n\t    /POSIX (file|path)/,\n\t    /(date|time) string/,\n\t    /quoted form/\n\t  ];\n\n\t  const BUILT_IN_PATTERNS = [\n\t    /clipboard info/,\n\t    /the clipboard/,\n\t    /info for/,\n\t    /list (disks|folder)/,\n\t    /mount volume/,\n\t    /path to/,\n\t    /(close|open for) access/,\n\t    /(get|set) eof/,\n\t    /current date/,\n\t    /do shell script/,\n\t    /get volume settings/,\n\t    /random number/,\n\t    /set volume/,\n\t    /system attribute/,\n\t    /system info/,\n\t    /time to GMT/,\n\t    /(load|run|store) script/,\n\t    /scripting components/,\n\t    /ASCII (character|number)/,\n\t    /localized string/,\n\t    /choose (application|color|file|file name|folder|from list|remote application|URL)/,\n\t    /display (alert|dialog)/\n\t  ];\n\n\t  return {\n\t    name: 'AppleScript',\n\t    aliases: [ 'osascript' ],\n\t    keywords: {\n\t      keyword:\n\t        'about above after against and around as at back before beginning '\n\t        + 'behind below beneath beside between but by considering '\n\t        + 'contain contains continue copy div does eighth else end equal '\n\t        + 'equals error every exit fifth first for fourth from front '\n\t        + 'get given global if ignoring in into is it its last local me '\n\t        + 'middle mod my ninth not of on onto or over prop property put ref '\n\t        + 'reference repeat returning script second set seventh since '\n\t        + 'sixth some tell tenth that the|0 then third through thru '\n\t        + 'timeout times to transaction try until where while whose with '\n\t        + 'without',\n\t      literal:\n\t        'AppleScript false linefeed return pi quote result space tab true',\n\t      built_in:\n\t        'alias application boolean class constant date file integer list '\n\t        + 'number real record string text '\n\t        + 'activate beep count delay launch log offset read round '\n\t        + 'run say summarize write '\n\t        + 'character characters contents day frontmost id item length '\n\t        + 'month name|0 paragraph paragraphs rest reverse running time version '\n\t        + 'weekday word words year'\n\t    },\n\t    contains: [\n\t      STRING,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'built_in',\n\t        begin: regex.concat(\n\t          /\\b/,\n\t          regex.either(...BUILT_IN_PATTERNS),\n\t          /\\b/\n\t        )\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: /^\\s*return\\b/\n\t      },\n\t      {\n\t        className: 'literal',\n\t        begin:\n\t          /\\b(text item delimiters|current application|missing value)\\b/\n\t      },\n\t      {\n\t        className: 'keyword',\n\t        begin: regex.concat(\n\t          /\\b/,\n\t          regex.either(...KEYWORD_PATTERNS),\n\t          /\\b/\n\t        )\n\t      },\n\t      {\n\t        beginKeywords: 'on',\n\t        illegal: /[${=;\\n]/,\n\t        contains: [\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          PARAMS\n\t        ]\n\t      },\n\t      ...COMMENTS\n\t    ],\n\t    illegal: /\\/\\/|->|=>|\\[\\[/\n\t  };\n\t}\n\n\tapplescript_1 = applescript;\n\treturn applescript_1;\n}\n\n/*\n Language: ArcGIS Arcade\n Category: scripting\n Author: John Foster <jfoster@esri.com>\n Website: https://developers.arcgis.com/arcade/\n Description: ArcGIS Arcade is an expression language used in many Esri ArcGIS products such as Pro, Online, Server, Runtime, JavaScript, and Python\n*/\n\nvar arcade_1;\nvar hasRequiredArcade;\n\nfunction requireArcade () {\n\tif (hasRequiredArcade) return arcade_1;\n\thasRequiredArcade = 1;\n\t/** @type LanguageFn */\n\tfunction arcade(hljs) {\n\t  const IDENT_RE = '[A-Za-z_][0-9A-Za-z_]*';\n\t  const KEYWORDS = {\n\t    keyword: [\n\t      \"if\",\n\t      \"for\",\n\t      \"while\",\n\t      \"var\",\n\t      \"new\",\n\t      \"function\",\n\t      \"do\",\n\t      \"return\",\n\t      \"void\",\n\t      \"else\",\n\t      \"break\"\n\t    ],\n\t    literal: [\n\t      \"BackSlash\",\n\t      \"DoubleQuote\",\n\t      \"false\",\n\t      \"ForwardSlash\",\n\t      \"Infinity\",\n\t      \"NaN\",\n\t      \"NewLine\",\n\t      \"null\",\n\t      \"PI\",\n\t      \"SingleQuote\",\n\t      \"Tab\",\n\t      \"TextFormatting\",\n\t      \"true\",\n\t      \"undefined\"\n\t    ],\n\t    built_in: [\n\t      \"Abs\",\n\t      \"Acos\",\n\t      \"All\",\n\t      \"Angle\",\n\t      \"Any\",\n\t      \"Area\",\n\t      \"AreaGeodetic\",\n\t      \"Array\",\n\t      \"Asin\",\n\t      \"Atan\",\n\t      \"Atan2\",\n\t      \"Attachments\",\n\t      \"Average\",\n\t      \"Back\",\n\t      \"Bearing\",\n\t      \"Boolean\",\n\t      \"Buffer\",\n\t      \"BufferGeodetic\",\n\t      \"Ceil\",\n\t      \"Centroid\",\n\t      \"Clip\",\n\t      \"Concatenate\",\n\t      \"Console\",\n\t      \"Constrain\",\n\t      \"Contains\",\n\t      \"ConvertDirection\",\n\t      \"Cos\",\n\t      \"Count\",\n\t      \"Crosses\",\n\t      \"Cut\",\n\t      \"Date\",\n\t      \"DateAdd\",\n\t      \"DateDiff\",\n\t      \"Day\",\n\t      \"Decode\",\n\t      \"DefaultValue\",\n\t      \"Densify\",\n\t      \"DensifyGeodetic\",\n\t      \"Dictionary\",\n\t      \"Difference\",\n\t      \"Disjoint\",\n\t      \"Distance\",\n\t      \"DistanceGeodetic\",\n\t      \"Distinct\",\n\t      \"Domain\",\n\t      \"DomainCode\",\n\t      \"DomainName\",\n\t      \"EnvelopeIntersects\",\n\t      \"Equals\",\n\t      \"Erase\",\n\t      \"Exp\",\n\t      \"Expects\",\n\t      \"Extent\",\n\t      \"Feature\",\n\t      \"FeatureSet\",\n\t      \"FeatureSetByAssociation\",\n\t      \"FeatureSetById\",\n\t      \"FeatureSetByName\",\n\t      \"FeatureSetByPortalItem\",\n\t      \"FeatureSetByRelationshipName\",\n\t      \"Filter\",\n\t      \"Find\",\n\t      \"First\",\n\t      \"Floor\",\n\t      \"FromCharCode\",\n\t      \"FromCodePoint\",\n\t      \"FromJSON\",\n\t      \"GdbVersion\",\n\t      \"Generalize\",\n\t      \"Geometry\",\n\t      \"GetFeatureSet\",\n\t      \"GetUser\",\n\t      \"GroupBy\",\n\t      \"Guid\",\n\t      \"Hash\",\n\t      \"HasKey\",\n\t      \"Hour\",\n\t      \"IIf\",\n\t      \"Includes\",\n\t      \"IndexOf\",\n\t      \"Insert\",\n\t      \"Intersection\",\n\t      \"Intersects\",\n\t      \"IsEmpty\",\n\t      \"IsNan\",\n\t      \"ISOMonth\",\n\t      \"ISOWeek\",\n\t      \"ISOWeekday\",\n\t      \"ISOYear\",\n\t      \"IsSelfIntersecting\",\n\t      \"IsSimple\",\n\t      \"Left|0\",\n\t      \"Length\",\n\t      \"Length3D\",\n\t      \"LengthGeodetic\",\n\t      \"Log\",\n\t      \"Lower\",\n\t      \"Map\",\n\t      \"Max\",\n\t      \"Mean\",\n\t      \"Mid\",\n\t      \"Millisecond\",\n\t      \"Min\",\n\t      \"Minute\",\n\t      \"Month\",\n\t      \"MultiPartToSinglePart\",\n\t      \"Multipoint\",\n\t      \"NextSequenceValue\",\n\t      \"None\",\n\t      \"Now\",\n\t      \"Number\",\n\t      \"Offset|0\",\n\t      \"OrderBy\",\n\t      \"Overlaps\",\n\t      \"Point\",\n\t      \"Polygon\",\n\t      \"Polyline\",\n\t      \"Pop\",\n\t      \"Portal\",\n\t      \"Pow\",\n\t      \"Proper\",\n\t      \"Push\",\n\t      \"Random\",\n\t      \"Reduce\",\n\t      \"Relate\",\n\t      \"Replace\",\n\t      \"Resize\",\n\t      \"Reverse\",\n\t      \"Right|0\",\n\t      \"RingIsClockwise\",\n\t      \"Rotate\",\n\t      \"Round\",\n\t      \"Schema\",\n\t      \"Second\",\n\t      \"SetGeometry\",\n\t      \"Simplify\",\n\t      \"Sin\",\n\t      \"Slice\",\n\t      \"Sort\",\n\t      \"Splice\",\n\t      \"Split\",\n\t      \"Sqrt\",\n\t      \"Stdev\",\n\t      \"SubtypeCode\",\n\t      \"SubtypeName\",\n\t      \"Subtypes\",\n\t      \"Sum\",\n\t      \"SymmetricDifference\",\n\t      \"Tan\",\n\t      \"Text\",\n\t      \"Timestamp\",\n\t      \"ToCharCode\",\n\t      \"ToCodePoint\",\n\t      \"Today\",\n\t      \"ToHex\",\n\t      \"ToLocal\",\n\t      \"Top|0\",\n\t      \"Touches\",\n\t      \"ToUTC\",\n\t      \"TrackAccelerationAt\",\n\t      \"TrackAccelerationWindow\",\n\t      \"TrackCurrentAcceleration\",\n\t      \"TrackCurrentDistance\",\n\t      \"TrackCurrentSpeed\",\n\t      \"TrackCurrentTime\",\n\t      \"TrackDistanceAt\",\n\t      \"TrackDistanceWindow\",\n\t      \"TrackDuration\",\n\t      \"TrackFieldWindow\",\n\t      \"TrackGeometryWindow\",\n\t      \"TrackIndex\",\n\t      \"TrackSpeedAt\",\n\t      \"TrackSpeedWindow\",\n\t      \"TrackStartTime\",\n\t      \"TrackWindow\",\n\t      \"Trim\",\n\t      \"TypeOf\",\n\t      \"Union\",\n\t      \"Upper\",\n\t      \"UrlEncode\",\n\t      \"Variance\",\n\t      \"Week\",\n\t      \"Weekday\",\n\t      \"When\",\n\t      \"Within\",\n\t      \"Year\"\n\t    ]\n\t  };\n\t  const SYMBOL = {\n\t    className: 'symbol',\n\t    begin: '\\\\$[datastore|feature|layer|map|measure|sourcefeature|sourcelayer|targetfeature|targetlayer|value|view]+'\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(0[bB][01]+)' },\n\t      { begin: '\\\\b(0[oO][0-7]+)' },\n\t      { begin: hljs.C_NUMBER_RE }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: '\\\\$\\\\{',\n\t    end: '\\\\}',\n\t    keywords: KEYWORDS,\n\t    contains: [] // defined later\n\t  };\n\t  const TEMPLATE_STRING = {\n\t    className: 'string',\n\t    begin: '`',\n\t    end: '`',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ]\n\t  };\n\t  SUBST.contains = [\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    TEMPLATE_STRING,\n\t    NUMBER,\n\t    hljs.REGEXP_MODE\n\t  ];\n\t  const PARAMS_CONTAINS = SUBST.contains.concat([\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.C_LINE_COMMENT_MODE\n\t  ]);\n\n\t  return {\n\t    name: 'ArcGIS Arcade',\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      TEMPLATE_STRING,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      SYMBOL,\n\t      NUMBER,\n\t      { // object attr container\n\t        begin: /[{,]\\s*/,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            begin: IDENT_RE + '\\\\s*:',\n\t            returnBegin: true,\n\t            relevance: 0,\n\t            contains: [\n\t              {\n\t                className: 'attr',\n\t                begin: IDENT_RE,\n\t                relevance: 0\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      { // \"value\" container\n\t        begin: '(' + hljs.RE_STARTERS_RE + '|\\\\b(return)\\\\b)\\\\s*',\n\t        keywords: 'return',\n\t        contains: [\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          hljs.REGEXP_MODE,\n\t          {\n\t            className: 'function',\n\t            begin: '(\\\\(.*?\\\\)|' + IDENT_RE + ')\\\\s*=>',\n\t            returnBegin: true,\n\t            end: '\\\\s*=>',\n\t            contains: [\n\t              {\n\t                className: 'params',\n\t                variants: [\n\t                  { begin: IDENT_RE },\n\t                  { begin: /\\(\\s*\\)/ },\n\t                  {\n\t                    begin: /\\(/,\n\t                    end: /\\)/,\n\t                    excludeBegin: true,\n\t                    excludeEnd: true,\n\t                    keywords: KEYWORDS,\n\t                    contains: PARAMS_CONTAINS\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        beginKeywords: 'function',\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, {\n\t            className: \"title.function\",\n\t            begin: IDENT_RE\n\t          }),\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            contains: PARAMS_CONTAINS\n\t          }\n\t        ],\n\t        illegal: /\\[|%/\n\t      },\n\t      { begin: /\\$[(.]/ }\n\t    ],\n\t    illegal: /#(?!!)/\n\t  };\n\t}\n\n\tarcade_1 = arcade;\n\treturn arcade_1;\n}\n\n/*\nLanguage: C++\nCategory: common, system\nWebsite: https://isocpp.org\n*/\n\nvar arduino_1;\nvar hasRequiredArduino;\n\nfunction requireArduino () {\n\tif (hasRequiredArduino) return arduino_1;\n\thasRequiredArduino = 1;\n\t/** @type LanguageFn */\n\tfunction cPlusPlus(hljs) {\n\t  const regex = hljs.regex;\n\t  // added for historic reasons because `hljs.C_LINE_COMMENT_MODE` does\n\t  // not include such support nor can we be sure all the grammars depending\n\t  // on it would desire this behavior\n\t  const C_LINE_COMMENT_MODE = hljs.COMMENT('//', '$', { contains: [ { begin: /\\\\\\n/ } ] });\n\t  const DECLTYPE_AUTO_RE = 'decltype\\\\(auto\\\\)';\n\t  const NAMESPACE_RE = '[a-zA-Z_]\\\\w*::';\n\t  const TEMPLATE_ARGUMENT_RE = '<[^<>]+>';\n\t  const FUNCTION_TYPE_RE = '(?!struct)('\n\t    + DECLTYPE_AUTO_RE + '|'\n\t    + regex.optional(NAMESPACE_RE)\n\t    + '[a-zA-Z_]\\\\w*' + regex.optional(TEMPLATE_ARGUMENT_RE)\n\t  + ')';\n\n\t  const CPP_PRIMITIVE_TYPES = {\n\t    className: 'type',\n\t    begin: '\\\\b[a-z\\\\d_]*_t\\\\b'\n\t  };\n\n\t  // https://en.cppreference.com/w/cpp/language/escape\n\t  // \\\\ \\x \\xFF \\u2837 \\u00323747 \\374\n\t  const CHARACTER_ESCAPES = '\\\\\\\\(x[0-9A-Fa-f]{2}|u[0-9A-Fa-f]{4,8}|[0-7]{3}|\\\\S)';\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '(u8?|U|L)?\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '(u8?|U|L)?\\'(' + CHARACTER_ESCAPES + '|.)',\n\t        end: '\\'',\n\t        illegal: '.'\n\t      },\n\t      hljs.END_SAME_AS_BEGIN({\n\t        begin: /(?:u8?|U|L)?R\"([^()\\\\ ]{0,16})\\(/,\n\t        end: /\\)([^()\\\\ ]{0,16})\"/\n\t      })\n\t    ]\n\t  };\n\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(0b[01\\']+)' },\n\t      { begin: '(-?)\\\\b([\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)((ll|LL|l|L)(u|U)?|(u|U)(ll|LL|l|L)?|f|F|b|B)' },\n\t      { begin: '(-?)(\\\\b0[xX][a-fA-F0-9\\']+|(\\\\b[\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)([eE][-+]?[\\\\d\\']+)?)' }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: /#\\s*[a-z]+\\b/,\n\t    end: /$/,\n\t    keywords: { keyword:\n\t        'if else elif endif define undef warning error line '\n\t        + 'pragma _Pragma ifdef ifndef include' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(STRINGS, { className: 'string' }),\n\t      {\n\t        className: 'string',\n\t        begin: /<.*?>/\n\t      },\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const TITLE_MODE = {\n\t    className: 'title',\n\t    begin: regex.optional(NAMESPACE_RE) + hljs.IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_TITLE = regex.optional(NAMESPACE_RE) + hljs.IDENT_RE + '\\\\s*\\\\(';\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const RESERVED_KEYWORDS = [\n\t    'alignas',\n\t    'alignof',\n\t    'and',\n\t    'and_eq',\n\t    'asm',\n\t    'atomic_cancel',\n\t    'atomic_commit',\n\t    'atomic_noexcept',\n\t    'auto',\n\t    'bitand',\n\t    'bitor',\n\t    'break',\n\t    'case',\n\t    'catch',\n\t    'class',\n\t    'co_await',\n\t    'co_return',\n\t    'co_yield',\n\t    'compl',\n\t    'concept',\n\t    'const_cast|10',\n\t    'consteval',\n\t    'constexpr',\n\t    'constinit',\n\t    'continue',\n\t    'decltype',\n\t    'default',\n\t    'delete',\n\t    'do',\n\t    'dynamic_cast|10',\n\t    'else',\n\t    'enum',\n\t    'explicit',\n\t    'export',\n\t    'extern',\n\t    'false',\n\t    'final',\n\t    'for',\n\t    'friend',\n\t    'goto',\n\t    'if',\n\t    'import',\n\t    'inline',\n\t    'module',\n\t    'mutable',\n\t    'namespace',\n\t    'new',\n\t    'noexcept',\n\t    'not',\n\t    'not_eq',\n\t    'nullptr',\n\t    'operator',\n\t    'or',\n\t    'or_eq',\n\t    'override',\n\t    'private',\n\t    'protected',\n\t    'public',\n\t    'reflexpr',\n\t    'register',\n\t    'reinterpret_cast|10',\n\t    'requires',\n\t    'return',\n\t    'sizeof',\n\t    'static_assert',\n\t    'static_cast|10',\n\t    'struct',\n\t    'switch',\n\t    'synchronized',\n\t    'template',\n\t    'this',\n\t    'thread_local',\n\t    'throw',\n\t    'transaction_safe',\n\t    'transaction_safe_dynamic',\n\t    'true',\n\t    'try',\n\t    'typedef',\n\t    'typeid',\n\t    'typename',\n\t    'union',\n\t    'using',\n\t    'virtual',\n\t    'volatile',\n\t    'while',\n\t    'xor',\n\t    'xor_eq'\n\t  ];\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const RESERVED_TYPES = [\n\t    'bool',\n\t    'char',\n\t    'char16_t',\n\t    'char32_t',\n\t    'char8_t',\n\t    'double',\n\t    'float',\n\t    'int',\n\t    'long',\n\t    'short',\n\t    'void',\n\t    'wchar_t',\n\t    'unsigned',\n\t    'signed',\n\t    'const',\n\t    'static'\n\t  ];\n\n\t  const TYPE_HINTS = [\n\t    'any',\n\t    'auto_ptr',\n\t    'barrier',\n\t    'binary_semaphore',\n\t    'bitset',\n\t    'complex',\n\t    'condition_variable',\n\t    'condition_variable_any',\n\t    'counting_semaphore',\n\t    'deque',\n\t    'false_type',\n\t    'future',\n\t    'imaginary',\n\t    'initializer_list',\n\t    'istringstream',\n\t    'jthread',\n\t    'latch',\n\t    'lock_guard',\n\t    'multimap',\n\t    'multiset',\n\t    'mutex',\n\t    'optional',\n\t    'ostringstream',\n\t    'packaged_task',\n\t    'pair',\n\t    'promise',\n\t    'priority_queue',\n\t    'queue',\n\t    'recursive_mutex',\n\t    'recursive_timed_mutex',\n\t    'scoped_lock',\n\t    'set',\n\t    'shared_future',\n\t    'shared_lock',\n\t    'shared_mutex',\n\t    'shared_timed_mutex',\n\t    'shared_ptr',\n\t    'stack',\n\t    'string_view',\n\t    'stringstream',\n\t    'timed_mutex',\n\t    'thread',\n\t    'true_type',\n\t    'tuple',\n\t    'unique_lock',\n\t    'unique_ptr',\n\t    'unordered_map',\n\t    'unordered_multimap',\n\t    'unordered_multiset',\n\t    'unordered_set',\n\t    'variant',\n\t    'vector',\n\t    'weak_ptr',\n\t    'wstring',\n\t    'wstring_view'\n\t  ];\n\n\t  const FUNCTION_HINTS = [\n\t    'abort',\n\t    'abs',\n\t    'acos',\n\t    'apply',\n\t    'as_const',\n\t    'asin',\n\t    'atan',\n\t    'atan2',\n\t    'calloc',\n\t    'ceil',\n\t    'cerr',\n\t    'cin',\n\t    'clog',\n\t    'cos',\n\t    'cosh',\n\t    'cout',\n\t    'declval',\n\t    'endl',\n\t    'exchange',\n\t    'exit',\n\t    'exp',\n\t    'fabs',\n\t    'floor',\n\t    'fmod',\n\t    'forward',\n\t    'fprintf',\n\t    'fputs',\n\t    'free',\n\t    'frexp',\n\t    'fscanf',\n\t    'future',\n\t    'invoke',\n\t    'isalnum',\n\t    'isalpha',\n\t    'iscntrl',\n\t    'isdigit',\n\t    'isgraph',\n\t    'islower',\n\t    'isprint',\n\t    'ispunct',\n\t    'isspace',\n\t    'isupper',\n\t    'isxdigit',\n\t    'labs',\n\t    'launder',\n\t    'ldexp',\n\t    'log',\n\t    'log10',\n\t    'make_pair',\n\t    'make_shared',\n\t    'make_shared_for_overwrite',\n\t    'make_tuple',\n\t    'make_unique',\n\t    'malloc',\n\t    'memchr',\n\t    'memcmp',\n\t    'memcpy',\n\t    'memset',\n\t    'modf',\n\t    'move',\n\t    'pow',\n\t    'printf',\n\t    'putchar',\n\t    'puts',\n\t    'realloc',\n\t    'scanf',\n\t    'sin',\n\t    'sinh',\n\t    'snprintf',\n\t    'sprintf',\n\t    'sqrt',\n\t    'sscanf',\n\t    'std',\n\t    'stderr',\n\t    'stdin',\n\t    'stdout',\n\t    'strcat',\n\t    'strchr',\n\t    'strcmp',\n\t    'strcpy',\n\t    'strcspn',\n\t    'strlen',\n\t    'strncat',\n\t    'strncmp',\n\t    'strncpy',\n\t    'strpbrk',\n\t    'strrchr',\n\t    'strspn',\n\t    'strstr',\n\t    'swap',\n\t    'tan',\n\t    'tanh',\n\t    'terminate',\n\t    'to_underlying',\n\t    'tolower',\n\t    'toupper',\n\t    'vfprintf',\n\t    'visit',\n\t    'vprintf',\n\t    'vsprintf'\n\t  ];\n\n\t  const LITERALS = [\n\t    'NULL',\n\t    'false',\n\t    'nullopt',\n\t    'nullptr',\n\t    'true'\n\t  ];\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const BUILT_IN = [ '_Pragma' ];\n\n\t  const CPP_KEYWORDS = {\n\t    type: RESERVED_TYPES,\n\t    keyword: RESERVED_KEYWORDS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_IN,\n\t    _type_hints: TYPE_HINTS\n\t  };\n\n\t  const FUNCTION_DISPATCH = {\n\t    className: 'function.dispatch',\n\t    relevance: 0,\n\t    keywords: {\n\t      // Only for relevance, not highlighting.\n\t      _hint: FUNCTION_HINTS },\n\t    begin: regex.concat(\n\t      /\\b/,\n\t      /(?!decltype)/,\n\t      /(?!if)/,\n\t      /(?!for)/,\n\t      /(?!switch)/,\n\t      /(?!while)/,\n\t      hljs.IDENT_RE,\n\t      regex.lookahead(/(<[^<>]+>|)\\s*\\(/))\n\t  };\n\n\t  const EXPRESSION_CONTAINS = [\n\t    FUNCTION_DISPATCH,\n\t    PREPROCESSOR,\n\t    CPP_PRIMITIVE_TYPES,\n\t    C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    NUMBERS,\n\t    STRINGS\n\t  ];\n\n\t  const EXPRESSION_CONTEXT = {\n\t    // This mode covers expression context where we can't expect a function\n\t    // definition and shouldn't highlight anything that looks like one:\n\t    // `return some()`, `else if()`, `(x*sum(1, 2))`\n\t    variants: [\n\t      {\n\t        begin: /=/,\n\t        end: /;/\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/\n\t      },\n\t      {\n\t        beginKeywords: 'new throw return else',\n\t        end: /;/\n\t      }\n\t    ],\n\t    keywords: CPP_KEYWORDS,\n\t    contains: EXPRESSION_CONTAINS.concat([\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: CPP_KEYWORDS,\n\t        contains: EXPRESSION_CONTAINS.concat([ 'self' ]),\n\t        relevance: 0\n\t      }\n\t    ]),\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_DECLARATION = {\n\t    className: 'function',\n\t    begin: '(' + FUNCTION_TYPE_RE + '[\\\\*&\\\\s]+)+' + FUNCTION_TITLE,\n\t    returnBegin: true,\n\t    end: /[{;=]/,\n\t    excludeEnd: true,\n\t    keywords: CPP_KEYWORDS,\n\t    illegal: /[^\\w\\s\\*&:<>.]/,\n\t    contains: [\n\t      { // to prevent it from being confused as the function title\n\t        begin: DECLTYPE_AUTO_RE,\n\t        keywords: CPP_KEYWORDS,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: FUNCTION_TITLE,\n\t        returnBegin: true,\n\t        contains: [ TITLE_MODE ],\n\t        relevance: 0\n\t      },\n\t      // needed because we do not have look-behind on the below rule\n\t      // to prevent it from grabbing the final : in a :: pair\n\t      {\n\t        begin: /::/,\n\t        relevance: 0\n\t      },\n\t      // initializers\n\t      {\n\t        begin: /:/,\n\t        endsWithParent: true,\n\t        contains: [\n\t          STRINGS,\n\t          NUMBERS\n\t        ]\n\t      },\n\t      // allow for multiple declarations, e.g.:\n\t      // extern void f(int), g(char);\n\t      {\n\t        relevance: 0,\n\t        match: /,/\n\t      },\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: CPP_KEYWORDS,\n\t        relevance: 0,\n\t        contains: [\n\t          C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          STRINGS,\n\t          NUMBERS,\n\t          CPP_PRIMITIVE_TYPES,\n\t          // Count matching parentheses.\n\t          {\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            keywords: CPP_KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              'self',\n\t              C_LINE_COMMENT_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              STRINGS,\n\t              NUMBERS,\n\t              CPP_PRIMITIVE_TYPES\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      CPP_PRIMITIVE_TYPES,\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      PREPROCESSOR\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'C++',\n\t    aliases: [\n\t      'cc',\n\t      'c++',\n\t      'h++',\n\t      'hpp',\n\t      'hh',\n\t      'hxx',\n\t      'cxx'\n\t    ],\n\t    keywords: CPP_KEYWORDS,\n\t    illegal: '</',\n\t    classNameAliases: { 'function.dispatch': 'built_in' },\n\t    contains: [].concat(\n\t      EXPRESSION_CONTEXT,\n\t      FUNCTION_DECLARATION,\n\t      FUNCTION_DISPATCH,\n\t      EXPRESSION_CONTAINS,\n\t      [\n\t        PREPROCESSOR,\n\t        { // containers: ie, `vector <int> rooms (9);`\n\t          begin: '\\\\b(deque|list|queue|priority_queue|pair|stack|vector|map|set|bitset|multiset|multimap|unordered_map|unordered_set|unordered_multiset|unordered_multimap|array|tuple|optional|variant|function)\\\\s*<(?!<)',\n\t          end: '>',\n\t          keywords: CPP_KEYWORDS,\n\t          contains: [\n\t            'self',\n\t            CPP_PRIMITIVE_TYPES\n\t          ]\n\t        },\n\t        {\n\t          begin: hljs.IDENT_RE + '::',\n\t          keywords: CPP_KEYWORDS\n\t        },\n\t        {\n\t          match: [\n\t            // extra complexity to deal with `enum class` and `enum struct`\n\t            /\\b(?:enum(?:\\s+(?:class|struct))?|class|struct|union)/,\n\t            /\\s+/,\n\t            /\\w+/\n\t          ],\n\t          className: {\n\t            1: 'keyword',\n\t            3: 'title.class'\n\t          }\n\t        }\n\t      ])\n\t  };\n\t}\n\n\t/*\n\tLanguage: Arduino\n\tAuthor: Stefania Mellai <s.mellai@arduino.cc>\n\tDescription: The Arduino® Language is a superset of C++. This rules are designed to highlight the Arduino® source code. For info about language see http://www.arduino.cc.\n\tWebsite: https://www.arduino.cc\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction arduino(hljs) {\n\t  const ARDUINO_KW = {\n\t    type: [\n\t      \"boolean\",\n\t      \"byte\",\n\t      \"word\",\n\t      \"String\"\n\t    ],\n\t    built_in: [\n\t      \"KeyboardController\",\n\t      \"MouseController\",\n\t      \"SoftwareSerial\",\n\t      \"EthernetServer\",\n\t      \"EthernetClient\",\n\t      \"LiquidCrystal\",\n\t      \"RobotControl\",\n\t      \"GSMVoiceCall\",\n\t      \"EthernetUDP\",\n\t      \"EsploraTFT\",\n\t      \"HttpClient\",\n\t      \"RobotMotor\",\n\t      \"WiFiClient\",\n\t      \"GSMScanner\",\n\t      \"FileSystem\",\n\t      \"Scheduler\",\n\t      \"GSMServer\",\n\t      \"YunClient\",\n\t      \"YunServer\",\n\t      \"IPAddress\",\n\t      \"GSMClient\",\n\t      \"GSMModem\",\n\t      \"Keyboard\",\n\t      \"Ethernet\",\n\t      \"Console\",\n\t      \"GSMBand\",\n\t      \"Esplora\",\n\t      \"Stepper\",\n\t      \"Process\",\n\t      \"WiFiUDP\",\n\t      \"GSM_SMS\",\n\t      \"Mailbox\",\n\t      \"USBHost\",\n\t      \"Firmata\",\n\t      \"PImage\",\n\t      \"Client\",\n\t      \"Server\",\n\t      \"GSMPIN\",\n\t      \"FileIO\",\n\t      \"Bridge\",\n\t      \"Serial\",\n\t      \"EEPROM\",\n\t      \"Stream\",\n\t      \"Mouse\",\n\t      \"Audio\",\n\t      \"Servo\",\n\t      \"File\",\n\t      \"Task\",\n\t      \"GPRS\",\n\t      \"WiFi\",\n\t      \"Wire\",\n\t      \"TFT\",\n\t      \"GSM\",\n\t      \"SPI\",\n\t      \"SD\"\n\t    ],\n\t    _hints: [\n\t      \"setup\",\n\t      \"loop\",\n\t      \"runShellCommandAsynchronously\",\n\t      \"analogWriteResolution\",\n\t      \"retrieveCallingNumber\",\n\t      \"printFirmwareVersion\",\n\t      \"analogReadResolution\",\n\t      \"sendDigitalPortPair\",\n\t      \"noListenOnLocalhost\",\n\t      \"readJoystickButton\",\n\t      \"setFirmwareVersion\",\n\t      \"readJoystickSwitch\",\n\t      \"scrollDisplayRight\",\n\t      \"getVoiceCallStatus\",\n\t      \"scrollDisplayLeft\",\n\t      \"writeMicroseconds\",\n\t      \"delayMicroseconds\",\n\t      \"beginTransmission\",\n\t      \"getSignalStrength\",\n\t      \"runAsynchronously\",\n\t      \"getAsynchronously\",\n\t      \"listenOnLocalhost\",\n\t      \"getCurrentCarrier\",\n\t      \"readAccelerometer\",\n\t      \"messageAvailable\",\n\t      \"sendDigitalPorts\",\n\t      \"lineFollowConfig\",\n\t      \"countryNameWrite\",\n\t      \"runShellCommand\",\n\t      \"readStringUntil\",\n\t      \"rewindDirectory\",\n\t      \"readTemperature\",\n\t      \"setClockDivider\",\n\t      \"readLightSensor\",\n\t      \"endTransmission\",\n\t      \"analogReference\",\n\t      \"detachInterrupt\",\n\t      \"countryNameRead\",\n\t      \"attachInterrupt\",\n\t      \"encryptionType\",\n\t      \"readBytesUntil\",\n\t      \"robotNameWrite\",\n\t      \"readMicrophone\",\n\t      \"robotNameRead\",\n\t      \"cityNameWrite\",\n\t      \"userNameWrite\",\n\t      \"readJoystickY\",\n\t      \"readJoystickX\",\n\t      \"mouseReleased\",\n\t      \"openNextFile\",\n\t      \"scanNetworks\",\n\t      \"noInterrupts\",\n\t      \"digitalWrite\",\n\t      \"beginSpeaker\",\n\t      \"mousePressed\",\n\t      \"isActionDone\",\n\t      \"mouseDragged\",\n\t      \"displayLogos\",\n\t      \"noAutoscroll\",\n\t      \"addParameter\",\n\t      \"remoteNumber\",\n\t      \"getModifiers\",\n\t      \"keyboardRead\",\n\t      \"userNameRead\",\n\t      \"waitContinue\",\n\t      \"processInput\",\n\t      \"parseCommand\",\n\t      \"printVersion\",\n\t      \"readNetworks\",\n\t      \"writeMessage\",\n\t      \"blinkVersion\",\n\t      \"cityNameRead\",\n\t      \"readMessage\",\n\t      \"setDataMode\",\n\t      \"parsePacket\",\n\t      \"isListening\",\n\t      \"setBitOrder\",\n\t      \"beginPacket\",\n\t      \"isDirectory\",\n\t      \"motorsWrite\",\n\t      \"drawCompass\",\n\t      \"digitalRead\",\n\t      \"clearScreen\",\n\t      \"serialEvent\",\n\t      \"rightToLeft\",\n\t      \"setTextSize\",\n\t      \"leftToRight\",\n\t      \"requestFrom\",\n\t      \"keyReleased\",\n\t      \"compassRead\",\n\t      \"analogWrite\",\n\t      \"interrupts\",\n\t      \"WiFiServer\",\n\t      \"disconnect\",\n\t      \"playMelody\",\n\t      \"parseFloat\",\n\t      \"autoscroll\",\n\t      \"getPINUsed\",\n\t      \"setPINUsed\",\n\t      \"setTimeout\",\n\t      \"sendAnalog\",\n\t      \"readSlider\",\n\t      \"analogRead\",\n\t      \"beginWrite\",\n\t      \"createChar\",\n\t      \"motorsStop\",\n\t      \"keyPressed\",\n\t      \"tempoWrite\",\n\t      \"readButton\",\n\t      \"subnetMask\",\n\t      \"debugPrint\",\n\t      \"macAddress\",\n\t      \"writeGreen\",\n\t      \"randomSeed\",\n\t      \"attachGPRS\",\n\t      \"readString\",\n\t      \"sendString\",\n\t      \"remotePort\",\n\t      \"releaseAll\",\n\t      \"mouseMoved\",\n\t      \"background\",\n\t      \"getXChange\",\n\t      \"getYChange\",\n\t      \"answerCall\",\n\t      \"getResult\",\n\t      \"voiceCall\",\n\t      \"endPacket\",\n\t      \"constrain\",\n\t      \"getSocket\",\n\t      \"writeJSON\",\n\t      \"getButton\",\n\t      \"available\",\n\t      \"connected\",\n\t      \"findUntil\",\n\t      \"readBytes\",\n\t      \"exitValue\",\n\t      \"readGreen\",\n\t      \"writeBlue\",\n\t      \"startLoop\",\n\t      \"IPAddress\",\n\t      \"isPressed\",\n\t      \"sendSysex\",\n\t      \"pauseMode\",\n\t      \"gatewayIP\",\n\t      \"setCursor\",\n\t      \"getOemKey\",\n\t      \"tuneWrite\",\n\t      \"noDisplay\",\n\t      \"loadImage\",\n\t      \"switchPIN\",\n\t      \"onRequest\",\n\t      \"onReceive\",\n\t      \"changePIN\",\n\t      \"playFile\",\n\t      \"noBuffer\",\n\t      \"parseInt\",\n\t      \"overflow\",\n\t      \"checkPIN\",\n\t      \"knobRead\",\n\t      \"beginTFT\",\n\t      \"bitClear\",\n\t      \"updateIR\",\n\t      \"bitWrite\",\n\t      \"position\",\n\t      \"writeRGB\",\n\t      \"highByte\",\n\t      \"writeRed\",\n\t      \"setSpeed\",\n\t      \"readBlue\",\n\t      \"noStroke\",\n\t      \"remoteIP\",\n\t      \"transfer\",\n\t      \"shutdown\",\n\t      \"hangCall\",\n\t      \"beginSMS\",\n\t      \"endWrite\",\n\t      \"attached\",\n\t      \"maintain\",\n\t      \"noCursor\",\n\t      \"checkReg\",\n\t      \"checkPUK\",\n\t      \"shiftOut\",\n\t      \"isValid\",\n\t      \"shiftIn\",\n\t      \"pulseIn\",\n\t      \"connect\",\n\t      \"println\",\n\t      \"localIP\",\n\t      \"pinMode\",\n\t      \"getIMEI\",\n\t      \"display\",\n\t      \"noBlink\",\n\t      \"process\",\n\t      \"getBand\",\n\t      \"running\",\n\t      \"beginSD\",\n\t      \"drawBMP\",\n\t      \"lowByte\",\n\t      \"setBand\",\n\t      \"release\",\n\t      \"bitRead\",\n\t      \"prepare\",\n\t      \"pointTo\",\n\t      \"readRed\",\n\t      \"setMode\",\n\t      \"noFill\",\n\t      \"remove\",\n\t      \"listen\",\n\t      \"stroke\",\n\t      \"detach\",\n\t      \"attach\",\n\t      \"noTone\",\n\t      \"exists\",\n\t      \"buffer\",\n\t      \"height\",\n\t      \"bitSet\",\n\t      \"circle\",\n\t      \"config\",\n\t      \"cursor\",\n\t      \"random\",\n\t      \"IRread\",\n\t      \"setDNS\",\n\t      \"endSMS\",\n\t      \"getKey\",\n\t      \"micros\",\n\t      \"millis\",\n\t      \"begin\",\n\t      \"print\",\n\t      \"write\",\n\t      \"ready\",\n\t      \"flush\",\n\t      \"width\",\n\t      \"isPIN\",\n\t      \"blink\",\n\t      \"clear\",\n\t      \"press\",\n\t      \"mkdir\",\n\t      \"rmdir\",\n\t      \"close\",\n\t      \"point\",\n\t      \"yield\",\n\t      \"image\",\n\t      \"BSSID\",\n\t      \"click\",\n\t      \"delay\",\n\t      \"read\",\n\t      \"text\",\n\t      \"move\",\n\t      \"peek\",\n\t      \"beep\",\n\t      \"rect\",\n\t      \"line\",\n\t      \"open\",\n\t      \"seek\",\n\t      \"fill\",\n\t      \"size\",\n\t      \"turn\",\n\t      \"stop\",\n\t      \"home\",\n\t      \"find\",\n\t      \"step\",\n\t      \"tone\",\n\t      \"sqrt\",\n\t      \"RSSI\",\n\t      \"SSID\",\n\t      \"end\",\n\t      \"bit\",\n\t      \"tan\",\n\t      \"cos\",\n\t      \"sin\",\n\t      \"pow\",\n\t      \"map\",\n\t      \"abs\",\n\t      \"max\",\n\t      \"min\",\n\t      \"get\",\n\t      \"run\",\n\t      \"put\"\n\t    ],\n\t    literal: [\n\t      \"DIGITAL_MESSAGE\",\n\t      \"FIRMATA_STRING\",\n\t      \"ANALOG_MESSAGE\",\n\t      \"REPORT_DIGITAL\",\n\t      \"REPORT_ANALOG\",\n\t      \"INPUT_PULLUP\",\n\t      \"SET_PIN_MODE\",\n\t      \"INTERNAL2V56\",\n\t      \"SYSTEM_RESET\",\n\t      \"LED_BUILTIN\",\n\t      \"INTERNAL1V1\",\n\t      \"SYSEX_START\",\n\t      \"INTERNAL\",\n\t      \"EXTERNAL\",\n\t      \"DEFAULT\",\n\t      \"OUTPUT\",\n\t      \"INPUT\",\n\t      \"HIGH\",\n\t      \"LOW\"\n\t    ]\n\t  };\n\n\t  const ARDUINO = cPlusPlus(hljs);\n\n\t  const kws = /** @type {Record<string,any>} */ (ARDUINO.keywords);\n\n\t  kws.type = [\n\t    ...kws.type,\n\t    ...ARDUINO_KW.type\n\t  ];\n\t  kws.literal = [\n\t    ...kws.literal,\n\t    ...ARDUINO_KW.literal\n\t  ];\n\t  kws.built_in = [\n\t    ...kws.built_in,\n\t    ...ARDUINO_KW.built_in\n\t  ];\n\t  kws._hints = ARDUINO_KW._hints;\n\n\t  ARDUINO.name = 'Arduino';\n\t  ARDUINO.aliases = [ 'ino' ];\n\t  ARDUINO.supersetOf = \"cpp\";\n\n\t  return ARDUINO;\n\t}\n\n\tarduino_1 = arduino;\n\treturn arduino_1;\n}\n\n/*\nLanguage: ARM Assembly\nAuthor: Dan Panzarella <alsoelp@gmail.com>\nDescription: ARM Assembly including Thumb and Thumb2 instructions\nCategory: assembler\n*/\n\nvar armasm_1;\nvar hasRequiredArmasm;\n\nfunction requireArmasm () {\n\tif (hasRequiredArmasm) return armasm_1;\n\thasRequiredArmasm = 1;\n\t/** @type LanguageFn */\n\tfunction armasm(hljs) {\n\t  // local labels: %?[FB]?[AT]?\\d{1,2}\\w+\n\n\t  const COMMENT = { variants: [\n\t    hljs.COMMENT('^[ \\\\t]*(?=#)', '$', {\n\t      relevance: 0,\n\t      excludeBegin: true\n\t    }),\n\t    hljs.COMMENT('[;@]', '$', { relevance: 0 }),\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE\n\t  ] };\n\n\t  return {\n\t    name: 'ARM Assembly',\n\t    case_insensitive: true,\n\t    aliases: [ 'arm' ],\n\t    keywords: {\n\t      $pattern: '\\\\.?' + hljs.IDENT_RE,\n\t      meta:\n\t        // GNU preprocs\n\t        '.2byte .4byte .align .ascii .asciz .balign .byte .code .data .else .end .endif .endm .endr .equ .err .exitm .extern .global .hword .if .ifdef .ifndef .include .irp .long .macro .rept .req .section .set .skip .space .text .word .arm .thumb .code16 .code32 .force_thumb .thumb_func .ltorg '\n\t        // ARM directives\n\t        + 'ALIAS ALIGN ARM AREA ASSERT ATTR CN CODE CODE16 CODE32 COMMON CP DATA DCB DCD DCDU DCDO DCFD DCFDU DCI DCQ DCQU DCW DCWU DN ELIF ELSE END ENDFUNC ENDIF ENDP ENTRY EQU EXPORT EXPORTAS EXTERN FIELD FILL FUNCTION GBLA GBLL GBLS GET GLOBAL IF IMPORT INCBIN INCLUDE INFO KEEP LCLA LCLL LCLS LTORG MACRO MAP MEND MEXIT NOFP OPT PRESERVE8 PROC QN READONLY RELOC REQUIRE REQUIRE8 RLIST FN ROUT SETA SETL SETS SN SPACE SUBT THUMB THUMBX TTL WHILE WEND ',\n\t      built_in:\n\t        'r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 r13 r14 r15 ' // standard registers\n\t        + 'pc lr sp ip sl sb fp ' // typical regs plus backward compatibility\n\t        + 'a1 a2 a3 a4 v1 v2 v3 v4 v5 v6 v7 v8 f0 f1 f2 f3 f4 f5 f6 f7 ' // more regs and fp\n\t        + 'p0 p1 p2 p3 p4 p5 p6 p7 p8 p9 p10 p11 p12 p13 p14 p15 ' // coprocessor regs\n\t        + 'c0 c1 c2 c3 c4 c5 c6 c7 c8 c9 c10 c11 c12 c13 c14 c15 ' // more coproc\n\t        + 'q0 q1 q2 q3 q4 q5 q6 q7 q8 q9 q10 q11 q12 q13 q14 q15 ' // advanced SIMD NEON regs\n\n\t        // program status registers\n\t        + 'cpsr_c cpsr_x cpsr_s cpsr_f cpsr_cx cpsr_cxs cpsr_xs cpsr_xsf cpsr_sf cpsr_cxsf '\n\t        + 'spsr_c spsr_x spsr_s spsr_f spsr_cx spsr_cxs spsr_xs spsr_xsf spsr_sf spsr_cxsf '\n\n\t        // NEON and VFP registers\n\t        + 's0 s1 s2 s3 s4 s5 s6 s7 s8 s9 s10 s11 s12 s13 s14 s15 '\n\t        + 's16 s17 s18 s19 s20 s21 s22 s23 s24 s25 s26 s27 s28 s29 s30 s31 '\n\t        + 'd0 d1 d2 d3 d4 d5 d6 d7 d8 d9 d10 d11 d12 d13 d14 d15 '\n\t        + 'd16 d17 d18 d19 d20 d21 d22 d23 d24 d25 d26 d27 d28 d29 d30 d31 '\n\n\t        + '{PC} {VAR} {TRUE} {FALSE} {OPT} {CONFIG} {ENDIAN} {CODESIZE} {CPU} {FPU} {ARCHITECTURE} {PCSTOREOFFSET} {ARMASM_VERSION} {INTER} {ROPI} {RWPI} {SWST} {NOSWST} . @'\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        begin: '\\\\b(' // mnemonics\n\t            + 'adc|'\n\t            + '(qd?|sh?|u[qh]?)?add(8|16)?|usada?8|(q|sh?|u[qh]?)?(as|sa)x|'\n\t            + 'and|adrl?|sbc|rs[bc]|asr|b[lx]?|blx|bxj|cbn?z|tb[bh]|bic|'\n\t            + 'bfc|bfi|[su]bfx|bkpt|cdp2?|clz|clrex|cmp|cmn|cpsi[ed]|cps|'\n\t            + 'setend|dbg|dmb|dsb|eor|isb|it[te]{0,3}|lsl|lsr|ror|rrx|'\n\t            + 'ldm(([id][ab])|f[ds])?|ldr((s|ex)?[bhd])?|movt?|mvn|mra|mar|'\n\t            + 'mul|[us]mull|smul[bwt][bt]|smu[as]d|smmul|smmla|'\n\t            + 'mla|umlaal|smlal?([wbt][bt]|d)|mls|smlsl?[ds]|smc|svc|sev|'\n\t            + 'mia([bt]{2}|ph)?|mrr?c2?|mcrr2?|mrs|msr|orr|orn|pkh(tb|bt)|rbit|'\n\t            + 'rev(16|sh)?|sel|[su]sat(16)?|nop|pop|push|rfe([id][ab])?|'\n\t            + 'stm([id][ab])?|str(ex)?[bhd]?|(qd?)?sub|(sh?|q|u[qh]?)?sub(8|16)|'\n\t            + '[su]xt(a?h|a?b(16)?)|srs([id][ab])?|swpb?|swi|smi|tst|teq|'\n\t            + 'wfe|wfi|yield'\n\t        + ')'\n\t        + '(eq|ne|cs|cc|mi|pl|vs|vc|hi|ls|ge|lt|gt|le|al|hs|lo)?' // condition codes\n\t        + '[sptrx]?' // legal postfixes\n\t        + '(?=\\\\s)' // followed by space\n\t      },\n\t      COMMENT,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '[^\\\\\\\\]\\'',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'title',\n\t        begin: '\\\\|',\n\t        end: '\\\\|',\n\t        illegal: '\\\\n',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          { // hex\n\t            begin: '[#$=]?0x[0-9a-f]+' },\n\t          { // bin\n\t            begin: '[#$=]?0b[01]+' },\n\t          { // literal\n\t            begin: '[#$=]\\\\d+' },\n\t          { // bare number\n\t            begin: '\\\\b\\\\d+' }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        variants: [\n\t          { // GNU ARM syntax\n\t            begin: '^[ \\\\t]*[a-z_\\\\.\\\\$][a-z0-9_\\\\.\\\\$]+:' },\n\t          { // ARM syntax\n\t            begin: '^[a-z_\\\\.\\\\$][a-z0-9_\\\\.\\\\$]+' },\n\t          { // label reference\n\t            begin: '[=#]\\\\w+' }\n\t        ],\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tarmasm_1 = armasm;\n\treturn armasm_1;\n}\n\n/*\nLanguage: HTML, XML\nWebsite: https://www.w3.org/XML/\nCategory: common, web\nAudit: 2020\n*/\n\nvar xml_1;\nvar hasRequiredXml;\n\nfunction requireXml () {\n\tif (hasRequiredXml) return xml_1;\n\thasRequiredXml = 1;\n\t/** @type LanguageFn */\n\tfunction xml(hljs) {\n\t  const regex = hljs.regex;\n\t  // Element names can contain letters, digits, hyphens, underscores, and periods\n\t  const TAG_NAME_RE = regex.concat(/[A-Z_]/, regex.optional(/[A-Z0-9_.-]*:/), /[A-Z0-9_.-]*/);\n\t  const XML_IDENT_RE = /[A-Za-z0-9._:-]+/;\n\t  const XML_ENTITIES = {\n\t    className: 'symbol',\n\t    begin: /&[a-z]+;|&#[0-9]+;|&#x[a-f0-9]+;/\n\t  };\n\t  const XML_META_KEYWORDS = {\n\t    begin: /\\s/,\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        begin: /#?[a-z_][a-z1-9_-]+/,\n\t        illegal: /\\n/\n\t      }\n\t    ]\n\t  };\n\t  const XML_META_PAR_KEYWORDS = hljs.inherit(XML_META_KEYWORDS, {\n\t    begin: /\\(/,\n\t    end: /\\)/\n\t  });\n\t  const APOS_META_STRING_MODE = hljs.inherit(hljs.APOS_STRING_MODE, { className: 'string' });\n\t  const QUOTE_META_STRING_MODE = hljs.inherit(hljs.QUOTE_STRING_MODE, { className: 'string' });\n\t  const TAG_INTERNALS = {\n\t    endsWithParent: true,\n\t    illegal: /</,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        className: 'attr',\n\t        begin: XML_IDENT_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: /=\\s*/,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            endsParent: true,\n\t            variants: [\n\t              {\n\t                begin: /\"/,\n\t                end: /\"/,\n\t                contains: [ XML_ENTITIES ]\n\t              },\n\t              {\n\t                begin: /'/,\n\t                end: /'/,\n\t                contains: [ XML_ENTITIES ]\n\t              },\n\t              { begin: /[^\\s\"'=<>`]+/ }\n\t            ]\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t  return {\n\t    name: 'HTML, XML',\n\t    aliases: [\n\t      'html',\n\t      'xhtml',\n\t      'rss',\n\t      'atom',\n\t      'xjb',\n\t      'xsd',\n\t      'xsl',\n\t      'plist',\n\t      'wsf',\n\t      'svg'\n\t    ],\n\t    case_insensitive: true,\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: /<![a-z]/,\n\t        end: />/,\n\t        relevance: 10,\n\t        contains: [\n\t          XML_META_KEYWORDS,\n\t          QUOTE_META_STRING_MODE,\n\t          APOS_META_STRING_MODE,\n\t          XML_META_PAR_KEYWORDS,\n\t          {\n\t            begin: /\\[/,\n\t            end: /\\]/,\n\t            contains: [\n\t              {\n\t                className: 'meta',\n\t                begin: /<![a-z]/,\n\t                end: />/,\n\t                contains: [\n\t                  XML_META_KEYWORDS,\n\t                  XML_META_PAR_KEYWORDS,\n\t                  QUOTE_META_STRING_MODE,\n\t                  APOS_META_STRING_MODE\n\t                ]\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      hljs.COMMENT(\n\t        /<!--/,\n\t        /-->/,\n\t        { relevance: 10 }\n\t      ),\n\t      {\n\t        begin: /<!\\[CDATA\\[/,\n\t        end: /\\]\\]>/,\n\t        relevance: 10\n\t      },\n\t      XML_ENTITIES,\n\t      // xml processing instructions\n\t      {\n\t        className: 'meta',\n\t        end: /\\?>/,\n\t        variants: [\n\t          {\n\t            begin: /<\\?xml/,\n\t            relevance: 10,\n\t            contains: [\n\t              QUOTE_META_STRING_MODE\n\t            ]\n\t          },\n\t          {\n\t            begin: /<\\?[a-z][a-z0-9]+/,\n\t          }\n\t        ]\n\n\t      },\n\t      {\n\t        className: 'tag',\n\t        /*\n\t        The lookahead pattern (?=...) ensures that 'begin' only matches\n\t        '<style' as a single word, followed by a whitespace or an\n\t        ending bracket.\n\t        */\n\t        begin: /<style(?=\\s|>)/,\n\t        end: />/,\n\t        keywords: { name: 'style' },\n\t        contains: [ TAG_INTERNALS ],\n\t        starts: {\n\t          end: /<\\/style>/,\n\t          returnEnd: true,\n\t          subLanguage: [\n\t            'css',\n\t            'xml'\n\t          ]\n\t        }\n\t      },\n\t      {\n\t        className: 'tag',\n\t        // See the comment in the <style tag about the lookahead pattern\n\t        begin: /<script(?=\\s|>)/,\n\t        end: />/,\n\t        keywords: { name: 'script' },\n\t        contains: [ TAG_INTERNALS ],\n\t        starts: {\n\t          end: /<\\/script>/,\n\t          returnEnd: true,\n\t          subLanguage: [\n\t            'javascript',\n\t            'handlebars',\n\t            'xml'\n\t          ]\n\t        }\n\t      },\n\t      // we need this for now for jSX\n\t      {\n\t        className: 'tag',\n\t        begin: /<>|<\\/>/\n\t      },\n\t      // open tag\n\t      {\n\t        className: 'tag',\n\t        begin: regex.concat(\n\t          /</,\n\t          regex.lookahead(regex.concat(\n\t            TAG_NAME_RE,\n\t            // <tag/>\n\t            // <tag>\n\t            // <tag ...\n\t            regex.either(/\\/>/, />/, /\\s/)\n\t          ))\n\t        ),\n\t        end: /\\/?>/,\n\t        contains: [\n\t          {\n\t            className: 'name',\n\t            begin: TAG_NAME_RE,\n\t            relevance: 0,\n\t            starts: TAG_INTERNALS\n\t          }\n\t        ]\n\t      },\n\t      // close tag\n\t      {\n\t        className: 'tag',\n\t        begin: regex.concat(\n\t          /<\\//,\n\t          regex.lookahead(regex.concat(\n\t            TAG_NAME_RE, />/\n\t          ))\n\t        ),\n\t        contains: [\n\t          {\n\t            className: 'name',\n\t            begin: TAG_NAME_RE,\n\t            relevance: 0\n\t          },\n\t          {\n\t            begin: />/,\n\t            relevance: 0,\n\t            endsParent: true\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\txml_1 = xml;\n\treturn xml_1;\n}\n\n/*\nLanguage: AsciiDoc\nRequires: xml.js\nAuthor: Dan Allen <dan.j.allen@gmail.com>\nWebsite: http://asciidoc.org\nDescription: A semantic, text-based document format that can be exported to HTML, DocBook and other backends.\nCategory: markup\n*/\n\nvar asciidoc_1;\nvar hasRequiredAsciidoc;\n\nfunction requireAsciidoc () {\n\tif (hasRequiredAsciidoc) return asciidoc_1;\n\thasRequiredAsciidoc = 1;\n\t/** @type LanguageFn */\n\tfunction asciidoc(hljs) {\n\t  const regex = hljs.regex;\n\t  const HORIZONTAL_RULE = {\n\t    begin: '^\\'{3,}[ \\\\t]*$',\n\t    relevance: 10\n\t  };\n\t  const ESCAPED_FORMATTING = [\n\t    // escaped constrained formatting marks (i.e., \\* \\_ or \\`)\n\t    { begin: /\\\\[*_`]/ },\n\t    // escaped unconstrained formatting marks (i.e., \\\\** \\\\__ or \\\\``)\n\t    // must ignore until the next formatting marks\n\t    // this rule might not be 100% compliant with Asciidoctor 2.0 but we are entering undefined behavior territory...\n\t    { begin: /\\\\\\\\\\*{2}[^\\n]*?\\*{2}/ },\n\t    { begin: /\\\\\\\\_{2}[^\\n]*_{2}/ },\n\t    { begin: /\\\\\\\\`{2}[^\\n]*`{2}/ },\n\t    // guard: constrained formatting mark may not be preceded by \":\", \";\" or\n\t    // \"}\". match these so the constrained rule doesn't see them\n\t    { begin: /[:;}][*_`](?![*_`])/ }\n\t  ];\n\t  const STRONG = [\n\t    // inline unconstrained strong (single line)\n\t    {\n\t      className: 'strong',\n\t      begin: /\\*{2}([^\\n]+?)\\*{2}/\n\t    },\n\t    // inline unconstrained strong (multi-line)\n\t    {\n\t      className: 'strong',\n\t      begin: regex.concat(\n\t        /\\*\\*/,\n\t        /((\\*(?!\\*)|\\\\[^\\n]|[^*\\n\\\\])+\\n)+/,\n\t        /(\\*(?!\\*)|\\\\[^\\n]|[^*\\n\\\\])*/,\n\t        /\\*\\*/\n\t      ),\n\t      relevance: 0\n\t    },\n\t    // inline constrained strong (single line)\n\t    {\n\t      className: 'strong',\n\t      // must not precede or follow a word character\n\t      begin: /\\B\\*(\\S|\\S[^\\n]*?\\S)\\*(?!\\w)/\n\t    },\n\t    // inline constrained strong (multi-line)\n\t    {\n\t      className: 'strong',\n\t      // must not precede or follow a word character\n\t      begin: /\\*[^\\s]([^\\n]+\\n)+([^\\n]+)\\*/\n\t    }\n\t  ];\n\t  const EMPHASIS = [\n\t    // inline unconstrained emphasis (single line)\n\t    {\n\t      className: 'emphasis',\n\t      begin: /_{2}([^\\n]+?)_{2}/\n\t    },\n\t    // inline unconstrained emphasis (multi-line)\n\t    {\n\t      className: 'emphasis',\n\t      begin: regex.concat(\n\t        /__/,\n\t        /((_(?!_)|\\\\[^\\n]|[^_\\n\\\\])+\\n)+/,\n\t        /(_(?!_)|\\\\[^\\n]|[^_\\n\\\\])*/,\n\t        /__/\n\t      ),\n\t      relevance: 0\n\t    },\n\t    // inline constrained emphasis (single line)\n\t    {\n\t      className: 'emphasis',\n\t      // must not precede or follow a word character\n\t      begin: /\\b_(\\S|\\S[^\\n]*?\\S)_(?!\\w)/\n\t    },\n\t    // inline constrained emphasis (multi-line)\n\t    {\n\t      className: 'emphasis',\n\t      // must not precede or follow a word character\n\t      begin: /_[^\\s]([^\\n]+\\n)+([^\\n]+)_/\n\t    },\n\t    // inline constrained emphasis using single quote (legacy)\n\t    {\n\t      className: 'emphasis',\n\t      // must not follow a word character or be followed by a single quote or space\n\t      begin: '\\\\B\\'(?![\\'\\\\s])',\n\t      end: '(\\\\n{2}|\\')',\n\t      // allow escaped single quote followed by word char\n\t      contains: [\n\t        {\n\t          begin: '\\\\\\\\\\'\\\\w',\n\t          relevance: 0\n\t        }\n\t      ],\n\t      relevance: 0\n\t    }\n\t  ];\n\t  const ADMONITION = {\n\t    className: 'symbol',\n\t    begin: '^(NOTE|TIP|IMPORTANT|WARNING|CAUTION):\\\\s+',\n\t    relevance: 10\n\t  };\n\t  const BULLET_LIST = {\n\t    className: 'bullet',\n\t    begin: '^(\\\\*+|-+|\\\\.+|[^\\\\n]+?::)\\\\s+'\n\t  };\n\n\t  return {\n\t    name: 'AsciiDoc',\n\t    aliases: [ 'adoc' ],\n\t    contains: [\n\t      // block comment\n\t      hljs.COMMENT(\n\t        '^/{4,}\\\\n',\n\t        '\\\\n/{4,}$',\n\t        // can also be done as...\n\t        // '^/{4,}$',\n\t        // '^/{4,}$',\n\t        { relevance: 10 }\n\t      ),\n\t      // line comment\n\t      hljs.COMMENT(\n\t        '^//',\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      // title\n\t      {\n\t        className: 'title',\n\t        begin: '^\\\\.\\\\w.*$'\n\t      },\n\t      // example, admonition & sidebar blocks\n\t      {\n\t        begin: '^[=\\\\*]{4,}\\\\n',\n\t        end: '\\\\n^[=\\\\*]{4,}$',\n\t        relevance: 10\n\t      },\n\t      // headings\n\t      {\n\t        className: 'section',\n\t        relevance: 10,\n\t        variants: [\n\t          { begin: '^(={1,6})[ \\t].+?([ \\t]\\\\1)?$' },\n\t          { begin: '^[^\\\\[\\\\]\\\\n]+?\\\\n[=\\\\-~\\\\^\\\\+]{2,}$' }\n\t        ]\n\t      },\n\t      // document attributes\n\t      {\n\t        className: 'meta',\n\t        begin: '^:.+?:',\n\t        end: '\\\\s',\n\t        excludeEnd: true,\n\t        relevance: 10\n\t      },\n\t      // block attributes\n\t      {\n\t        className: 'meta',\n\t        begin: '^\\\\[.+?\\\\]$',\n\t        relevance: 0\n\t      },\n\t      // quoteblocks\n\t      {\n\t        className: 'quote',\n\t        begin: '^_{4,}\\\\n',\n\t        end: '\\\\n_{4,}$',\n\t        relevance: 10\n\t      },\n\t      // listing and literal blocks\n\t      {\n\t        className: 'code',\n\t        begin: '^[\\\\-\\\\.]{4,}\\\\n',\n\t        end: '\\\\n[\\\\-\\\\.]{4,}$',\n\t        relevance: 10\n\t      },\n\t      // passthrough blocks\n\t      {\n\t        begin: '^\\\\+{4,}\\\\n',\n\t        end: '\\\\n\\\\+{4,}$',\n\t        contains: [\n\t          {\n\t            begin: '<',\n\t            end: '>',\n\t            subLanguage: 'xml',\n\t            relevance: 0\n\t          }\n\t        ],\n\t        relevance: 10\n\t      },\n\n\t      BULLET_LIST,\n\t      ADMONITION,\n\t      ...ESCAPED_FORMATTING,\n\t      ...STRONG,\n\t      ...EMPHASIS,\n\n\t      // inline smart quotes\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          { begin: \"``.+?''\" },\n\t          { begin: \"`.+?'\" }\n\t        ]\n\t      },\n\t      // inline unconstrained emphasis\n\t      {\n\t        className: 'code',\n\t        begin: /`{2}/,\n\t        end: /(\\n{2}|`{2})/\n\t      },\n\t      // inline code snippets (TODO should get same treatment as strong and emphasis)\n\t      {\n\t        className: 'code',\n\t        begin: '(`.+?`|\\\\+.+?\\\\+)',\n\t        relevance: 0\n\t      },\n\t      // indented literal block\n\t      {\n\t        className: 'code',\n\t        begin: '^[ \\\\t]',\n\t        end: '$',\n\t        relevance: 0\n\t      },\n\t      HORIZONTAL_RULE,\n\t      // images and links\n\t      {\n\t        begin: '(link:)?(http|https|ftp|file|irc|image:?):\\\\S+?\\\\[[^[]*?\\\\]',\n\t        returnBegin: true,\n\t        contains: [\n\t          {\n\t            begin: '(link|image:?):',\n\t            relevance: 0\n\t          },\n\t          {\n\t            className: 'link',\n\t            begin: '\\\\w',\n\t            end: '[^\\\\[]+',\n\t            relevance: 0\n\t          },\n\t          {\n\t            className: 'string',\n\t            begin: '\\\\[',\n\t            end: '\\\\]',\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            relevance: 0\n\t          }\n\t        ],\n\t        relevance: 10\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tasciidoc_1 = asciidoc;\n\treturn asciidoc_1;\n}\n\n/*\nLanguage: AspectJ\nAuthor: Hakan Ozler <ozler.hakan@gmail.com>\nWebsite: https://www.eclipse.org/aspectj/\nDescription: Syntax Highlighting for the AspectJ Language which is a general-purpose aspect-oriented extension to the Java programming language.\nAudit: 2020\n*/\n\nvar aspectj_1;\nvar hasRequiredAspectj;\n\nfunction requireAspectj () {\n\tif (hasRequiredAspectj) return aspectj_1;\n\thasRequiredAspectj = 1;\n\t/** @type LanguageFn */\n\tfunction aspectj(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = [\n\t    \"false\",\n\t    \"synchronized\",\n\t    \"int\",\n\t    \"abstract\",\n\t    \"float\",\n\t    \"private\",\n\t    \"char\",\n\t    \"boolean\",\n\t    \"static\",\n\t    \"null\",\n\t    \"if\",\n\t    \"const\",\n\t    \"for\",\n\t    \"true\",\n\t    \"while\",\n\t    \"long\",\n\t    \"throw\",\n\t    \"strictfp\",\n\t    \"finally\",\n\t    \"protected\",\n\t    \"import\",\n\t    \"native\",\n\t    \"final\",\n\t    \"return\",\n\t    \"void\",\n\t    \"enum\",\n\t    \"else\",\n\t    \"extends\",\n\t    \"implements\",\n\t    \"break\",\n\t    \"transient\",\n\t    \"new\",\n\t    \"catch\",\n\t    \"instanceof\",\n\t    \"byte\",\n\t    \"super\",\n\t    \"volatile\",\n\t    \"case\",\n\t    \"assert\",\n\t    \"short\",\n\t    \"package\",\n\t    \"default\",\n\t    \"double\",\n\t    \"public\",\n\t    \"try\",\n\t    \"this\",\n\t    \"switch\",\n\t    \"continue\",\n\t    \"throws\",\n\t    \"privileged\",\n\t    \"aspectOf\",\n\t    \"adviceexecution\",\n\t    \"proceed\",\n\t    \"cflowbelow\",\n\t    \"cflow\",\n\t    \"initialization\",\n\t    \"preinitialization\",\n\t    \"staticinitialization\",\n\t    \"withincode\",\n\t    \"target\",\n\t    \"within\",\n\t    \"execution\",\n\t    \"getWithinTypeName\",\n\t    \"handler\",\n\t    \"thisJoinPoint\",\n\t    \"thisJoinPointStaticPart\",\n\t    \"thisEnclosingJoinPointStaticPart\",\n\t    \"declare\",\n\t    \"parents\",\n\t    \"warning\",\n\t    \"error\",\n\t    \"soft\",\n\t    \"precedence\",\n\t    \"thisAspectInstance\"\n\t  ];\n\t  const SHORTKEYS = [\n\t    \"get\",\n\t    \"set\",\n\t    \"args\",\n\t    \"call\"\n\t  ];\n\n\t  return {\n\t    name: 'AspectJ',\n\t    keywords: KEYWORDS,\n\t    illegal: /<\\/|#/,\n\t    contains: [\n\t      hljs.COMMENT(\n\t        /\\/\\*\\*/,\n\t        /\\*\\//,\n\t        {\n\t          relevance: 0,\n\t          contains: [\n\t            {\n\t              // eat up @'s in emails to prevent them to be recognized as doctags\n\t              begin: /\\w+@/,\n\t              relevance: 0\n\t            },\n\t            {\n\t              className: 'doctag',\n\t              begin: /@[A-Za-z]+/\n\t            }\n\t          ]\n\t        }\n\t      ),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'aspect',\n\t        end: /[{;=]/,\n\t        excludeEnd: true,\n\t        illegal: /[:;\"\\[\\]]/,\n\t        contains: [\n\t          { beginKeywords: 'extends implements pertypewithin perthis pertarget percflowbelow percflow issingleton' },\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          {\n\t            begin: /\\([^\\)]*/,\n\t            end: /[)]+/,\n\t            keywords: KEYWORDS.concat(SHORTKEYS),\n\t            excludeEnd: false\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class interface',\n\t        end: /[{;=]/,\n\t        excludeEnd: true,\n\t        relevance: 0,\n\t        keywords: 'class interface',\n\t        illegal: /[:\"\\[\\]]/,\n\t        contains: [\n\t          { beginKeywords: 'extends implements' },\n\t          hljs.UNDERSCORE_TITLE_MODE\n\t        ]\n\t      },\n\t      {\n\t        // AspectJ Constructs\n\t        beginKeywords: 'pointcut after before around throwing returning',\n\t        end: /[)]/,\n\t        excludeEnd: false,\n\t        illegal: /[\"\\[\\]]/,\n\t        contains: [\n\t          {\n\t            begin: regex.concat(hljs.UNDERSCORE_IDENT_RE, /\\s*\\(/),\n\t            returnBegin: true,\n\t            contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: /[:]/,\n\t        returnBegin: true,\n\t        end: /[{;]/,\n\t        relevance: 0,\n\t        excludeEnd: false,\n\t        keywords: KEYWORDS,\n\t        illegal: /[\"\\[\\]]/,\n\t        contains: [\n\t          {\n\t            begin: regex.concat(hljs.UNDERSCORE_IDENT_RE, /\\s*\\(/),\n\t            keywords: KEYWORDS.concat(SHORTKEYS),\n\t            relevance: 0\n\t          },\n\t          hljs.QUOTE_STRING_MODE\n\t        ]\n\t      },\n\t      {\n\t        // this prevents 'new Name(...), or throw ...' from being recognized as a function definition\n\t        beginKeywords: 'new throw',\n\t        relevance: 0\n\t      },\n\t      {\n\t        // the function class is a bit different for AspectJ compared to the Java language\n\t        className: 'function',\n\t        begin: /\\w+ +\\w+(\\.\\w+)?\\s*\\([^\\)]*\\)\\s*((throws)[\\w\\s,]+)?[\\{;]/,\n\t        returnBegin: true,\n\t        end: /[{;=]/,\n\t        keywords: KEYWORDS,\n\t        excludeEnd: true,\n\t        contains: [\n\t          {\n\t            begin: regex.concat(hljs.UNDERSCORE_IDENT_RE, /\\s*\\(/),\n\t            returnBegin: true,\n\t            relevance: 0,\n\t            contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t          },\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            relevance: 0,\n\t            keywords: KEYWORDS,\n\t            contains: [\n\t              hljs.APOS_STRING_MODE,\n\t              hljs.QUOTE_STRING_MODE,\n\t              hljs.C_NUMBER_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE\n\t            ]\n\t          },\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        // annotation is also used in this language\n\t        className: 'meta',\n\t        begin: /@[A-Za-z]+/\n\t      }\n\t    ]\n\t  };\n\t}\n\n\taspectj_1 = aspectj;\n\treturn aspectj_1;\n}\n\n/*\nLanguage: AutoHotkey\nAuthor: Seongwon Lee <dlimpid@gmail.com>\nDescription: AutoHotkey language definition\nCategory: scripting\n*/\n\nvar autohotkey_1;\nvar hasRequiredAutohotkey;\n\nfunction requireAutohotkey () {\n\tif (hasRequiredAutohotkey) return autohotkey_1;\n\thasRequiredAutohotkey = 1;\n\t/** @type LanguageFn */\n\tfunction autohotkey(hljs) {\n\t  const BACKTICK_ESCAPE = { begin: '`[\\\\s\\\\S]' };\n\n\t  return {\n\t    name: 'AutoHotkey',\n\t    case_insensitive: true,\n\t    aliases: [ 'ahk' ],\n\t    keywords: {\n\t      keyword: 'Break Continue Critical Exit ExitApp Gosub Goto New OnExit Pause return SetBatchLines SetTimer Suspend Thread Throw Until ahk_id ahk_class ahk_pid ahk_exe ahk_group',\n\t      literal: 'true false NOT AND OR',\n\t      built_in: 'ComSpec Clipboard ClipboardAll ErrorLevel'\n\t    },\n\t    contains: [\n\t      BACKTICK_ESCAPE,\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { contains: [ BACKTICK_ESCAPE ] }),\n\t      hljs.COMMENT(';', '$', { relevance: 0 }),\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'number',\n\t        begin: hljs.NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        // subst would be the most accurate however fails the point of\n\t        // highlighting. variable is comparably the most accurate that actually\n\t        // has some effect\n\t        className: 'variable',\n\t        begin: '%[a-zA-Z0-9#_$@]+%'\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: '^\\\\s*\\\\w+\\\\s*(,|%)'\n\t        // I don't really know if this is totally relevant\n\t      },\n\t      {\n\t        // symbol would be most accurate however is highlighted just like\n\t        // built_in and that makes up a lot of AutoHotkey code meaning that it\n\t        // would fail to highlight anything\n\t        className: 'title',\n\t        variants: [\n\t          { begin: '^[^\\\\n\";]+::(?!=)' },\n\t          {\n\t            begin: '^[^\\\\n\";]+:(?!=)',\n\t            // zero relevance as it catches a lot of things\n\t            // followed by a single ':' in many languages\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '^\\\\s*#\\\\w+',\n\t        end: '$',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: 'A_[a-zA-Z0-9]+'\n\t      },\n\t      {\n\t        // consecutive commas, not for highlighting but just for relevance\n\t        begin: ',\\\\s*,' }\n\t    ]\n\t  };\n\t}\n\n\tautohotkey_1 = autohotkey;\n\treturn autohotkey_1;\n}\n\n/*\nLanguage: AutoIt\nAuthor: Manh Tuan <junookyo@gmail.com>\nDescription: AutoIt language definition\nCategory: scripting\n*/\n\nvar autoit_1;\nvar hasRequiredAutoit;\n\nfunction requireAutoit () {\n\tif (hasRequiredAutoit) return autoit_1;\n\thasRequiredAutoit = 1;\n\t/** @type LanguageFn */\n\tfunction autoit(hljs) {\n\t  const KEYWORDS = 'ByRef Case Const ContinueCase ContinueLoop '\n\t        + 'Dim Do Else ElseIf EndFunc EndIf EndSelect '\n\t        + 'EndSwitch EndWith Enum Exit ExitLoop For Func '\n\t        + 'Global If In Local Next ReDim Return Select Static '\n\t        + 'Step Switch Then To Until Volatile WEnd While With';\n\n\t  const DIRECTIVES = [\n\t    \"EndRegion\",\n\t    \"forcedef\",\n\t    \"forceref\",\n\t    \"ignorefunc\",\n\t    \"include\",\n\t    \"include-once\",\n\t    \"NoTrayIcon\",\n\t    \"OnAutoItStartRegister\",\n\t    \"pragma\",\n\t    \"Region\",\n\t    \"RequireAdmin\",\n\t    \"Tidy_Off\",\n\t    \"Tidy_On\",\n\t    \"Tidy_Parameters\"\n\t  ];\n\n\t  const LITERAL = 'True False And Null Not Or Default';\n\n\t  const BUILT_IN =\n\t          'Abs ACos AdlibRegister AdlibUnRegister Asc AscW ASin Assign ATan AutoItSetOption AutoItWinGetTitle AutoItWinSetTitle Beep Binary BinaryLen BinaryMid BinaryToString BitAND BitNOT BitOR BitRotate BitShift BitXOR BlockInput Break Call CDTray Ceiling Chr ChrW ClipGet ClipPut ConsoleRead ConsoleWrite ConsoleWriteError ControlClick ControlCommand ControlDisable ControlEnable ControlFocus ControlGetFocus ControlGetHandle ControlGetPos ControlGetText ControlHide ControlListView ControlMove ControlSend ControlSetText ControlShow ControlTreeView Cos Dec DirCopy DirCreate DirGetSize DirMove DirRemove DllCall DllCallAddress DllCallbackFree DllCallbackGetPtr DllCallbackRegister DllClose DllOpen DllStructCreate DllStructGetData DllStructGetPtr DllStructGetSize DllStructSetData DriveGetDrive DriveGetFileSystem DriveGetLabel DriveGetSerial DriveGetType DriveMapAdd DriveMapDel DriveMapGet DriveSetLabel DriveSpaceFree DriveSpaceTotal DriveStatus EnvGet EnvSet EnvUpdate Eval Execute Exp FileChangeDir FileClose FileCopy FileCreateNTFSLink FileCreateShortcut FileDelete FileExists FileFindFirstFile FileFindNextFile FileFlush FileGetAttrib FileGetEncoding FileGetLongName FileGetPos FileGetShortcut FileGetShortName FileGetSize FileGetTime FileGetVersion FileInstall FileMove FileOpen FileOpenDialog FileRead FileReadLine FileReadToArray FileRecycle FileRecycleEmpty FileSaveDialog FileSelectFolder FileSetAttrib FileSetEnd FileSetPos FileSetTime FileWrite FileWriteLine Floor FtpSetProxy FuncName GUICreate GUICtrlCreateAvi GUICtrlCreateButton GUICtrlCreateCheckbox GUICtrlCreateCombo GUICtrlCreateContextMenu GUICtrlCreateDate GUICtrlCreateDummy GUICtrlCreateEdit GUICtrlCreateGraphic GUICtrlCreateGroup GUICtrlCreateIcon GUICtrlCreateInput GUICtrlCreateLabel GUICtrlCreateList GUICtrlCreateListView GUICtrlCreateListViewItem GUICtrlCreateMenu GUICtrlCreateMenuItem GUICtrlCreateMonthCal GUICtrlCreateObj GUICtrlCreatePic GUICtrlCreateProgress GUICtrlCreateRadio GUICtrlCreateSlider GUICtrlCreateTab GUICtrlCreateTabItem GUICtrlCreateTreeView GUICtrlCreateTreeViewItem GUICtrlCreateUpdown GUICtrlDelete GUICtrlGetHandle GUICtrlGetState GUICtrlRead GUICtrlRecvMsg GUICtrlRegisterListViewSort GUICtrlSendMsg GUICtrlSendToDummy GUICtrlSetBkColor GUICtrlSetColor GUICtrlSetCursor GUICtrlSetData GUICtrlSetDefBkColor GUICtrlSetDefColor GUICtrlSetFont GUICtrlSetGraphic GUICtrlSetImage GUICtrlSetLimit GUICtrlSetOnEvent GUICtrlSetPos GUICtrlSetResizing GUICtrlSetState GUICtrlSetStyle GUICtrlSetTip GUIDelete GUIGetCursorInfo GUIGetMsg GUIGetStyle GUIRegisterMsg GUISetAccelerators GUISetBkColor GUISetCoord GUISetCursor GUISetFont GUISetHelp GUISetIcon GUISetOnEvent GUISetState GUISetStyle GUIStartGroup GUISwitch Hex HotKeySet HttpSetProxy HttpSetUserAgent HWnd InetClose InetGet InetGetInfo InetGetSize InetRead IniDelete IniRead IniReadSection IniReadSectionNames IniRenameSection IniWrite IniWriteSection InputBox Int IsAdmin IsArray IsBinary IsBool IsDeclared IsDllStruct IsFloat IsFunc IsHWnd IsInt IsKeyword IsNumber IsObj IsPtr IsString Log MemGetStats Mod MouseClick MouseClickDrag MouseDown MouseGetCursor MouseGetPos MouseMove MouseUp MouseWheel MsgBox Number ObjCreate ObjCreateInterface ObjEvent ObjGet ObjName OnAutoItExitRegister OnAutoItExitUnRegister Ping PixelChecksum PixelGetColor PixelSearch ProcessClose ProcessExists ProcessGetStats ProcessList ProcessSetPriority ProcessWait ProcessWaitClose ProgressOff ProgressOn ProgressSet Ptr Random RegDelete RegEnumKey RegEnumVal RegRead RegWrite Round Run RunAs RunAsWait RunWait Send SendKeepActive SetError SetExtended ShellExecute ShellExecuteWait Shutdown Sin Sleep SoundPlay SoundSetWaveVolume SplashImageOn SplashOff SplashTextOn Sqrt SRandom StatusbarGetText StderrRead StdinWrite StdioClose StdoutRead String StringAddCR StringCompare StringFormat StringFromASCIIArray StringInStr StringIsAlNum StringIsAlpha StringIsASCII StringIsDigit StringIsFloat StringIsInt StringIsLower StringIsSpace StringIsUpper StringIsXDigit StringLeft StringLen StringLower StringMid StringRegExp StringRegExpReplace StringReplace StringReverse StringRight StringSplit StringStripCR StringStripWS StringToASCIIArray StringToBinary StringTrimLeft StringTrimRight StringUpper Tan TCPAccept TCPCloseSocket TCPConnect TCPListen TCPNameToIP TCPRecv TCPSend TCPShutdown, UDPShutdown TCPStartup, UDPStartup TimerDiff TimerInit ToolTip TrayCreateItem TrayCreateMenu TrayGetMsg TrayItemDelete TrayItemGetHandle TrayItemGetState TrayItemGetText TrayItemSetOnEvent TrayItemSetState TrayItemSetText TraySetClick TraySetIcon TraySetOnEvent TraySetPauseIcon TraySetState TraySetToolTip TrayTip UBound UDPBind UDPCloseSocket UDPOpen UDPRecv UDPSend VarGetType WinActivate WinActive WinClose WinExists WinFlash WinGetCaretPos WinGetClassList WinGetClientSize WinGetHandle WinGetPos WinGetProcess WinGetState WinGetText WinGetTitle WinKill WinList WinMenuSelectItem WinMinimizeAll WinMinimizeAllUndo WinMove WinSetOnTop WinSetState WinSetTitle WinSetTrans WinWait WinWaitActive WinWaitClose WinWaitNotActive';\n\n\t  const COMMENT = { variants: [\n\t    hljs.COMMENT(';', '$', { relevance: 0 }),\n\t    hljs.COMMENT('#cs', '#ce'),\n\t    hljs.COMMENT('#comments-start', '#comments-end')\n\t  ] };\n\n\t  const VARIABLE = { begin: '\\\\$[A-z0-9_]+' };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/,\n\t        contains: [\n\t          {\n\t            begin: /\"\"/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: /'/,\n\t        end: /'/,\n\t        contains: [\n\t          {\n\t            begin: /''/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const NUMBER = { variants: [\n\t    hljs.BINARY_NUMBER_MODE,\n\t    hljs.C_NUMBER_MODE\n\t  ] };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: '#',\n\t    end: '$',\n\t    keywords: { keyword: DIRECTIVES },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        beginKeywords: 'include',\n\t        keywords: { keyword: 'include' },\n\t        end: '$',\n\t        contains: [\n\t          STRING,\n\t          {\n\t            className: 'string',\n\t            variants: [\n\t              {\n\t                begin: '<',\n\t                end: '>'\n\t              },\n\t              {\n\t                begin: /\"/,\n\t                end: /\"/,\n\t                contains: [\n\t                  {\n\t                    begin: /\"\"/,\n\t                    relevance: 0\n\t                  }\n\t                ]\n\t              },\n\t              {\n\t                begin: /'/,\n\t                end: /'/,\n\t                contains: [\n\t                  {\n\t                    begin: /''/,\n\t                    relevance: 0\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      STRING,\n\t      COMMENT\n\t    ]\n\t  };\n\n\t  const CONSTANT = {\n\t    className: 'symbol',\n\t    // begin: '@',\n\t    // end: '$',\n\t    // keywords: 'AppDataCommonDir AppDataDir AutoItExe AutoItPID AutoItVersion AutoItX64 COM_EventObj CommonFilesDir Compiled ComputerName ComSpec CPUArch CR CRLF DesktopCommonDir DesktopDepth DesktopDir DesktopHeight DesktopRefresh DesktopWidth DocumentsCommonDir error exitCode exitMethod extended FavoritesCommonDir FavoritesDir GUI_CtrlHandle GUI_CtrlId GUI_DragFile GUI_DragId GUI_DropId GUI_WinHandle HomeDrive HomePath HomeShare HotKeyPressed HOUR IPAddress1 IPAddress2 IPAddress3 IPAddress4 KBLayout LF LocalAppDataDir LogonDNSDomain LogonDomain LogonServer MDAY MIN MON MSEC MUILang MyDocumentsDir NumParams OSArch OSBuild OSLang OSServicePack OSType OSVersion ProgramFilesDir ProgramsCommonDir ProgramsDir ScriptDir ScriptFullPath ScriptLineNumber ScriptName SEC StartMenuCommonDir StartMenuDir StartupCommonDir StartupDir SW_DISABLE SW_ENABLE SW_HIDE SW_LOCK SW_MAXIMIZE SW_MINIMIZE SW_RESTORE SW_SHOW SW_SHOWDEFAULT SW_SHOWMAXIMIZED SW_SHOWMINIMIZED SW_SHOWMINNOACTIVE SW_SHOWNA SW_SHOWNOACTIVATE SW_SHOWNORMAL SW_UNLOCK SystemDir TAB TempDir TRAY_ID TrayIconFlashing TrayIconVisible UserName UserProfileDir WDAY WindowsDir WorkingDir YDAY YEAR',\n\t    // relevance: 5\n\t    begin: '@[A-z0-9_]+'\n\t  };\n\n\t  const FUNCTION = {\n\t    beginKeywords: 'Func',\n\t    end: '$',\n\t    illegal: '\\\\$|\\\\[|%',\n\t    contains: [\n\t      hljs.inherit(hljs.UNDERSCORE_TITLE_MODE, { className: \"title.function\" }),\n\t      {\n\t        className: 'params',\n\t        begin: '\\\\(',\n\t        end: '\\\\)',\n\t        contains: [\n\t          VARIABLE,\n\t          STRING,\n\t          NUMBER\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'AutoIt',\n\t    case_insensitive: true,\n\t    illegal: /\\/\\*/,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_IN,\n\t      literal: LITERAL\n\t    },\n\t    contains: [\n\t      COMMENT,\n\t      VARIABLE,\n\t      STRING,\n\t      NUMBER,\n\t      PREPROCESSOR,\n\t      CONSTANT,\n\t      FUNCTION\n\t    ]\n\t  };\n\t}\n\n\tautoit_1 = autoit;\n\treturn autoit_1;\n}\n\n/*\nLanguage: AVR Assembly\nAuthor: Vladimir Ermakov <vooon341@gmail.com>\nCategory: assembler\nWebsite: https://www.microchip.com/webdoc/avrassembler/avrassembler.wb_instruction_list.html\n*/\n\nvar avrasm_1;\nvar hasRequiredAvrasm;\n\nfunction requireAvrasm () {\n\tif (hasRequiredAvrasm) return avrasm_1;\n\thasRequiredAvrasm = 1;\n\t/** @type LanguageFn */\n\tfunction avrasm(hljs) {\n\t  return {\n\t    name: 'AVR Assembly',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: '\\\\.?' + hljs.IDENT_RE,\n\t      keyword:\n\t        /* mnemonic */\n\t        'adc add adiw and andi asr bclr bld brbc brbs brcc brcs break breq brge brhc brhs '\n\t        + 'brid brie brlo brlt brmi brne brpl brsh brtc brts brvc brvs bset bst call cbi cbr '\n\t        + 'clc clh cli cln clr cls clt clv clz com cp cpc cpi cpse dec eicall eijmp elpm eor '\n\t        + 'fmul fmuls fmulsu icall ijmp in inc jmp ld ldd ldi lds lpm lsl lsr mov movw mul '\n\t        + 'muls mulsu neg nop or ori out pop push rcall ret reti rjmp rol ror sbc sbr sbrc sbrs '\n\t        + 'sec seh sbi sbci sbic sbis sbiw sei sen ser ses set sev sez sleep spm st std sts sub '\n\t        + 'subi swap tst wdr',\n\t      built_in:\n\t        /* general purpose registers */\n\t        'r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 r13 r14 r15 r16 r17 r18 r19 r20 r21 r22 '\n\t        + 'r23 r24 r25 r26 r27 r28 r29 r30 r31 x|0 xh xl y|0 yh yl z|0 zh zl '\n\t        /* IO Registers (ATMega128) */\n\t        + 'ucsr1c udr1 ucsr1a ucsr1b ubrr1l ubrr1h ucsr0c ubrr0h tccr3c tccr3a tccr3b tcnt3h '\n\t        + 'tcnt3l ocr3ah ocr3al ocr3bh ocr3bl ocr3ch ocr3cl icr3h icr3l etimsk etifr tccr1c '\n\t        + 'ocr1ch ocr1cl twcr twdr twar twsr twbr osccal xmcra xmcrb eicra spmcsr spmcr portg '\n\t        + 'ddrg ping portf ddrf sreg sph spl xdiv rampz eicrb eimsk gimsk gicr eifr gifr timsk '\n\t        + 'tifr mcucr mcucsr tccr0 tcnt0 ocr0 assr tccr1a tccr1b tcnt1h tcnt1l ocr1ah ocr1al '\n\t        + 'ocr1bh ocr1bl icr1h icr1l tccr2 tcnt2 ocr2 ocdr wdtcr sfior eearh eearl eedr eecr '\n\t        + 'porta ddra pina portb ddrb pinb portc ddrc pinc portd ddrd pind spdr spsr spcr udr0 '\n\t        + 'ucsr0a ucsr0b ubrr0l acsr admux adcsr adch adcl porte ddre pine pinf',\n\t      meta:\n\t        '.byte .cseg .db .def .device .dseg .dw .endmacro .equ .eseg .exit .include .list '\n\t        + '.listmac .macro .nolist .org .set'\n\t    },\n\t    contains: [\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.COMMENT(\n\t        ';',\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      hljs.C_NUMBER_MODE, // 0x..., decimal, float\n\t      hljs.BINARY_NUMBER_MODE, // 0b...\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b(\\\\$[a-zA-Z0-9]+|0o[0-7]+)' // $..., 0o...\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '[^\\\\\\\\]\\'',\n\t        illegal: '[^\\\\\\\\][^\\']'\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        begin: '^[A-Za-z0-9_.$]+:'\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$'\n\t      },\n\t      { // substitution within a macro\n\t        className: 'subst',\n\t        begin: '@[0-9]+'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tavrasm_1 = avrasm;\n\treturn avrasm_1;\n}\n\n/*\nLanguage: Awk\nAuthor: Matthew Daly <matthewbdaly@gmail.com>\nWebsite: https://www.gnu.org/software/gawk/manual/gawk.html\nDescription: language definition for Awk scripts\n*/\n\nvar awk_1;\nvar hasRequiredAwk;\n\nfunction requireAwk () {\n\tif (hasRequiredAwk) return awk_1;\n\thasRequiredAwk = 1;\n\t/** @type LanguageFn */\n\tfunction awk(hljs) {\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: /\\$[\\w\\d#@][\\w\\d_]*/ },\n\t      { begin: /\\$\\{(.*?)\\}/ }\n\t    ]\n\t  };\n\t  const KEYWORDS = 'BEGIN END if else while do for in break continue delete next nextfile function func exit|10';\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    variants: [\n\t      {\n\t        begin: /(u|b)?r?'''/,\n\t        end: /'''/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /(u|b)?r?\"\"\"/,\n\t        end: /\"\"\"/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /(u|r|ur)'/,\n\t        end: /'/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /(u|r|ur)\"/,\n\t        end: /\"/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /(b|br)'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /(b|br)\"/,\n\t        end: /\"/\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE\n\t    ]\n\t  };\n\t  return {\n\t    name: 'Awk',\n\t    keywords: { keyword: KEYWORDS },\n\t    contains: [\n\t      VARIABLE,\n\t      STRING,\n\t      hljs.REGEXP_MODE,\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tawk_1 = awk;\n\treturn awk_1;\n}\n\n/*\nLanguage: Microsoft X++\nDescription: X++ is a language used in Microsoft Dynamics 365, Dynamics AX, and Axapta.\nAuthor: Dmitri Roudakov <dmitri@roudakov.ru>\nWebsite: https://dynamics.microsoft.com/en-us/ax-overview/\nCategory: enterprise\n*/\n\nvar axapta_1;\nvar hasRequiredAxapta;\n\nfunction requireAxapta () {\n\tif (hasRequiredAxapta) return axapta_1;\n\thasRequiredAxapta = 1;\n\t/** @type LanguageFn */\n\tfunction axapta(hljs) {\n\t  const IDENT_RE = hljs.UNDERSCORE_IDENT_RE;\n\t  const BUILT_IN_KEYWORDS = [\n\t    'anytype',\n\t    'boolean',\n\t    'byte',\n\t    'char',\n\t    'container',\n\t    'date',\n\t    'double',\n\t    'enum',\n\t    'guid',\n\t    'int',\n\t    'int64',\n\t    'long',\n\t    'real',\n\t    'short',\n\t    'str',\n\t    'utcdatetime',\n\t    'var'\n\t  ];\n\n\t  const LITERAL_KEYWORDS = [\n\t    'default',\n\t    'false',\n\t    'null',\n\t    'true'\n\t  ];\n\n\t  const NORMAL_KEYWORDS = [\n\t    'abstract',\n\t    'as',\n\t    'asc',\n\t    'avg',\n\t    'break',\n\t    'breakpoint',\n\t    'by',\n\t    'byref',\n\t    'case',\n\t    'catch',\n\t    'changecompany',\n\t    'class',\n\t    'client',\n\t    'client',\n\t    'common',\n\t    'const',\n\t    'continue',\n\t    'count',\n\t    'crosscompany',\n\t    'delegate',\n\t    'delete_from',\n\t    'desc',\n\t    'display',\n\t    'div',\n\t    'do',\n\t    'edit',\n\t    'else',\n\t    'eventhandler',\n\t    'exists',\n\t    'extends',\n\t    'final',\n\t    'finally',\n\t    'firstfast',\n\t    'firstonly',\n\t    'firstonly1',\n\t    'firstonly10',\n\t    'firstonly100',\n\t    'firstonly1000',\n\t    'flush',\n\t    'for',\n\t    'forceliterals',\n\t    'forcenestedloop',\n\t    'forceplaceholders',\n\t    'forceselectorder',\n\t    'forupdate',\n\t    'from',\n\t    'generateonly',\n\t    'group',\n\t    'hint',\n\t    'if',\n\t    'implements',\n\t    'in',\n\t    'index',\n\t    'insert_recordset',\n\t    'interface',\n\t    'internal',\n\t    'is',\n\t    'join',\n\t    'like',\n\t    'maxof',\n\t    'minof',\n\t    'mod',\n\t    'namespace',\n\t    'new',\n\t    'next',\n\t    'nofetch',\n\t    'notexists',\n\t    'optimisticlock',\n\t    'order',\n\t    'outer',\n\t    'pessimisticlock',\n\t    'print',\n\t    'private',\n\t    'protected',\n\t    'public',\n\t    'readonly',\n\t    'repeatableread',\n\t    'retry',\n\t    'return',\n\t    'reverse',\n\t    'select',\n\t    'server',\n\t    'setting',\n\t    'static',\n\t    'sum',\n\t    'super',\n\t    'switch',\n\t    'this',\n\t    'throw',\n\t    'try',\n\t    'ttsabort',\n\t    'ttsbegin',\n\t    'ttscommit',\n\t    'unchecked',\n\t    'update_recordset',\n\t    'using',\n\t    'validtimestate',\n\t    'void',\n\t    'where',\n\t    'while'\n\t  ];\n\n\t  const KEYWORDS = {\n\t    keyword: NORMAL_KEYWORDS,\n\t    built_in: BUILT_IN_KEYWORDS,\n\t    literal: LITERAL_KEYWORDS\n\t  };\n\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /(class|interface)\\s+/,\n\t        IDENT_RE,\n\t        /\\s+(extends|implements)\\s+/,\n\t        IDENT_RE\n\t      ] },\n\t      { match: [\n\t        /class\\s+/,\n\t        IDENT_RE\n\t      ] }\n\t    ],\n\t    scope: {\n\t      2: \"title.class\",\n\t      4: \"title.class.inherited\"\n\t    },\n\t    keywords: KEYWORDS\n\t  };\n\n\t  return {\n\t    name: 'X++',\n\t    aliases: [ 'x++' ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$'\n\t      },\n\t      CLASS_DEFINITION\n\t    ]\n\t  };\n\t}\n\n\taxapta_1 = axapta;\n\treturn axapta_1;\n}\n\n/*\nLanguage: Bash\nAuthor: vah <vahtenberg@gmail.com>\nContributrors: Benjamin Pannell <contact@sierrasoftworks.com>\nWebsite: https://www.gnu.org/software/bash/\nCategory: common\n*/\n\nvar bash_1;\nvar hasRequiredBash;\n\nfunction requireBash () {\n\tif (hasRequiredBash) return bash_1;\n\thasRequiredBash = 1;\n\t/** @type LanguageFn */\n\tfunction bash(hljs) {\n\t  const regex = hljs.regex;\n\t  const VAR = {};\n\t  const BRACED_VAR = {\n\t    begin: /\\$\\{/,\n\t    end: /\\}/,\n\t    contains: [\n\t      \"self\",\n\t      {\n\t        begin: /:-/,\n\t        contains: [ VAR ]\n\t      } // default values\n\t    ]\n\t  };\n\t  Object.assign(VAR, {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: regex.concat(/\\$[\\w\\d#@][\\w\\d_]*/,\n\t        // negative look-ahead tries to avoid matching patterns that are not\n\t        // Perl at all like $ident$, @ident@, etc.\n\t        `(?![\\\\w\\\\d])(?![$])`) },\n\t      BRACED_VAR\n\t    ]\n\t  });\n\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /\\$\\(/,\n\t    end: /\\)/,\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\t  const HERE_DOC = {\n\t    begin: /<<-?\\s*(?=\\w+)/,\n\t    starts: { contains: [\n\t      hljs.END_SAME_AS_BEGIN({\n\t        begin: /(\\w+)/,\n\t        end: /(\\w+)/,\n\t        className: 'string'\n\t      })\n\t    ] }\n\t  };\n\t  const QUOTE_STRING = {\n\t    className: 'string',\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      VAR,\n\t      SUBST\n\t    ]\n\t  };\n\t  SUBST.contains.push(QUOTE_STRING);\n\t  const ESCAPED_QUOTE = {\n\t    className: '',\n\t    begin: /\\\\\"/\n\n\t  };\n\t  const APOS_STRING = {\n\t    className: 'string',\n\t    begin: /'/,\n\t    end: /'/\n\t  };\n\t  const ARITHMETIC = {\n\t    begin: /\\$\\(\\(/,\n\t    end: /\\)\\)/,\n\t    contains: [\n\t      {\n\t        begin: /\\d+#[0-9a-f]+/,\n\t        className: \"number\"\n\t      },\n\t      hljs.NUMBER_MODE,\n\t      VAR\n\t    ]\n\t  };\n\t  const SH_LIKE_SHELLS = [\n\t    \"fish\",\n\t    \"bash\",\n\t    \"zsh\",\n\t    \"sh\",\n\t    \"csh\",\n\t    \"ksh\",\n\t    \"tcsh\",\n\t    \"dash\",\n\t    \"scsh\",\n\t  ];\n\t  const KNOWN_SHEBANG = hljs.SHEBANG({\n\t    binary: `(${SH_LIKE_SHELLS.join(\"|\")})`,\n\t    relevance: 10\n\t  });\n\t  const FUNCTION = {\n\t    className: 'function',\n\t    begin: /\\w[\\w\\d_]*\\s*\\(\\s*\\)\\s*\\{/,\n\t    returnBegin: true,\n\t    contains: [ hljs.inherit(hljs.TITLE_MODE, { begin: /\\w[\\w\\d_]*/ }) ],\n\t    relevance: 0\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"elif\",\n\t    \"fi\",\n\t    \"for\",\n\t    \"while\",\n\t    \"in\",\n\t    \"do\",\n\t    \"done\",\n\t    \"case\",\n\t    \"esac\",\n\t    \"function\"\n\t  ];\n\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\"\n\t  ];\n\n\t  // to consume paths to prevent keyword matches inside them\n\t  const PATH_MODE = { match: /(\\/[a-z._-]+)+/ };\n\n\t  // http://www.gnu.org/software/bash/manual/html_node/Shell-Builtin-Commands.html\n\t  const SHELL_BUILT_INS = [\n\t    \"break\",\n\t    \"cd\",\n\t    \"continue\",\n\t    \"eval\",\n\t    \"exec\",\n\t    \"exit\",\n\t    \"export\",\n\t    \"getopts\",\n\t    \"hash\",\n\t    \"pwd\",\n\t    \"readonly\",\n\t    \"return\",\n\t    \"shift\",\n\t    \"test\",\n\t    \"times\",\n\t    \"trap\",\n\t    \"umask\",\n\t    \"unset\"\n\t  ];\n\n\t  const BASH_BUILT_INS = [\n\t    \"alias\",\n\t    \"bind\",\n\t    \"builtin\",\n\t    \"caller\",\n\t    \"command\",\n\t    \"declare\",\n\t    \"echo\",\n\t    \"enable\",\n\t    \"help\",\n\t    \"let\",\n\t    \"local\",\n\t    \"logout\",\n\t    \"mapfile\",\n\t    \"printf\",\n\t    \"read\",\n\t    \"readarray\",\n\t    \"source\",\n\t    \"type\",\n\t    \"typeset\",\n\t    \"ulimit\",\n\t    \"unalias\"\n\t  ];\n\n\t  const ZSH_BUILT_INS = [\n\t    \"autoload\",\n\t    \"bg\",\n\t    \"bindkey\",\n\t    \"bye\",\n\t    \"cap\",\n\t    \"chdir\",\n\t    \"clone\",\n\t    \"comparguments\",\n\t    \"compcall\",\n\t    \"compctl\",\n\t    \"compdescribe\",\n\t    \"compfiles\",\n\t    \"compgroups\",\n\t    \"compquote\",\n\t    \"comptags\",\n\t    \"comptry\",\n\t    \"compvalues\",\n\t    \"dirs\",\n\t    \"disable\",\n\t    \"disown\",\n\t    \"echotc\",\n\t    \"echoti\",\n\t    \"emulate\",\n\t    \"fc\",\n\t    \"fg\",\n\t    \"float\",\n\t    \"functions\",\n\t    \"getcap\",\n\t    \"getln\",\n\t    \"history\",\n\t    \"integer\",\n\t    \"jobs\",\n\t    \"kill\",\n\t    \"limit\",\n\t    \"log\",\n\t    \"noglob\",\n\t    \"popd\",\n\t    \"print\",\n\t    \"pushd\",\n\t    \"pushln\",\n\t    \"rehash\",\n\t    \"sched\",\n\t    \"setcap\",\n\t    \"setopt\",\n\t    \"stat\",\n\t    \"suspend\",\n\t    \"ttyctl\",\n\t    \"unfunction\",\n\t    \"unhash\",\n\t    \"unlimit\",\n\t    \"unsetopt\",\n\t    \"vared\",\n\t    \"wait\",\n\t    \"whence\",\n\t    \"where\",\n\t    \"which\",\n\t    \"zcompile\",\n\t    \"zformat\",\n\t    \"zftp\",\n\t    \"zle\",\n\t    \"zmodload\",\n\t    \"zparseopts\",\n\t    \"zprof\",\n\t    \"zpty\",\n\t    \"zregexparse\",\n\t    \"zsocket\",\n\t    \"zstyle\",\n\t    \"ztcp\"\n\t  ];\n\n\t  const GNU_CORE_UTILS = [\n\t    \"chcon\",\n\t    \"chgrp\",\n\t    \"chown\",\n\t    \"chmod\",\n\t    \"cp\",\n\t    \"dd\",\n\t    \"df\",\n\t    \"dir\",\n\t    \"dircolors\",\n\t    \"ln\",\n\t    \"ls\",\n\t    \"mkdir\",\n\t    \"mkfifo\",\n\t    \"mknod\",\n\t    \"mktemp\",\n\t    \"mv\",\n\t    \"realpath\",\n\t    \"rm\",\n\t    \"rmdir\",\n\t    \"shred\",\n\t    \"sync\",\n\t    \"touch\",\n\t    \"truncate\",\n\t    \"vdir\",\n\t    \"b2sum\",\n\t    \"base32\",\n\t    \"base64\",\n\t    \"cat\",\n\t    \"cksum\",\n\t    \"comm\",\n\t    \"csplit\",\n\t    \"cut\",\n\t    \"expand\",\n\t    \"fmt\",\n\t    \"fold\",\n\t    \"head\",\n\t    \"join\",\n\t    \"md5sum\",\n\t    \"nl\",\n\t    \"numfmt\",\n\t    \"od\",\n\t    \"paste\",\n\t    \"ptx\",\n\t    \"pr\",\n\t    \"sha1sum\",\n\t    \"sha224sum\",\n\t    \"sha256sum\",\n\t    \"sha384sum\",\n\t    \"sha512sum\",\n\t    \"shuf\",\n\t    \"sort\",\n\t    \"split\",\n\t    \"sum\",\n\t    \"tac\",\n\t    \"tail\",\n\t    \"tr\",\n\t    \"tsort\",\n\t    \"unexpand\",\n\t    \"uniq\",\n\t    \"wc\",\n\t    \"arch\",\n\t    \"basename\",\n\t    \"chroot\",\n\t    \"date\",\n\t    \"dirname\",\n\t    \"du\",\n\t    \"echo\",\n\t    \"env\",\n\t    \"expr\",\n\t    \"factor\",\n\t    // \"false\", // keyword literal already\n\t    \"groups\",\n\t    \"hostid\",\n\t    \"id\",\n\t    \"link\",\n\t    \"logname\",\n\t    \"nice\",\n\t    \"nohup\",\n\t    \"nproc\",\n\t    \"pathchk\",\n\t    \"pinky\",\n\t    \"printenv\",\n\t    \"printf\",\n\t    \"pwd\",\n\t    \"readlink\",\n\t    \"runcon\",\n\t    \"seq\",\n\t    \"sleep\",\n\t    \"stat\",\n\t    \"stdbuf\",\n\t    \"stty\",\n\t    \"tee\",\n\t    \"test\",\n\t    \"timeout\",\n\t    // \"true\", // keyword literal already\n\t    \"tty\",\n\t    \"uname\",\n\t    \"unlink\",\n\t    \"uptime\",\n\t    \"users\",\n\t    \"who\",\n\t    \"whoami\",\n\t    \"yes\"\n\t  ];\n\n\t  return {\n\t    name: 'Bash',\n\t    aliases: [ 'sh' ],\n\t    keywords: {\n\t      $pattern: /\\b[a-z][a-z0-9._-]+\\b/,\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS,\n\t      built_in: [\n\t        ...SHELL_BUILT_INS,\n\t        ...BASH_BUILT_INS,\n\t        // Shell modifiers\n\t        \"set\",\n\t        \"shopt\",\n\t        ...ZSH_BUILT_INS,\n\t        ...GNU_CORE_UTILS\n\t      ]\n\t    },\n\t    contains: [\n\t      KNOWN_SHEBANG, // to catch known shells and boost relevancy\n\t      hljs.SHEBANG(), // to catch unknown shells but still highlight the shebang\n\t      FUNCTION,\n\t      ARITHMETIC,\n\t      hljs.HASH_COMMENT_MODE,\n\t      HERE_DOC,\n\t      PATH_MODE,\n\t      QUOTE_STRING,\n\t      ESCAPED_QUOTE,\n\t      APOS_STRING,\n\t      VAR\n\t    ]\n\t  };\n\t}\n\n\tbash_1 = bash;\n\treturn bash_1;\n}\n\n/*\nLanguage: BASIC\nAuthor: Raphaël Assénat <raph@raphnet.net>\nDescription: Based on the BASIC reference from the Tandy 1000 guide\nWebsite: https://en.wikipedia.org/wiki/Tandy_1000\n*/\n\nvar basic_1;\nvar hasRequiredBasic;\n\nfunction requireBasic () {\n\tif (hasRequiredBasic) return basic_1;\n\thasRequiredBasic = 1;\n\t/** @type LanguageFn */\n\tfunction basic(hljs) {\n\t  const KEYWORDS = [\n\t    \"ABS\",\n\t    \"ASC\",\n\t    \"AND\",\n\t    \"ATN\",\n\t    \"AUTO|0\",\n\t    \"BEEP\",\n\t    \"BLOAD|10\",\n\t    \"BSAVE|10\",\n\t    \"CALL\",\n\t    \"CALLS\",\n\t    \"CDBL\",\n\t    \"CHAIN\",\n\t    \"CHDIR\",\n\t    \"CHR$|10\",\n\t    \"CINT\",\n\t    \"CIRCLE\",\n\t    \"CLEAR\",\n\t    \"CLOSE\",\n\t    \"CLS\",\n\t    \"COLOR\",\n\t    \"COM\",\n\t    \"COMMON\",\n\t    \"CONT\",\n\t    \"COS\",\n\t    \"CSNG\",\n\t    \"CSRLIN\",\n\t    \"CVD\",\n\t    \"CVI\",\n\t    \"CVS\",\n\t    \"DATA\",\n\t    \"DATE$\",\n\t    \"DEFDBL\",\n\t    \"DEFINT\",\n\t    \"DEFSNG\",\n\t    \"DEFSTR\",\n\t    \"DEF|0\",\n\t    \"SEG\",\n\t    \"USR\",\n\t    \"DELETE\",\n\t    \"DIM\",\n\t    \"DRAW\",\n\t    \"EDIT\",\n\t    \"END\",\n\t    \"ENVIRON\",\n\t    \"ENVIRON$\",\n\t    \"EOF\",\n\t    \"EQV\",\n\t    \"ERASE\",\n\t    \"ERDEV\",\n\t    \"ERDEV$\",\n\t    \"ERL\",\n\t    \"ERR\",\n\t    \"ERROR\",\n\t    \"EXP\",\n\t    \"FIELD\",\n\t    \"FILES\",\n\t    \"FIX\",\n\t    \"FOR|0\",\n\t    \"FRE\",\n\t    \"GET\",\n\t    \"GOSUB|10\",\n\t    \"GOTO\",\n\t    \"HEX$\",\n\t    \"IF\",\n\t    \"THEN\",\n\t    \"ELSE|0\",\n\t    \"INKEY$\",\n\t    \"INP\",\n\t    \"INPUT\",\n\t    \"INPUT#\",\n\t    \"INPUT$\",\n\t    \"INSTR\",\n\t    \"IMP\",\n\t    \"INT\",\n\t    \"IOCTL\",\n\t    \"IOCTL$\",\n\t    \"KEY\",\n\t    \"ON\",\n\t    \"OFF\",\n\t    \"LIST\",\n\t    \"KILL\",\n\t    \"LEFT$\",\n\t    \"LEN\",\n\t    \"LET\",\n\t    \"LINE\",\n\t    \"LLIST\",\n\t    \"LOAD\",\n\t    \"LOC\",\n\t    \"LOCATE\",\n\t    \"LOF\",\n\t    \"LOG\",\n\t    \"LPRINT\",\n\t    \"USING\",\n\t    \"LSET\",\n\t    \"MERGE\",\n\t    \"MID$\",\n\t    \"MKDIR\",\n\t    \"MKD$\",\n\t    \"MKI$\",\n\t    \"MKS$\",\n\t    \"MOD\",\n\t    \"NAME\",\n\t    \"NEW\",\n\t    \"NEXT\",\n\t    \"NOISE\",\n\t    \"NOT\",\n\t    \"OCT$\",\n\t    \"ON\",\n\t    \"OR\",\n\t    \"PEN\",\n\t    \"PLAY\",\n\t    \"STRIG\",\n\t    \"OPEN\",\n\t    \"OPTION\",\n\t    \"BASE\",\n\t    \"OUT\",\n\t    \"PAINT\",\n\t    \"PALETTE\",\n\t    \"PCOPY\",\n\t    \"PEEK\",\n\t    \"PMAP\",\n\t    \"POINT\",\n\t    \"POKE\",\n\t    \"POS\",\n\t    \"PRINT\",\n\t    \"PRINT]\",\n\t    \"PSET\",\n\t    \"PRESET\",\n\t    \"PUT\",\n\t    \"RANDOMIZE\",\n\t    \"READ\",\n\t    \"REM\",\n\t    \"RENUM\",\n\t    \"RESET|0\",\n\t    \"RESTORE\",\n\t    \"RESUME\",\n\t    \"RETURN|0\",\n\t    \"RIGHT$\",\n\t    \"RMDIR\",\n\t    \"RND\",\n\t    \"RSET\",\n\t    \"RUN\",\n\t    \"SAVE\",\n\t    \"SCREEN\",\n\t    \"SGN\",\n\t    \"SHELL\",\n\t    \"SIN\",\n\t    \"SOUND\",\n\t    \"SPACE$\",\n\t    \"SPC\",\n\t    \"SQR\",\n\t    \"STEP\",\n\t    \"STICK\",\n\t    \"STOP\",\n\t    \"STR$\",\n\t    \"STRING$\",\n\t    \"SWAP\",\n\t    \"SYSTEM\",\n\t    \"TAB\",\n\t    \"TAN\",\n\t    \"TIME$\",\n\t    \"TIMER\",\n\t    \"TROFF\",\n\t    \"TRON\",\n\t    \"TO\",\n\t    \"USR\",\n\t    \"VAL\",\n\t    \"VARPTR\",\n\t    \"VARPTR$\",\n\t    \"VIEW\",\n\t    \"WAIT\",\n\t    \"WHILE\",\n\t    \"WEND\",\n\t    \"WIDTH\",\n\t    \"WINDOW\",\n\t    \"WRITE\",\n\t    \"XOR\"\n\t  ];\n\n\t  return {\n\t    name: 'BASIC',\n\t    case_insensitive: true,\n\t    illegal: '^\\.',\n\t    // Support explicitly typed variables that end with $%! or #.\n\t    keywords: {\n\t      $pattern: '[a-zA-Z][a-zA-Z0-9_$%!#]*',\n\t      keyword: KEYWORDS\n\t    },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.COMMENT('REM', '$', { relevance: 10 }),\n\t      hljs.COMMENT('\\'', '$', { relevance: 0 }),\n\t      {\n\t        // Match line numbers\n\t        className: 'symbol',\n\t        begin: '^[0-9]+ ',\n\t        relevance: 10\n\t      },\n\t      {\n\t        // Match typed numeric constants (1000, 12.34!, 1.2e5, 1.5#, 1.2D2)\n\t        className: 'number',\n\t        begin: '\\\\b\\\\d+(\\\\.\\\\d+)?([edED]\\\\d+)?[#\\!]?',\n\t        relevance: 0\n\t      },\n\t      {\n\t        // Match hexadecimal numbers (&Hxxxx)\n\t        className: 'number',\n\t        begin: '(&[hH][0-9a-fA-F]{1,4})'\n\t      },\n\t      {\n\t        // Match octal numbers (&Oxxxxxx)\n\t        className: 'number',\n\t        begin: '(&[oO][0-7]{1,6})'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tbasic_1 = basic;\n\treturn basic_1;\n}\n\n/*\nLanguage: Backus–Naur Form\nWebsite: https://en.wikipedia.org/wiki/Backus–Naur_form\nAuthor: Oleg Efimov <efimovov@gmail.com>\n*/\n\nvar bnf_1;\nvar hasRequiredBnf;\n\nfunction requireBnf () {\n\tif (hasRequiredBnf) return bnf_1;\n\thasRequiredBnf = 1;\n\t/** @type LanguageFn */\n\tfunction bnf(hljs) {\n\t  return {\n\t    name: 'Backus–Naur Form',\n\t    contains: [\n\t      // Attribute\n\t      {\n\t        className: 'attribute',\n\t        begin: /</,\n\t        end: />/\n\t      },\n\t      // Specific\n\t      {\n\t        begin: /::=/,\n\t        end: /$/,\n\t        contains: [\n\t          {\n\t            begin: /</,\n\t            end: />/\n\t          },\n\t          // Common\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.QUOTE_STRING_MODE\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tbnf_1 = bnf;\n\treturn bnf_1;\n}\n\n/*\nLanguage: Brainfuck\nAuthor: Evgeny Stepanischev <imbolk@gmail.com>\nWebsite: https://esolangs.org/wiki/Brainfuck\n*/\n\nvar brainfuck_1;\nvar hasRequiredBrainfuck;\n\nfunction requireBrainfuck () {\n\tif (hasRequiredBrainfuck) return brainfuck_1;\n\thasRequiredBrainfuck = 1;\n\t/** @type LanguageFn */\n\tfunction brainfuck(hljs) {\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: /[+-]+/,\n\t    relevance: 0\n\t  };\n\t  return {\n\t    name: 'Brainfuck',\n\t    aliases: [ 'bf' ],\n\t    contains: [\n\t      hljs.COMMENT(\n\t        /[^\\[\\]\\.,\\+\\-<> \\r\\n]/,\n\t        /[\\[\\]\\.,\\+\\-<> \\r\\n]/,\n\t        {\n\t          contains: [\n\t            {\n\t              match: /[ ]+[^\\[\\]\\.,\\+\\-<> \\r\\n]/,\n\t              relevance: 0\n\t            }\n\t          ],\n\t          returnEnd: true,\n\t          relevance: 0\n\t        }\n\t      ),\n\t      {\n\t        className: 'title',\n\t        begin: '[\\\\[\\\\]]',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '[\\\\.,]',\n\t        relevance: 0\n\t      },\n\t      {\n\t        // this mode works as the only relevance counter\n\t        // it looks ahead to find the start of a run of literals\n\t        // so only the runs are counted as relevant\n\t        begin: /(?=\\+\\+|--)/,\n\t        contains: [ LITERAL ]\n\t      },\n\t      LITERAL\n\t    ]\n\t  };\n\t}\n\n\tbrainfuck_1 = brainfuck;\n\treturn brainfuck_1;\n}\n\n/*\nLanguage: C\nCategory: common, system\nWebsite: https://en.wikipedia.org/wiki/C_(programming_language)\n*/\n\nvar c_1;\nvar hasRequiredC;\n\nfunction requireC () {\n\tif (hasRequiredC) return c_1;\n\thasRequiredC = 1;\n\t/** @type LanguageFn */\n\tfunction c(hljs) {\n\t  const regex = hljs.regex;\n\t  // added for historic reasons because `hljs.C_LINE_COMMENT_MODE` does\n\t  // not include such support nor can we be sure all the grammars depending\n\t  // on it would desire this behavior\n\t  const C_LINE_COMMENT_MODE = hljs.COMMENT('//', '$', { contains: [ { begin: /\\\\\\n/ } ] });\n\t  const DECLTYPE_AUTO_RE = 'decltype\\\\(auto\\\\)';\n\t  const NAMESPACE_RE = '[a-zA-Z_]\\\\w*::';\n\t  const TEMPLATE_ARGUMENT_RE = '<[^<>]+>';\n\t  const FUNCTION_TYPE_RE = '('\n\t    + DECLTYPE_AUTO_RE + '|'\n\t    + regex.optional(NAMESPACE_RE)\n\t    + '[a-zA-Z_]\\\\w*' + regex.optional(TEMPLATE_ARGUMENT_RE)\n\t  + ')';\n\n\n\t  const TYPES = {\n\t    className: 'type',\n\t    variants: [\n\t      { begin: '\\\\b[a-z\\\\d_]*_t\\\\b' },\n\t      { match: /\\batomic_[a-z]{3,6}\\b/ }\n\t    ]\n\n\t  };\n\n\t  // https://en.cppreference.com/w/cpp/language/escape\n\t  // \\\\ \\x \\xFF \\u2837 \\u00323747 \\374\n\t  const CHARACTER_ESCAPES = '\\\\\\\\(x[0-9A-Fa-f]{2}|u[0-9A-Fa-f]{4,8}|[0-7]{3}|\\\\S)';\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '(u8?|U|L)?\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '(u8?|U|L)?\\'(' + CHARACTER_ESCAPES + \"|.)\",\n\t        end: '\\'',\n\t        illegal: '.'\n\t      },\n\t      hljs.END_SAME_AS_BEGIN({\n\t        begin: /(?:u8?|U|L)?R\"([^()\\\\ ]{0,16})\\(/,\n\t        end: /\\)([^()\\\\ ]{0,16})\"/\n\t      })\n\t    ]\n\t  };\n\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(0b[01\\']+)' },\n\t      { begin: '(-?)\\\\b([\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)((ll|LL|l|L)(u|U)?|(u|U)(ll|LL|l|L)?|f|F|b|B)' },\n\t      { begin: '(-?)(\\\\b0[xX][a-fA-F0-9\\']+|(\\\\b[\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)([eE][-+]?[\\\\d\\']+)?)' }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: /#\\s*[a-z]+\\b/,\n\t    end: /$/,\n\t    keywords: { keyword:\n\t        'if else elif endif define undef warning error line '\n\t        + 'pragma _Pragma ifdef ifndef include' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(STRINGS, { className: 'string' }),\n\t      {\n\t        className: 'string',\n\t        begin: /<.*?>/\n\t      },\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const TITLE_MODE = {\n\t    className: 'title',\n\t    begin: regex.optional(NAMESPACE_RE) + hljs.IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_TITLE = regex.optional(NAMESPACE_RE) + hljs.IDENT_RE + '\\\\s*\\\\(';\n\n\t  const C_KEYWORDS = [\n\t    \"asm\",\n\t    \"auto\",\n\t    \"break\",\n\t    \"case\",\n\t    \"continue\",\n\t    \"default\",\n\t    \"do\",\n\t    \"else\",\n\t    \"enum\",\n\t    \"extern\",\n\t    \"for\",\n\t    \"fortran\",\n\t    \"goto\",\n\t    \"if\",\n\t    \"inline\",\n\t    \"register\",\n\t    \"restrict\",\n\t    \"return\",\n\t    \"sizeof\",\n\t    \"struct\",\n\t    \"switch\",\n\t    \"typedef\",\n\t    \"union\",\n\t    \"volatile\",\n\t    \"while\",\n\t    \"_Alignas\",\n\t    \"_Alignof\",\n\t    \"_Atomic\",\n\t    \"_Generic\",\n\t    \"_Noreturn\",\n\t    \"_Static_assert\",\n\t    \"_Thread_local\",\n\t    // aliases\n\t    \"alignas\",\n\t    \"alignof\",\n\t    \"noreturn\",\n\t    \"static_assert\",\n\t    \"thread_local\",\n\t    // not a C keyword but is, for all intents and purposes, treated exactly like one.\n\t    \"_Pragma\"\n\t  ];\n\n\t  const C_TYPES = [\n\t    \"float\",\n\t    \"double\",\n\t    \"signed\",\n\t    \"unsigned\",\n\t    \"int\",\n\t    \"short\",\n\t    \"long\",\n\t    \"char\",\n\t    \"void\",\n\t    \"_Bool\",\n\t    \"_Complex\",\n\t    \"_Imaginary\",\n\t    \"_Decimal32\",\n\t    \"_Decimal64\",\n\t    \"_Decimal128\",\n\t    // modifiers\n\t    \"const\",\n\t    \"static\",\n\t    // aliases\n\t    \"complex\",\n\t    \"bool\",\n\t    \"imaginary\"\n\t  ];\n\n\t  const KEYWORDS = {\n\t    keyword: C_KEYWORDS,\n\t    type: C_TYPES,\n\t    literal: 'true false NULL',\n\t    // TODO: apply hinting work similar to what was done in cpp.js\n\t    built_in: 'std string wstring cin cout cerr clog stdin stdout stderr stringstream istringstream ostringstream '\n\t      + 'auto_ptr deque list queue stack vector map set pair bitset multiset multimap unordered_set '\n\t      + 'unordered_map unordered_multiset unordered_multimap priority_queue make_pair array shared_ptr abort terminate abs acos '\n\t      + 'asin atan2 atan calloc ceil cosh cos exit exp fabs floor fmod fprintf fputs free frexp '\n\t      + 'fscanf future isalnum isalpha iscntrl isdigit isgraph islower isprint ispunct isspace isupper '\n\t      + 'isxdigit tolower toupper labs ldexp log10 log malloc realloc memchr memcmp memcpy memset modf pow '\n\t      + 'printf putchar puts scanf sinh sin snprintf sprintf sqrt sscanf strcat strchr strcmp '\n\t      + 'strcpy strcspn strlen strncat strncmp strncpy strpbrk strrchr strspn strstr tanh tan '\n\t      + 'vfprintf vprintf vsprintf endl initializer_list unique_ptr',\n\t  };\n\n\t  const EXPRESSION_CONTAINS = [\n\t    PREPROCESSOR,\n\t    TYPES,\n\t    C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    NUMBERS,\n\t    STRINGS\n\t  ];\n\n\t  const EXPRESSION_CONTEXT = {\n\t    // This mode covers expression context where we can't expect a function\n\t    // definition and shouldn't highlight anything that looks like one:\n\t    // `return some()`, `else if()`, `(x*sum(1, 2))`\n\t    variants: [\n\t      {\n\t        begin: /=/,\n\t        end: /;/\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/\n\t      },\n\t      {\n\t        beginKeywords: 'new throw return else',\n\t        end: /;/\n\t      }\n\t    ],\n\t    keywords: KEYWORDS,\n\t    contains: EXPRESSION_CONTAINS.concat([\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS,\n\t        contains: EXPRESSION_CONTAINS.concat([ 'self' ]),\n\t        relevance: 0\n\t      }\n\t    ]),\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_DECLARATION = {\n\t    begin: '(' + FUNCTION_TYPE_RE + '[\\\\*&\\\\s]+)+' + FUNCTION_TITLE,\n\t    returnBegin: true,\n\t    end: /[{;=]/,\n\t    excludeEnd: true,\n\t    keywords: KEYWORDS,\n\t    illegal: /[^\\w\\s\\*&:<>.]/,\n\t    contains: [\n\t      { // to prevent it from being confused as the function title\n\t        begin: DECLTYPE_AUTO_RE,\n\t        keywords: KEYWORDS,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: FUNCTION_TITLE,\n\t        returnBegin: true,\n\t        contains: [ hljs.inherit(TITLE_MODE, { className: \"title.function\" }) ],\n\t        relevance: 0\n\t      },\n\t      // allow for multiple declarations, e.g.:\n\t      // extern void f(int), g(char);\n\t      {\n\t        relevance: 0,\n\t        match: /,/\n\t      },\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS,\n\t        relevance: 0,\n\t        contains: [\n\t          C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          STRINGS,\n\t          NUMBERS,\n\t          TYPES,\n\t          // Count matching parentheses.\n\t          {\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            keywords: KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              'self',\n\t              C_LINE_COMMENT_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              STRINGS,\n\t              NUMBERS,\n\t              TYPES\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      TYPES,\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      PREPROCESSOR\n\t    ]\n\t  };\n\n\t  return {\n\t    name: \"C\",\n\t    aliases: [ 'h' ],\n\t    keywords: KEYWORDS,\n\t    // Until differentiations are added between `c` and `cpp`, `c` will\n\t    // not be auto-detected to avoid auto-detect conflicts between C and C++\n\t    disableAutodetect: true,\n\t    illegal: '</',\n\t    contains: [].concat(\n\t      EXPRESSION_CONTEXT,\n\t      FUNCTION_DECLARATION,\n\t      EXPRESSION_CONTAINS,\n\t      [\n\t        PREPROCESSOR,\n\t        {\n\t          begin: hljs.IDENT_RE + '::',\n\t          keywords: KEYWORDS\n\t        },\n\t        {\n\t          className: 'class',\n\t          beginKeywords: 'enum class struct union',\n\t          end: /[{;:<>=]/,\n\t          contains: [\n\t            { beginKeywords: \"final class struct\" },\n\t            hljs.TITLE_MODE\n\t          ]\n\t        }\n\t      ]),\n\t    exports: {\n\t      preprocessor: PREPROCESSOR,\n\t      strings: STRINGS,\n\t      keywords: KEYWORDS\n\t    }\n\t  };\n\t}\n\n\tc_1 = c;\n\treturn c_1;\n}\n\n/*\nLanguage: C/AL\nAuthor: Kenneth Fuglsang Christensen <kfuglsang@gmail.com>\nDescription: Provides highlighting of Microsoft Dynamics NAV C/AL code files\nWebsite: https://docs.microsoft.com/en-us/dynamics-nav/programming-in-c-al\n*/\n\nvar cal_1;\nvar hasRequiredCal;\n\nfunction requireCal () {\n\tif (hasRequiredCal) return cal_1;\n\thasRequiredCal = 1;\n\t/** @type LanguageFn */\n\tfunction cal(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = [\n\t    \"div\",\n\t    \"mod\",\n\t    \"in\",\n\t    \"and\",\n\t    \"or\",\n\t    \"not\",\n\t    \"xor\",\n\t    \"asserterror\",\n\t    \"begin\",\n\t    \"case\",\n\t    \"do\",\n\t    \"downto\",\n\t    \"else\",\n\t    \"end\",\n\t    \"exit\",\n\t    \"for\",\n\t    \"local\",\n\t    \"if\",\n\t    \"of\",\n\t    \"repeat\",\n\t    \"then\",\n\t    \"to\",\n\t    \"until\",\n\t    \"while\",\n\t    \"with\",\n\t    \"var\"\n\t  ];\n\t  const LITERALS = 'false true';\n\t  const COMMENT_MODES = [\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.COMMENT(\n\t      /\\{/,\n\t      /\\}/,\n\t      { relevance: 0 }\n\t    ),\n\t    hljs.COMMENT(\n\t      /\\(\\*/,\n\t      /\\*\\)/,\n\t      { relevance: 10 }\n\t    )\n\t  ];\n\t  const STRING = {\n\t    className: 'string',\n\t    begin: /'/,\n\t    end: /'/,\n\t    contains: [ { begin: /''/ } ]\n\t  };\n\t  const CHAR_STRING = {\n\t    className: 'string',\n\t    begin: /(#\\d+)+/\n\t  };\n\t  const DATE = {\n\t    className: 'number',\n\t    begin: '\\\\b\\\\d+(\\\\.\\\\d+)?(DT|D|T)',\n\t    relevance: 0\n\t  };\n\t  const DBL_QUOTED_VARIABLE = {\n\t    className: 'string', // not a string technically but makes sense to be highlighted in the same style\n\t    begin: '\"',\n\t    end: '\"'\n\t  };\n\n\t  const PROCEDURE = {\n\t    match: [\n\t      /procedure/,\n\t      /\\s+/,\n\t      /[a-zA-Z_][\\w@]*/,\n\t      /\\s*/\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          STRING,\n\t          CHAR_STRING,\n\t          hljs.NUMBER_MODE\n\t        ]\n\t      },\n\t      ...COMMENT_MODES\n\t    ]\n\t  };\n\n\t  const OBJECT_TYPES = [\n\t    \"Table\",\n\t    \"Form\",\n\t    \"Report\",\n\t    \"Dataport\",\n\t    \"Codeunit\",\n\t    \"XMLport\",\n\t    \"MenuSuite\",\n\t    \"Page\",\n\t    \"Query\"\n\t  ];\n\t  const OBJECT = {\n\t    match: [\n\t      /OBJECT/,\n\t      /\\s+/,\n\t      regex.either(...OBJECT_TYPES),\n\t      /\\s+/,\n\t      /\\d+/,\n\t      /\\s+(?=[^\\s])/,\n\t      /.*/,\n\t      /$/\n\t    ],\n\t    relevance: 3,\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"type\",\n\t      5: \"number\",\n\t      7: \"title\"\n\t    }\n\t  };\n\n\t  const PROPERTY = {\n\t    match: /[\\w]+(?=\\=)/,\n\t    scope: \"attribute\",\n\t    relevance: 0\n\t  };\n\n\t  return {\n\t    name: 'C/AL',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS\n\t    },\n\t    illegal: /\\/\\*/,\n\t    contains: [\n\t      PROPERTY,\n\t      STRING,\n\t      CHAR_STRING,\n\t      DATE,\n\t      DBL_QUOTED_VARIABLE,\n\t      hljs.NUMBER_MODE,\n\t      OBJECT,\n\t      PROCEDURE\n\t    ]\n\t  };\n\t}\n\n\tcal_1 = cal;\n\treturn cal_1;\n}\n\n/*\nLanguage: Cap’n Proto\nAuthor: Oleg Efimov <efimovov@gmail.com>\nDescription: Cap’n Proto message definition format\nWebsite: https://capnproto.org/capnp-tool.html\nCategory: protocols\n*/\n\nvar capnproto_1;\nvar hasRequiredCapnproto;\n\nfunction requireCapnproto () {\n\tif (hasRequiredCapnproto) return capnproto_1;\n\thasRequiredCapnproto = 1;\n\t/** @type LanguageFn */\n\tfunction capnproto(hljs) {\n\t  const KEYWORDS = [\n\t    \"struct\",\n\t    \"enum\",\n\t    \"interface\",\n\t    \"union\",\n\t    \"group\",\n\t    \"import\",\n\t    \"using\",\n\t    \"const\",\n\t    \"annotation\",\n\t    \"extends\",\n\t    \"in\",\n\t    \"of\",\n\t    \"on\",\n\t    \"as\",\n\t    \"with\",\n\t    \"from\",\n\t    \"fixed\"\n\t  ];\n\t  const TYPES = [\n\t    \"Void\",\n\t    \"Bool\",\n\t    \"Int8\",\n\t    \"Int16\",\n\t    \"Int32\",\n\t    \"Int64\",\n\t    \"UInt8\",\n\t    \"UInt16\",\n\t    \"UInt32\",\n\t    \"UInt64\",\n\t    \"Float32\",\n\t    \"Float64\",\n\t    \"Text\",\n\t    \"Data\",\n\t    \"AnyPointer\",\n\t    \"AnyStruct\",\n\t    \"Capability\",\n\t    \"List\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\"\n\t  ];\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /(struct|enum|interface)/,\n\t        /\\s+/,\n\t        hljs.IDENT_RE\n\t      ] },\n\t      { match: [\n\t        /extends/,\n\t        /\\s*\\(/,\n\t        hljs.IDENT_RE,\n\t        /\\s*\\)/\n\t      ] }\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.class\"\n\t    }\n\t  };\n\t  return {\n\t    name: 'Cap’n Proto',\n\t    aliases: [ 'capnp' ],\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      type: TYPES,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: /@0x[\\w\\d]{16};/,\n\t        illegal: /\\n/\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        begin: /@\\d+\\b/\n\t      },\n\t      CLASS_DEFINITION\n\t    ]\n\t  };\n\t}\n\n\tcapnproto_1 = capnproto;\n\treturn capnproto_1;\n}\n\n/*\nLanguage: Ceylon\nAuthor: Lucas Werkmeister <mail@lucaswerkmeister.de>\nWebsite: https://ceylon-lang.org\n*/\n\nvar ceylon_1;\nvar hasRequiredCeylon;\n\nfunction requireCeylon () {\n\tif (hasRequiredCeylon) return ceylon_1;\n\thasRequiredCeylon = 1;\n\t/** @type LanguageFn */\n\tfunction ceylon(hljs) {\n\t  // 2.3. Identifiers and keywords\n\t  const KEYWORDS = [\n\t    \"assembly\",\n\t    \"module\",\n\t    \"package\",\n\t    \"import\",\n\t    \"alias\",\n\t    \"class\",\n\t    \"interface\",\n\t    \"object\",\n\t    \"given\",\n\t    \"value\",\n\t    \"assign\",\n\t    \"void\",\n\t    \"function\",\n\t    \"new\",\n\t    \"of\",\n\t    \"extends\",\n\t    \"satisfies\",\n\t    \"abstracts\",\n\t    \"in\",\n\t    \"out\",\n\t    \"return\",\n\t    \"break\",\n\t    \"continue\",\n\t    \"throw\",\n\t    \"assert\",\n\t    \"dynamic\",\n\t    \"if\",\n\t    \"else\",\n\t    \"switch\",\n\t    \"case\",\n\t    \"for\",\n\t    \"while\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"finally\",\n\t    \"then\",\n\t    \"let\",\n\t    \"this\",\n\t    \"outer\",\n\t    \"super\",\n\t    \"is\",\n\t    \"exists\",\n\t    \"nonempty\"\n\t  ];\n\t  // 7.4.1 Declaration Modifiers\n\t  const DECLARATION_MODIFIERS = [\n\t    \"shared\",\n\t    \"abstract\",\n\t    \"formal\",\n\t    \"default\",\n\t    \"actual\",\n\t    \"variable\",\n\t    \"late\",\n\t    \"native\",\n\t    \"deprecated\",\n\t    \"final\",\n\t    \"sealed\",\n\t    \"annotation\",\n\t    \"suppressWarnings\",\n\t    \"small\"\n\t  ];\n\t  // 7.4.2 Documentation\n\t  const DOCUMENTATION = [\n\t    \"doc\",\n\t    \"by\",\n\t    \"license\",\n\t    \"see\",\n\t    \"throws\",\n\t    \"tagged\"\n\t  ];\n\t  const SUBST = {\n\t    className: 'subst',\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    begin: /``/,\n\t    end: /``/,\n\t    keywords: KEYWORDS,\n\t    relevance: 10\n\t  };\n\t  const EXPRESSIONS = [\n\t    {\n\t      // verbatim string\n\t      className: 'string',\n\t      begin: '\"\"\"',\n\t      end: '\"\"\"',\n\t      relevance: 10\n\t    },\n\t    {\n\t      // string literal or template\n\t      className: 'string',\n\t      begin: '\"',\n\t      end: '\"',\n\t      contains: [ SUBST ]\n\t    },\n\t    {\n\t      // character literal\n\t      className: 'string',\n\t      begin: \"'\",\n\t      end: \"'\"\n\t    },\n\t    {\n\t      // numeric literal\n\t      className: 'number',\n\t      begin: '#[0-9a-fA-F_]+|\\\\$[01_]+|[0-9_]+(?:\\\\.[0-9_](?:[eE][+-]?\\\\d+)?)?[kMGTPmunpf]?',\n\t      relevance: 0\n\t    }\n\t  ];\n\t  SUBST.contains = EXPRESSIONS;\n\n\t  return {\n\t    name: 'Ceylon',\n\t    keywords: {\n\t      keyword: KEYWORDS.concat(DECLARATION_MODIFIERS),\n\t      meta: DOCUMENTATION\n\t    },\n\t    illegal: '\\\\$[^01]|#[^0-9a-fA-F]',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.COMMENT('/\\\\*', '\\\\*/', { contains: [ 'self' ] }),\n\t      {\n\t        // compiler annotation\n\t        className: 'meta',\n\t        begin: '@[a-z]\\\\w*(?::\"[^\"]*\")?'\n\t      }\n\t    ].concat(EXPRESSIONS)\n\t  };\n\t}\n\n\tceylon_1 = ceylon;\n\treturn ceylon_1;\n}\n\n/*\nLanguage: Clean\nAuthor: Camil Staps <info@camilstaps.nl>\nCategory: functional\nWebsite: http://clean.cs.ru.nl\n*/\n\nvar clean_1;\nvar hasRequiredClean;\n\nfunction requireClean () {\n\tif (hasRequiredClean) return clean_1;\n\thasRequiredClean = 1;\n\t/** @type LanguageFn */\n\tfunction clean(hljs) {\n\t  const KEYWORDS = [\n\t    \"if\",\n\t    \"let\",\n\t    \"in\",\n\t    \"with\",\n\t    \"where\",\n\t    \"case\",\n\t    \"of\",\n\t    \"class\",\n\t    \"instance\",\n\t    \"otherwise\",\n\t    \"implementation\",\n\t    \"definition\",\n\t    \"system\",\n\t    \"module\",\n\t    \"from\",\n\t    \"import\",\n\t    \"qualified\",\n\t    \"as\",\n\t    \"special\",\n\t    \"code\",\n\t    \"inline\",\n\t    \"foreign\",\n\t    \"export\",\n\t    \"ccall\",\n\t    \"stdcall\",\n\t    \"generic\",\n\t    \"derive\",\n\t    \"infix\",\n\t    \"infixl\",\n\t    \"infixr\"\n\t  ];\n\t  return {\n\t    name: 'Clean',\n\t    aliases: [\n\t      'icl',\n\t      'dcl'\n\t    ],\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in:\n\t        'Int Real Char Bool',\n\t      literal:\n\t        'True False'\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      { // relevance booster\n\t        begin: '->|<-[|:]?|#!?|>>=|\\\\{\\\\||\\\\|\\\\}|:==|=:|<>' }\n\t    ]\n\t  };\n\t}\n\n\tclean_1 = clean;\n\treturn clean_1;\n}\n\n/*\nLanguage: Clojure\nDescription: Clojure syntax (based on lisp.js)\nAuthor: mfornos\nWebsite: https://clojure.org\nCategory: lisp\n*/\n\nvar clojure_1;\nvar hasRequiredClojure;\n\nfunction requireClojure () {\n\tif (hasRequiredClojure) return clojure_1;\n\thasRequiredClojure = 1;\n\t/** @type LanguageFn */\n\tfunction clojure(hljs) {\n\t  const SYMBOLSTART = 'a-zA-Z_\\\\-!.?+*=<>&\\'';\n\t  const SYMBOL_RE = '[#]?[' + SYMBOLSTART + '][' + SYMBOLSTART + '0-9/;:$#]*';\n\t  const globals = 'def defonce defprotocol defstruct defmulti defmethod defn- defn defmacro deftype defrecord';\n\t  const keywords = {\n\t    $pattern: SYMBOL_RE,\n\t    built_in:\n\t      // Clojure keywords\n\t      globals + ' '\n\t      + 'cond apply if-not if-let if not not= =|0 <|0 >|0 <=|0 >=|0 ==|0 +|0 /|0 *|0 -|0 rem '\n\t      + 'quot neg? pos? delay? symbol? keyword? true? false? integer? empty? coll? list? '\n\t      + 'set? ifn? fn? associative? sequential? sorted? counted? reversible? number? decimal? '\n\t      + 'class? distinct? isa? float? rational? reduced? ratio? odd? even? char? seq? vector? '\n\t      + 'string? map? nil? contains? zero? instance? not-every? not-any? libspec? -> ->> .. . '\n\t      + 'inc compare do dotimes mapcat take remove take-while drop letfn drop-last take-last '\n\t      + 'drop-while while intern condp case reduced cycle split-at split-with repeat replicate '\n\t      + 'iterate range merge zipmap declare line-seq sort comparator sort-by dorun doall nthnext '\n\t      + 'nthrest partition eval doseq await await-for let agent atom send send-off release-pending-sends '\n\t      + 'add-watch mapv filterv remove-watch agent-error restart-agent set-error-handler error-handler '\n\t      + 'set-error-mode! error-mode shutdown-agents quote var fn loop recur throw try monitor-enter '\n\t      + 'monitor-exit macroexpand macroexpand-1 for dosync and or '\n\t      + 'when when-not when-let comp juxt partial sequence memoize constantly complement identity assert '\n\t      + 'peek pop doto proxy first rest cons cast coll last butlast '\n\t      + 'sigs reify second ffirst fnext nfirst nnext meta with-meta ns in-ns create-ns import '\n\t      + 'refer keys select-keys vals key val rseq name namespace promise into transient persistent! conj! '\n\t      + 'assoc! dissoc! pop! disj! use class type num float double short byte boolean bigint biginteger '\n\t      + 'bigdec print-method print-dup throw-if printf format load compile get-in update-in pr pr-on newline '\n\t      + 'flush read slurp read-line subvec with-open memfn time re-find re-groups rand-int rand mod locking '\n\t      + 'assert-valid-fdecl alias resolve ref deref refset swap! reset! set-validator! compare-and-set! alter-meta! '\n\t      + 'reset-meta! commute get-validator alter ref-set ref-history-count ref-min-history ref-max-history ensure sync io! '\n\t      + 'new next conj set! to-array future future-call into-array aset gen-class reduce map filter find empty '\n\t      + 'hash-map hash-set sorted-map sorted-map-by sorted-set sorted-set-by vec vector seq flatten reverse assoc dissoc list '\n\t      + 'disj get union difference intersection extend extend-type extend-protocol int nth delay count concat chunk chunk-buffer '\n\t      + 'chunk-append chunk-first chunk-rest max min dec unchecked-inc-int unchecked-inc unchecked-dec-inc unchecked-dec unchecked-negate '\n\t      + 'unchecked-add-int unchecked-add unchecked-subtract-int unchecked-subtract chunk-next chunk-cons chunked-seq? prn vary-meta '\n\t      + 'lazy-seq spread list* str find-keyword keyword symbol gensym force rationalize'\n\t  };\n\n\t  const SYMBOL = {\n\t    begin: SYMBOL_RE,\n\t    relevance: 0\n\t  };\n\t  const NUMBER = {\n\t    scope: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      { match: /[-+]?0[xX][0-9a-fA-F]+N?/ }, // hexadecimal                 // 0x2a\n\t      { match: /[-+]?0[0-7]+N?/ }, // octal                       // 052\n\t      { match: /[-+]?[1-9][0-9]?[rR][0-9a-zA-Z]+N?/ }, // variable radix from 2 to 36 // 2r101010, 8r52, 36r16\n\t      { match: /[-+]?[0-9]+\\/[0-9]+N?/ }, // ratio                       // 1/2\n\t      { match: /[-+]?[0-9]+((\\.[0-9]*([eE][+-]?[0-9]+)?M?)|([eE][+-]?[0-9]+M?|M))/ }, // float        // 0.42 4.2E-1M 42E1 42M\n\t      { match: /[-+]?([1-9][0-9]*|0)N?/ }, // int (don't match leading 0) // 42 42N\n\t    ]\n\t  };\n\t  const CHARACTER = {\n\t    scope: 'character',\n\t    variants: [\n\t      { match: /\\\\o[0-3]?[0-7]{1,2}/ }, // Unicode Octal 0 - 377\n\t      { match: /\\\\u[0-9a-fA-F]{4}/ }, // Unicode Hex 0000 - FFFF\n\t      { match: /\\\\(newline|space|tab|formfeed|backspace|return)/ }, // special characters\n\t      {\n\t        match: /\\\\\\S/,\n\t        relevance: 0\n\t      } // any non-whitespace char\n\t    ]\n\t  };\n\t  const REGEX = {\n\t    scope: 'regex',\n\t    begin: /#\"/,\n\t    end: /\"/,\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\t  const STRING = hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null });\n\t  const COMMA = {\n\t    scope: 'punctuation',\n\t    match: /,/,\n\t    relevance: 0\n\t  };\n\t  const COMMENT = hljs.COMMENT(\n\t    ';',\n\t    '$',\n\t    { relevance: 0 }\n\t  );\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: /\\b(true|false|nil)\\b/\n\t  };\n\t  const COLLECTION = {\n\t    begin: \"\\\\[|(#::?\" + SYMBOL_RE + \")?\\\\{\",\n\t    end: '[\\\\]\\\\}]',\n\t    relevance: 0\n\t  };\n\t  const KEY = {\n\t    className: 'symbol',\n\t    begin: '[:]{1,2}' + SYMBOL_RE\n\t  };\n\t  const LIST = {\n\t    begin: '\\\\(',\n\t    end: '\\\\)'\n\t  };\n\t  const BODY = {\n\t    endsWithParent: true,\n\t    relevance: 0\n\t  };\n\t  const NAME = {\n\t    keywords: keywords,\n\t    className: 'name',\n\t    begin: SYMBOL_RE,\n\t    relevance: 0,\n\t    starts: BODY\n\t  };\n\t  const DEFAULT_CONTAINS = [\n\t    COMMA,\n\t    LIST,\n\t    CHARACTER,\n\t    REGEX,\n\t    STRING,\n\t    COMMENT,\n\t    KEY,\n\t    COLLECTION,\n\t    NUMBER,\n\t    LITERAL,\n\t    SYMBOL\n\t  ];\n\n\t  const GLOBAL = {\n\t    beginKeywords: globals,\n\t    keywords: {\n\t      $pattern: SYMBOL_RE,\n\t      keyword: globals\n\t    },\n\t    end: '(\\\\[|#|\\\\d|\"|:|\\\\{|\\\\)|\\\\(|$)',\n\t    contains: [\n\t      {\n\t        className: 'title',\n\t        begin: SYMBOL_RE,\n\t        relevance: 0,\n\t        excludeEnd: true,\n\t        // we can only have a single title\n\t        endsParent: true\n\t      }\n\t    ].concat(DEFAULT_CONTAINS)\n\t  };\n\n\t  LIST.contains = [\n\t    GLOBAL,\n\t    NAME,\n\t    BODY\n\t  ];\n\t  BODY.contains = DEFAULT_CONTAINS;\n\t  COLLECTION.contains = DEFAULT_CONTAINS;\n\n\t  return {\n\t    name: 'Clojure',\n\t    aliases: [\n\t      'clj',\n\t      'edn'\n\t    ],\n\t    illegal: /\\S/,\n\t    contains: [\n\t      COMMA,\n\t      LIST,\n\t      CHARACTER,\n\t      REGEX,\n\t      STRING,\n\t      COMMENT,\n\t      KEY,\n\t      COLLECTION,\n\t      NUMBER,\n\t      LITERAL\n\t    ]\n\t  };\n\t}\n\n\tclojure_1 = clojure;\n\treturn clojure_1;\n}\n\n/*\nLanguage: Clojure REPL\nDescription: Clojure REPL sessions\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nRequires: clojure.js\nWebsite: https://clojure.org\nCategory: lisp\n*/\n\nvar clojureRepl_1;\nvar hasRequiredClojureRepl;\n\nfunction requireClojureRepl () {\n\tif (hasRequiredClojureRepl) return clojureRepl_1;\n\thasRequiredClojureRepl = 1;\n\t/** @type LanguageFn */\n\tfunction clojureRepl(hljs) {\n\t  return {\n\t    name: 'Clojure REPL',\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        begin: /^([\\w.-]+|\\s*#_)?=>/,\n\t        starts: {\n\t          end: /$/,\n\t          subLanguage: 'clojure'\n\t        }\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tclojureRepl_1 = clojureRepl;\n\treturn clojureRepl_1;\n}\n\n/*\nLanguage: CMake\nDescription: CMake is an open-source cross-platform system for build automation.\nAuthor: Igor Kalnitsky <igor@kalnitsky.org>\nWebsite: https://cmake.org\n*/\n\nvar cmake_1;\nvar hasRequiredCmake;\n\nfunction requireCmake () {\n\tif (hasRequiredCmake) return cmake_1;\n\thasRequiredCmake = 1;\n\t/** @type LanguageFn */\n\tfunction cmake(hljs) {\n\t  return {\n\t    name: 'CMake',\n\t    aliases: [ 'cmake.in' ],\n\t    case_insensitive: true,\n\t    keywords: { keyword:\n\t        // scripting commands\n\t        'break cmake_host_system_information cmake_minimum_required cmake_parse_arguments '\n\t        + 'cmake_policy configure_file continue elseif else endforeach endfunction endif endmacro '\n\t        + 'endwhile execute_process file find_file find_library find_package find_path '\n\t        + 'find_program foreach function get_cmake_property get_directory_property '\n\t        + 'get_filename_component get_property if include include_guard list macro '\n\t        + 'mark_as_advanced math message option return separate_arguments '\n\t        + 'set_directory_properties set_property set site_name string unset variable_watch while '\n\t        // project commands\n\t        + 'add_compile_definitions add_compile_options add_custom_command add_custom_target '\n\t        + 'add_definitions add_dependencies add_executable add_library add_link_options '\n\t        + 'add_subdirectory add_test aux_source_directory build_command create_test_sourcelist '\n\t        + 'define_property enable_language enable_testing export fltk_wrap_ui '\n\t        + 'get_source_file_property get_target_property get_test_property include_directories '\n\t        + 'include_external_msproject include_regular_expression install link_directories '\n\t        + 'link_libraries load_cache project qt_wrap_cpp qt_wrap_ui remove_definitions '\n\t        + 'set_source_files_properties set_target_properties set_tests_properties source_group '\n\t        + 'target_compile_definitions target_compile_features target_compile_options '\n\t        + 'target_include_directories target_link_directories target_link_libraries '\n\t        + 'target_link_options target_sources try_compile try_run '\n\t        // CTest commands\n\t        + 'ctest_build ctest_configure ctest_coverage ctest_empty_binary_directory ctest_memcheck '\n\t        + 'ctest_read_custom_files ctest_run_script ctest_sleep ctest_start ctest_submit '\n\t        + 'ctest_test ctest_update ctest_upload '\n\t        // deprecated commands\n\t        + 'build_name exec_program export_library_dependencies install_files install_programs '\n\t        + 'install_targets load_command make_directory output_required_files remove '\n\t        + 'subdir_depends subdirs use_mangled_mesa utility_source variable_requires write_file '\n\t        + 'qt5_use_modules qt5_use_package qt5_wrap_cpp '\n\t        // core keywords\n\t        + 'on off true false and or not command policy target test exists is_newer_than '\n\t        + 'is_directory is_symlink is_absolute matches less greater equal less_equal '\n\t        + 'greater_equal strless strgreater strequal strless_equal strgreater_equal version_less '\n\t        + 'version_greater version_equal version_less_equal version_greater_equal in_list defined' },\n\t    contains: [\n\t      {\n\t        className: 'variable',\n\t        begin: /\\$\\{/,\n\t        end: /\\}/\n\t      },\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tcmake_1 = cmake;\n\treturn cmake_1;\n}\n\nvar coffeescript_1;\nvar hasRequiredCoffeescript;\n\nfunction requireCoffeescript () {\n\tif (hasRequiredCoffeescript) return coffeescript_1;\n\thasRequiredCoffeescript = 1;\n\tconst KEYWORDS = [\n\t  \"as\", // for exports\n\t  \"in\",\n\t  \"of\",\n\t  \"if\",\n\t  \"for\",\n\t  \"while\",\n\t  \"finally\",\n\t  \"var\",\n\t  \"new\",\n\t  \"function\",\n\t  \"do\",\n\t  \"return\",\n\t  \"void\",\n\t  \"else\",\n\t  \"break\",\n\t  \"catch\",\n\t  \"instanceof\",\n\t  \"with\",\n\t  \"throw\",\n\t  \"case\",\n\t  \"default\",\n\t  \"try\",\n\t  \"switch\",\n\t  \"continue\",\n\t  \"typeof\",\n\t  \"delete\",\n\t  \"let\",\n\t  \"yield\",\n\t  \"const\",\n\t  \"class\",\n\t  // JS handles these with a special rule\n\t  // \"get\",\n\t  // \"set\",\n\t  \"debugger\",\n\t  \"async\",\n\t  \"await\",\n\t  \"static\",\n\t  \"import\",\n\t  \"from\",\n\t  \"export\",\n\t  \"extends\"\n\t];\n\tconst LITERALS = [\n\t  \"true\",\n\t  \"false\",\n\t  \"null\",\n\t  \"undefined\",\n\t  \"NaN\",\n\t  \"Infinity\"\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects\n\tconst TYPES = [\n\t  // Fundamental objects\n\t  \"Object\",\n\t  \"Function\",\n\t  \"Boolean\",\n\t  \"Symbol\",\n\t  // numbers and dates\n\t  \"Math\",\n\t  \"Date\",\n\t  \"Number\",\n\t  \"BigInt\",\n\t  // text\n\t  \"String\",\n\t  \"RegExp\",\n\t  // Indexed collections\n\t  \"Array\",\n\t  \"Float32Array\",\n\t  \"Float64Array\",\n\t  \"Int8Array\",\n\t  \"Uint8Array\",\n\t  \"Uint8ClampedArray\",\n\t  \"Int16Array\",\n\t  \"Int32Array\",\n\t  \"Uint16Array\",\n\t  \"Uint32Array\",\n\t  \"BigInt64Array\",\n\t  \"BigUint64Array\",\n\t  // Keyed collections\n\t  \"Set\",\n\t  \"Map\",\n\t  \"WeakSet\",\n\t  \"WeakMap\",\n\t  // Structured data\n\t  \"ArrayBuffer\",\n\t  \"SharedArrayBuffer\",\n\t  \"Atomics\",\n\t  \"DataView\",\n\t  \"JSON\",\n\t  // Control abstraction objects\n\t  \"Promise\",\n\t  \"Generator\",\n\t  \"GeneratorFunction\",\n\t  \"AsyncFunction\",\n\t  // Reflection\n\t  \"Reflect\",\n\t  \"Proxy\",\n\t  // Internationalization\n\t  \"Intl\",\n\t  // WebAssembly\n\t  \"WebAssembly\"\n\t];\n\n\tconst ERROR_TYPES = [\n\t  \"Error\",\n\t  \"EvalError\",\n\t  \"InternalError\",\n\t  \"RangeError\",\n\t  \"ReferenceError\",\n\t  \"SyntaxError\",\n\t  \"TypeError\",\n\t  \"URIError\"\n\t];\n\n\tconst BUILT_IN_GLOBALS = [\n\t  \"setInterval\",\n\t  \"setTimeout\",\n\t  \"clearInterval\",\n\t  \"clearTimeout\",\n\n\t  \"require\",\n\t  \"exports\",\n\n\t  \"eval\",\n\t  \"isFinite\",\n\t  \"isNaN\",\n\t  \"parseFloat\",\n\t  \"parseInt\",\n\t  \"decodeURI\",\n\t  \"decodeURIComponent\",\n\t  \"encodeURI\",\n\t  \"encodeURIComponent\",\n\t  \"escape\",\n\t  \"unescape\"\n\t];\n\n\tconst BUILT_INS = [].concat(\n\t  BUILT_IN_GLOBALS,\n\t  TYPES,\n\t  ERROR_TYPES\n\t);\n\n\t/*\n\tLanguage: CoffeeScript\n\tAuthor: Dmytrii Nagirniak <dnagir@gmail.com>\n\tContributors: Oleg Efimov <efimovov@gmail.com>, Cédric Néhémie <cedric.nehemie@gmail.com>\n\tDescription: CoffeeScript is a programming language that transcompiles to JavaScript. For info about language see http://coffeescript.org/\n\tCategory: scripting\n\tWebsite: https://coffeescript.org\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction coffeescript(hljs) {\n\t  const COFFEE_BUILT_INS = [\n\t    'npm',\n\t    'print'\n\t  ];\n\t  const COFFEE_LITERALS = [\n\t    'yes',\n\t    'no',\n\t    'on',\n\t    'off'\n\t  ];\n\t  const COFFEE_KEYWORDS = [\n\t    'then',\n\t    'unless',\n\t    'until',\n\t    'loop',\n\t    'by',\n\t    'when',\n\t    'and',\n\t    'or',\n\t    'is',\n\t    'isnt',\n\t    'not'\n\t  ];\n\t  const NOT_VALID_KEYWORDS = [\n\t    \"var\",\n\t    \"const\",\n\t    \"let\",\n\t    \"function\",\n\t    \"static\"\n\t  ];\n\t  const excluding = (list) =>\n\t    (kw) => !list.includes(kw);\n\t  const KEYWORDS$1 = {\n\t    keyword: KEYWORDS.concat(COFFEE_KEYWORDS).filter(excluding(NOT_VALID_KEYWORDS)),\n\t    literal: LITERALS.concat(COFFEE_LITERALS),\n\t    built_in: BUILT_INS.concat(COFFEE_BUILT_INS)\n\t  };\n\t  const JS_IDENT_RE = '[A-Za-z$_][0-9A-Za-z$_]*';\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS$1\n\t  };\n\t  const EXPRESSIONS = [\n\t    hljs.BINARY_NUMBER_MODE,\n\t    hljs.inherit(hljs.C_NUMBER_MODE, { starts: {\n\t      end: '(\\\\s*/)?',\n\t      relevance: 0\n\t    } }), // a number tries to eat the following slash to prevent treating it as a regexp\n\t    {\n\t      className: 'string',\n\t      variants: [\n\t        {\n\t          begin: /'''/,\n\t          end: /'''/,\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /'/,\n\t          end: /'/,\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /\"\"\"/,\n\t          end: /\"\"\"/,\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST\n\t          ]\n\t        },\n\t        {\n\t          begin: /\"/,\n\t          end: /\"/,\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST\n\t          ]\n\t        }\n\t      ]\n\t    },\n\t    {\n\t      className: 'regexp',\n\t      variants: [\n\t        {\n\t          begin: '///',\n\t          end: '///',\n\t          contains: [\n\t            SUBST,\n\t            hljs.HASH_COMMENT_MODE\n\t          ]\n\t        },\n\t        {\n\t          begin: '//[gim]{0,3}(?=\\\\W)',\n\t          relevance: 0\n\t        },\n\t        {\n\t          // regex can't start with space to parse x / 2 / 3 as two divisions\n\t          // regex can't start with *, and it supports an \"illegal\" in the main mode\n\t          begin: /\\/(?![ *]).*?(?![\\\\]).\\/[gim]{0,3}(?=\\W)/ }\n\t      ]\n\t    },\n\t    { begin: '@' + JS_IDENT_RE // relevance booster\n\t    },\n\t    {\n\t      subLanguage: 'javascript',\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      variants: [\n\t        {\n\t          begin: '```',\n\t          end: '```'\n\t        },\n\t        {\n\t          begin: '`',\n\t          end: '`'\n\t        }\n\t      ]\n\t    }\n\t  ];\n\t  SUBST.contains = EXPRESSIONS;\n\n\t  const TITLE = hljs.inherit(hljs.TITLE_MODE, { begin: JS_IDENT_RE });\n\t  const POSSIBLE_PARAMS_RE = '(\\\\(.*\\\\)\\\\s*)?\\\\B[-=]>';\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\([^\\\\(]',\n\t    returnBegin: true,\n\t    /* We need another contained nameless mode to not have every nested\n\t    pair of parens to be called \"params\" */\n\t    contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS$1,\n\t        contains: [ 'self' ].concat(EXPRESSIONS)\n\t      }\n\t    ]\n\t  };\n\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /class\\s+/,\n\t        JS_IDENT_RE,\n\t        /\\s+extends\\s+/,\n\t        JS_IDENT_RE\n\t      ] },\n\t      { match: [\n\t        /class\\s+/,\n\t        JS_IDENT_RE\n\t      ] }\n\t    ],\n\t    scope: {\n\t      2: \"title.class\",\n\t      4: \"title.class.inherited\"\n\t    },\n\t    keywords: KEYWORDS$1\n\t  };\n\n\t  return {\n\t    name: 'CoffeeScript',\n\t    aliases: [\n\t      'coffee',\n\t      'cson',\n\t      'iced'\n\t    ],\n\t    keywords: KEYWORDS$1,\n\t    illegal: /\\/\\*/,\n\t    contains: [\n\t      ...EXPRESSIONS,\n\t      hljs.COMMENT('###', '###'),\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        className: 'function',\n\t        begin: '^\\\\s*' + JS_IDENT_RE + '\\\\s*=\\\\s*' + POSSIBLE_PARAMS_RE,\n\t        end: '[-=]>',\n\t        returnBegin: true,\n\t        contains: [\n\t          TITLE,\n\t          PARAMS\n\t        ]\n\t      },\n\t      {\n\t        // anonymous function start\n\t        begin: /[:\\(,=]\\s*/,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'function',\n\t            begin: POSSIBLE_PARAMS_RE,\n\t            end: '[-=]>',\n\t            returnBegin: true,\n\t            contains: [ PARAMS ]\n\t          }\n\t        ]\n\t      },\n\t      CLASS_DEFINITION,\n\t      {\n\t        begin: JS_IDENT_RE + ':',\n\t        end: ':',\n\t        returnBegin: true,\n\t        returnEnd: true,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tcoffeescript_1 = coffeescript;\n\treturn coffeescript_1;\n}\n\n/*\nLanguage: Coq\nAuthor: Stephan Boyer <stephan@stephanboyer.com>\nCategory: functional\nWebsite: https://coq.inria.fr\n*/\n\nvar coq_1;\nvar hasRequiredCoq;\n\nfunction requireCoq () {\n\tif (hasRequiredCoq) return coq_1;\n\thasRequiredCoq = 1;\n\t/** @type LanguageFn */\n\tfunction coq(hljs) {\n\t  const KEYWORDS = [\n\t    \"_|0\",\n\t    \"as\",\n\t    \"at\",\n\t    \"cofix\",\n\t    \"else\",\n\t    \"end\",\n\t    \"exists\",\n\t    \"exists2\",\n\t    \"fix\",\n\t    \"for\",\n\t    \"forall\",\n\t    \"fun\",\n\t    \"if\",\n\t    \"IF\",\n\t    \"in\",\n\t    \"let\",\n\t    \"match\",\n\t    \"mod\",\n\t    \"Prop\",\n\t    \"return\",\n\t    \"Set\",\n\t    \"then\",\n\t    \"Type\",\n\t    \"using\",\n\t    \"where\",\n\t    \"with\",\n\t    \"Abort\",\n\t    \"About\",\n\t    \"Add\",\n\t    \"Admit\",\n\t    \"Admitted\",\n\t    \"All\",\n\t    \"Arguments\",\n\t    \"Assumptions\",\n\t    \"Axiom\",\n\t    \"Back\",\n\t    \"BackTo\",\n\t    \"Backtrack\",\n\t    \"Bind\",\n\t    \"Blacklist\",\n\t    \"Canonical\",\n\t    \"Cd\",\n\t    \"Check\",\n\t    \"Class\",\n\t    \"Classes\",\n\t    \"Close\",\n\t    \"Coercion\",\n\t    \"Coercions\",\n\t    \"CoFixpoint\",\n\t    \"CoInductive\",\n\t    \"Collection\",\n\t    \"Combined\",\n\t    \"Compute\",\n\t    \"Conjecture\",\n\t    \"Conjectures\",\n\t    \"Constant\",\n\t    \"constr\",\n\t    \"Constraint\",\n\t    \"Constructors\",\n\t    \"Context\",\n\t    \"Corollary\",\n\t    \"CreateHintDb\",\n\t    \"Cut\",\n\t    \"Declare\",\n\t    \"Defined\",\n\t    \"Definition\",\n\t    \"Delimit\",\n\t    \"Dependencies\",\n\t    \"Dependent\",\n\t    \"Derive\",\n\t    \"Drop\",\n\t    \"eauto\",\n\t    \"End\",\n\t    \"Equality\",\n\t    \"Eval\",\n\t    \"Example\",\n\t    \"Existential\",\n\t    \"Existentials\",\n\t    \"Existing\",\n\t    \"Export\",\n\t    \"exporting\",\n\t    \"Extern\",\n\t    \"Extract\",\n\t    \"Extraction\",\n\t    \"Fact\",\n\t    \"Field\",\n\t    \"Fields\",\n\t    \"File\",\n\t    \"Fixpoint\",\n\t    \"Focus\",\n\t    \"for\",\n\t    \"From\",\n\t    \"Function\",\n\t    \"Functional\",\n\t    \"Generalizable\",\n\t    \"Global\",\n\t    \"Goal\",\n\t    \"Grab\",\n\t    \"Grammar\",\n\t    \"Graph\",\n\t    \"Guarded\",\n\t    \"Heap\",\n\t    \"Hint\",\n\t    \"HintDb\",\n\t    \"Hints\",\n\t    \"Hypotheses\",\n\t    \"Hypothesis\",\n\t    \"ident\",\n\t    \"Identity\",\n\t    \"If\",\n\t    \"Immediate\",\n\t    \"Implicit\",\n\t    \"Import\",\n\t    \"Include\",\n\t    \"Inductive\",\n\t    \"Infix\",\n\t    \"Info\",\n\t    \"Initial\",\n\t    \"Inline\",\n\t    \"Inspect\",\n\t    \"Instance\",\n\t    \"Instances\",\n\t    \"Intro\",\n\t    \"Intros\",\n\t    \"Inversion\",\n\t    \"Inversion_clear\",\n\t    \"Language\",\n\t    \"Left\",\n\t    \"Lemma\",\n\t    \"Let\",\n\t    \"Libraries\",\n\t    \"Library\",\n\t    \"Load\",\n\t    \"LoadPath\",\n\t    \"Local\",\n\t    \"Locate\",\n\t    \"Ltac\",\n\t    \"ML\",\n\t    \"Mode\",\n\t    \"Module\",\n\t    \"Modules\",\n\t    \"Monomorphic\",\n\t    \"Morphism\",\n\t    \"Next\",\n\t    \"NoInline\",\n\t    \"Notation\",\n\t    \"Obligation\",\n\t    \"Obligations\",\n\t    \"Opaque\",\n\t    \"Open\",\n\t    \"Optimize\",\n\t    \"Options\",\n\t    \"Parameter\",\n\t    \"Parameters\",\n\t    \"Parametric\",\n\t    \"Path\",\n\t    \"Paths\",\n\t    \"pattern\",\n\t    \"Polymorphic\",\n\t    \"Preterm\",\n\t    \"Print\",\n\t    \"Printing\",\n\t    \"Program\",\n\t    \"Projections\",\n\t    \"Proof\",\n\t    \"Proposition\",\n\t    \"Pwd\",\n\t    \"Qed\",\n\t    \"Quit\",\n\t    \"Rec\",\n\t    \"Record\",\n\t    \"Recursive\",\n\t    \"Redirect\",\n\t    \"Relation\",\n\t    \"Remark\",\n\t    \"Remove\",\n\t    \"Require\",\n\t    \"Reserved\",\n\t    \"Reset\",\n\t    \"Resolve\",\n\t    \"Restart\",\n\t    \"Rewrite\",\n\t    \"Right\",\n\t    \"Ring\",\n\t    \"Rings\",\n\t    \"Save\",\n\t    \"Scheme\",\n\t    \"Scope\",\n\t    \"Scopes\",\n\t    \"Script\",\n\t    \"Search\",\n\t    \"SearchAbout\",\n\t    \"SearchHead\",\n\t    \"SearchPattern\",\n\t    \"SearchRewrite\",\n\t    \"Section\",\n\t    \"Separate\",\n\t    \"Set\",\n\t    \"Setoid\",\n\t    \"Show\",\n\t    \"Solve\",\n\t    \"Sorted\",\n\t    \"Step\",\n\t    \"Strategies\",\n\t    \"Strategy\",\n\t    \"Structure\",\n\t    \"SubClass\",\n\t    \"Table\",\n\t    \"Tables\",\n\t    \"Tactic\",\n\t    \"Term\",\n\t    \"Test\",\n\t    \"Theorem\",\n\t    \"Time\",\n\t    \"Timeout\",\n\t    \"Transparent\",\n\t    \"Type\",\n\t    \"Typeclasses\",\n\t    \"Types\",\n\t    \"Undelimit\",\n\t    \"Undo\",\n\t    \"Unfocus\",\n\t    \"Unfocused\",\n\t    \"Unfold\",\n\t    \"Universe\",\n\t    \"Universes\",\n\t    \"Unset\",\n\t    \"Unshelve\",\n\t    \"using\",\n\t    \"Variable\",\n\t    \"Variables\",\n\t    \"Variant\",\n\t    \"Verbose\",\n\t    \"Visibility\",\n\t    \"where\",\n\t    \"with\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"abstract\",\n\t    \"absurd\",\n\t    \"admit\",\n\t    \"after\",\n\t    \"apply\",\n\t    \"as\",\n\t    \"assert\",\n\t    \"assumption\",\n\t    \"at\",\n\t    \"auto\",\n\t    \"autorewrite\",\n\t    \"autounfold\",\n\t    \"before\",\n\t    \"bottom\",\n\t    \"btauto\",\n\t    \"by\",\n\t    \"case\",\n\t    \"case_eq\",\n\t    \"cbn\",\n\t    \"cbv\",\n\t    \"change\",\n\t    \"classical_left\",\n\t    \"classical_right\",\n\t    \"clear\",\n\t    \"clearbody\",\n\t    \"cofix\",\n\t    \"compare\",\n\t    \"compute\",\n\t    \"congruence\",\n\t    \"constr_eq\",\n\t    \"constructor\",\n\t    \"contradict\",\n\t    \"contradiction\",\n\t    \"cut\",\n\t    \"cutrewrite\",\n\t    \"cycle\",\n\t    \"decide\",\n\t    \"decompose\",\n\t    \"dependent\",\n\t    \"destruct\",\n\t    \"destruction\",\n\t    \"dintuition\",\n\t    \"discriminate\",\n\t    \"discrR\",\n\t    \"do\",\n\t    \"double\",\n\t    \"dtauto\",\n\t    \"eapply\",\n\t    \"eassumption\",\n\t    \"eauto\",\n\t    \"ecase\",\n\t    \"econstructor\",\n\t    \"edestruct\",\n\t    \"ediscriminate\",\n\t    \"eelim\",\n\t    \"eexact\",\n\t    \"eexists\",\n\t    \"einduction\",\n\t    \"einjection\",\n\t    \"eleft\",\n\t    \"elim\",\n\t    \"elimtype\",\n\t    \"enough\",\n\t    \"equality\",\n\t    \"erewrite\",\n\t    \"eright\",\n\t    \"esimplify_eq\",\n\t    \"esplit\",\n\t    \"evar\",\n\t    \"exact\",\n\t    \"exactly_once\",\n\t    \"exfalso\",\n\t    \"exists\",\n\t    \"f_equal\",\n\t    \"fail\",\n\t    \"field\",\n\t    \"field_simplify\",\n\t    \"field_simplify_eq\",\n\t    \"first\",\n\t    \"firstorder\",\n\t    \"fix\",\n\t    \"fold\",\n\t    \"fourier\",\n\t    \"functional\",\n\t    \"generalize\",\n\t    \"generalizing\",\n\t    \"gfail\",\n\t    \"give_up\",\n\t    \"has_evar\",\n\t    \"hnf\",\n\t    \"idtac\",\n\t    \"in\",\n\t    \"induction\",\n\t    \"injection\",\n\t    \"instantiate\",\n\t    \"intro\",\n\t    \"intro_pattern\",\n\t    \"intros\",\n\t    \"intuition\",\n\t    \"inversion\",\n\t    \"inversion_clear\",\n\t    \"is_evar\",\n\t    \"is_var\",\n\t    \"lapply\",\n\t    \"lazy\",\n\t    \"left\",\n\t    \"lia\",\n\t    \"lra\",\n\t    \"move\",\n\t    \"native_compute\",\n\t    \"nia\",\n\t    \"nsatz\",\n\t    \"omega\",\n\t    \"once\",\n\t    \"pattern\",\n\t    \"pose\",\n\t    \"progress\",\n\t    \"proof\",\n\t    \"psatz\",\n\t    \"quote\",\n\t    \"record\",\n\t    \"red\",\n\t    \"refine\",\n\t    \"reflexivity\",\n\t    \"remember\",\n\t    \"rename\",\n\t    \"repeat\",\n\t    \"replace\",\n\t    \"revert\",\n\t    \"revgoals\",\n\t    \"rewrite\",\n\t    \"rewrite_strat\",\n\t    \"right\",\n\t    \"ring\",\n\t    \"ring_simplify\",\n\t    \"rtauto\",\n\t    \"set\",\n\t    \"setoid_reflexivity\",\n\t    \"setoid_replace\",\n\t    \"setoid_rewrite\",\n\t    \"setoid_symmetry\",\n\t    \"setoid_transitivity\",\n\t    \"shelve\",\n\t    \"shelve_unifiable\",\n\t    \"simpl\",\n\t    \"simple\",\n\t    \"simplify_eq\",\n\t    \"solve\",\n\t    \"specialize\",\n\t    \"split\",\n\t    \"split_Rabs\",\n\t    \"split_Rmult\",\n\t    \"stepl\",\n\t    \"stepr\",\n\t    \"subst\",\n\t    \"sum\",\n\t    \"swap\",\n\t    \"symmetry\",\n\t    \"tactic\",\n\t    \"tauto\",\n\t    \"time\",\n\t    \"timeout\",\n\t    \"top\",\n\t    \"transitivity\",\n\t    \"trivial\",\n\t    \"try\",\n\t    \"tryif\",\n\t    \"unfold\",\n\t    \"unify\",\n\t    \"until\",\n\t    \"using\",\n\t    \"vm_compute\",\n\t    \"with\"\n\t  ];\n\t  return {\n\t    name: 'Coq',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS\n\t    },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.COMMENT('\\\\(\\\\*', '\\\\*\\\\)'),\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'type',\n\t        excludeBegin: true,\n\t        begin: '\\\\|\\\\s*',\n\t        end: '\\\\w+'\n\t      },\n\t      { // relevance booster\n\t        begin: /[-=]>/ }\n\t    ]\n\t  };\n\t}\n\n\tcoq_1 = coq;\n\treturn coq_1;\n}\n\n/*\nLanguage: Caché Object Script\nAuthor: Nikita Savchenko <zitros.lab@gmail.com>\nCategory: enterprise, scripting\nWebsite: https://cedocs.intersystems.com/latest/csp/docbook/DocBook.UI.Page.cls\n*/\n\nvar cos_1;\nvar hasRequiredCos;\n\nfunction requireCos () {\n\tif (hasRequiredCos) return cos_1;\n\thasRequiredCos = 1;\n\t/** @type LanguageFn */\n\tfunction cos(hljs) {\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        contains: [\n\t          { // escaped\n\t            begin: \"\\\"\\\"\",\n\t            relevance: 0\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const NUMBERS = {\n\t    className: \"number\",\n\t    begin: \"\\\\b(\\\\d+(\\\\.\\\\d*)?|\\\\.\\\\d+)\",\n\t    relevance: 0\n\t  };\n\n\t  const COS_KEYWORDS =\n\t    'property parameter class classmethod clientmethod extends as break '\n\t    + 'catch close continue do d|0 else elseif for goto halt hang h|0 if job '\n\t    + 'j|0 kill k|0 lock l|0 merge new open quit q|0 read r|0 return set s|0 '\n\t    + 'tcommit throw trollback try tstart use view while write w|0 xecute x|0 '\n\t    + 'zkill znspace zn ztrap zwrite zw zzdump zzwrite print zbreak zinsert '\n\t    + 'zload zprint zremove zsave zzprint mv mvcall mvcrt mvdim mvprint zquit '\n\t    + 'zsync ascii';\n\n\t  // registered function - no need in them due to all functions are highlighted,\n\t  // but I'll just leave this here.\n\n\t  // \"$bit\", \"$bitcount\",\n\t  // \"$bitfind\", \"$bitlogic\", \"$case\", \"$char\", \"$classmethod\", \"$classname\",\n\t  // \"$compile\", \"$data\", \"$decimal\", \"$double\", \"$extract\", \"$factor\",\n\t  // \"$find\", \"$fnumber\", \"$get\", \"$increment\", \"$inumber\", \"$isobject\",\n\t  // \"$isvaliddouble\", \"$isvalidnum\", \"$justify\", \"$length\", \"$list\",\n\t  // \"$listbuild\", \"$listdata\", \"$listfind\", \"$listfromstring\", \"$listget\",\n\t  // \"$listlength\", \"$listnext\", \"$listsame\", \"$listtostring\", \"$listvalid\",\n\t  // \"$locate\", \"$match\", \"$method\", \"$name\", \"$nconvert\", \"$next\",\n\t  // \"$normalize\", \"$now\", \"$number\", \"$order\", \"$parameter\", \"$piece\",\n\t  // \"$prefetchoff\", \"$prefetchon\", \"$property\", \"$qlength\", \"$qsubscript\",\n\t  // \"$query\", \"$random\", \"$replace\", \"$reverse\", \"$sconvert\", \"$select\",\n\t  // \"$sortbegin\", \"$sortend\", \"$stack\", \"$text\", \"$translate\", \"$view\",\n\t  // \"$wascii\", \"$wchar\", \"$wextract\", \"$wfind\", \"$wiswide\", \"$wlength\",\n\t  // \"$wreverse\", \"$xecute\", \"$zabs\", \"$zarccos\", \"$zarcsin\", \"$zarctan\",\n\t  // \"$zcos\", \"$zcot\", \"$zcsc\", \"$zdate\", \"$zdateh\", \"$zdatetime\",\n\t  // \"$zdatetimeh\", \"$zexp\", \"$zhex\", \"$zln\", \"$zlog\", \"$zpower\", \"$zsec\",\n\t  // \"$zsin\", \"$zsqr\", \"$ztan\", \"$ztime\", \"$ztimeh\", \"$zboolean\",\n\t  // \"$zconvert\", \"$zcrc\", \"$zcyc\", \"$zdascii\", \"$zdchar\", \"$zf\",\n\t  // \"$ziswide\", \"$zlascii\", \"$zlchar\", \"$zname\", \"$zposition\", \"$zqascii\",\n\t  // \"$zqchar\", \"$zsearch\", \"$zseek\", \"$zstrip\", \"$zwascii\", \"$zwchar\",\n\t  // \"$zwidth\", \"$zwpack\", \"$zwbpack\", \"$zwunpack\", \"$zwbunpack\", \"$zzenkaku\",\n\t  // \"$change\", \"$mv\", \"$mvat\", \"$mvfmt\", \"$mvfmts\", \"$mviconv\",\n\t  // \"$mviconvs\", \"$mvinmat\", \"$mvlover\", \"$mvoconv\", \"$mvoconvs\", \"$mvraise\",\n\t  // \"$mvtrans\", \"$mvv\", \"$mvname\", \"$zbitand\", \"$zbitcount\", \"$zbitfind\",\n\t  // \"$zbitget\", \"$zbitlen\", \"$zbitnot\", \"$zbitor\", \"$zbitset\", \"$zbitstr\",\n\t  // \"$zbitxor\", \"$zincrement\", \"$znext\", \"$zorder\", \"$zprevious\", \"$zsort\",\n\t  // \"device\", \"$ecode\", \"$estack\", \"$etrap\", \"$halt\", \"$horolog\",\n\t  // \"$io\", \"$job\", \"$key\", \"$namespace\", \"$principal\", \"$quit\", \"$roles\",\n\t  // \"$storage\", \"$system\", \"$test\", \"$this\", \"$tlevel\", \"$username\",\n\t  // \"$x\", \"$y\", \"$za\", \"$zb\", \"$zchild\", \"$zeof\", \"$zeos\", \"$zerror\",\n\t  // \"$zhorolog\", \"$zio\", \"$zjob\", \"$zmode\", \"$znspace\", \"$zparent\", \"$zpi\",\n\t  // \"$zpos\", \"$zreference\", \"$zstorage\", \"$ztimestamp\", \"$ztimezone\",\n\t  // \"$ztrap\", \"$zversion\"\n\n\t  return {\n\t    name: 'Caché Object Script',\n\t    case_insensitive: true,\n\t    aliases: [ \"cls\" ],\n\t    keywords: COS_KEYWORDS,\n\t    contains: [\n\t      NUMBERS,\n\t      STRINGS,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: \"comment\",\n\t        begin: /;/,\n\t        end: \"$\",\n\t        relevance: 0\n\t      },\n\t      { // Functions and user-defined functions: write $ztime(60*60*3), $$myFunc(10), $$^Val(1)\n\t        className: \"built_in\",\n\t        begin: /(?:\\$\\$?|\\.\\.)\\^?[a-zA-Z]+/\n\t      },\n\t      { // Macro command: quit $$$OK\n\t        className: \"built_in\",\n\t        begin: /\\$\\$\\$[a-zA-Z]+/\n\t      },\n\t      { // Special (global) variables: write %request.Content; Built-in classes: %Library.Integer\n\t        className: \"built_in\",\n\t        begin: /%[a-z]+(?:\\.[a-z]+)*/\n\t      },\n\t      { // Global variable: set ^globalName = 12 write ^globalName\n\t        className: \"symbol\",\n\t        begin: /\\^%?[a-zA-Z][\\w]*/\n\t      },\n\t      { // Some control constructions: do ##class(Package.ClassName).Method(), ##super()\n\t        className: \"keyword\",\n\t        begin: /##class|##super|#define|#dim/\n\t      },\n\t      // sub-languages: are not fully supported by hljs by 11/15/2015\n\t      // left for the future implementation.\n\t      {\n\t        begin: /&sql\\(/,\n\t        end: /\\)/,\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        subLanguage: \"sql\"\n\t      },\n\t      {\n\t        begin: /&(js|jscript|javascript)</,\n\t        end: />/,\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        subLanguage: \"javascript\"\n\t      },\n\t      {\n\t        // this brakes first and last tag, but this is the only way to embed a valid html\n\t        begin: /&html<\\s*</,\n\t        end: />\\s*>/,\n\t        subLanguage: \"xml\"\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tcos_1 = cos;\n\treturn cos_1;\n}\n\n/*\nLanguage: C++\nCategory: common, system\nWebsite: https://isocpp.org\n*/\n\nvar cpp_1;\nvar hasRequiredCpp;\n\nfunction requireCpp () {\n\tif (hasRequiredCpp) return cpp_1;\n\thasRequiredCpp = 1;\n\t/** @type LanguageFn */\n\tfunction cpp(hljs) {\n\t  const regex = hljs.regex;\n\t  // added for historic reasons because `hljs.C_LINE_COMMENT_MODE` does\n\t  // not include such support nor can we be sure all the grammars depending\n\t  // on it would desire this behavior\n\t  const C_LINE_COMMENT_MODE = hljs.COMMENT('//', '$', { contains: [ { begin: /\\\\\\n/ } ] });\n\t  const DECLTYPE_AUTO_RE = 'decltype\\\\(auto\\\\)';\n\t  const NAMESPACE_RE = '[a-zA-Z_]\\\\w*::';\n\t  const TEMPLATE_ARGUMENT_RE = '<[^<>]+>';\n\t  const FUNCTION_TYPE_RE = '(?!struct)('\n\t    + DECLTYPE_AUTO_RE + '|'\n\t    + regex.optional(NAMESPACE_RE)\n\t    + '[a-zA-Z_]\\\\w*' + regex.optional(TEMPLATE_ARGUMENT_RE)\n\t  + ')';\n\n\t  const CPP_PRIMITIVE_TYPES = {\n\t    className: 'type',\n\t    begin: '\\\\b[a-z\\\\d_]*_t\\\\b'\n\t  };\n\n\t  // https://en.cppreference.com/w/cpp/language/escape\n\t  // \\\\ \\x \\xFF \\u2837 \\u00323747 \\374\n\t  const CHARACTER_ESCAPES = '\\\\\\\\(x[0-9A-Fa-f]{2}|u[0-9A-Fa-f]{4,8}|[0-7]{3}|\\\\S)';\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '(u8?|U|L)?\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '(u8?|U|L)?\\'(' + CHARACTER_ESCAPES + '|.)',\n\t        end: '\\'',\n\t        illegal: '.'\n\t      },\n\t      hljs.END_SAME_AS_BEGIN({\n\t        begin: /(?:u8?|U|L)?R\"([^()\\\\ ]{0,16})\\(/,\n\t        end: /\\)([^()\\\\ ]{0,16})\"/\n\t      })\n\t    ]\n\t  };\n\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(0b[01\\']+)' },\n\t      { begin: '(-?)\\\\b([\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)((ll|LL|l|L)(u|U)?|(u|U)(ll|LL|l|L)?|f|F|b|B)' },\n\t      { begin: '(-?)(\\\\b0[xX][a-fA-F0-9\\']+|(\\\\b[\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)([eE][-+]?[\\\\d\\']+)?)' }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: /#\\s*[a-z]+\\b/,\n\t    end: /$/,\n\t    keywords: { keyword:\n\t        'if else elif endif define undef warning error line '\n\t        + 'pragma _Pragma ifdef ifndef include' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(STRINGS, { className: 'string' }),\n\t      {\n\t        className: 'string',\n\t        begin: /<.*?>/\n\t      },\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const TITLE_MODE = {\n\t    className: 'title',\n\t    begin: regex.optional(NAMESPACE_RE) + hljs.IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_TITLE = regex.optional(NAMESPACE_RE) + hljs.IDENT_RE + '\\\\s*\\\\(';\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const RESERVED_KEYWORDS = [\n\t    'alignas',\n\t    'alignof',\n\t    'and',\n\t    'and_eq',\n\t    'asm',\n\t    'atomic_cancel',\n\t    'atomic_commit',\n\t    'atomic_noexcept',\n\t    'auto',\n\t    'bitand',\n\t    'bitor',\n\t    'break',\n\t    'case',\n\t    'catch',\n\t    'class',\n\t    'co_await',\n\t    'co_return',\n\t    'co_yield',\n\t    'compl',\n\t    'concept',\n\t    'const_cast|10',\n\t    'consteval',\n\t    'constexpr',\n\t    'constinit',\n\t    'continue',\n\t    'decltype',\n\t    'default',\n\t    'delete',\n\t    'do',\n\t    'dynamic_cast|10',\n\t    'else',\n\t    'enum',\n\t    'explicit',\n\t    'export',\n\t    'extern',\n\t    'false',\n\t    'final',\n\t    'for',\n\t    'friend',\n\t    'goto',\n\t    'if',\n\t    'import',\n\t    'inline',\n\t    'module',\n\t    'mutable',\n\t    'namespace',\n\t    'new',\n\t    'noexcept',\n\t    'not',\n\t    'not_eq',\n\t    'nullptr',\n\t    'operator',\n\t    'or',\n\t    'or_eq',\n\t    'override',\n\t    'private',\n\t    'protected',\n\t    'public',\n\t    'reflexpr',\n\t    'register',\n\t    'reinterpret_cast|10',\n\t    'requires',\n\t    'return',\n\t    'sizeof',\n\t    'static_assert',\n\t    'static_cast|10',\n\t    'struct',\n\t    'switch',\n\t    'synchronized',\n\t    'template',\n\t    'this',\n\t    'thread_local',\n\t    'throw',\n\t    'transaction_safe',\n\t    'transaction_safe_dynamic',\n\t    'true',\n\t    'try',\n\t    'typedef',\n\t    'typeid',\n\t    'typename',\n\t    'union',\n\t    'using',\n\t    'virtual',\n\t    'volatile',\n\t    'while',\n\t    'xor',\n\t    'xor_eq'\n\t  ];\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const RESERVED_TYPES = [\n\t    'bool',\n\t    'char',\n\t    'char16_t',\n\t    'char32_t',\n\t    'char8_t',\n\t    'double',\n\t    'float',\n\t    'int',\n\t    'long',\n\t    'short',\n\t    'void',\n\t    'wchar_t',\n\t    'unsigned',\n\t    'signed',\n\t    'const',\n\t    'static'\n\t  ];\n\n\t  const TYPE_HINTS = [\n\t    'any',\n\t    'auto_ptr',\n\t    'barrier',\n\t    'binary_semaphore',\n\t    'bitset',\n\t    'complex',\n\t    'condition_variable',\n\t    'condition_variable_any',\n\t    'counting_semaphore',\n\t    'deque',\n\t    'false_type',\n\t    'future',\n\t    'imaginary',\n\t    'initializer_list',\n\t    'istringstream',\n\t    'jthread',\n\t    'latch',\n\t    'lock_guard',\n\t    'multimap',\n\t    'multiset',\n\t    'mutex',\n\t    'optional',\n\t    'ostringstream',\n\t    'packaged_task',\n\t    'pair',\n\t    'promise',\n\t    'priority_queue',\n\t    'queue',\n\t    'recursive_mutex',\n\t    'recursive_timed_mutex',\n\t    'scoped_lock',\n\t    'set',\n\t    'shared_future',\n\t    'shared_lock',\n\t    'shared_mutex',\n\t    'shared_timed_mutex',\n\t    'shared_ptr',\n\t    'stack',\n\t    'string_view',\n\t    'stringstream',\n\t    'timed_mutex',\n\t    'thread',\n\t    'true_type',\n\t    'tuple',\n\t    'unique_lock',\n\t    'unique_ptr',\n\t    'unordered_map',\n\t    'unordered_multimap',\n\t    'unordered_multiset',\n\t    'unordered_set',\n\t    'variant',\n\t    'vector',\n\t    'weak_ptr',\n\t    'wstring',\n\t    'wstring_view'\n\t  ];\n\n\t  const FUNCTION_HINTS = [\n\t    'abort',\n\t    'abs',\n\t    'acos',\n\t    'apply',\n\t    'as_const',\n\t    'asin',\n\t    'atan',\n\t    'atan2',\n\t    'calloc',\n\t    'ceil',\n\t    'cerr',\n\t    'cin',\n\t    'clog',\n\t    'cos',\n\t    'cosh',\n\t    'cout',\n\t    'declval',\n\t    'endl',\n\t    'exchange',\n\t    'exit',\n\t    'exp',\n\t    'fabs',\n\t    'floor',\n\t    'fmod',\n\t    'forward',\n\t    'fprintf',\n\t    'fputs',\n\t    'free',\n\t    'frexp',\n\t    'fscanf',\n\t    'future',\n\t    'invoke',\n\t    'isalnum',\n\t    'isalpha',\n\t    'iscntrl',\n\t    'isdigit',\n\t    'isgraph',\n\t    'islower',\n\t    'isprint',\n\t    'ispunct',\n\t    'isspace',\n\t    'isupper',\n\t    'isxdigit',\n\t    'labs',\n\t    'launder',\n\t    'ldexp',\n\t    'log',\n\t    'log10',\n\t    'make_pair',\n\t    'make_shared',\n\t    'make_shared_for_overwrite',\n\t    'make_tuple',\n\t    'make_unique',\n\t    'malloc',\n\t    'memchr',\n\t    'memcmp',\n\t    'memcpy',\n\t    'memset',\n\t    'modf',\n\t    'move',\n\t    'pow',\n\t    'printf',\n\t    'putchar',\n\t    'puts',\n\t    'realloc',\n\t    'scanf',\n\t    'sin',\n\t    'sinh',\n\t    'snprintf',\n\t    'sprintf',\n\t    'sqrt',\n\t    'sscanf',\n\t    'std',\n\t    'stderr',\n\t    'stdin',\n\t    'stdout',\n\t    'strcat',\n\t    'strchr',\n\t    'strcmp',\n\t    'strcpy',\n\t    'strcspn',\n\t    'strlen',\n\t    'strncat',\n\t    'strncmp',\n\t    'strncpy',\n\t    'strpbrk',\n\t    'strrchr',\n\t    'strspn',\n\t    'strstr',\n\t    'swap',\n\t    'tan',\n\t    'tanh',\n\t    'terminate',\n\t    'to_underlying',\n\t    'tolower',\n\t    'toupper',\n\t    'vfprintf',\n\t    'visit',\n\t    'vprintf',\n\t    'vsprintf'\n\t  ];\n\n\t  const LITERALS = [\n\t    'NULL',\n\t    'false',\n\t    'nullopt',\n\t    'nullptr',\n\t    'true'\n\t  ];\n\n\t  // https://en.cppreference.com/w/cpp/keyword\n\t  const BUILT_IN = [ '_Pragma' ];\n\n\t  const CPP_KEYWORDS = {\n\t    type: RESERVED_TYPES,\n\t    keyword: RESERVED_KEYWORDS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_IN,\n\t    _type_hints: TYPE_HINTS\n\t  };\n\n\t  const FUNCTION_DISPATCH = {\n\t    className: 'function.dispatch',\n\t    relevance: 0,\n\t    keywords: {\n\t      // Only for relevance, not highlighting.\n\t      _hint: FUNCTION_HINTS },\n\t    begin: regex.concat(\n\t      /\\b/,\n\t      /(?!decltype)/,\n\t      /(?!if)/,\n\t      /(?!for)/,\n\t      /(?!switch)/,\n\t      /(?!while)/,\n\t      hljs.IDENT_RE,\n\t      regex.lookahead(/(<[^<>]+>|)\\s*\\(/))\n\t  };\n\n\t  const EXPRESSION_CONTAINS = [\n\t    FUNCTION_DISPATCH,\n\t    PREPROCESSOR,\n\t    CPP_PRIMITIVE_TYPES,\n\t    C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    NUMBERS,\n\t    STRINGS\n\t  ];\n\n\t  const EXPRESSION_CONTEXT = {\n\t    // This mode covers expression context where we can't expect a function\n\t    // definition and shouldn't highlight anything that looks like one:\n\t    // `return some()`, `else if()`, `(x*sum(1, 2))`\n\t    variants: [\n\t      {\n\t        begin: /=/,\n\t        end: /;/\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/\n\t      },\n\t      {\n\t        beginKeywords: 'new throw return else',\n\t        end: /;/\n\t      }\n\t    ],\n\t    keywords: CPP_KEYWORDS,\n\t    contains: EXPRESSION_CONTAINS.concat([\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: CPP_KEYWORDS,\n\t        contains: EXPRESSION_CONTAINS.concat([ 'self' ]),\n\t        relevance: 0\n\t      }\n\t    ]),\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_DECLARATION = {\n\t    className: 'function',\n\t    begin: '(' + FUNCTION_TYPE_RE + '[\\\\*&\\\\s]+)+' + FUNCTION_TITLE,\n\t    returnBegin: true,\n\t    end: /[{;=]/,\n\t    excludeEnd: true,\n\t    keywords: CPP_KEYWORDS,\n\t    illegal: /[^\\w\\s\\*&:<>.]/,\n\t    contains: [\n\t      { // to prevent it from being confused as the function title\n\t        begin: DECLTYPE_AUTO_RE,\n\t        keywords: CPP_KEYWORDS,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: FUNCTION_TITLE,\n\t        returnBegin: true,\n\t        contains: [ TITLE_MODE ],\n\t        relevance: 0\n\t      },\n\t      // needed because we do not have look-behind on the below rule\n\t      // to prevent it from grabbing the final : in a :: pair\n\t      {\n\t        begin: /::/,\n\t        relevance: 0\n\t      },\n\t      // initializers\n\t      {\n\t        begin: /:/,\n\t        endsWithParent: true,\n\t        contains: [\n\t          STRINGS,\n\t          NUMBERS\n\t        ]\n\t      },\n\t      // allow for multiple declarations, e.g.:\n\t      // extern void f(int), g(char);\n\t      {\n\t        relevance: 0,\n\t        match: /,/\n\t      },\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: CPP_KEYWORDS,\n\t        relevance: 0,\n\t        contains: [\n\t          C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          STRINGS,\n\t          NUMBERS,\n\t          CPP_PRIMITIVE_TYPES,\n\t          // Count matching parentheses.\n\t          {\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            keywords: CPP_KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              'self',\n\t              C_LINE_COMMENT_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              STRINGS,\n\t              NUMBERS,\n\t              CPP_PRIMITIVE_TYPES\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      CPP_PRIMITIVE_TYPES,\n\t      C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      PREPROCESSOR\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'C++',\n\t    aliases: [\n\t      'cc',\n\t      'c++',\n\t      'h++',\n\t      'hpp',\n\t      'hh',\n\t      'hxx',\n\t      'cxx'\n\t    ],\n\t    keywords: CPP_KEYWORDS,\n\t    illegal: '</',\n\t    classNameAliases: { 'function.dispatch': 'built_in' },\n\t    contains: [].concat(\n\t      EXPRESSION_CONTEXT,\n\t      FUNCTION_DECLARATION,\n\t      FUNCTION_DISPATCH,\n\t      EXPRESSION_CONTAINS,\n\t      [\n\t        PREPROCESSOR,\n\t        { // containers: ie, `vector <int> rooms (9);`\n\t          begin: '\\\\b(deque|list|queue|priority_queue|pair|stack|vector|map|set|bitset|multiset|multimap|unordered_map|unordered_set|unordered_multiset|unordered_multimap|array|tuple|optional|variant|function)\\\\s*<(?!<)',\n\t          end: '>',\n\t          keywords: CPP_KEYWORDS,\n\t          contains: [\n\t            'self',\n\t            CPP_PRIMITIVE_TYPES\n\t          ]\n\t        },\n\t        {\n\t          begin: hljs.IDENT_RE + '::',\n\t          keywords: CPP_KEYWORDS\n\t        },\n\t        {\n\t          match: [\n\t            // extra complexity to deal with `enum class` and `enum struct`\n\t            /\\b(?:enum(?:\\s+(?:class|struct))?|class|struct|union)/,\n\t            /\\s+/,\n\t            /\\w+/\n\t          ],\n\t          className: {\n\t            1: 'keyword',\n\t            3: 'title.class'\n\t          }\n\t        }\n\t      ])\n\t  };\n\t}\n\n\tcpp_1 = cpp;\n\treturn cpp_1;\n}\n\n/*\nLanguage: crmsh\nAuthor: Kristoffer Gronlund <kgronlund@suse.com>\nWebsite: http://crmsh.github.io\nDescription: Syntax Highlighting for the crmsh DSL\nCategory: config\n*/\n\nvar crmsh_1;\nvar hasRequiredCrmsh;\n\nfunction requireCrmsh () {\n\tif (hasRequiredCrmsh) return crmsh_1;\n\thasRequiredCrmsh = 1;\n\t/** @type LanguageFn */\n\tfunction crmsh(hljs) {\n\t  const RESOURCES = 'primitive rsc_template';\n\t  const COMMANDS = 'group clone ms master location colocation order fencing_topology '\n\t      + 'rsc_ticket acl_target acl_group user role '\n\t      + 'tag xml';\n\t  const PROPERTY_SETS = 'property rsc_defaults op_defaults';\n\t  const KEYWORDS = 'params meta operations op rule attributes utilization';\n\t  const OPERATORS = 'read write deny defined not_defined in_range date spec in '\n\t      + 'ref reference attribute type xpath version and or lt gt tag '\n\t      + 'lte gte eq ne \\\\';\n\t  const TYPES = 'number string';\n\t  const LITERALS = 'Master Started Slave Stopped start promote demote stop monitor true false';\n\n\t  return {\n\t    name: 'crmsh',\n\t    aliases: [\n\t      'crm',\n\t      'pcmk'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS + ' ' + OPERATORS + ' ' + TYPES,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        beginKeywords: 'node',\n\t        starts: {\n\t          end: '\\\\s*([\\\\w_-]+:)?',\n\t          starts: {\n\t            className: 'title',\n\t            end: '\\\\s*[\\\\$\\\\w_][\\\\w_-]*'\n\t          }\n\t        }\n\t      },\n\t      {\n\t        beginKeywords: RESOURCES,\n\t        starts: {\n\t          className: 'title',\n\t          end: '\\\\s*[\\\\$\\\\w_][\\\\w_-]*',\n\t          starts: { end: '\\\\s*@?[\\\\w_][\\\\w_\\\\.:-]*' }\n\t        }\n\t      },\n\t      {\n\t        begin: '\\\\b(' + COMMANDS.split(' ').join('|') + ')\\\\s+',\n\t        keywords: COMMANDS,\n\t        starts: {\n\t          className: 'title',\n\t          end: '[\\\\$\\\\w_][\\\\w_-]*'\n\t        }\n\t      },\n\t      {\n\t        beginKeywords: PROPERTY_SETS,\n\t        starts: {\n\t          className: 'title',\n\t          end: '\\\\s*([\\\\w_-]+:)?'\n\t        }\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '(ocf|systemd|service|lsb):[\\\\w_:-]+',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b\\\\d+(\\\\.\\\\d+)?(ms|s|h|m)?',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'literal',\n\t        begin: '[-]?(infinity|inf)',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'attr',\n\t        begin: /([A-Za-z$_#][\\w_-]+)=/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'tag',\n\t        begin: '</?',\n\t        end: '/?>',\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tcrmsh_1 = crmsh;\n\treturn crmsh_1;\n}\n\n/*\nLanguage: Crystal\nAuthor: TSUYUSATO Kitsune <make.just.on@gmail.com>\nWebsite: https://crystal-lang.org\n*/\n\nvar crystal_1;\nvar hasRequiredCrystal;\n\nfunction requireCrystal () {\n\tif (hasRequiredCrystal) return crystal_1;\n\thasRequiredCrystal = 1;\n\t/** @type LanguageFn */\n\tfunction crystal(hljs) {\n\t  const INT_SUFFIX = '(_?[ui](8|16|32|64|128))?';\n\t  const FLOAT_SUFFIX = '(_?f(32|64))?';\n\t  const CRYSTAL_IDENT_RE = '[a-zA-Z_]\\\\w*[!?=]?';\n\t  const CRYSTAL_METHOD_RE = '[a-zA-Z_]\\\\w*[!?=]?|[-+~]@|<<|>>|[=!]~|===?|<=>|[<>]=?|\\\\*\\\\*|[-/+%^&*~|]|//|//=|&[-+*]=?|&\\\\*\\\\*|\\\\[\\\\][=?]?';\n\t  const CRYSTAL_PATH_RE = '[A-Za-z_]\\\\w*(::\\\\w+)*(\\\\?|!)?';\n\t  const CRYSTAL_KEYWORDS = {\n\t    $pattern: CRYSTAL_IDENT_RE,\n\t    keyword:\n\t      'abstract alias annotation as as? asm begin break case class def do else elsif end ensure enum extend for fun if '\n\t      + 'include instance_sizeof is_a? lib macro module next nil? of out pointerof private protected rescue responds_to? '\n\t      + 'return require select self sizeof struct super then type typeof union uninitialized unless until verbatim when while with yield '\n\t      + '__DIR__ __END_LINE__ __FILE__ __LINE__',\n\t    literal: 'false nil true'\n\t  };\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: CRYSTAL_KEYWORDS\n\t  };\n\t  // borrowed from Ruby\n\t  const VARIABLE = {\n\t    // negative-look forward attemps to prevent false matches like:\n\t    // @ident@ or $ident$ that might indicate this is not ruby at all\n\t    className: \"variable\",\n\t    begin: '(\\\\$\\\\W)|((\\\\$|@@?)(\\\\w+))(?=[^@$?])' + `(?![A-Za-z])(?![@$?'])`\n\t  };\n\t  const EXPANSION = {\n\t    className: 'template-variable',\n\t    variants: [\n\t      {\n\t        begin: '\\\\{\\\\{',\n\t        end: '\\\\}\\\\}'\n\t      },\n\t      {\n\t        begin: '\\\\{%',\n\t        end: '%\\\\}'\n\t      }\n\t    ],\n\t    keywords: CRYSTAL_KEYWORDS\n\t  };\n\n\t  function recursiveParen(begin, end) {\n\t    const\n\t        contains = [\n\t          {\n\t            begin: begin,\n\t            end: end\n\t          }\n\t        ];\n\t    contains[0].contains = contains;\n\t    return contains;\n\t  }\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      },\n\t      {\n\t        begin: /`/,\n\t        end: /`/\n\t      },\n\t      {\n\t        begin: '%[Qwi]?\\\\(',\n\t        end: '\\\\)',\n\t        contains: recursiveParen('\\\\(', '\\\\)')\n\t      },\n\t      {\n\t        begin: '%[Qwi]?\\\\[',\n\t        end: '\\\\]',\n\t        contains: recursiveParen('\\\\[', '\\\\]')\n\t      },\n\t      {\n\t        begin: '%[Qwi]?\\\\{',\n\t        end: /\\}/,\n\t        contains: recursiveParen(/\\{/, /\\}/)\n\t      },\n\t      {\n\t        begin: '%[Qwi]?<',\n\t        end: '>',\n\t        contains: recursiveParen('<', '>')\n\t      },\n\t      {\n\t        begin: '%[Qwi]?\\\\|',\n\t        end: '\\\\|'\n\t      },\n\t      {\n\t        begin: /<<-\\w+$/,\n\t        end: /^\\s*\\w+$/\n\t      }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const Q_STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '%q\\\\(',\n\t        end: '\\\\)',\n\t        contains: recursiveParen('\\\\(', '\\\\)')\n\t      },\n\t      {\n\t        begin: '%q\\\\[',\n\t        end: '\\\\]',\n\t        contains: recursiveParen('\\\\[', '\\\\]')\n\t      },\n\t      {\n\t        begin: '%q\\\\{',\n\t        end: /\\}/,\n\t        contains: recursiveParen(/\\{/, /\\}/)\n\t      },\n\t      {\n\t        begin: '%q<',\n\t        end: '>',\n\t        contains: recursiveParen('<', '>')\n\t      },\n\t      {\n\t        begin: '%q\\\\|',\n\t        end: '\\\\|'\n\t      },\n\t      {\n\t        begin: /<<-'\\w+'$/,\n\t        end: /^\\s*\\w+$/\n\t      }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const REGEXP = {\n\t    begin: '(?!%\\\\})(' + hljs.RE_STARTERS_RE + '|\\\\n|\\\\b(case|if|select|unless|until|when|while)\\\\b)\\\\s*',\n\t    keywords: 'case if select unless until when while',\n\t    contains: [\n\t      {\n\t        className: 'regexp',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST\n\t        ],\n\t        variants: [\n\t          {\n\t            begin: '//[a-z]*',\n\t            relevance: 0\n\t          },\n\t          {\n\t            begin: '/(?!\\\\/)',\n\t            end: '/[a-z]*'\n\t          }\n\t        ]\n\t      }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const REGEXP2 = {\n\t    className: 'regexp',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: '%r\\\\(',\n\t        end: '\\\\)',\n\t        contains: recursiveParen('\\\\(', '\\\\)')\n\t      },\n\t      {\n\t        begin: '%r\\\\[',\n\t        end: '\\\\]',\n\t        contains: recursiveParen('\\\\[', '\\\\]')\n\t      },\n\t      {\n\t        begin: '%r\\\\{',\n\t        end: /\\}/,\n\t        contains: recursiveParen(/\\{/, /\\}/)\n\t      },\n\t      {\n\t        begin: '%r<',\n\t        end: '>',\n\t        contains: recursiveParen('<', '>')\n\t      },\n\t      {\n\t        begin: '%r\\\\|',\n\t        end: '\\\\|'\n\t      }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const ATTRIBUTE = {\n\t    className: 'meta',\n\t    begin: '@\\\\[',\n\t    end: '\\\\]',\n\t    contains: [ hljs.inherit(hljs.QUOTE_STRING_MODE, { className: 'string' }) ]\n\t  };\n\t  const CRYSTAL_DEFAULT_CONTAINS = [\n\t    EXPANSION,\n\t    STRING,\n\t    Q_STRING,\n\t    REGEXP2,\n\t    REGEXP,\n\t    ATTRIBUTE,\n\t    VARIABLE,\n\t    hljs.HASH_COMMENT_MODE,\n\t    {\n\t      className: 'class',\n\t      beginKeywords: 'class module struct',\n\t      end: '$|;',\n\t      illegal: /=/,\n\t      contains: [\n\t        hljs.HASH_COMMENT_MODE,\n\t        hljs.inherit(hljs.TITLE_MODE, { begin: CRYSTAL_PATH_RE }),\n\t        { // relevance booster for inheritance\n\t          begin: '<' }\n\t      ]\n\t    },\n\t    {\n\t      className: 'class',\n\t      beginKeywords: 'lib enum union',\n\t      end: '$|;',\n\t      illegal: /=/,\n\t      contains: [\n\t        hljs.HASH_COMMENT_MODE,\n\t        hljs.inherit(hljs.TITLE_MODE, { begin: CRYSTAL_PATH_RE })\n\t      ]\n\t    },\n\t    {\n\t      beginKeywords: 'annotation',\n\t      end: '$|;',\n\t      illegal: /=/,\n\t      contains: [\n\t        hljs.HASH_COMMENT_MODE,\n\t        hljs.inherit(hljs.TITLE_MODE, { begin: CRYSTAL_PATH_RE })\n\t      ],\n\t      relevance: 2\n\t    },\n\t    {\n\t      className: 'function',\n\t      beginKeywords: 'def',\n\t      end: /\\B\\b/,\n\t      contains: [\n\t        hljs.inherit(hljs.TITLE_MODE, {\n\t          begin: CRYSTAL_METHOD_RE,\n\t          endsParent: true\n\t        })\n\t      ]\n\t    },\n\t    {\n\t      className: 'function',\n\t      beginKeywords: 'fun macro',\n\t      end: /\\B\\b/,\n\t      contains: [\n\t        hljs.inherit(hljs.TITLE_MODE, {\n\t          begin: CRYSTAL_METHOD_RE,\n\t          endsParent: true\n\t        })\n\t      ],\n\t      relevance: 2\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      begin: hljs.UNDERSCORE_IDENT_RE + '(!|\\\\?)?:',\n\t      relevance: 0\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      begin: ':',\n\t      contains: [\n\t        STRING,\n\t        { begin: CRYSTAL_METHOD_RE }\n\t      ],\n\t      relevance: 0\n\t    },\n\t    {\n\t      className: 'number',\n\t      variants: [\n\t        { begin: '\\\\b0b([01_]+)' + INT_SUFFIX },\n\t        { begin: '\\\\b0o([0-7_]+)' + INT_SUFFIX },\n\t        { begin: '\\\\b0x([A-Fa-f0-9_]+)' + INT_SUFFIX },\n\t        { begin: '\\\\b([1-9][0-9_]*[0-9]|[0-9])(\\\\.[0-9][0-9_]*)?([eE]_?[-+]?[0-9_]*)?' + FLOAT_SUFFIX + '(?!_)' },\n\t        { begin: '\\\\b([1-9][0-9_]*|0)' + INT_SUFFIX }\n\t      ],\n\t      relevance: 0\n\t    }\n\t  ];\n\t  SUBST.contains = CRYSTAL_DEFAULT_CONTAINS;\n\t  EXPANSION.contains = CRYSTAL_DEFAULT_CONTAINS.slice(1); // without EXPANSION\n\n\t  return {\n\t    name: 'Crystal',\n\t    aliases: [ 'cr' ],\n\t    keywords: CRYSTAL_KEYWORDS,\n\t    contains: CRYSTAL_DEFAULT_CONTAINS\n\t  };\n\t}\n\n\tcrystal_1 = crystal;\n\treturn crystal_1;\n}\n\n/*\nLanguage: C#\nAuthor: Jason Diamond <jason@diamond.name>\nContributor: Nicolas LLOBERA <nllobera@gmail.com>, Pieter Vantorre <pietervantorre@gmail.com>, David Pine <david.pine@microsoft.com>\nWebsite: https://docs.microsoft.com/en-us/dotnet/csharp/\nCategory: common\n*/\n\nvar csharp_1;\nvar hasRequiredCsharp;\n\nfunction requireCsharp () {\n\tif (hasRequiredCsharp) return csharp_1;\n\thasRequiredCsharp = 1;\n\t/** @type LanguageFn */\n\tfunction csharp(hljs) {\n\t  const BUILT_IN_KEYWORDS = [\n\t    'bool',\n\t    'byte',\n\t    'char',\n\t    'decimal',\n\t    'delegate',\n\t    'double',\n\t    'dynamic',\n\t    'enum',\n\t    'float',\n\t    'int',\n\t    'long',\n\t    'nint',\n\t    'nuint',\n\t    'object',\n\t    'sbyte',\n\t    'short',\n\t    'string',\n\t    'ulong',\n\t    'uint',\n\t    'ushort'\n\t  ];\n\t  const FUNCTION_MODIFIERS = [\n\t    'public',\n\t    'private',\n\t    'protected',\n\t    'static',\n\t    'internal',\n\t    'protected',\n\t    'abstract',\n\t    'async',\n\t    'extern',\n\t    'override',\n\t    'unsafe',\n\t    'virtual',\n\t    'new',\n\t    'sealed',\n\t    'partial'\n\t  ];\n\t  const LITERAL_KEYWORDS = [\n\t    'default',\n\t    'false',\n\t    'null',\n\t    'true'\n\t  ];\n\t  const NORMAL_KEYWORDS = [\n\t    'abstract',\n\t    'as',\n\t    'base',\n\t    'break',\n\t    'case',\n\t    'catch',\n\t    'class',\n\t    'const',\n\t    'continue',\n\t    'do',\n\t    'else',\n\t    'event',\n\t    'explicit',\n\t    'extern',\n\t    'finally',\n\t    'fixed',\n\t    'for',\n\t    'foreach',\n\t    'goto',\n\t    'if',\n\t    'implicit',\n\t    'in',\n\t    'interface',\n\t    'internal',\n\t    'is',\n\t    'lock',\n\t    'namespace',\n\t    'new',\n\t    'operator',\n\t    'out',\n\t    'override',\n\t    'params',\n\t    'private',\n\t    'protected',\n\t    'public',\n\t    'readonly',\n\t    'record',\n\t    'ref',\n\t    'return',\n\t    'sealed',\n\t    'sizeof',\n\t    'stackalloc',\n\t    'static',\n\t    'struct',\n\t    'switch',\n\t    'this',\n\t    'throw',\n\t    'try',\n\t    'typeof',\n\t    'unchecked',\n\t    'unsafe',\n\t    'using',\n\t    'virtual',\n\t    'void',\n\t    'volatile',\n\t    'while'\n\t  ];\n\t  const CONTEXTUAL_KEYWORDS = [\n\t    'add',\n\t    'alias',\n\t    'and',\n\t    'ascending',\n\t    'async',\n\t    'await',\n\t    'by',\n\t    'descending',\n\t    'equals',\n\t    'from',\n\t    'get',\n\t    'global',\n\t    'group',\n\t    'init',\n\t    'into',\n\t    'join',\n\t    'let',\n\t    'nameof',\n\t    'not',\n\t    'notnull',\n\t    'on',\n\t    'or',\n\t    'orderby',\n\t    'partial',\n\t    'remove',\n\t    'select',\n\t    'set',\n\t    'unmanaged',\n\t    'value|0',\n\t    'var',\n\t    'when',\n\t    'where',\n\t    'with',\n\t    'yield'\n\t  ];\n\n\t  const KEYWORDS = {\n\t    keyword: NORMAL_KEYWORDS.concat(CONTEXTUAL_KEYWORDS),\n\t    built_in: BUILT_IN_KEYWORDS,\n\t    literal: LITERAL_KEYWORDS\n\t  };\n\t  const TITLE_MODE = hljs.inherit(hljs.TITLE_MODE, { begin: '[a-zA-Z](\\\\.?\\\\w)*' });\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(0b[01\\']+)' },\n\t      { begin: '(-?)\\\\b([\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)(u|U|l|L|ul|UL|f|F|b|B)' },\n\t      { begin: '(-?)(\\\\b0[xX][a-fA-F0-9\\']+|(\\\\b[\\\\d\\']+(\\\\.[\\\\d\\']*)?|\\\\.[\\\\d\\']+)([eE][-+]?[\\\\d\\']+)?)' }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const VERBATIM_STRING = {\n\t    className: 'string',\n\t    begin: '@\"',\n\t    end: '\"',\n\t    contains: [ { begin: '\"\"' } ]\n\t  };\n\t  const VERBATIM_STRING_NO_LF = hljs.inherit(VERBATIM_STRING, { illegal: /\\n/ });\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS\n\t  };\n\t  const SUBST_NO_LF = hljs.inherit(SUBST, { illegal: /\\n/ });\n\t  const INTERPOLATED_STRING = {\n\t    className: 'string',\n\t    begin: /\\$\"/,\n\t    end: '\"',\n\t    illegal: /\\n/,\n\t    contains: [\n\t      { begin: /\\{\\{/ },\n\t      { begin: /\\}\\}/ },\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST_NO_LF\n\t    ]\n\t  };\n\t  const INTERPOLATED_VERBATIM_STRING = {\n\t    className: 'string',\n\t    begin: /\\$@\"/,\n\t    end: '\"',\n\t    contains: [\n\t      { begin: /\\{\\{/ },\n\t      { begin: /\\}\\}/ },\n\t      { begin: '\"\"' },\n\t      SUBST\n\t    ]\n\t  };\n\t  const INTERPOLATED_VERBATIM_STRING_NO_LF = hljs.inherit(INTERPOLATED_VERBATIM_STRING, {\n\t    illegal: /\\n/,\n\t    contains: [\n\t      { begin: /\\{\\{/ },\n\t      { begin: /\\}\\}/ },\n\t      { begin: '\"\"' },\n\t      SUBST_NO_LF\n\t    ]\n\t  });\n\t  SUBST.contains = [\n\t    INTERPOLATED_VERBATIM_STRING,\n\t    INTERPOLATED_STRING,\n\t    VERBATIM_STRING,\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    NUMBERS,\n\t    hljs.C_BLOCK_COMMENT_MODE\n\t  ];\n\t  SUBST_NO_LF.contains = [\n\t    INTERPOLATED_VERBATIM_STRING_NO_LF,\n\t    INTERPOLATED_STRING,\n\t    VERBATIM_STRING_NO_LF,\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    NUMBERS,\n\t    hljs.inherit(hljs.C_BLOCK_COMMENT_MODE, { illegal: /\\n/ })\n\t  ];\n\t  const STRING = { variants: [\n\t    INTERPOLATED_VERBATIM_STRING,\n\t    INTERPOLATED_STRING,\n\t    VERBATIM_STRING,\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE\n\t  ] };\n\n\t  const GENERIC_MODIFIER = {\n\t    begin: \"<\",\n\t    end: \">\",\n\t    contains: [\n\t      { beginKeywords: \"in out\" },\n\t      TITLE_MODE\n\t    ]\n\t  };\n\t  const TYPE_IDENT_RE = hljs.IDENT_RE + '(<' + hljs.IDENT_RE + '(\\\\s*,\\\\s*' + hljs.IDENT_RE + ')*>)?(\\\\[\\\\])?';\n\t  const AT_IDENTIFIER = {\n\t    // prevents expressions like `@class` from incorrect flagging\n\t    // `class` as a keyword\n\t    begin: \"@\" + hljs.IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  return {\n\t    name: 'C#',\n\t    aliases: [\n\t      'cs',\n\t      'c#'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    illegal: /::/,\n\t    contains: [\n\t      hljs.COMMENT(\n\t        '///',\n\t        '$',\n\t        {\n\t          returnBegin: true,\n\t          contains: [\n\t            {\n\t              className: 'doctag',\n\t              variants: [\n\t                {\n\t                  begin: '///',\n\t                  relevance: 0\n\t                },\n\t                { begin: '<!--|-->' },\n\t                {\n\t                  begin: '</?',\n\t                  end: '>'\n\t                }\n\t              ]\n\t            }\n\t          ]\n\t        }\n\t      ),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$',\n\t        keywords: { keyword: 'if else elif endif define undef warning error line region endregion pragma checksum' }\n\t      },\n\t      STRING,\n\t      NUMBERS,\n\t      {\n\t        beginKeywords: 'class interface',\n\t        relevance: 0,\n\t        end: /[{;=]/,\n\t        illegal: /[^\\s:,]/,\n\t        contains: [\n\t          { beginKeywords: \"where class\" },\n\t          TITLE_MODE,\n\t          GENERIC_MODIFIER,\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'namespace',\n\t        relevance: 0,\n\t        end: /[{;=]/,\n\t        illegal: /[^\\s:]/,\n\t        contains: [\n\t          TITLE_MODE,\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'record',\n\t        relevance: 0,\n\t        end: /[{;=]/,\n\t        illegal: /[^\\s:]/,\n\t        contains: [\n\t          TITLE_MODE,\n\t          GENERIC_MODIFIER,\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      {\n\t        // [Attributes(\"\")]\n\t        className: 'meta',\n\t        begin: '^\\\\s*\\\\[(?=[\\\\w])',\n\t        excludeBegin: true,\n\t        end: '\\\\]',\n\t        excludeEnd: true,\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: /\"/,\n\t            end: /\"/\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        // Expression keywords prevent 'keyword Name(...)' from being\n\t        // recognized as a function definition\n\t        beginKeywords: 'new return throw await else',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'function',\n\t        begin: '(' + TYPE_IDENT_RE + '\\\\s+)+' + hljs.IDENT_RE + '\\\\s*(<[^=]+>\\\\s*)?\\\\(',\n\t        returnBegin: true,\n\t        end: /\\s*[{;=]/,\n\t        excludeEnd: true,\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          // prevents these from being highlighted `title`\n\t          {\n\t            beginKeywords: FUNCTION_MODIFIERS.join(\" \"),\n\t            relevance: 0\n\t          },\n\t          {\n\t            begin: hljs.IDENT_RE + '\\\\s*(<[^=]+>\\\\s*)?\\\\(',\n\t            returnBegin: true,\n\t            contains: [\n\t              hljs.TITLE_MODE,\n\t              GENERIC_MODIFIER\n\t            ],\n\t            relevance: 0\n\t          },\n\t          { match: /\\(\\)/ },\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            keywords: KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              STRING,\n\t              NUMBERS,\n\t              hljs.C_BLOCK_COMMENT_MODE\n\t            ]\n\t          },\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      AT_IDENTIFIER\n\t    ]\n\t  };\n\t}\n\n\tcsharp_1 = csharp;\n\treturn csharp_1;\n}\n\n/*\nLanguage: CSP\nDescription: Content Security Policy definition highlighting\nAuthor: Taras <oxdef@oxdef.info>\nWebsite: https://developer.mozilla.org/en-US/docs/Web/HTTP/CSP\n\nvim: ts=2 sw=2 st=2\n*/\n\nvar csp_1;\nvar hasRequiredCsp;\n\nfunction requireCsp () {\n\tif (hasRequiredCsp) return csp_1;\n\thasRequiredCsp = 1;\n\t/** @type LanguageFn */\n\tfunction csp(hljs) {\n\t  const KEYWORDS = [\n\t    \"base-uri\",\n\t    \"child-src\",\n\t    \"connect-src\",\n\t    \"default-src\",\n\t    \"font-src\",\n\t    \"form-action\",\n\t    \"frame-ancestors\",\n\t    \"frame-src\",\n\t    \"img-src\",\n\t    \"manifest-src\",\n\t    \"media-src\",\n\t    \"object-src\",\n\t    \"plugin-types\",\n\t    \"report-uri\",\n\t    \"sandbox\",\n\t    \"script-src\",\n\t    \"style-src\",\n\t    \"trusted-types\",\n\t    \"unsafe-hashes\",\n\t    \"worker-src\"\n\t  ];\n\t  return {\n\t    name: 'CSP',\n\t    case_insensitive: false,\n\t    keywords: {\n\t      $pattern: '[a-zA-Z][a-zA-Z0-9_-]*',\n\t      keyword: KEYWORDS\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'string',\n\t        begin: \"'\",\n\t        end: \"'\"\n\t      },\n\t      {\n\t        className: 'attribute',\n\t        begin: '^Content',\n\t        end: ':',\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tcsp_1 = csp;\n\treturn csp_1;\n}\n\nvar css_1;\nvar hasRequiredCss;\n\nfunction requireCss () {\n\tif (hasRequiredCss) return css_1;\n\thasRequiredCss = 1;\n\tconst MODES = (hljs) => {\n\t  return {\n\t    IMPORTANT: {\n\t      scope: 'meta',\n\t      begin: '!important'\n\t    },\n\t    BLOCK_COMMENT: hljs.C_BLOCK_COMMENT_MODE,\n\t    HEXCOLOR: {\n\t      scope: 'number',\n\t      begin: /#(([0-9a-fA-F]{3,4})|(([0-9a-fA-F]{2}){3,4}))\\b/\n\t    },\n\t    FUNCTION_DISPATCH: {\n\t      className: \"built_in\",\n\t      begin: /[\\w-]+(?=\\()/\n\t    },\n\t    ATTRIBUTE_SELECTOR_MODE: {\n\t      scope: 'selector-attr',\n\t      begin: /\\[/,\n\t      end: /\\]/,\n\t      illegal: '$',\n\t      contains: [\n\t        hljs.APOS_STRING_MODE,\n\t        hljs.QUOTE_STRING_MODE\n\t      ]\n\t    },\n\t    CSS_NUMBER_MODE: {\n\t      scope: 'number',\n\t      begin: hljs.NUMBER_RE + '(' +\n\t        '%|em|ex|ch|rem' +\n\t        '|vw|vh|vmin|vmax' +\n\t        '|cm|mm|in|pt|pc|px' +\n\t        '|deg|grad|rad|turn' +\n\t        '|s|ms' +\n\t        '|Hz|kHz' +\n\t        '|dpi|dpcm|dppx' +\n\t        ')?',\n\t      relevance: 0\n\t    },\n\t    CSS_VARIABLE: {\n\t      className: \"attr\",\n\t      begin: /--[A-Za-z][A-Za-z0-9_-]*/\n\t    }\n\t  };\n\t};\n\n\tconst TAGS = [\n\t  'a',\n\t  'abbr',\n\t  'address',\n\t  'article',\n\t  'aside',\n\t  'audio',\n\t  'b',\n\t  'blockquote',\n\t  'body',\n\t  'button',\n\t  'canvas',\n\t  'caption',\n\t  'cite',\n\t  'code',\n\t  'dd',\n\t  'del',\n\t  'details',\n\t  'dfn',\n\t  'div',\n\t  'dl',\n\t  'dt',\n\t  'em',\n\t  'fieldset',\n\t  'figcaption',\n\t  'figure',\n\t  'footer',\n\t  'form',\n\t  'h1',\n\t  'h2',\n\t  'h3',\n\t  'h4',\n\t  'h5',\n\t  'h6',\n\t  'header',\n\t  'hgroup',\n\t  'html',\n\t  'i',\n\t  'iframe',\n\t  'img',\n\t  'input',\n\t  'ins',\n\t  'kbd',\n\t  'label',\n\t  'legend',\n\t  'li',\n\t  'main',\n\t  'mark',\n\t  'menu',\n\t  'nav',\n\t  'object',\n\t  'ol',\n\t  'p',\n\t  'q',\n\t  'quote',\n\t  'samp',\n\t  'section',\n\t  'span',\n\t  'strong',\n\t  'summary',\n\t  'sup',\n\t  'table',\n\t  'tbody',\n\t  'td',\n\t  'textarea',\n\t  'tfoot',\n\t  'th',\n\t  'thead',\n\t  'time',\n\t  'tr',\n\t  'ul',\n\t  'var',\n\t  'video'\n\t];\n\n\tconst MEDIA_FEATURES = [\n\t  'any-hover',\n\t  'any-pointer',\n\t  'aspect-ratio',\n\t  'color',\n\t  'color-gamut',\n\t  'color-index',\n\t  'device-aspect-ratio',\n\t  'device-height',\n\t  'device-width',\n\t  'display-mode',\n\t  'forced-colors',\n\t  'grid',\n\t  'height',\n\t  'hover',\n\t  'inverted-colors',\n\t  'monochrome',\n\t  'orientation',\n\t  'overflow-block',\n\t  'overflow-inline',\n\t  'pointer',\n\t  'prefers-color-scheme',\n\t  'prefers-contrast',\n\t  'prefers-reduced-motion',\n\t  'prefers-reduced-transparency',\n\t  'resolution',\n\t  'scan',\n\t  'scripting',\n\t  'update',\n\t  'width',\n\t  // TODO: find a better solution?\n\t  'min-width',\n\t  'max-width',\n\t  'min-height',\n\t  'max-height'\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-classes\n\tconst PSEUDO_CLASSES = [\n\t  'active',\n\t  'any-link',\n\t  'blank',\n\t  'checked',\n\t  'current',\n\t  'default',\n\t  'defined',\n\t  'dir', // dir()\n\t  'disabled',\n\t  'drop',\n\t  'empty',\n\t  'enabled',\n\t  'first',\n\t  'first-child',\n\t  'first-of-type',\n\t  'fullscreen',\n\t  'future',\n\t  'focus',\n\t  'focus-visible',\n\t  'focus-within',\n\t  'has', // has()\n\t  'host', // host or host()\n\t  'host-context', // host-context()\n\t  'hover',\n\t  'indeterminate',\n\t  'in-range',\n\t  'invalid',\n\t  'is', // is()\n\t  'lang', // lang()\n\t  'last-child',\n\t  'last-of-type',\n\t  'left',\n\t  'link',\n\t  'local-link',\n\t  'not', // not()\n\t  'nth-child', // nth-child()\n\t  'nth-col', // nth-col()\n\t  'nth-last-child', // nth-last-child()\n\t  'nth-last-col', // nth-last-col()\n\t  'nth-last-of-type', //nth-last-of-type()\n\t  'nth-of-type', //nth-of-type()\n\t  'only-child',\n\t  'only-of-type',\n\t  'optional',\n\t  'out-of-range',\n\t  'past',\n\t  'placeholder-shown',\n\t  'read-only',\n\t  'read-write',\n\t  'required',\n\t  'right',\n\t  'root',\n\t  'scope',\n\t  'target',\n\t  'target-within',\n\t  'user-invalid',\n\t  'valid',\n\t  'visited',\n\t  'where' // where()\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-elements\n\tconst PSEUDO_ELEMENTS = [\n\t  'after',\n\t  'backdrop',\n\t  'before',\n\t  'cue',\n\t  'cue-region',\n\t  'first-letter',\n\t  'first-line',\n\t  'grammar-error',\n\t  'marker',\n\t  'part',\n\t  'placeholder',\n\t  'selection',\n\t  'slotted',\n\t  'spelling-error'\n\t];\n\n\tconst ATTRIBUTES = [\n\t  'align-content',\n\t  'align-items',\n\t  'align-self',\n\t  'all',\n\t  'animation',\n\t  'animation-delay',\n\t  'animation-direction',\n\t  'animation-duration',\n\t  'animation-fill-mode',\n\t  'animation-iteration-count',\n\t  'animation-name',\n\t  'animation-play-state',\n\t  'animation-timing-function',\n\t  'backface-visibility',\n\t  'background',\n\t  'background-attachment',\n\t  'background-blend-mode',\n\t  'background-clip',\n\t  'background-color',\n\t  'background-image',\n\t  'background-origin',\n\t  'background-position',\n\t  'background-repeat',\n\t  'background-size',\n\t  'block-size',\n\t  'border',\n\t  'border-block',\n\t  'border-block-color',\n\t  'border-block-end',\n\t  'border-block-end-color',\n\t  'border-block-end-style',\n\t  'border-block-end-width',\n\t  'border-block-start',\n\t  'border-block-start-color',\n\t  'border-block-start-style',\n\t  'border-block-start-width',\n\t  'border-block-style',\n\t  'border-block-width',\n\t  'border-bottom',\n\t  'border-bottom-color',\n\t  'border-bottom-left-radius',\n\t  'border-bottom-right-radius',\n\t  'border-bottom-style',\n\t  'border-bottom-width',\n\t  'border-collapse',\n\t  'border-color',\n\t  'border-image',\n\t  'border-image-outset',\n\t  'border-image-repeat',\n\t  'border-image-slice',\n\t  'border-image-source',\n\t  'border-image-width',\n\t  'border-inline',\n\t  'border-inline-color',\n\t  'border-inline-end',\n\t  'border-inline-end-color',\n\t  'border-inline-end-style',\n\t  'border-inline-end-width',\n\t  'border-inline-start',\n\t  'border-inline-start-color',\n\t  'border-inline-start-style',\n\t  'border-inline-start-width',\n\t  'border-inline-style',\n\t  'border-inline-width',\n\t  'border-left',\n\t  'border-left-color',\n\t  'border-left-style',\n\t  'border-left-width',\n\t  'border-radius',\n\t  'border-right',\n\t  'border-right-color',\n\t  'border-right-style',\n\t  'border-right-width',\n\t  'border-spacing',\n\t  'border-style',\n\t  'border-top',\n\t  'border-top-color',\n\t  'border-top-left-radius',\n\t  'border-top-right-radius',\n\t  'border-top-style',\n\t  'border-top-width',\n\t  'border-width',\n\t  'bottom',\n\t  'box-decoration-break',\n\t  'box-shadow',\n\t  'box-sizing',\n\t  'break-after',\n\t  'break-before',\n\t  'break-inside',\n\t  'caption-side',\n\t  'caret-color',\n\t  'clear',\n\t  'clip',\n\t  'clip-path',\n\t  'clip-rule',\n\t  'color',\n\t  'column-count',\n\t  'column-fill',\n\t  'column-gap',\n\t  'column-rule',\n\t  'column-rule-color',\n\t  'column-rule-style',\n\t  'column-rule-width',\n\t  'column-span',\n\t  'column-width',\n\t  'columns',\n\t  'contain',\n\t  'content',\n\t  'content-visibility',\n\t  'counter-increment',\n\t  'counter-reset',\n\t  'cue',\n\t  'cue-after',\n\t  'cue-before',\n\t  'cursor',\n\t  'direction',\n\t  'display',\n\t  'empty-cells',\n\t  'filter',\n\t  'flex',\n\t  'flex-basis',\n\t  'flex-direction',\n\t  'flex-flow',\n\t  'flex-grow',\n\t  'flex-shrink',\n\t  'flex-wrap',\n\t  'float',\n\t  'flow',\n\t  'font',\n\t  'font-display',\n\t  'font-family',\n\t  'font-feature-settings',\n\t  'font-kerning',\n\t  'font-language-override',\n\t  'font-size',\n\t  'font-size-adjust',\n\t  'font-smoothing',\n\t  'font-stretch',\n\t  'font-style',\n\t  'font-synthesis',\n\t  'font-variant',\n\t  'font-variant-caps',\n\t  'font-variant-east-asian',\n\t  'font-variant-ligatures',\n\t  'font-variant-numeric',\n\t  'font-variant-position',\n\t  'font-variation-settings',\n\t  'font-weight',\n\t  'gap',\n\t  'glyph-orientation-vertical',\n\t  'grid',\n\t  'grid-area',\n\t  'grid-auto-columns',\n\t  'grid-auto-flow',\n\t  'grid-auto-rows',\n\t  'grid-column',\n\t  'grid-column-end',\n\t  'grid-column-start',\n\t  'grid-gap',\n\t  'grid-row',\n\t  'grid-row-end',\n\t  'grid-row-start',\n\t  'grid-template',\n\t  'grid-template-areas',\n\t  'grid-template-columns',\n\t  'grid-template-rows',\n\t  'hanging-punctuation',\n\t  'height',\n\t  'hyphens',\n\t  'icon',\n\t  'image-orientation',\n\t  'image-rendering',\n\t  'image-resolution',\n\t  'ime-mode',\n\t  'inline-size',\n\t  'isolation',\n\t  'justify-content',\n\t  'left',\n\t  'letter-spacing',\n\t  'line-break',\n\t  'line-height',\n\t  'list-style',\n\t  'list-style-image',\n\t  'list-style-position',\n\t  'list-style-type',\n\t  'margin',\n\t  'margin-block',\n\t  'margin-block-end',\n\t  'margin-block-start',\n\t  'margin-bottom',\n\t  'margin-inline',\n\t  'margin-inline-end',\n\t  'margin-inline-start',\n\t  'margin-left',\n\t  'margin-right',\n\t  'margin-top',\n\t  'marks',\n\t  'mask',\n\t  'mask-border',\n\t  'mask-border-mode',\n\t  'mask-border-outset',\n\t  'mask-border-repeat',\n\t  'mask-border-slice',\n\t  'mask-border-source',\n\t  'mask-border-width',\n\t  'mask-clip',\n\t  'mask-composite',\n\t  'mask-image',\n\t  'mask-mode',\n\t  'mask-origin',\n\t  'mask-position',\n\t  'mask-repeat',\n\t  'mask-size',\n\t  'mask-type',\n\t  'max-block-size',\n\t  'max-height',\n\t  'max-inline-size',\n\t  'max-width',\n\t  'min-block-size',\n\t  'min-height',\n\t  'min-inline-size',\n\t  'min-width',\n\t  'mix-blend-mode',\n\t  'nav-down',\n\t  'nav-index',\n\t  'nav-left',\n\t  'nav-right',\n\t  'nav-up',\n\t  'none',\n\t  'normal',\n\t  'object-fit',\n\t  'object-position',\n\t  'opacity',\n\t  'order',\n\t  'orphans',\n\t  'outline',\n\t  'outline-color',\n\t  'outline-offset',\n\t  'outline-style',\n\t  'outline-width',\n\t  'overflow',\n\t  'overflow-wrap',\n\t  'overflow-x',\n\t  'overflow-y',\n\t  'padding',\n\t  'padding-block',\n\t  'padding-block-end',\n\t  'padding-block-start',\n\t  'padding-bottom',\n\t  'padding-inline',\n\t  'padding-inline-end',\n\t  'padding-inline-start',\n\t  'padding-left',\n\t  'padding-right',\n\t  'padding-top',\n\t  'page-break-after',\n\t  'page-break-before',\n\t  'page-break-inside',\n\t  'pause',\n\t  'pause-after',\n\t  'pause-before',\n\t  'perspective',\n\t  'perspective-origin',\n\t  'pointer-events',\n\t  'position',\n\t  'quotes',\n\t  'resize',\n\t  'rest',\n\t  'rest-after',\n\t  'rest-before',\n\t  'right',\n\t  'row-gap',\n\t  'scroll-margin',\n\t  'scroll-margin-block',\n\t  'scroll-margin-block-end',\n\t  'scroll-margin-block-start',\n\t  'scroll-margin-bottom',\n\t  'scroll-margin-inline',\n\t  'scroll-margin-inline-end',\n\t  'scroll-margin-inline-start',\n\t  'scroll-margin-left',\n\t  'scroll-margin-right',\n\t  'scroll-margin-top',\n\t  'scroll-padding',\n\t  'scroll-padding-block',\n\t  'scroll-padding-block-end',\n\t  'scroll-padding-block-start',\n\t  'scroll-padding-bottom',\n\t  'scroll-padding-inline',\n\t  'scroll-padding-inline-end',\n\t  'scroll-padding-inline-start',\n\t  'scroll-padding-left',\n\t  'scroll-padding-right',\n\t  'scroll-padding-top',\n\t  'scroll-snap-align',\n\t  'scroll-snap-stop',\n\t  'scroll-snap-type',\n\t  'scrollbar-color',\n\t  'scrollbar-gutter',\n\t  'scrollbar-width',\n\t  'shape-image-threshold',\n\t  'shape-margin',\n\t  'shape-outside',\n\t  'speak',\n\t  'speak-as',\n\t  'src', // @font-face\n\t  'tab-size',\n\t  'table-layout',\n\t  'text-align',\n\t  'text-align-all',\n\t  'text-align-last',\n\t  'text-combine-upright',\n\t  'text-decoration',\n\t  'text-decoration-color',\n\t  'text-decoration-line',\n\t  'text-decoration-style',\n\t  'text-emphasis',\n\t  'text-emphasis-color',\n\t  'text-emphasis-position',\n\t  'text-emphasis-style',\n\t  'text-indent',\n\t  'text-justify',\n\t  'text-orientation',\n\t  'text-overflow',\n\t  'text-rendering',\n\t  'text-shadow',\n\t  'text-transform',\n\t  'text-underline-position',\n\t  'top',\n\t  'transform',\n\t  'transform-box',\n\t  'transform-origin',\n\t  'transform-style',\n\t  'transition',\n\t  'transition-delay',\n\t  'transition-duration',\n\t  'transition-property',\n\t  'transition-timing-function',\n\t  'unicode-bidi',\n\t  'vertical-align',\n\t  'visibility',\n\t  'voice-balance',\n\t  'voice-duration',\n\t  'voice-family',\n\t  'voice-pitch',\n\t  'voice-range',\n\t  'voice-rate',\n\t  'voice-stress',\n\t  'voice-volume',\n\t  'white-space',\n\t  'widows',\n\t  'width',\n\t  'will-change',\n\t  'word-break',\n\t  'word-spacing',\n\t  'word-wrap',\n\t  'writing-mode',\n\t  'z-index'\n\t  // reverse makes sure longer attributes `font-weight` are matched fully\n\t  // instead of getting false positives on say `font`\n\t].reverse();\n\n\t/*\n\tLanguage: CSS\n\tCategory: common, css, web\n\tWebsite: https://developer.mozilla.org/en-US/docs/Web/CSS\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction css(hljs) {\n\t  const regex = hljs.regex;\n\t  const modes = MODES(hljs);\n\t  const VENDOR_PREFIX = { begin: /-(webkit|moz|ms|o)-(?=[a-z])/ };\n\t  const AT_MODIFIERS = \"and or not only\";\n\t  const AT_PROPERTY_RE = /@-?\\w[\\w]*(-\\w+)*/; // @-webkit-keyframes\n\t  const IDENT_RE = '[a-zA-Z-][a-zA-Z0-9_-]*';\n\t  const STRINGS = [\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE\n\t  ];\n\n\t  return {\n\t    name: 'CSS',\n\t    case_insensitive: true,\n\t    illegal: /[=|'\\$]/,\n\t    keywords: { keyframePosition: \"from to\" },\n\t    classNameAliases: {\n\t      // for visual continuity with `tag {}` and because we\n\t      // don't have a great class for this?\n\t      keyframePosition: \"selector-tag\" },\n\t    contains: [\n\t      modes.BLOCK_COMMENT,\n\t      VENDOR_PREFIX,\n\t      // to recognize keyframe 40% etc which are outside the scope of our\n\t      // attribute value mode\n\t      modes.CSS_NUMBER_MODE,\n\t      {\n\t        className: 'selector-id',\n\t        begin: /#[A-Za-z0-9_-]+/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'selector-class',\n\t        begin: '\\\\.' + IDENT_RE,\n\t        relevance: 0\n\t      },\n\t      modes.ATTRIBUTE_SELECTOR_MODE,\n\t      {\n\t        className: 'selector-pseudo',\n\t        variants: [\n\t          { begin: ':(' + PSEUDO_CLASSES.join('|') + ')' },\n\t          { begin: ':(:)?(' + PSEUDO_ELEMENTS.join('|') + ')' }\n\t        ]\n\t      },\n\t      // we may actually need this (12/2020)\n\t      // { // pseudo-selector params\n\t      //   begin: /\\(/,\n\t      //   end: /\\)/,\n\t      //   contains: [ hljs.CSS_NUMBER_MODE ]\n\t      // },\n\t      modes.CSS_VARIABLE,\n\t      {\n\t        className: 'attribute',\n\t        begin: '\\\\b(' + ATTRIBUTES.join('|') + ')\\\\b'\n\t      },\n\t      // attribute values\n\t      {\n\t        begin: /:/,\n\t        end: /[;}{]/,\n\t        contains: [\n\t          modes.BLOCK_COMMENT,\n\t          modes.HEXCOLOR,\n\t          modes.IMPORTANT,\n\t          modes.CSS_NUMBER_MODE,\n\t          ...STRINGS,\n\t          // needed to highlight these as strings and to avoid issues with\n\t          // illegal characters that might be inside urls that would tigger the\n\t          // languages illegal stack\n\t          {\n\t            begin: /(url|data-uri)\\(/,\n\t            end: /\\)/,\n\t            relevance: 0, // from keywords\n\t            keywords: { built_in: \"url data-uri\" },\n\t            contains: [\n\t              {\n\t                className: \"string\",\n\t                // any character other than `)` as in `url()` will be the start\n\t                // of a string, which ends with `)` (from the parent mode)\n\t                begin: /[^)]/,\n\t                endsWithParent: true,\n\t                excludeEnd: true\n\t              }\n\t            ]\n\t          },\n\t          modes.FUNCTION_DISPATCH\n\t        ]\n\t      },\n\t      {\n\t        begin: regex.lookahead(/@/),\n\t        end: '[{;]',\n\t        relevance: 0,\n\t        illegal: /:/, // break on Less variables @var: ...\n\t        contains: [\n\t          {\n\t            className: 'keyword',\n\t            begin: AT_PROPERTY_RE\n\t          },\n\t          {\n\t            begin: /\\s/,\n\t            endsWithParent: true,\n\t            excludeEnd: true,\n\t            relevance: 0,\n\t            keywords: {\n\t              $pattern: /[a-z-]+/,\n\t              keyword: AT_MODIFIERS,\n\t              attribute: MEDIA_FEATURES.join(\" \")\n\t            },\n\t            contains: [\n\t              {\n\t                begin: /[a-z-]+(?=:)/,\n\t                className: \"attribute\"\n\t              },\n\t              ...STRINGS,\n\t              modes.CSS_NUMBER_MODE\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'selector-tag',\n\t        begin: '\\\\b(' + TAGS.join('|') + ')\\\\b'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tcss_1 = css;\n\treturn css_1;\n}\n\n/*\nLanguage: D\nAuthor: Aleksandar Ruzicic <aleksandar@ruzicic.info>\nDescription: D is a language with C-like syntax and static typing. It pragmatically combines efficiency, control, and modeling power, with safety and programmer productivity.\nVersion: 1.0a\nWebsite: https://dlang.org\nDate: 2012-04-08\n*/\n\nvar d_1;\nvar hasRequiredD;\n\nfunction requireD () {\n\tif (hasRequiredD) return d_1;\n\thasRequiredD = 1;\n\t/**\n\t * Known issues:\n\t *\n\t * - invalid hex string literals will be recognized as a double quoted strings\n\t *   but 'x' at the beginning of string will not be matched\n\t *\n\t * - delimited string literals are not checked for matching end delimiter\n\t *   (not possible to do with js regexp)\n\t *\n\t * - content of token string is colored as a string (i.e. no keyword coloring inside a token string)\n\t *   also, content of token string is not validated to contain only valid D tokens\n\t *\n\t * - special token sequence rule is not strictly following D grammar (anything following #line\n\t *   up to the end of line is matched as special token sequence)\n\t */\n\n\t/** @type LanguageFn */\n\tfunction d(hljs) {\n\t  /**\n\t   * Language keywords\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_KEYWORDS = {\n\t    $pattern: hljs.UNDERSCORE_IDENT_RE,\n\t    keyword:\n\t      'abstract alias align asm assert auto body break byte case cast catch class '\n\t      + 'const continue debug default delete deprecated do else enum export extern final '\n\t      + 'finally for foreach foreach_reverse|10 goto if immutable import in inout int '\n\t      + 'interface invariant is lazy macro mixin module new nothrow out override package '\n\t      + 'pragma private protected public pure ref return scope shared static struct '\n\t      + 'super switch synchronized template this throw try typedef typeid typeof union '\n\t      + 'unittest version void volatile while with __FILE__ __LINE__ __gshared|10 '\n\t      + '__thread __traits __DATE__ __EOF__ __TIME__ __TIMESTAMP__ __VENDOR__ __VERSION__',\n\t    built_in:\n\t      'bool cdouble cent cfloat char creal dchar delegate double dstring float function '\n\t      + 'idouble ifloat ireal long real short string ubyte ucent uint ulong ushort wchar '\n\t      + 'wstring',\n\t    literal:\n\t      'false null true'\n\t  };\n\n\t  /**\n\t   * Number literal regexps\n\t   *\n\t   * @type {String}\n\t   */\n\t  const decimal_integer_re = '(0|[1-9][\\\\d_]*)';\n\t  const decimal_integer_nosus_re = '(0|[1-9][\\\\d_]*|\\\\d[\\\\d_]*|[\\\\d_]+?\\\\d)';\n\t  const binary_integer_re = '0[bB][01_]+';\n\t  const hexadecimal_digits_re = '([\\\\da-fA-F][\\\\da-fA-F_]*|_[\\\\da-fA-F][\\\\da-fA-F_]*)';\n\t  const hexadecimal_integer_re = '0[xX]' + hexadecimal_digits_re;\n\n\t  const decimal_exponent_re = '([eE][+-]?' + decimal_integer_nosus_re + ')';\n\t  const decimal_float_re = '(' + decimal_integer_nosus_re + '(\\\\.\\\\d*|' + decimal_exponent_re + ')|'\n\t                + '\\\\d+\\\\.' + decimal_integer_nosus_re + '|'\n\t                + '\\\\.' + decimal_integer_re + decimal_exponent_re + '?'\n\t              + ')';\n\t  const hexadecimal_float_re = '(0[xX]('\n\t                  + hexadecimal_digits_re + '\\\\.' + hexadecimal_digits_re + '|'\n\t                  + '\\\\.?' + hexadecimal_digits_re\n\t                 + ')[pP][+-]?' + decimal_integer_nosus_re + ')';\n\n\t  const integer_re = '('\n\t      + decimal_integer_re + '|'\n\t      + binary_integer_re + '|'\n\t       + hexadecimal_integer_re\n\t    + ')';\n\n\t  const float_re = '('\n\t      + hexadecimal_float_re + '|'\n\t      + decimal_float_re\n\t    + ')';\n\n\t  /**\n\t   * Escape sequence supported in D string and character literals\n\t   *\n\t   * @type {String}\n\t   */\n\t  const escape_sequence_re = '\\\\\\\\('\n\t              + '[\\'\"\\\\?\\\\\\\\abfnrtv]|' // common escapes\n\t              + 'u[\\\\dA-Fa-f]{4}|' // four hex digit unicode codepoint\n\t              + '[0-7]{1,3}|' // one to three octal digit ascii char code\n\t              + 'x[\\\\dA-Fa-f]{2}|' // two hex digit ascii char code\n\t              + 'U[\\\\dA-Fa-f]{8}' // eight hex digit unicode codepoint\n\t              + ')|'\n\t              + '&[a-zA-Z\\\\d]{2,};'; // named character entity\n\n\t  /**\n\t   * D integer number literals\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_INTEGER_MODE = {\n\t    className: 'number',\n\t    begin: '\\\\b' + integer_re + '(L|u|U|Lu|LU|uL|UL)?',\n\t    relevance: 0\n\t  };\n\n\t  /**\n\t   * [D_FLOAT_MODE description]\n\t   * @type {Object}\n\t   */\n\t  const D_FLOAT_MODE = {\n\t    className: 'number',\n\t    begin: '\\\\b('\n\t        + float_re + '([fF]|L|i|[fF]i|Li)?|'\n\t        + integer_re + '(i|[fF]i|Li)'\n\t      + ')',\n\t    relevance: 0\n\t  };\n\n\t  /**\n\t   * D character literal\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_CHARACTER_MODE = {\n\t    className: 'string',\n\t    begin: '\\'(' + escape_sequence_re + '|.)',\n\t    end: '\\'',\n\t    illegal: '.'\n\t  };\n\n\t  /**\n\t   * D string escape sequence\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_ESCAPE_SEQUENCE = {\n\t    begin: escape_sequence_re,\n\t    relevance: 0\n\t  };\n\n\t  /**\n\t   * D double quoted string literal\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_STRING_MODE = {\n\t    className: 'string',\n\t    begin: '\"',\n\t    contains: [ D_ESCAPE_SEQUENCE ],\n\t    end: '\"[cwd]?'\n\t  };\n\n\t  /**\n\t   * D wysiwyg and delimited string literals\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_WYSIWYG_DELIMITED_STRING_MODE = {\n\t    className: 'string',\n\t    begin: '[rq]\"',\n\t    end: '\"[cwd]?',\n\t    relevance: 5\n\t  };\n\n\t  /**\n\t   * D alternate wysiwyg string literal\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_ALTERNATE_WYSIWYG_STRING_MODE = {\n\t    className: 'string',\n\t    begin: '`',\n\t    end: '`[cwd]?'\n\t  };\n\n\t  /**\n\t   * D hexadecimal string literal\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_HEX_STRING_MODE = {\n\t    className: 'string',\n\t    begin: 'x\"[\\\\da-fA-F\\\\s\\\\n\\\\r]*\"[cwd]?',\n\t    relevance: 10\n\t  };\n\n\t  /**\n\t   * D delimited string literal\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_TOKEN_STRING_MODE = {\n\t    className: 'string',\n\t    begin: 'q\"\\\\{',\n\t    end: '\\\\}\"'\n\t  };\n\n\t  /**\n\t   * Hashbang support\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_HASHBANG_MODE = {\n\t    className: 'meta',\n\t    begin: '^#!',\n\t    end: '$',\n\t    relevance: 5\n\t  };\n\n\t  /**\n\t   * D special token sequence\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_SPECIAL_TOKEN_SEQUENCE_MODE = {\n\t    className: 'meta',\n\t    begin: '#(line)',\n\t    end: '$',\n\t    relevance: 5\n\t  };\n\n\t  /**\n\t   * D attributes\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_ATTRIBUTE_MODE = {\n\t    className: 'keyword',\n\t    begin: '@[a-zA-Z_][a-zA-Z_\\\\d]*'\n\t  };\n\n\t  /**\n\t   * D nesting comment\n\t   *\n\t   * @type {Object}\n\t   */\n\t  const D_NESTING_COMMENT_MODE = hljs.COMMENT(\n\t    '\\\\/\\\\+',\n\t    '\\\\+\\\\/',\n\t    {\n\t      contains: [ 'self' ],\n\t      relevance: 10\n\t    }\n\t  );\n\n\t  return {\n\t    name: 'D',\n\t    keywords: D_KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      D_NESTING_COMMENT_MODE,\n\t      D_HEX_STRING_MODE,\n\t      D_STRING_MODE,\n\t      D_WYSIWYG_DELIMITED_STRING_MODE,\n\t      D_ALTERNATE_WYSIWYG_STRING_MODE,\n\t      D_TOKEN_STRING_MODE,\n\t      D_FLOAT_MODE,\n\t      D_INTEGER_MODE,\n\t      D_CHARACTER_MODE,\n\t      D_HASHBANG_MODE,\n\t      D_SPECIAL_TOKEN_SEQUENCE_MODE,\n\t      D_ATTRIBUTE_MODE\n\t    ]\n\t  };\n\t}\n\n\td_1 = d;\n\treturn d_1;\n}\n\n/*\nLanguage: Markdown\nRequires: xml.js\nAuthor: John Crepezzi <john.crepezzi@gmail.com>\nWebsite: https://daringfireball.net/projects/markdown/\nCategory: common, markup\n*/\n\nvar markdown_1;\nvar hasRequiredMarkdown;\n\nfunction requireMarkdown () {\n\tif (hasRequiredMarkdown) return markdown_1;\n\thasRequiredMarkdown = 1;\n\tfunction markdown(hljs) {\n\t  const regex = hljs.regex;\n\t  const INLINE_HTML = {\n\t    begin: /<\\/?[A-Za-z_]/,\n\t    end: '>',\n\t    subLanguage: 'xml',\n\t    relevance: 0\n\t  };\n\t  const HORIZONTAL_RULE = {\n\t    begin: '^[-\\\\*]{3,}',\n\t    end: '$'\n\t  };\n\t  const CODE = {\n\t    className: 'code',\n\t    variants: [\n\t      // TODO: fix to allow these to work with sublanguage also\n\t      { begin: '(`{3,})[^`](.|\\\\n)*?\\\\1`*[ ]*' },\n\t      { begin: '(~{3,})[^~](.|\\\\n)*?\\\\1~*[ ]*' },\n\t      // needed to allow markdown as a sublanguage to work\n\t      {\n\t        begin: '```',\n\t        end: '```+[ ]*$'\n\t      },\n\t      {\n\t        begin: '~~~',\n\t        end: '~~~+[ ]*$'\n\t      },\n\t      { begin: '`.+?`' },\n\t      {\n\t        begin: '(?=^( {4}|\\\\t))',\n\t        // use contains to gobble up multiple lines to allow the block to be whatever size\n\t        // but only have a single open/close tag vs one per line\n\t        contains: [\n\t          {\n\t            begin: '^( {4}|\\\\t)',\n\t            end: '(\\\\n)$'\n\t          }\n\t        ],\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t  const LIST = {\n\t    className: 'bullet',\n\t    begin: '^[ \\t]*([*+-]|(\\\\d+\\\\.))(?=\\\\s+)',\n\t    end: '\\\\s+',\n\t    excludeEnd: true\n\t  };\n\t  const LINK_REFERENCE = {\n\t    begin: /^\\[[^\\n]+\\]:/,\n\t    returnBegin: true,\n\t    contains: [\n\t      {\n\t        className: 'symbol',\n\t        begin: /\\[/,\n\t        end: /\\]/,\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        className: 'link',\n\t        begin: /:\\s*/,\n\t        end: /$/,\n\t        excludeBegin: true\n\t      }\n\t    ]\n\t  };\n\t  const URL_SCHEME = /[A-Za-z][A-Za-z0-9+.-]*/;\n\t  const LINK = {\n\t    variants: [\n\t      // too much like nested array access in so many languages\n\t      // to have any real relevance\n\t      {\n\t        begin: /\\[.+?\\]\\[.*?\\]/,\n\t        relevance: 0\n\t      },\n\t      // popular internet URLs\n\t      {\n\t        begin: /\\[.+?\\]\\(((data|javascript|mailto):|(?:http|ftp)s?:\\/\\/).*?\\)/,\n\t        relevance: 2\n\t      },\n\t      {\n\t        begin: regex.concat(/\\[.+?\\]\\(/, URL_SCHEME, /:\\/\\/.*?\\)/),\n\t        relevance: 2\n\t      },\n\t      // relative urls\n\t      {\n\t        begin: /\\[.+?\\]\\([./?&#].*?\\)/,\n\t        relevance: 1\n\t      },\n\t      // whatever else, lower relevance (might not be a link at all)\n\t      {\n\t        begin: /\\[.*?\\]\\(.*?\\)/,\n\t        relevance: 0\n\t      }\n\t    ],\n\t    returnBegin: true,\n\t    contains: [\n\t      {\n\t        // empty strings for alt or link text\n\t        match: /\\[(?=\\])/ },\n\t      {\n\t        className: 'string',\n\t        relevance: 0,\n\t        begin: '\\\\[',\n\t        end: '\\\\]',\n\t        excludeBegin: true,\n\t        returnEnd: true\n\t      },\n\t      {\n\t        className: 'link',\n\t        relevance: 0,\n\t        begin: '\\\\]\\\\(',\n\t        end: '\\\\)',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        relevance: 0,\n\t        begin: '\\\\]\\\\[',\n\t        end: '\\\\]',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\t  const BOLD = {\n\t    className: 'strong',\n\t    contains: [], // defined later\n\t    variants: [\n\t      {\n\t        begin: /_{2}/,\n\t        end: /_{2}/\n\t      },\n\t      {\n\t        begin: /\\*{2}/,\n\t        end: /\\*{2}/\n\t      }\n\t    ]\n\t  };\n\t  const ITALIC = {\n\t    className: 'emphasis',\n\t    contains: [], // defined later\n\t    variants: [\n\t      {\n\t        begin: /\\*(?!\\*)/,\n\t        end: /\\*/\n\t      },\n\t      {\n\t        begin: /_(?!_)/,\n\t        end: /_/,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  // 3 level deep nesting is not allowed because it would create confusion\n\t  // in cases like `***testing***` because where we don't know if the last\n\t  // `***` is starting a new bold/italic or finishing the last one\n\t  const BOLD_WITHOUT_ITALIC = hljs.inherit(BOLD, { contains: [] });\n\t  const ITALIC_WITHOUT_BOLD = hljs.inherit(ITALIC, { contains: [] });\n\t  BOLD.contains.push(ITALIC_WITHOUT_BOLD);\n\t  ITALIC.contains.push(BOLD_WITHOUT_ITALIC);\n\n\t  let CONTAINABLE = [\n\t    INLINE_HTML,\n\t    LINK\n\t  ];\n\n\t  [\n\t    BOLD,\n\t    ITALIC,\n\t    BOLD_WITHOUT_ITALIC,\n\t    ITALIC_WITHOUT_BOLD\n\t  ].forEach(m => {\n\t    m.contains = m.contains.concat(CONTAINABLE);\n\t  });\n\n\t  CONTAINABLE = CONTAINABLE.concat(BOLD, ITALIC);\n\n\t  const HEADER = {\n\t    className: 'section',\n\t    variants: [\n\t      {\n\t        begin: '^#{1,6}',\n\t        end: '$',\n\t        contains: CONTAINABLE\n\t      },\n\t      {\n\t        begin: '(?=^.+?\\\\n[=-]{2,}$)',\n\t        contains: [\n\t          { begin: '^[=-]*$' },\n\t          {\n\t            begin: '^',\n\t            end: \"\\\\n\",\n\t            contains: CONTAINABLE\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const BLOCKQUOTE = {\n\t    className: 'quote',\n\t    begin: '^>\\\\s+',\n\t    contains: CONTAINABLE,\n\t    end: '$'\n\t  };\n\n\t  return {\n\t    name: 'Markdown',\n\t    aliases: [\n\t      'md',\n\t      'mkdown',\n\t      'mkd'\n\t    ],\n\t    contains: [\n\t      HEADER,\n\t      INLINE_HTML,\n\t      LIST,\n\t      BOLD,\n\t      ITALIC,\n\t      BLOCKQUOTE,\n\t      CODE,\n\t      HORIZONTAL_RULE,\n\t      LINK,\n\t      LINK_REFERENCE\n\t    ]\n\t  };\n\t}\n\n\tmarkdown_1 = markdown;\n\treturn markdown_1;\n}\n\n/*\nLanguage: Dart\nRequires: markdown.js\nAuthor: Maxim Dikun <dikmax@gmail.com>\nDescription: Dart a modern, object-oriented language developed by Google. For more information see https://www.dartlang.org/\nWebsite: https://dart.dev\nCategory: scripting\n*/\n\nvar dart_1;\nvar hasRequiredDart;\n\nfunction requireDart () {\n\tif (hasRequiredDart) return dart_1;\n\thasRequiredDart = 1;\n\t/** @type LanguageFn */\n\tfunction dart(hljs) {\n\t  const SUBST = {\n\t    className: 'subst',\n\t    variants: [ { begin: '\\\\$[A-Za-z0-9_]+' } ]\n\t  };\n\n\t  const BRACED_SUBST = {\n\t    className: 'subst',\n\t    variants: [\n\t      {\n\t        begin: /\\$\\{/,\n\t        end: /\\}/\n\t      }\n\t    ],\n\t    keywords: 'true false null this is new super'\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: 'r\\'\\'\\'',\n\t        end: '\\'\\'\\''\n\t      },\n\t      {\n\t        begin: 'r\"\"\"',\n\t        end: '\"\"\"'\n\t      },\n\t      {\n\t        begin: 'r\\'',\n\t        end: '\\'',\n\t        illegal: '\\\\n'\n\t      },\n\t      {\n\t        begin: 'r\"',\n\t        end: '\"',\n\t        illegal: '\\\\n'\n\t      },\n\t      {\n\t        begin: '\\'\\'\\'',\n\t        end: '\\'\\'\\'',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST,\n\t          BRACED_SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST,\n\t          BRACED_SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        illegal: '\\\\n',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST,\n\t          BRACED_SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST,\n\t          BRACED_SUBST\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t  BRACED_SUBST.contains = [\n\t    hljs.C_NUMBER_MODE,\n\t    STRING\n\t  ];\n\n\t  const BUILT_IN_TYPES = [\n\t    // dart:core\n\t    'Comparable',\n\t    'DateTime',\n\t    'Duration',\n\t    'Function',\n\t    'Iterable',\n\t    'Iterator',\n\t    'List',\n\t    'Map',\n\t    'Match',\n\t    'Object',\n\t    'Pattern',\n\t    'RegExp',\n\t    'Set',\n\t    'Stopwatch',\n\t    'String',\n\t    'StringBuffer',\n\t    'StringSink',\n\t    'Symbol',\n\t    'Type',\n\t    'Uri',\n\t    'bool',\n\t    'double',\n\t    'int',\n\t    'num',\n\t    // dart:html\n\t    'Element',\n\t    'ElementList'\n\t  ];\n\t  const NULLABLE_BUILT_IN_TYPES = BUILT_IN_TYPES.map((e) => `${e}?`);\n\n\t  const BASIC_KEYWORDS = [\n\t    \"abstract\",\n\t    \"as\",\n\t    \"assert\",\n\t    \"async\",\n\t    \"await\",\n\t    \"break\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"class\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"covariant\",\n\t    \"default\",\n\t    \"deferred\",\n\t    \"do\",\n\t    \"dynamic\",\n\t    \"else\",\n\t    \"enum\",\n\t    \"export\",\n\t    \"extends\",\n\t    \"extension\",\n\t    \"external\",\n\t    \"factory\",\n\t    \"false\",\n\t    \"final\",\n\t    \"finally\",\n\t    \"for\",\n\t    \"Function\",\n\t    \"get\",\n\t    \"hide\",\n\t    \"if\",\n\t    \"implements\",\n\t    \"import\",\n\t    \"in\",\n\t    \"inferface\",\n\t    \"is\",\n\t    \"late\",\n\t    \"library\",\n\t    \"mixin\",\n\t    \"new\",\n\t    \"null\",\n\t    \"on\",\n\t    \"operator\",\n\t    \"part\",\n\t    \"required\",\n\t    \"rethrow\",\n\t    \"return\",\n\t    \"set\",\n\t    \"show\",\n\t    \"static\",\n\t    \"super\",\n\t    \"switch\",\n\t    \"sync\",\n\t    \"this\",\n\t    \"throw\",\n\t    \"true\",\n\t    \"try\",\n\t    \"typedef\",\n\t    \"var\",\n\t    \"void\",\n\t    \"while\",\n\t    \"with\",\n\t    \"yield\"\n\t  ];\n\n\t  const KEYWORDS = {\n\t    keyword: BASIC_KEYWORDS,\n\t    built_in:\n\t      BUILT_IN_TYPES\n\t        .concat(NULLABLE_BUILT_IN_TYPES)\n\t        .concat([\n\t          // dart:core\n\t          'Never',\n\t          'Null',\n\t          'dynamic',\n\t          'print',\n\t          // dart:html\n\t          'document',\n\t          'querySelector',\n\t          'querySelectorAll',\n\t          'window'\n\t        ]),\n\t    $pattern: /[A-Za-z][A-Za-z0-9_]*\\??/\n\t  };\n\n\t  return {\n\t    name: 'Dart',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      STRING,\n\t      hljs.COMMENT(\n\t        /\\/\\*\\*(?!\\/)/,\n\t        /\\*\\//,\n\t        {\n\t          subLanguage: 'markdown',\n\t          relevance: 0\n\t        }\n\t      ),\n\t      hljs.COMMENT(\n\t        /\\/{3,} ?/,\n\t        /$/, { contains: [\n\t          {\n\t            subLanguage: 'markdown',\n\t            begin: '.',\n\t            end: '$',\n\t            relevance: 0\n\t          }\n\t        ] }\n\t      ),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class interface',\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        contains: [\n\t          { beginKeywords: 'extends implements' },\n\t          hljs.UNDERSCORE_TITLE_MODE\n\t        ]\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '@[A-Za-z]+'\n\t      },\n\t      { begin: '=>' // No markup, just a relevance booster\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tdart_1 = dart;\n\treturn dart_1;\n}\n\n/*\nLanguage: Delphi\nWebsite: https://www.embarcadero.com/products/delphi\n*/\n\nvar delphi_1;\nvar hasRequiredDelphi;\n\nfunction requireDelphi () {\n\tif (hasRequiredDelphi) return delphi_1;\n\thasRequiredDelphi = 1;\n\t/** @type LanguageFn */\n\tfunction delphi(hljs) {\n\t  const KEYWORDS = [\n\t    \"exports\",\n\t    \"register\",\n\t    \"file\",\n\t    \"shl\",\n\t    \"array\",\n\t    \"record\",\n\t    \"property\",\n\t    \"for\",\n\t    \"mod\",\n\t    \"while\",\n\t    \"set\",\n\t    \"ally\",\n\t    \"label\",\n\t    \"uses\",\n\t    \"raise\",\n\t    \"not\",\n\t    \"stored\",\n\t    \"class\",\n\t    \"safecall\",\n\t    \"var\",\n\t    \"interface\",\n\t    \"or\",\n\t    \"private\",\n\t    \"static\",\n\t    \"exit\",\n\t    \"index\",\n\t    \"inherited\",\n\t    \"to\",\n\t    \"else\",\n\t    \"stdcall\",\n\t    \"override\",\n\t    \"shr\",\n\t    \"asm\",\n\t    \"far\",\n\t    \"resourcestring\",\n\t    \"finalization\",\n\t    \"packed\",\n\t    \"virtual\",\n\t    \"out\",\n\t    \"and\",\n\t    \"protected\",\n\t    \"library\",\n\t    \"do\",\n\t    \"xorwrite\",\n\t    \"goto\",\n\t    \"near\",\n\t    \"function\",\n\t    \"end\",\n\t    \"div\",\n\t    \"overload\",\n\t    \"object\",\n\t    \"unit\",\n\t    \"begin\",\n\t    \"string\",\n\t    \"on\",\n\t    \"inline\",\n\t    \"repeat\",\n\t    \"until\",\n\t    \"destructor\",\n\t    \"write\",\n\t    \"message\",\n\t    \"program\",\n\t    \"with\",\n\t    \"read\",\n\t    \"initialization\",\n\t    \"except\",\n\t    \"default\",\n\t    \"nil\",\n\t    \"if\",\n\t    \"case\",\n\t    \"cdecl\",\n\t    \"in\",\n\t    \"downto\",\n\t    \"threadvar\",\n\t    \"of\",\n\t    \"try\",\n\t    \"pascal\",\n\t    \"const\",\n\t    \"external\",\n\t    \"constructor\",\n\t    \"type\",\n\t    \"public\",\n\t    \"then\",\n\t    \"implementation\",\n\t    \"finally\",\n\t    \"published\",\n\t    \"procedure\",\n\t    \"absolute\",\n\t    \"reintroduce\",\n\t    \"operator\",\n\t    \"as\",\n\t    \"is\",\n\t    \"abstract\",\n\t    \"alias\",\n\t    \"assembler\",\n\t    \"bitpacked\",\n\t    \"break\",\n\t    \"continue\",\n\t    \"cppdecl\",\n\t    \"cvar\",\n\t    \"enumerator\",\n\t    \"experimental\",\n\t    \"platform\",\n\t    \"deprecated\",\n\t    \"unimplemented\",\n\t    \"dynamic\",\n\t    \"export\",\n\t    \"far16\",\n\t    \"forward\",\n\t    \"generic\",\n\t    \"helper\",\n\t    \"implements\",\n\t    \"interrupt\",\n\t    \"iochecks\",\n\t    \"local\",\n\t    \"name\",\n\t    \"nodefault\",\n\t    \"noreturn\",\n\t    \"nostackframe\",\n\t    \"oldfpccall\",\n\t    \"otherwise\",\n\t    \"saveregisters\",\n\t    \"softfloat\",\n\t    \"specialize\",\n\t    \"strict\",\n\t    \"unaligned\",\n\t    \"varargs\"\n\t  ];\n\t  const COMMENT_MODES = [\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.COMMENT(/\\{/, /\\}/, { relevance: 0 }),\n\t    hljs.COMMENT(/\\(\\*/, /\\*\\)/, { relevance: 10 })\n\t  ];\n\t  const DIRECTIVE = {\n\t    className: 'meta',\n\t    variants: [\n\t      {\n\t        begin: /\\{\\$/,\n\t        end: /\\}/\n\t      },\n\t      {\n\t        begin: /\\(\\*\\$/,\n\t        end: /\\*\\)/\n\t      }\n\t    ]\n\t  };\n\t  const STRING = {\n\t    className: 'string',\n\t    begin: /'/,\n\t    end: /'/,\n\t    contains: [ { begin: /''/ } ]\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    // Source: https://www.freepascal.org/docs-html/ref/refse6.html\n\t    variants: [\n\t      {\n\t        // Hexadecimal notation, e.g., $7F.\n\t        begin: '\\\\$[0-9A-Fa-f]+' },\n\t      {\n\t        // Octal notation, e.g., &42.\n\t        begin: '&[0-7]+' },\n\t      {\n\t        // Binary notation, e.g., %1010.\n\t        begin: '%[01]+' }\n\t    ]\n\t  };\n\t  const CHAR_STRING = {\n\t    className: 'string',\n\t    begin: /(#\\d+)+/\n\t  };\n\t  const CLASS = {\n\t    begin: hljs.IDENT_RE + '\\\\s*=\\\\s*class\\\\s*\\\\(',\n\t    returnBegin: true,\n\t    contains: [ hljs.TITLE_MODE ]\n\t  };\n\t  const FUNCTION = {\n\t    className: 'function',\n\t    beginKeywords: 'function constructor destructor procedure',\n\t    end: /[:;]/,\n\t    keywords: 'function constructor|10 destructor|10 procedure|10',\n\t    contains: [\n\t      hljs.TITLE_MODE,\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          STRING,\n\t          CHAR_STRING,\n\t          DIRECTIVE\n\t        ].concat(COMMENT_MODES)\n\t      },\n\t      DIRECTIVE\n\t    ].concat(COMMENT_MODES)\n\t  };\n\t  return {\n\t    name: 'Delphi',\n\t    aliases: [\n\t      'dpr',\n\t      'dfm',\n\t      'pas',\n\t      'pascal'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    illegal: /\"|\\$[G-Zg-z]|\\/\\*|<\\/|\\|/,\n\t    contains: [\n\t      STRING,\n\t      CHAR_STRING,\n\t      hljs.NUMBER_MODE,\n\t      NUMBER,\n\t      CLASS,\n\t      FUNCTION,\n\t      DIRECTIVE\n\t    ].concat(COMMENT_MODES)\n\t  };\n\t}\n\n\tdelphi_1 = delphi;\n\treturn delphi_1;\n}\n\n/*\nLanguage: Diff\nDescription: Unified and context diff\nAuthor: Vasily Polovnyov <vast@whiteants.net>\nWebsite: https://www.gnu.org/software/diffutils/\nCategory: common\n*/\n\nvar diff_1;\nvar hasRequiredDiff;\n\nfunction requireDiff () {\n\tif (hasRequiredDiff) return diff_1;\n\thasRequiredDiff = 1;\n\t/** @type LanguageFn */\n\tfunction diff(hljs) {\n\t  const regex = hljs.regex;\n\t  return {\n\t    name: 'Diff',\n\t    aliases: [ 'patch' ],\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        relevance: 10,\n\t        match: regex.either(\n\t          /^@@ +-\\d+,\\d+ +\\+\\d+,\\d+ +@@/,\n\t          /^\\*\\*\\* +\\d+,\\d+ +\\*\\*\\*\\*$/,\n\t          /^--- +\\d+,\\d+ +----$/\n\t        )\n\t      },\n\t      {\n\t        className: 'comment',\n\t        variants: [\n\t          {\n\t            begin: regex.either(\n\t              /Index: /,\n\t              /^index/,\n\t              /={3,}/,\n\t              /^-{3}/,\n\t              /^\\*{3} /,\n\t              /^\\+{3}/,\n\t              /^diff --git/\n\t            ),\n\t            end: /$/\n\t          },\n\t          { match: /^\\*{15}$/ }\n\t        ]\n\t      },\n\t      {\n\t        className: 'addition',\n\t        begin: /^\\+/,\n\t        end: /$/\n\t      },\n\t      {\n\t        className: 'deletion',\n\t        begin: /^-/,\n\t        end: /$/\n\t      },\n\t      {\n\t        className: 'addition',\n\t        begin: /^!/,\n\t        end: /$/\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tdiff_1 = diff;\n\treturn diff_1;\n}\n\n/*\nLanguage: Django\nDescription: Django is a high-level Python Web framework that encourages rapid development and clean, pragmatic design.\nRequires: xml.js\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nContributors: Ilya Baryshev <baryshev@gmail.com>\nWebsite: https://www.djangoproject.com\nCategory: template\n*/\n\nvar django_1;\nvar hasRequiredDjango;\n\nfunction requireDjango () {\n\tif (hasRequiredDjango) return django_1;\n\thasRequiredDjango = 1;\n\t/** @type LanguageFn */\n\tfunction django(hljs) {\n\t  const FILTER = {\n\t    begin: /\\|[A-Za-z]+:?/,\n\t    keywords: { name:\n\t        'truncatewords removetags linebreaksbr yesno get_digit timesince random striptags '\n\t        + 'filesizeformat escape linebreaks length_is ljust rjust cut urlize fix_ampersands '\n\t        + 'title floatformat capfirst pprint divisibleby add make_list unordered_list urlencode '\n\t        + 'timeuntil urlizetrunc wordcount stringformat linenumbers slice date dictsort '\n\t        + 'dictsortreversed default_if_none pluralize lower join center default '\n\t        + 'truncatewords_html upper length phone2numeric wordwrap time addslashes slugify first '\n\t        + 'escapejs force_escape iriencode last safe safeseq truncatechars localize unlocalize '\n\t        + 'localtime utc timezone' },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Django',\n\t    aliases: [ 'jinja' ],\n\t    case_insensitive: true,\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      hljs.COMMENT(/\\{%\\s*comment\\s*%\\}/, /\\{%\\s*endcomment\\s*%\\}/),\n\t      hljs.COMMENT(/\\{#/, /#\\}/),\n\t      {\n\t        className: 'template-tag',\n\t        begin: /\\{%/,\n\t        end: /%\\}/,\n\t        contains: [\n\t          {\n\t            className: 'name',\n\t            begin: /\\w+/,\n\t            keywords: { name:\n\t                'comment endcomment load templatetag ifchanged endifchanged if endif firstof for '\n\t                + 'endfor ifnotequal endifnotequal widthratio extends include spaceless '\n\t                + 'endspaceless regroup ifequal endifequal ssi now with cycle url filter '\n\t                + 'endfilter debug block endblock else autoescape endautoescape csrf_token empty elif '\n\t                + 'endwith static trans blocktrans endblocktrans get_static_prefix get_media_prefix '\n\t                + 'plural get_current_language language get_available_languages '\n\t                + 'get_current_language_bidi get_language_info get_language_info_list localize '\n\t                + 'endlocalize localtime endlocaltime timezone endtimezone get_current_timezone '\n\t                + 'verbatim' },\n\t            starts: {\n\t              endsWithParent: true,\n\t              keywords: 'in by as',\n\t              contains: [ FILTER ],\n\t              relevance: 0\n\t            }\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'template-variable',\n\t        begin: /\\{\\{/,\n\t        end: /\\}\\}/,\n\t        contains: [ FILTER ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tdjango_1 = django;\n\treturn django_1;\n}\n\n/*\nLanguage: DNS Zone\nAuthor: Tim Schumacher <tim@datenknoten.me>\nCategory: config\nWebsite: https://en.wikipedia.org/wiki/Zone_file\n*/\n\nvar dns_1;\nvar hasRequiredDns;\n\nfunction requireDns () {\n\tif (hasRequiredDns) return dns_1;\n\thasRequiredDns = 1;\n\t/** @type LanguageFn */\n\tfunction dns(hljs) {\n\t  const KEYWORDS = [\n\t    \"IN\",\n\t    \"A\",\n\t    \"AAAA\",\n\t    \"AFSDB\",\n\t    \"APL\",\n\t    \"CAA\",\n\t    \"CDNSKEY\",\n\t    \"CDS\",\n\t    \"CERT\",\n\t    \"CNAME\",\n\t    \"DHCID\",\n\t    \"DLV\",\n\t    \"DNAME\",\n\t    \"DNSKEY\",\n\t    \"DS\",\n\t    \"HIP\",\n\t    \"IPSECKEY\",\n\t    \"KEY\",\n\t    \"KX\",\n\t    \"LOC\",\n\t    \"MX\",\n\t    \"NAPTR\",\n\t    \"NS\",\n\t    \"NSEC\",\n\t    \"NSEC3\",\n\t    \"NSEC3PARAM\",\n\t    \"PTR\",\n\t    \"RRSIG\",\n\t    \"RP\",\n\t    \"SIG\",\n\t    \"SOA\",\n\t    \"SRV\",\n\t    \"SSHFP\",\n\t    \"TA\",\n\t    \"TKEY\",\n\t    \"TLSA\",\n\t    \"TSIG\",\n\t    \"TXT\"\n\t  ];\n\t  return {\n\t    name: 'DNS Zone',\n\t    aliases: [\n\t      'bind',\n\t      'zone'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.COMMENT(';', '$', { relevance: 0 }),\n\t      {\n\t        className: 'meta',\n\t        begin: /^\\$(TTL|GENERATE|INCLUDE|ORIGIN)\\b/\n\t      },\n\t      // IPv6\n\t      {\n\t        className: 'number',\n\t        begin: '((([0-9A-Fa-f]{1,4}:){7}([0-9A-Fa-f]{1,4}|:))|(([0-9A-Fa-f]{1,4}:){6}(:[0-9A-Fa-f]{1,4}|((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3})|:))|(([0-9A-Fa-f]{1,4}:){5}(((:[0-9A-Fa-f]{1,4}){1,2})|:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3})|:))|(([0-9A-Fa-f]{1,4}:){4}(((:[0-9A-Fa-f]{1,4}){1,3})|((:[0-9A-Fa-f]{1,4})?:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){3}(((:[0-9A-Fa-f]{1,4}){1,4})|((:[0-9A-Fa-f]{1,4}){0,2}:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){2}(((:[0-9A-Fa-f]{1,4}){1,5})|((:[0-9A-Fa-f]{1,4}){0,3}:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){1}(((:[0-9A-Fa-f]{1,4}){1,6})|((:[0-9A-Fa-f]{1,4}){0,4}:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3}))|:))|(:(((:[0-9A-Fa-f]{1,4}){1,7})|((:[0-9A-Fa-f]{1,4}){0,5}:((25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)(\\\\.(25[0-5]|2[0-4]\\\\d|1\\\\d\\\\d|[1-9]?\\\\d)){3}))|:)))\\\\b'\n\t      },\n\t      // IPv4\n\t      {\n\t        className: 'number',\n\t        begin: '((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\\\b'\n\t      },\n\t      hljs.inherit(hljs.NUMBER_MODE, { begin: /\\b\\d+[dhwm]?/ })\n\t    ]\n\t  };\n\t}\n\n\tdns_1 = dns;\n\treturn dns_1;\n}\n\n/*\nLanguage: Dockerfile\nRequires: bash.js\nAuthor: Alexis Hénaut <alexis@henaut.net>\nDescription: language definition for Dockerfile files\nWebsite: https://docs.docker.com/engine/reference/builder/\nCategory: config\n*/\n\nvar dockerfile_1;\nvar hasRequiredDockerfile;\n\nfunction requireDockerfile () {\n\tif (hasRequiredDockerfile) return dockerfile_1;\n\thasRequiredDockerfile = 1;\n\t/** @type LanguageFn */\n\tfunction dockerfile(hljs) {\n\t  const KEYWORDS = [\n\t    \"from\",\n\t    \"maintainer\",\n\t    \"expose\",\n\t    \"env\",\n\t    \"arg\",\n\t    \"user\",\n\t    \"onbuild\",\n\t    \"stopsignal\"\n\t  ];\n\t  return {\n\t    name: 'Dockerfile',\n\t    aliases: [ 'docker' ],\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      {\n\t        beginKeywords: 'run cmd entrypoint volume add copy workdir label healthcheck shell',\n\t        starts: {\n\t          end: /[^\\\\]$/,\n\t          subLanguage: 'bash'\n\t        }\n\t      }\n\t    ],\n\t    illegal: '</'\n\t  };\n\t}\n\n\tdockerfile_1 = dockerfile;\n\treturn dockerfile_1;\n}\n\n/*\nLanguage: Batch file (DOS)\nAuthor: Alexander Makarov <sam@rmcreative.ru>\nContributors: Anton Kochkov <anton.kochkov@gmail.com>\nWebsite: https://en.wikipedia.org/wiki/Batch_file\n*/\n\nvar dos_1;\nvar hasRequiredDos;\n\nfunction requireDos () {\n\tif (hasRequiredDos) return dos_1;\n\thasRequiredDos = 1;\n\t/** @type LanguageFn */\n\tfunction dos(hljs) {\n\t  const COMMENT = hljs.COMMENT(\n\t    /^\\s*@?rem\\b/, /$/,\n\t    { relevance: 10 }\n\t  );\n\t  const LABEL = {\n\t    className: 'symbol',\n\t    begin: '^\\\\s*[A-Za-z._?][A-Za-z0-9_$#@~.?]*(:|\\\\s+label)',\n\t    relevance: 0\n\t  };\n\t  const KEYWORDS = [\n\t    \"if\",\n\t    \"else\",\n\t    \"goto\",\n\t    \"for\",\n\t    \"in\",\n\t    \"do\",\n\t    \"call\",\n\t    \"exit\",\n\t    \"not\",\n\t    \"exist\",\n\t    \"errorlevel\",\n\t    \"defined\",\n\t    \"equ\",\n\t    \"neq\",\n\t    \"lss\",\n\t    \"leq\",\n\t    \"gtr\",\n\t    \"geq\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"prn\",\n\t    \"nul\",\n\t    \"lpt3\",\n\t    \"lpt2\",\n\t    \"lpt1\",\n\t    \"con\",\n\t    \"com4\",\n\t    \"com3\",\n\t    \"com2\",\n\t    \"com1\",\n\t    \"aux\",\n\t    \"shift\",\n\t    \"cd\",\n\t    \"dir\",\n\t    \"echo\",\n\t    \"setlocal\",\n\t    \"endlocal\",\n\t    \"set\",\n\t    \"pause\",\n\t    \"copy\",\n\t    \"append\",\n\t    \"assoc\",\n\t    \"at\",\n\t    \"attrib\",\n\t    \"break\",\n\t    \"cacls\",\n\t    \"cd\",\n\t    \"chcp\",\n\t    \"chdir\",\n\t    \"chkdsk\",\n\t    \"chkntfs\",\n\t    \"cls\",\n\t    \"cmd\",\n\t    \"color\",\n\t    \"comp\",\n\t    \"compact\",\n\t    \"convert\",\n\t    \"date\",\n\t    \"dir\",\n\t    \"diskcomp\",\n\t    \"diskcopy\",\n\t    \"doskey\",\n\t    \"erase\",\n\t    \"fs\",\n\t    \"find\",\n\t    \"findstr\",\n\t    \"format\",\n\t    \"ftype\",\n\t    \"graftabl\",\n\t    \"help\",\n\t    \"keyb\",\n\t    \"label\",\n\t    \"md\",\n\t    \"mkdir\",\n\t    \"mode\",\n\t    \"more\",\n\t    \"move\",\n\t    \"path\",\n\t    \"pause\",\n\t    \"print\",\n\t    \"popd\",\n\t    \"pushd\",\n\t    \"promt\",\n\t    \"rd\",\n\t    \"recover\",\n\t    \"rem\",\n\t    \"rename\",\n\t    \"replace\",\n\t    \"restore\",\n\t    \"rmdir\",\n\t    \"shift\",\n\t    \"sort\",\n\t    \"start\",\n\t    \"subst\",\n\t    \"time\",\n\t    \"title\",\n\t    \"tree\",\n\t    \"type\",\n\t    \"ver\",\n\t    \"verify\",\n\t    \"vol\",\n\t    // winutils\n\t    \"ping\",\n\t    \"net\",\n\t    \"ipconfig\",\n\t    \"taskkill\",\n\t    \"xcopy\",\n\t    \"ren\",\n\t    \"del\"\n\t  ];\n\t  return {\n\t    name: 'Batch file (DOS)',\n\t    aliases: [\n\t      'bat',\n\t      'cmd'\n\t    ],\n\t    case_insensitive: true,\n\t    illegal: /\\/\\*/,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'variable',\n\t        begin: /%%[^ ]|%[^ ]+?%|![^ ]+?!/\n\t      },\n\t      {\n\t        className: 'function',\n\t        begin: LABEL.begin,\n\t        end: 'goto:eof',\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: '([_a-zA-Z]\\\\w*\\\\.)*([_a-zA-Z]\\\\w*:)?[_a-zA-Z]\\\\w*' }),\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b\\\\d+',\n\t        relevance: 0\n\t      },\n\t      COMMENT\n\t    ]\n\t  };\n\t}\n\n\tdos_1 = dos;\n\treturn dos_1;\n}\n\n/*\n Language: dsconfig\n Description: dsconfig batch configuration language for LDAP directory servers\n Contributors: Jacob Childress <jacobc@gmail.com>\n Category: enterprise, config\n */\n\nvar dsconfig_1;\nvar hasRequiredDsconfig;\n\nfunction requireDsconfig () {\n\tif (hasRequiredDsconfig) return dsconfig_1;\n\thasRequiredDsconfig = 1;\n\t/** @type LanguageFn */\n\tfunction dsconfig(hljs) {\n\t  const QUOTED_PROPERTY = {\n\t    className: 'string',\n\t    begin: /\"/,\n\t    end: /\"/\n\t  };\n\t  const APOS_PROPERTY = {\n\t    className: 'string',\n\t    begin: /'/,\n\t    end: /'/\n\t  };\n\t  const UNQUOTED_PROPERTY = {\n\t    className: 'string',\n\t    begin: /[\\w\\-?]+:\\w+/,\n\t    end: /\\W/,\n\t    relevance: 0\n\t  };\n\t  const VALUELESS_PROPERTY = {\n\t    className: 'string',\n\t    begin: /\\w+(\\-\\w+)*/,\n\t    end: /(?=\\W)/,\n\t    relevance: 0\n\t  };\n\n\t  return {\n\t    keywords: 'dsconfig',\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        begin: '^dsconfig',\n\t        end: /\\s/,\n\t        excludeEnd: true,\n\t        relevance: 10\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: /(list|create|get|set|delete)-(\\w+)/,\n\t        end: /\\s/,\n\t        excludeEnd: true,\n\t        illegal: '!@#$%^&*()',\n\t        relevance: 10\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: /--(\\w+)/,\n\t        end: /\\s/,\n\t        excludeEnd: true\n\t      },\n\t      QUOTED_PROPERTY,\n\t      APOS_PROPERTY,\n\t      UNQUOTED_PROPERTY,\n\t      VALUELESS_PROPERTY,\n\t      hljs.HASH_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tdsconfig_1 = dsconfig;\n\treturn dsconfig_1;\n}\n\n/*\nLanguage: Device Tree\nDescription: *.dts files used in the Linux kernel\nAuthor: Martin Braun <martin.braun@ettus.com>, Moritz Fischer <moritz.fischer@ettus.com>\nWebsite: https://elinux.org/Device_Tree_Reference\nCategory: config\n*/\n\nvar dts_1;\nvar hasRequiredDts;\n\nfunction requireDts () {\n\tif (hasRequiredDts) return dts_1;\n\thasRequiredDts = 1;\n\t/** @type LanguageFn */\n\tfunction dts(hljs) {\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { begin: '((u8?|U)|L)?\"' }),\n\t      {\n\t        begin: '(u8?|U)?R\"',\n\t        end: '\"',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '\\'\\\\\\\\?.',\n\t        end: '\\'',\n\t        illegal: '.'\n\t      }\n\t    ]\n\t  };\n\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: '\\\\b(\\\\d+(\\\\.\\\\d*)?|\\\\.\\\\d+)(u|U|l|L|ul|UL|f|F)' },\n\t      { begin: hljs.C_NUMBER_RE }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: '#',\n\t    end: '$',\n\t    keywords: { keyword: 'if else elif endif define undef ifdef ifndef' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        beginKeywords: 'include',\n\t        end: '$',\n\t        keywords: { keyword: 'include' },\n\t        contains: [\n\t          hljs.inherit(STRINGS, { className: 'string' }),\n\t          {\n\t            className: 'string',\n\t            begin: '<',\n\t            end: '>',\n\t            illegal: '\\\\n'\n\t          }\n\t        ]\n\t      },\n\t      STRINGS,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const REFERENCE = {\n\t    className: 'variable',\n\t    begin: /&[a-z\\d_]*\\b/\n\t  };\n\n\t  const KEYWORD = {\n\t    className: 'keyword',\n\t    begin: '/[a-z][a-z\\\\d-]*/'\n\t  };\n\n\t  const LABEL = {\n\t    className: 'symbol',\n\t    begin: '^\\\\s*[a-zA-Z_][a-zA-Z\\\\d_]*:'\n\t  };\n\n\t  const CELL_PROPERTY = {\n\t    className: 'params',\n\t    relevance: 0,\n\t    begin: '<',\n\t    end: '>',\n\t    contains: [\n\t      NUMBERS,\n\t      REFERENCE\n\t    ]\n\t  };\n\n\t  const NODE = {\n\t    className: 'title.class',\n\t    begin: /[a-zA-Z_][a-zA-Z\\d_@-]*(?=\\s\\{)/,\n\t    relevance: 0.2\n\t  };\n\n\t  const ROOT_NODE = {\n\t    className: 'title.class',\n\t    begin: /^\\/(?=\\s*\\{)/,\n\t    relevance: 10\n\t  };\n\n\t  // TODO: `attribute` might be the right scope here, unsure\n\t  // I'm not sure if all these key names have semantic meaning or not\n\t  const ATTR_NO_VALUE = {\n\t    match: /[a-z][a-z-,]+(?=;)/,\n\t    relevance: 0,\n\t    scope: \"attr\"\n\t  };\n\t  const ATTR = {\n\t    relevance: 0,\n\t    match: [\n\t      /[a-z][a-z-,]+/,\n\t      /\\s*/,\n\t      /=/\n\t    ],\n\t    scope: {\n\t      1: \"attr\",\n\t      3: \"operator\"\n\t    }\n\t  };\n\n\t  const PUNC = {\n\t    scope: \"punctuation\",\n\t    relevance: 0,\n\t    // `};` combined is just to avoid tons of useless punctuation nodes\n\t    match: /\\};|[;{}]/\n\t  };\n\n\t  return {\n\t    name: 'Device Tree',\n\t    contains: [\n\t      ROOT_NODE,\n\t      REFERENCE,\n\t      KEYWORD,\n\t      LABEL,\n\t      NODE,\n\t      ATTR,\n\t      ATTR_NO_VALUE,\n\t      CELL_PROPERTY,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      NUMBERS,\n\t      STRINGS,\n\t      PREPROCESSOR,\n\t      PUNC,\n\t      {\n\t        begin: hljs.IDENT_RE + '::',\n\t        keywords: \"\"\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tdts_1 = dts;\n\treturn dts_1;\n}\n\n/*\nLanguage: Dust\nRequires: xml.js\nAuthor: Michael Allen <michael.allen@benefitfocus.com>\nDescription: Matcher for dust.js templates.\nWebsite: https://www.dustjs.com\nCategory: template\n*/\n\nvar dust_1;\nvar hasRequiredDust;\n\nfunction requireDust () {\n\tif (hasRequiredDust) return dust_1;\n\thasRequiredDust = 1;\n\t/** @type LanguageFn */\n\tfunction dust(hljs) {\n\t  const EXPRESSION_KEYWORDS = 'if eq ne lt lte gt gte select default math sep';\n\t  return {\n\t    name: 'Dust',\n\t    aliases: [ 'dst' ],\n\t    case_insensitive: true,\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      {\n\t        className: 'template-tag',\n\t        begin: /\\{[#\\/]/,\n\t        end: /\\}/,\n\t        illegal: /;/,\n\t        contains: [\n\t          {\n\t            className: 'name',\n\t            begin: /[a-zA-Z\\.-]+/,\n\t            starts: {\n\t              endsWithParent: true,\n\t              relevance: 0,\n\t              contains: [ hljs.QUOTE_STRING_MODE ]\n\t            }\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'template-variable',\n\t        begin: /\\{/,\n\t        end: /\\}/,\n\t        illegal: /;/,\n\t        keywords: EXPRESSION_KEYWORDS\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tdust_1 = dust;\n\treturn dust_1;\n}\n\n/*\nLanguage: Extended Backus-Naur Form\nAuthor: Alex McKibben <alex@nullscope.net>\nWebsite: https://en.wikipedia.org/wiki/Extended_Backus–Naur_form\n*/\n\nvar ebnf_1;\nvar hasRequiredEbnf;\n\nfunction requireEbnf () {\n\tif (hasRequiredEbnf) return ebnf_1;\n\thasRequiredEbnf = 1;\n\t/** @type LanguageFn */\n\tfunction ebnf(hljs) {\n\t  const commentMode = hljs.COMMENT(/\\(\\*/, /\\*\\)/);\n\n\t  const nonTerminalMode = {\n\t    className: \"attribute\",\n\t    begin: /^[ ]*[a-zA-Z]+([\\s_-]+[a-zA-Z]+)*/\n\t  };\n\n\t  const specialSequenceMode = {\n\t    className: \"meta\",\n\t    begin: /\\?.*\\?/\n\t  };\n\n\t  const ruleBodyMode = {\n\t    begin: /=/,\n\t    end: /[.;]/,\n\t    contains: [\n\t      commentMode,\n\t      specialSequenceMode,\n\t      {\n\t        // terminals\n\t        className: 'string',\n\t        variants: [\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          {\n\t            begin: '`',\n\t            end: '`'\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Extended Backus-Naur Form',\n\t    illegal: /\\S/,\n\t    contains: [\n\t      commentMode,\n\t      nonTerminalMode,\n\t      ruleBodyMode\n\t    ]\n\t  };\n\t}\n\n\tebnf_1 = ebnf;\n\treturn ebnf_1;\n}\n\n/*\nLanguage: Elixir\nAuthor: Josh Adams <josh@isotope11.com>\nDescription: language definition for Elixir source code files (.ex and .exs).  Based on ruby language support.\nCategory: functional\nWebsite: https://elixir-lang.org\n*/\n\nvar elixir_1;\nvar hasRequiredElixir;\n\nfunction requireElixir () {\n\tif (hasRequiredElixir) return elixir_1;\n\thasRequiredElixir = 1;\n\t/** @type LanguageFn */\n\tfunction elixir(hljs) {\n\t  const regex = hljs.regex;\n\t  const ELIXIR_IDENT_RE = '[a-zA-Z_][a-zA-Z0-9_.]*(!|\\\\?)?';\n\t  const ELIXIR_METHOD_RE = '[a-zA-Z_]\\\\w*[!?=]?|[-+~]@|<<|>>|=~|===?|<=>|[<>]=?|\\\\*\\\\*|[-/+%^&*~`|]|\\\\[\\\\]=?';\n\t  const KEYWORDS = [\n\t    \"after\",\n\t    \"alias\",\n\t    \"and\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"cond\",\n\t    \"defstruct\",\n\t    \"defguard\",\n\t    \"do\",\n\t    \"else\",\n\t    \"end\",\n\t    \"fn\",\n\t    \"for\",\n\t    \"if\",\n\t    \"import\",\n\t    \"in\",\n\t    \"not\",\n\t    \"or\",\n\t    \"quote\",\n\t    \"raise\",\n\t    \"receive\",\n\t    \"require\",\n\t    \"reraise\",\n\t    \"rescue\",\n\t    \"try\",\n\t    \"unless\",\n\t    \"unquote\",\n\t    \"unquote_splicing\",\n\t    \"use\",\n\t    \"when\",\n\t    \"with|0\"\n\t  ];\n\t  const LITERALS = [\n\t    \"false\",\n\t    \"nil\",\n\t    \"true\"\n\t  ];\n\t  const KWS = {\n\t    $pattern: ELIXIR_IDENT_RE,\n\t    keyword: KEYWORDS,\n\t    literal: LITERALS\n\t  };\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: KWS\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    begin: '(\\\\b0o[0-7_]+)|(\\\\b0b[01_]+)|(\\\\b0x[0-9a-fA-F_]+)|(-?\\\\b[0-9][0-9_]*(\\\\.[0-9_]+([eE][-+]?[0-9]+)?)?)',\n\t    relevance: 0\n\t  };\n\t  // TODO: could be tightened\n\t  // https://elixir-lang.readthedocs.io/en/latest/intro/18.html\n\t  // but you also need to include closing delemeters in the escape list per\n\t  // individual sigil mode from what I can tell,\n\t  // ie: \\} might or might not be an escape depending on the sigil used\n\t  const ESCAPES_RE = /\\\\[\\s\\S]/;\n\t  // const ESCAPES_RE = /\\\\[\"'\\\\abdefnrstv0]/;\n\t  const BACKSLASH_ESCAPE = {\n\t    match: ESCAPES_RE,\n\t    scope: \"char.escape\",\n\t    relevance: 0\n\t  };\n\t  const SIGIL_DELIMITERS = '[/|([{<\"\\']';\n\t  const SIGIL_DELIMITER_MODES = [\n\t    {\n\t      begin: /\"/,\n\t      end: /\"/\n\t    },\n\t    {\n\t      begin: /'/,\n\t      end: /'/\n\t    },\n\t    {\n\t      begin: /\\//,\n\t      end: /\\//\n\t    },\n\t    {\n\t      begin: /\\|/,\n\t      end: /\\|/\n\t    },\n\t    {\n\t      begin: /\\(/,\n\t      end: /\\)/\n\t    },\n\t    {\n\t      begin: /\\[/,\n\t      end: /\\]/\n\t    },\n\t    {\n\t      begin: /\\{/,\n\t      end: /\\}/\n\t    },\n\t    {\n\t      begin: /</,\n\t      end: />/\n\t    }\n\t  ];\n\t  const escapeSigilEnd = (end) => {\n\t    return {\n\t      scope: \"char.escape\",\n\t      begin: regex.concat(/\\\\/, end),\n\t      relevance: 0\n\t    };\n\t  };\n\t  const LOWERCASE_SIGIL = {\n\t    className: 'string',\n\t    begin: '~[a-z]' + '(?=' + SIGIL_DELIMITERS + ')',\n\t    contains: SIGIL_DELIMITER_MODES.map(x => hljs.inherit(x,\n\t      { contains: [\n\t        escapeSigilEnd(x.end),\n\t        BACKSLASH_ESCAPE,\n\t        SUBST\n\t      ] }\n\t    ))\n\t  };\n\n\t  const UPCASE_SIGIL = {\n\t    className: 'string',\n\t    begin: '~[A-Z]' + '(?=' + SIGIL_DELIMITERS + ')',\n\t    contains: SIGIL_DELIMITER_MODES.map(x => hljs.inherit(x,\n\t      { contains: [ escapeSigilEnd(x.end) ] }\n\t    ))\n\t  };\n\n\t  const REGEX_SIGIL = {\n\t    className: 'regex',\n\t    variants: [\n\t      {\n\t        begin: '~r' + '(?=' + SIGIL_DELIMITERS + ')',\n\t        contains: SIGIL_DELIMITER_MODES.map(x => hljs.inherit(x,\n\t          {\n\t            end: regex.concat(x.end, /[uismxfU]{0,7}/),\n\t            contains: [\n\t              escapeSigilEnd(x.end),\n\t              BACKSLASH_ESCAPE,\n\t              SUBST\n\t            ]\n\t          }\n\t        ))\n\t      },\n\t      {\n\t        begin: '~R' + '(?=' + SIGIL_DELIMITERS + ')',\n\t        contains: SIGIL_DELIMITER_MODES.map(x => hljs.inherit(x,\n\t          {\n\t            end: regex.concat(x.end, /[uismxfU]{0,7}/),\n\t            contains: [ escapeSigilEnd(x.end) ]\n\t          })\n\t        )\n\t      }\n\t    ]\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: /\"\"\"/,\n\t        end: /\"\"\"/\n\t      },\n\t      {\n\t        begin: /'''/,\n\t        end: /'''/\n\t      },\n\t      {\n\t        begin: /~S\"\"\"/,\n\t        end: /\"\"\"/,\n\t        contains: [] // override default\n\t      },\n\t      {\n\t        begin: /~S\"/,\n\t        end: /\"/,\n\t        contains: [] // override default\n\t      },\n\t      {\n\t        begin: /~S'''/,\n\t        end: /'''/,\n\t        contains: [] // override default\n\t      },\n\t      {\n\t        begin: /~S'/,\n\t        end: /'/,\n\t        contains: [] // override default\n\t      },\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      }\n\t    ]\n\t  };\n\t  const FUNCTION = {\n\t    className: 'function',\n\t    beginKeywords: 'def defp defmacro defmacrop',\n\t    end: /\\B\\b/, // the mode is ended by the title\n\t    contains: [\n\t      hljs.inherit(hljs.TITLE_MODE, {\n\t        begin: ELIXIR_IDENT_RE,\n\t        endsParent: true\n\t      })\n\t    ]\n\t  };\n\t  const CLASS = hljs.inherit(FUNCTION, {\n\t    className: 'class',\n\t    beginKeywords: 'defimpl defmodule defprotocol defrecord',\n\t    end: /\\bdo\\b|$|;/\n\t  });\n\t  const ELIXIR_DEFAULT_CONTAINS = [\n\t    STRING,\n\t    REGEX_SIGIL,\n\t    UPCASE_SIGIL,\n\t    LOWERCASE_SIGIL,\n\t    hljs.HASH_COMMENT_MODE,\n\t    CLASS,\n\t    FUNCTION,\n\t    { begin: '::' },\n\t    {\n\t      className: 'symbol',\n\t      begin: ':(?![\\\\s:])',\n\t      contains: [\n\t        STRING,\n\t        { begin: ELIXIR_METHOD_RE }\n\t      ],\n\t      relevance: 0\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      begin: ELIXIR_IDENT_RE + ':(?!:)',\n\t      relevance: 0\n\t    },\n\t    { // Usage of a module, struct, etc.\n\t      className: 'title.class',\n\t      begin: /(\\b[A-Z][a-zA-Z0-9_]+)/,\n\t      relevance: 0\n\t    },\n\t    NUMBER,\n\t    {\n\t      className: 'variable',\n\t      begin: '(\\\\$\\\\W)|((\\\\$|@@?)(\\\\w+))'\n\t    }\n\t    // -> has been removed, capnproto always uses this grammar construct\n\t  ];\n\t  SUBST.contains = ELIXIR_DEFAULT_CONTAINS;\n\n\t  return {\n\t    name: 'Elixir',\n\t    aliases: [\n\t      'ex',\n\t      'exs'\n\t    ],\n\t    keywords: KWS,\n\t    contains: ELIXIR_DEFAULT_CONTAINS\n\t  };\n\t}\n\n\telixir_1 = elixir;\n\treturn elixir_1;\n}\n\n/*\nLanguage: Elm\nAuthor: Janis Voigtlaender <janis.voigtlaender@gmail.com>\nWebsite: https://elm-lang.org\nCategory: functional\n*/\n\nvar elm_1;\nvar hasRequiredElm;\n\nfunction requireElm () {\n\tif (hasRequiredElm) return elm_1;\n\thasRequiredElm = 1;\n\t/** @type LanguageFn */\n\tfunction elm(hljs) {\n\t  const COMMENT = { variants: [\n\t    hljs.COMMENT('--', '$'),\n\t    hljs.COMMENT(\n\t      /\\{-/,\n\t      /-\\}/,\n\t      { contains: [ 'self' ] }\n\t    )\n\t  ] };\n\n\t  const CONSTRUCTOR = {\n\t    className: 'type',\n\t    begin: '\\\\b[A-Z][\\\\w\\']*', // TODO: other constructors (built-in, infix).\n\t    relevance: 0\n\t  };\n\n\t  const LIST = {\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    illegal: '\"',\n\t    contains: [\n\t      {\n\t        className: 'type',\n\t        begin: '\\\\b[A-Z][\\\\w]*(\\\\((\\\\.\\\\.|,|\\\\w+)\\\\))?'\n\t      },\n\t      COMMENT\n\t    ]\n\t  };\n\n\t  const RECORD = {\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    contains: LIST.contains\n\t  };\n\n\t  const CHARACTER = {\n\t    className: 'string',\n\t    begin: '\\'\\\\\\\\?.',\n\t    end: '\\'',\n\t    illegal: '.'\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"let\",\n\t    \"in\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"case\",\n\t    \"of\",\n\t    \"where\",\n\t    \"module\",\n\t    \"import\",\n\t    \"exposing\",\n\t    \"type\",\n\t    \"alias\",\n\t    \"as\",\n\t    \"infix\",\n\t    \"infixl\",\n\t    \"infixr\",\n\t    \"port\",\n\t    \"effect\",\n\t    \"command\",\n\t    \"subscription\"\n\t  ];\n\n\t  return {\n\t    name: 'Elm',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\n\t      // Top-level constructions.\n\n\t      {\n\t        beginKeywords: 'port effect module',\n\t        end: 'exposing',\n\t        keywords: 'port effect module where command subscription exposing',\n\t        contains: [\n\t          LIST,\n\t          COMMENT\n\t        ],\n\t        illegal: '\\\\W\\\\.|;'\n\t      },\n\t      {\n\t        begin: 'import',\n\t        end: '$',\n\t        keywords: 'import as exposing',\n\t        contains: [\n\t          LIST,\n\t          COMMENT\n\t        ],\n\t        illegal: '\\\\W\\\\.|;'\n\t      },\n\t      {\n\t        begin: 'type',\n\t        end: '$',\n\t        keywords: 'type alias',\n\t        contains: [\n\t          CONSTRUCTOR,\n\t          LIST,\n\t          RECORD,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'infix infixl infixr',\n\t        end: '$',\n\t        contains: [\n\t          hljs.C_NUMBER_MODE,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        begin: 'port',\n\t        end: '$',\n\t        keywords: 'port',\n\t        contains: [ COMMENT ]\n\t      },\n\n\t      // Literals and names.\n\t      CHARACTER,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      CONSTRUCTOR,\n\t      hljs.inherit(hljs.TITLE_MODE, { begin: '^[_a-z][\\\\w\\']*' }),\n\t      COMMENT,\n\n\t      { // No markup, relevance booster\n\t        begin: '->|<-' }\n\t    ],\n\t    illegal: /;/\n\t  };\n\t}\n\n\telm_1 = elm;\n\treturn elm_1;\n}\n\n/*\nLanguage: Ruby\nDescription: Ruby is a dynamic, open source programming language with a focus on simplicity and productivity.\nWebsite: https://www.ruby-lang.org/\nAuthor: Anton Kovalyov <anton@kovalyov.net>\nContributors: Peter Leonov <gojpeg@yandex.ru>, Vasily Polovnyov <vast@whiteants.net>, Loren Segal <lsegal@soen.ca>, Pascal Hurni <phi@ruby-reactive.org>, Cedric Sohrauer <sohrauer@googlemail.com>\nCategory: common\n*/\n\nvar ruby_1;\nvar hasRequiredRuby;\n\nfunction requireRuby () {\n\tif (hasRequiredRuby) return ruby_1;\n\thasRequiredRuby = 1;\n\tfunction ruby(hljs) {\n\t  const regex = hljs.regex;\n\t  const RUBY_METHOD_RE = '([a-zA-Z_]\\\\w*[!?=]?|[-+~]@|<<|>>|=~|===?|<=>|[<>]=?|\\\\*\\\\*|[-/+%^&*~`|]|\\\\[\\\\]=?)';\n\t  // TODO: move concepts like CAMEL_CASE into `modes.js`\n\t  const CLASS_NAME_RE = regex.either(\n\t    /\\b([A-Z]+[a-z0-9]+)+/,\n\t    // ends in caps\n\t    /\\b([A-Z]+[a-z0-9]+)+[A-Z]+/,\n\t  )\n\t  ;\n\t  const CLASS_NAME_WITH_NAMESPACE_RE = regex.concat(CLASS_NAME_RE, /(::\\w+)*/);\n\t  const RUBY_KEYWORDS = {\n\t    \"variable.constant\": [\n\t      \"__FILE__\",\n\t      \"__LINE__\"\n\t    ],\n\t    \"variable.language\": [\n\t      \"self\",\n\t      \"super\",\n\t    ],\n\t    keyword: [\n\t      \"alias\",\n\t      \"and\",\n\t      \"attr_accessor\",\n\t      \"attr_reader\",\n\t      \"attr_writer\",\n\t      \"begin\",\n\t      \"BEGIN\",\n\t      \"break\",\n\t      \"case\",\n\t      \"class\",\n\t      \"defined\",\n\t      \"do\",\n\t      \"else\",\n\t      \"elsif\",\n\t      \"end\",\n\t      \"END\",\n\t      \"ensure\",\n\t      \"for\",\n\t      \"if\",\n\t      \"in\",\n\t      \"include\",\n\t      \"module\",\n\t      \"next\",\n\t      \"not\",\n\t      \"or\",\n\t      \"redo\",\n\t      \"require\",\n\t      \"rescue\",\n\t      \"retry\",\n\t      \"return\",\n\t      \"then\",\n\t      \"undef\",\n\t      \"unless\",\n\t      \"until\",\n\t      \"when\",\n\t      \"while\",\n\t      \"yield\",\n\t    ],\n\t    built_in: [\n\t      \"proc\",\n\t      \"lambda\"\n\t    ],\n\t    literal: [\n\t      \"true\",\n\t      \"false\",\n\t      \"nil\"\n\t    ]\n\t  };\n\t  const YARDOCTAG = {\n\t    className: 'doctag',\n\t    begin: '@[A-Za-z]+'\n\t  };\n\t  const IRB_OBJECT = {\n\t    begin: '#<',\n\t    end: '>'\n\t  };\n\t  const COMMENT_MODES = [\n\t    hljs.COMMENT(\n\t      '#',\n\t      '$',\n\t      { contains: [ YARDOCTAG ] }\n\t    ),\n\t    hljs.COMMENT(\n\t      '^=begin',\n\t      '^=end',\n\t      {\n\t        contains: [ YARDOCTAG ],\n\t        relevance: 10\n\t      }\n\t    ),\n\t    hljs.COMMENT('^__END__', hljs.MATCH_NOTHING_RE)\n\t  ];\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: RUBY_KEYWORDS\n\t  };\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      },\n\t      {\n\t        begin: /`/,\n\t        end: /`/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?\\(/,\n\t        end: /\\)/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?\\[/,\n\t        end: /\\]/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?\\{/,\n\t        end: /\\}/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?</,\n\t        end: />/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?\\//,\n\t        end: /\\//\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?%/,\n\t        end: /%/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?-/,\n\t        end: /-/\n\t      },\n\t      {\n\t        begin: /%[qQwWx]?\\|/,\n\t        end: /\\|/\n\t      },\n\t      // in the following expressions, \\B in the beginning suppresses recognition of ?-sequences\n\t      // where ? is the last character of a preceding identifier, as in: `func?4`\n\t      { begin: /\\B\\?(\\\\\\d{1,3})/ },\n\t      { begin: /\\B\\?(\\\\x[A-Fa-f0-9]{1,2})/ },\n\t      { begin: /\\B\\?(\\\\u\\{?[A-Fa-f0-9]{1,6}\\}?)/ },\n\t      { begin: /\\B\\?(\\\\M-\\\\C-|\\\\M-\\\\c|\\\\c\\\\M-|\\\\M-|\\\\C-\\\\M-)[\\x20-\\x7e]/ },\n\t      { begin: /\\B\\?\\\\(c|C-)[\\x20-\\x7e]/ },\n\t      { begin: /\\B\\?\\\\?\\S/ },\n\t      // heredocs\n\t      {\n\t        // this guard makes sure that we have an entire heredoc and not a false\n\t        // positive (auto-detect, etc.)\n\t        begin: regex.concat(\n\t          /<<[-~]?'?/,\n\t          regex.lookahead(/(\\w+)(?=\\W)[^\\n]*\\n(?:[^\\n]*\\n)*?\\s*\\1\\b/)\n\t        ),\n\t        contains: [\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /(\\w+)/,\n\t            end: /(\\w+)/,\n\t            contains: [\n\t              hljs.BACKSLASH_ESCAPE,\n\t              SUBST\n\t            ]\n\t          })\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  // Ruby syntax is underdocumented, but this grammar seems to be accurate\n\t  // as of version 2.7.2 (confirmed with (irb and `Ripper.sexp(...)`)\n\t  // https://docs.ruby-lang.org/en/2.7.0/doc/syntax/literals_rdoc.html#label-Numbers\n\t  const decimal = '[1-9](_?[0-9])*|0';\n\t  const digits = '[0-9](_?[0-9])*';\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      // decimal integer/float, optionally exponential or rational, optionally imaginary\n\t      { begin: `\\\\b(${decimal})(\\\\.(${digits}))?([eE][+-]?(${digits})|r)?i?\\\\b` },\n\n\t      // explicit decimal/binary/octal/hexadecimal integer,\n\t      // optionally rational and/or imaginary\n\t      { begin: \"\\\\b0[dD][0-9](_?[0-9])*r?i?\\\\b\" },\n\t      { begin: \"\\\\b0[bB][0-1](_?[0-1])*r?i?\\\\b\" },\n\t      { begin: \"\\\\b0[oO][0-7](_?[0-7])*r?i?\\\\b\" },\n\t      { begin: \"\\\\b0[xX][0-9a-fA-F](_?[0-9a-fA-F])*r?i?\\\\b\" },\n\n\t      // 0-prefixed implicit octal integer, optionally rational and/or imaginary\n\t      { begin: \"\\\\b0(_?[0-7])+r?i?\\\\b\" }\n\t    ]\n\t  };\n\n\t  const PARAMS = {\n\t    variants: [\n\t      {\n\t        match: /\\(\\)/,\n\t      },\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /(?=\\))/,\n\t        excludeBegin: true,\n\t        endsParent: true,\n\t        keywords: RUBY_KEYWORDS,\n\t      }\n\t    ]\n\t  };\n\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      {\n\t        match: [\n\t          /class\\s+/,\n\t          CLASS_NAME_WITH_NAMESPACE_RE,\n\t          /\\s+<\\s+/,\n\t          CLASS_NAME_WITH_NAMESPACE_RE\n\t        ]\n\t      },\n\t      {\n\t        match: [\n\t          /class\\s+/,\n\t          CLASS_NAME_WITH_NAMESPACE_RE\n\t        ]\n\t      }\n\t    ],\n\t    scope: {\n\t      2: \"title.class\",\n\t      4: \"title.class.inherited\"\n\t    },\n\t    keywords: RUBY_KEYWORDS\n\t  };\n\n\t  const UPPER_CASE_CONSTANT = {\n\t    relevance: 0,\n\t    match: /\\b[A-Z][A-Z_0-9]+\\b/,\n\t    className: \"variable.constant\"\n\t  };\n\n\t  const METHOD_DEFINITION = {\n\t    match: [\n\t      /def/, /\\s+/,\n\t      RUBY_METHOD_RE\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  const OBJECT_CREATION = {\n\t    relevance: 0,\n\t    match: [\n\t      CLASS_NAME_WITH_NAMESPACE_RE,\n\t      /\\.new[ (]/\n\t    ],\n\t    scope: {\n\t      1: \"title.class\"\n\t    }\n\t  };\n\n\t  const RUBY_DEFAULT_CONTAINS = [\n\t    STRING,\n\t    CLASS_DEFINITION,\n\t    OBJECT_CREATION,\n\t    UPPER_CASE_CONSTANT,\n\t    METHOD_DEFINITION,\n\t    {\n\t      // swallow namespace qualifiers before symbols\n\t      begin: hljs.IDENT_RE + '::' },\n\t    {\n\t      className: 'symbol',\n\t      begin: hljs.UNDERSCORE_IDENT_RE + '(!|\\\\?)?:',\n\t      relevance: 0\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      begin: ':(?!\\\\s)',\n\t      contains: [\n\t        STRING,\n\t        { begin: RUBY_METHOD_RE }\n\t      ],\n\t      relevance: 0\n\t    },\n\t    NUMBER,\n\t    {\n\t      // negative-look forward attempts to prevent false matches like:\n\t      // @ident@ or $ident$ that might indicate this is not ruby at all\n\t      className: \"variable\",\n\t      begin: '(\\\\$\\\\W)|((\\\\$|@@?)(\\\\w+))(?=[^@$?])' + `(?![A-Za-z])(?![@$?'])`\n\t    },\n\t    {\n\t      className: 'params',\n\t      begin: /\\|/,\n\t      end: /\\|/,\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      relevance: 0, // this could be a lot of things (in other languages) other than params\n\t      keywords: RUBY_KEYWORDS\n\t    },\n\t    { // regexp container\n\t      begin: '(' + hljs.RE_STARTERS_RE + '|unless)\\\\s*',\n\t      keywords: 'unless',\n\t      contains: [\n\t        {\n\t          className: 'regexp',\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST\n\t          ],\n\t          illegal: /\\n/,\n\t          variants: [\n\t            {\n\t              begin: '/',\n\t              end: '/[a-z]*'\n\t            },\n\t            {\n\t              begin: /%r\\{/,\n\t              end: /\\}[a-z]*/\n\t            },\n\t            {\n\t              begin: '%r\\\\(',\n\t              end: '\\\\)[a-z]*'\n\t            },\n\t            {\n\t              begin: '%r!',\n\t              end: '![a-z]*'\n\t            },\n\t            {\n\t              begin: '%r\\\\[',\n\t              end: '\\\\][a-z]*'\n\t            }\n\t          ]\n\t        }\n\t      ].concat(IRB_OBJECT, COMMENT_MODES),\n\t      relevance: 0\n\t    }\n\t  ].concat(IRB_OBJECT, COMMENT_MODES);\n\n\t  SUBST.contains = RUBY_DEFAULT_CONTAINS;\n\t  PARAMS.contains = RUBY_DEFAULT_CONTAINS;\n\n\t  // >>\n\t  // ?>\n\t  const SIMPLE_PROMPT = \"[>?]>\";\n\t  // irb(main):001:0>\n\t  const DEFAULT_PROMPT = \"[\\\\w#]+\\\\(\\\\w+\\\\):\\\\d+:\\\\d+[>*]\";\n\t  const RVM_PROMPT = \"(\\\\w+-)?\\\\d+\\\\.\\\\d+\\\\.\\\\d+(p\\\\d+)?[^\\\\d][^>]+>\";\n\n\t  const IRB_DEFAULT = [\n\t    {\n\t      begin: /^\\s*=>/,\n\t      starts: {\n\t        end: '$',\n\t        contains: RUBY_DEFAULT_CONTAINS\n\t      }\n\t    },\n\t    {\n\t      className: 'meta.prompt',\n\t      begin: '^(' + SIMPLE_PROMPT + \"|\" + DEFAULT_PROMPT + '|' + RVM_PROMPT + ')(?=[ ])',\n\t      starts: {\n\t        end: '$',\n\t        keywords: RUBY_KEYWORDS,\n\t        contains: RUBY_DEFAULT_CONTAINS\n\t      }\n\t    }\n\t  ];\n\n\t  COMMENT_MODES.unshift(IRB_OBJECT);\n\n\t  return {\n\t    name: 'Ruby',\n\t    aliases: [\n\t      'rb',\n\t      'gemspec',\n\t      'podspec',\n\t      'thor',\n\t      'irb'\n\t    ],\n\t    keywords: RUBY_KEYWORDS,\n\t    illegal: /\\/\\*/,\n\t    contains: [ hljs.SHEBANG({ binary: \"ruby\" }) ]\n\t      .concat(IRB_DEFAULT)\n\t      .concat(COMMENT_MODES)\n\t      .concat(RUBY_DEFAULT_CONTAINS)\n\t  };\n\t}\n\n\truby_1 = ruby;\n\treturn ruby_1;\n}\n\n/*\nLanguage: ERB (Embedded Ruby)\nRequires: xml.js, ruby.js\nAuthor: Lucas Mazza <lucastmazza@gmail.com>\nContributors: Kassio Borges <kassioborgesm@gmail.com>\nDescription: \"Bridge\" language defining fragments of Ruby in HTML within <% .. %>\nWebsite: https://ruby-doc.org/stdlib-2.6.5/libdoc/erb/rdoc/ERB.html\nCategory: template\n*/\n\nvar erb_1;\nvar hasRequiredErb;\n\nfunction requireErb () {\n\tif (hasRequiredErb) return erb_1;\n\thasRequiredErb = 1;\n\t/** @type LanguageFn */\n\tfunction erb(hljs) {\n\t  return {\n\t    name: 'ERB',\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      hljs.COMMENT('<%#', '%>'),\n\t      {\n\t        begin: '<%[%=-]?',\n\t        end: '[%-]?%>',\n\t        subLanguage: 'ruby',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\t}\n\n\terb_1 = erb;\n\treturn erb_1;\n}\n\n/*\nLanguage: Erlang REPL\nAuthor: Sergey Ignatov <sergey@ignatov.spb.su>\nWebsite: https://www.erlang.org\nCategory: functional\n*/\n\nvar erlangRepl_1;\nvar hasRequiredErlangRepl;\n\nfunction requireErlangRepl () {\n\tif (hasRequiredErlangRepl) return erlangRepl_1;\n\thasRequiredErlangRepl = 1;\n\t/** @type LanguageFn */\n\tfunction erlangRepl(hljs) {\n\t  const regex = hljs.regex;\n\t  return {\n\t    name: 'Erlang REPL',\n\t    keywords: {\n\t      built_in:\n\t        'spawn spawn_link self',\n\t      keyword:\n\t        'after and andalso|10 band begin bnot bor bsl bsr bxor case catch cond div end fun if '\n\t        + 'let not of or orelse|10 query receive rem try when xor'\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        begin: '^[0-9]+> ',\n\t        relevance: 10\n\t      },\n\t      hljs.COMMENT('%', '$'),\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b(\\\\d+(_\\\\d+)*#[a-fA-F0-9]+(_[a-fA-F0-9]+)*|\\\\d+(_\\\\d+)*(\\\\.\\\\d+(_\\\\d+)*)?([eE][-+]?\\\\d+)?)',\n\t        relevance: 0\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      { begin: regex.concat(\n\t        /\\?(::)?/,\n\t        /([A-Z]\\w*)/, // at least one identifier\n\t        /((::)[A-Z]\\w*)*/ // perhaps more\n\t      ) },\n\t      { begin: '->' },\n\t      { begin: 'ok' },\n\t      { begin: '!' },\n\t      {\n\t        begin: '(\\\\b[a-z\\'][a-zA-Z0-9_\\']*:[a-z\\'][a-zA-Z0-9_\\']*)|(\\\\b[a-z\\'][a-zA-Z0-9_\\']*)',\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: '[A-Z][a-zA-Z0-9_\\']*',\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\terlangRepl_1 = erlangRepl;\n\treturn erlangRepl_1;\n}\n\n/*\nLanguage: Erlang\nDescription: Erlang is a general-purpose functional language, with strict evaluation, single assignment, and dynamic typing.\nAuthor: Nikolay Zakharov <nikolay.desh@gmail.com>, Dmitry Kovega <arhibot@gmail.com>\nWebsite: https://www.erlang.org\nCategory: functional\n*/\n\nvar erlang_1;\nvar hasRequiredErlang;\n\nfunction requireErlang () {\n\tif (hasRequiredErlang) return erlang_1;\n\thasRequiredErlang = 1;\n\t/** @type LanguageFn */\n\tfunction erlang(hljs) {\n\t  const BASIC_ATOM_RE = '[a-z\\'][a-zA-Z0-9_\\']*';\n\t  const FUNCTION_NAME_RE = '(' + BASIC_ATOM_RE + ':' + BASIC_ATOM_RE + '|' + BASIC_ATOM_RE + ')';\n\t  const ERLANG_RESERVED = {\n\t    keyword:\n\t      'after and andalso|10 band begin bnot bor bsl bzr bxor case catch cond div end fun if '\n\t      + 'let not of orelse|10 query receive rem try when xor',\n\t    literal:\n\t      'false true'\n\t  };\n\n\t  const COMMENT = hljs.COMMENT('%', '$');\n\t  const NUMBER = {\n\t    className: 'number',\n\t    begin: '\\\\b(\\\\d+(_\\\\d+)*#[a-fA-F0-9]+(_[a-fA-F0-9]+)*|\\\\d+(_\\\\d+)*(\\\\.\\\\d+(_\\\\d+)*)?([eE][-+]?\\\\d+)?)',\n\t    relevance: 0\n\t  };\n\t  const NAMED_FUN = { begin: 'fun\\\\s+' + BASIC_ATOM_RE + '/\\\\d+' };\n\t  const FUNCTION_CALL = {\n\t    begin: FUNCTION_NAME_RE + '\\\\(',\n\t    end: '\\\\)',\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        begin: FUNCTION_NAME_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: '\\\\(',\n\t        end: '\\\\)',\n\t        endsWithParent: true,\n\t        returnEnd: true,\n\t        relevance: 0\n\t        // \"contains\" defined later\n\t      }\n\t    ]\n\t  };\n\t  const TUPLE = {\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    relevance: 0\n\t    // \"contains\" defined later\n\t  };\n\t  const VAR1 = {\n\t    begin: '\\\\b_([A-Z][A-Za-z0-9_]*)?',\n\t    relevance: 0\n\t  };\n\t  const VAR2 = {\n\t    begin: '[A-Z][a-zA-Z0-9_]*',\n\t    relevance: 0\n\t  };\n\t  const RECORD_ACCESS = {\n\t    begin: '#' + hljs.UNDERSCORE_IDENT_RE,\n\t    relevance: 0,\n\t    returnBegin: true,\n\t    contains: [\n\t      {\n\t        begin: '#' + hljs.UNDERSCORE_IDENT_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: /\\{/,\n\t        end: /\\}/,\n\t        relevance: 0\n\t        // \"contains\" defined later\n\t      }\n\t    ]\n\t  };\n\n\t  const BLOCK_STATEMENTS = {\n\t    beginKeywords: 'fun receive if try case',\n\t    end: 'end',\n\t    keywords: ERLANG_RESERVED\n\t  };\n\t  BLOCK_STATEMENTS.contains = [\n\t    COMMENT,\n\t    NAMED_FUN,\n\t    hljs.inherit(hljs.APOS_STRING_MODE, { className: '' }),\n\t    BLOCK_STATEMENTS,\n\t    FUNCTION_CALL,\n\t    hljs.QUOTE_STRING_MODE,\n\t    NUMBER,\n\t    TUPLE,\n\t    VAR1,\n\t    VAR2,\n\t    RECORD_ACCESS\n\t  ];\n\n\t  const BASIC_MODES = [\n\t    COMMENT,\n\t    NAMED_FUN,\n\t    BLOCK_STATEMENTS,\n\t    FUNCTION_CALL,\n\t    hljs.QUOTE_STRING_MODE,\n\t    NUMBER,\n\t    TUPLE,\n\t    VAR1,\n\t    VAR2,\n\t    RECORD_ACCESS\n\t  ];\n\t  FUNCTION_CALL.contains[1].contains = BASIC_MODES;\n\t  TUPLE.contains = BASIC_MODES;\n\t  RECORD_ACCESS.contains[1].contains = BASIC_MODES;\n\n\t  const DIRECTIVES = [\n\t    \"-module\",\n\t    \"-record\",\n\t    \"-undef\",\n\t    \"-export\",\n\t    \"-ifdef\",\n\t    \"-ifndef\",\n\t    \"-author\",\n\t    \"-copyright\",\n\t    \"-doc\",\n\t    \"-vsn\",\n\t    \"-import\",\n\t    \"-include\",\n\t    \"-include_lib\",\n\t    \"-compile\",\n\t    \"-define\",\n\t    \"-else\",\n\t    \"-endif\",\n\t    \"-file\",\n\t    \"-behaviour\",\n\t    \"-behavior\",\n\t    \"-spec\"\n\t  ];\n\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    contains: BASIC_MODES\n\t  };\n\t  return {\n\t    name: 'Erlang',\n\t    aliases: [ 'erl' ],\n\t    keywords: ERLANG_RESERVED,\n\t    illegal: '(</|\\\\*=|\\\\+=|-=|/\\\\*|\\\\*/|\\\\(\\\\*|\\\\*\\\\))',\n\t    contains: [\n\t      {\n\t        className: 'function',\n\t        begin: '^' + BASIC_ATOM_RE + '\\\\s*\\\\(',\n\t        end: '->',\n\t        returnBegin: true,\n\t        illegal: '\\\\(|#|//|/\\\\*|\\\\\\\\|:|;',\n\t        contains: [\n\t          PARAMS,\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: BASIC_ATOM_RE })\n\t        ],\n\t        starts: {\n\t          end: ';|\\\\.',\n\t          keywords: ERLANG_RESERVED,\n\t          contains: BASIC_MODES\n\t        }\n\t      },\n\t      COMMENT,\n\t      {\n\t        begin: '^-',\n\t        end: '\\\\.',\n\t        relevance: 0,\n\t        excludeEnd: true,\n\t        returnBegin: true,\n\t        keywords: {\n\t          $pattern: '-' + hljs.IDENT_RE,\n\t          keyword: DIRECTIVES.map(x => `${x}|1.5`).join(\" \")\n\t        },\n\t        contains: [ PARAMS ]\n\t      },\n\t      NUMBER,\n\t      hljs.QUOTE_STRING_MODE,\n\t      RECORD_ACCESS,\n\t      VAR1,\n\t      VAR2,\n\t      TUPLE,\n\t      { begin: /\\.$/ } // relevance booster\n\t    ]\n\t  };\n\t}\n\n\terlang_1 = erlang;\n\treturn erlang_1;\n}\n\n/*\nLanguage: Excel formulae\nAuthor: Victor Zhou <OiCMudkips@users.noreply.github.com>\nDescription: Excel formulae\nWebsite: https://products.office.com/en-us/excel/\n*/\n\nvar excel_1;\nvar hasRequiredExcel;\n\nfunction requireExcel () {\n\tif (hasRequiredExcel) return excel_1;\n\thasRequiredExcel = 1;\n\t/** @type LanguageFn */\n\tfunction excel(hljs) {\n\t  // built-in functions imported from https://web.archive.org/web/20160513042710/https://support.office.com/en-us/article/Excel-functions-alphabetical-b3944572-255d-4efb-bb96-c6d90033e188\n\t  const BUILT_INS = [\n\t    \"ABS\",\n\t    \"ACCRINT\",\n\t    \"ACCRINTM\",\n\t    \"ACOS\",\n\t    \"ACOSH\",\n\t    \"ACOT\",\n\t    \"ACOTH\",\n\t    \"AGGREGATE\",\n\t    \"ADDRESS\",\n\t    \"AMORDEGRC\",\n\t    \"AMORLINC\",\n\t    \"AND\",\n\t    \"ARABIC\",\n\t    \"AREAS\",\n\t    \"ASC\",\n\t    \"ASIN\",\n\t    \"ASINH\",\n\t    \"ATAN\",\n\t    \"ATAN2\",\n\t    \"ATANH\",\n\t    \"AVEDEV\",\n\t    \"AVERAGE\",\n\t    \"AVERAGEA\",\n\t    \"AVERAGEIF\",\n\t    \"AVERAGEIFS\",\n\t    \"BAHTTEXT\",\n\t    \"BASE\",\n\t    \"BESSELI\",\n\t    \"BESSELJ\",\n\t    \"BESSELK\",\n\t    \"BESSELY\",\n\t    \"BETADIST\",\n\t    \"BETA.DIST\",\n\t    \"BETAINV\",\n\t    \"BETA.INV\",\n\t    \"BIN2DEC\",\n\t    \"BIN2HEX\",\n\t    \"BIN2OCT\",\n\t    \"BINOMDIST\",\n\t    \"BINOM.DIST\",\n\t    \"BINOM.DIST.RANGE\",\n\t    \"BINOM.INV\",\n\t    \"BITAND\",\n\t    \"BITLSHIFT\",\n\t    \"BITOR\",\n\t    \"BITRSHIFT\",\n\t    \"BITXOR\",\n\t    \"CALL\",\n\t    \"CEILING\",\n\t    \"CEILING.MATH\",\n\t    \"CEILING.PRECISE\",\n\t    \"CELL\",\n\t    \"CHAR\",\n\t    \"CHIDIST\",\n\t    \"CHIINV\",\n\t    \"CHITEST\",\n\t    \"CHISQ.DIST\",\n\t    \"CHISQ.DIST.RT\",\n\t    \"CHISQ.INV\",\n\t    \"CHISQ.INV.RT\",\n\t    \"CHISQ.TEST\",\n\t    \"CHOOSE\",\n\t    \"CLEAN\",\n\t    \"CODE\",\n\t    \"COLUMN\",\n\t    \"COLUMNS\",\n\t    \"COMBIN\",\n\t    \"COMBINA\",\n\t    \"COMPLEX\",\n\t    \"CONCAT\",\n\t    \"CONCATENATE\",\n\t    \"CONFIDENCE\",\n\t    \"CONFIDENCE.NORM\",\n\t    \"CONFIDENCE.T\",\n\t    \"CONVERT\",\n\t    \"CORREL\",\n\t    \"COS\",\n\t    \"COSH\",\n\t    \"COT\",\n\t    \"COTH\",\n\t    \"COUNT\",\n\t    \"COUNTA\",\n\t    \"COUNTBLANK\",\n\t    \"COUNTIF\",\n\t    \"COUNTIFS\",\n\t    \"COUPDAYBS\",\n\t    \"COUPDAYS\",\n\t    \"COUPDAYSNC\",\n\t    \"COUPNCD\",\n\t    \"COUPNUM\",\n\t    \"COUPPCD\",\n\t    \"COVAR\",\n\t    \"COVARIANCE.P\",\n\t    \"COVARIANCE.S\",\n\t    \"CRITBINOM\",\n\t    \"CSC\",\n\t    \"CSCH\",\n\t    \"CUBEKPIMEMBER\",\n\t    \"CUBEMEMBER\",\n\t    \"CUBEMEMBERPROPERTY\",\n\t    \"CUBERANKEDMEMBER\",\n\t    \"CUBESET\",\n\t    \"CUBESETCOUNT\",\n\t    \"CUBEVALUE\",\n\t    \"CUMIPMT\",\n\t    \"CUMPRINC\",\n\t    \"DATE\",\n\t    \"DATEDIF\",\n\t    \"DATEVALUE\",\n\t    \"DAVERAGE\",\n\t    \"DAY\",\n\t    \"DAYS\",\n\t    \"DAYS360\",\n\t    \"DB\",\n\t    \"DBCS\",\n\t    \"DCOUNT\",\n\t    \"DCOUNTA\",\n\t    \"DDB\",\n\t    \"DEC2BIN\",\n\t    \"DEC2HEX\",\n\t    \"DEC2OCT\",\n\t    \"DECIMAL\",\n\t    \"DEGREES\",\n\t    \"DELTA\",\n\t    \"DEVSQ\",\n\t    \"DGET\",\n\t    \"DISC\",\n\t    \"DMAX\",\n\t    \"DMIN\",\n\t    \"DOLLAR\",\n\t    \"DOLLARDE\",\n\t    \"DOLLARFR\",\n\t    \"DPRODUCT\",\n\t    \"DSTDEV\",\n\t    \"DSTDEVP\",\n\t    \"DSUM\",\n\t    \"DURATION\",\n\t    \"DVAR\",\n\t    \"DVARP\",\n\t    \"EDATE\",\n\t    \"EFFECT\",\n\t    \"ENCODEURL\",\n\t    \"EOMONTH\",\n\t    \"ERF\",\n\t    \"ERF.PRECISE\",\n\t    \"ERFC\",\n\t    \"ERFC.PRECISE\",\n\t    \"ERROR.TYPE\",\n\t    \"EUROCONVERT\",\n\t    \"EVEN\",\n\t    \"EXACT\",\n\t    \"EXP\",\n\t    \"EXPON.DIST\",\n\t    \"EXPONDIST\",\n\t    \"FACT\",\n\t    \"FACTDOUBLE\",\n\t    \"FALSE|0\",\n\t    \"F.DIST\",\n\t    \"FDIST\",\n\t    \"F.DIST.RT\",\n\t    \"FILTERXML\",\n\t    \"FIND\",\n\t    \"FINDB\",\n\t    \"F.INV\",\n\t    \"F.INV.RT\",\n\t    \"FINV\",\n\t    \"FISHER\",\n\t    \"FISHERINV\",\n\t    \"FIXED\",\n\t    \"FLOOR\",\n\t    \"FLOOR.MATH\",\n\t    \"FLOOR.PRECISE\",\n\t    \"FORECAST\",\n\t    \"FORECAST.ETS\",\n\t    \"FORECAST.ETS.CONFINT\",\n\t    \"FORECAST.ETS.SEASONALITY\",\n\t    \"FORECAST.ETS.STAT\",\n\t    \"FORECAST.LINEAR\",\n\t    \"FORMULATEXT\",\n\t    \"FREQUENCY\",\n\t    \"F.TEST\",\n\t    \"FTEST\",\n\t    \"FV\",\n\t    \"FVSCHEDULE\",\n\t    \"GAMMA\",\n\t    \"GAMMA.DIST\",\n\t    \"GAMMADIST\",\n\t    \"GAMMA.INV\",\n\t    \"GAMMAINV\",\n\t    \"GAMMALN\",\n\t    \"GAMMALN.PRECISE\",\n\t    \"GAUSS\",\n\t    \"GCD\",\n\t    \"GEOMEAN\",\n\t    \"GESTEP\",\n\t    \"GETPIVOTDATA\",\n\t    \"GROWTH\",\n\t    \"HARMEAN\",\n\t    \"HEX2BIN\",\n\t    \"HEX2DEC\",\n\t    \"HEX2OCT\",\n\t    \"HLOOKUP\",\n\t    \"HOUR\",\n\t    \"HYPERLINK\",\n\t    \"HYPGEOM.DIST\",\n\t    \"HYPGEOMDIST\",\n\t    \"IF\",\n\t    \"IFERROR\",\n\t    \"IFNA\",\n\t    \"IFS\",\n\t    \"IMABS\",\n\t    \"IMAGINARY\",\n\t    \"IMARGUMENT\",\n\t    \"IMCONJUGATE\",\n\t    \"IMCOS\",\n\t    \"IMCOSH\",\n\t    \"IMCOT\",\n\t    \"IMCSC\",\n\t    \"IMCSCH\",\n\t    \"IMDIV\",\n\t    \"IMEXP\",\n\t    \"IMLN\",\n\t    \"IMLOG10\",\n\t    \"IMLOG2\",\n\t    \"IMPOWER\",\n\t    \"IMPRODUCT\",\n\t    \"IMREAL\",\n\t    \"IMSEC\",\n\t    \"IMSECH\",\n\t    \"IMSIN\",\n\t    \"IMSINH\",\n\t    \"IMSQRT\",\n\t    \"IMSUB\",\n\t    \"IMSUM\",\n\t    \"IMTAN\",\n\t    \"INDEX\",\n\t    \"INDIRECT\",\n\t    \"INFO\",\n\t    \"INT\",\n\t    \"INTERCEPT\",\n\t    \"INTRATE\",\n\t    \"IPMT\",\n\t    \"IRR\",\n\t    \"ISBLANK\",\n\t    \"ISERR\",\n\t    \"ISERROR\",\n\t    \"ISEVEN\",\n\t    \"ISFORMULA\",\n\t    \"ISLOGICAL\",\n\t    \"ISNA\",\n\t    \"ISNONTEXT\",\n\t    \"ISNUMBER\",\n\t    \"ISODD\",\n\t    \"ISREF\",\n\t    \"ISTEXT\",\n\t    \"ISO.CEILING\",\n\t    \"ISOWEEKNUM\",\n\t    \"ISPMT\",\n\t    \"JIS\",\n\t    \"KURT\",\n\t    \"LARGE\",\n\t    \"LCM\",\n\t    \"LEFT\",\n\t    \"LEFTB\",\n\t    \"LEN\",\n\t    \"LENB\",\n\t    \"LINEST\",\n\t    \"LN\",\n\t    \"LOG\",\n\t    \"LOG10\",\n\t    \"LOGEST\",\n\t    \"LOGINV\",\n\t    \"LOGNORM.DIST\",\n\t    \"LOGNORMDIST\",\n\t    \"LOGNORM.INV\",\n\t    \"LOOKUP\",\n\t    \"LOWER\",\n\t    \"MATCH\",\n\t    \"MAX\",\n\t    \"MAXA\",\n\t    \"MAXIFS\",\n\t    \"MDETERM\",\n\t    \"MDURATION\",\n\t    \"MEDIAN\",\n\t    \"MID\",\n\t    \"MIDBs\",\n\t    \"MIN\",\n\t    \"MINIFS\",\n\t    \"MINA\",\n\t    \"MINUTE\",\n\t    \"MINVERSE\",\n\t    \"MIRR\",\n\t    \"MMULT\",\n\t    \"MOD\",\n\t    \"MODE\",\n\t    \"MODE.MULT\",\n\t    \"MODE.SNGL\",\n\t    \"MONTH\",\n\t    \"MROUND\",\n\t    \"MULTINOMIAL\",\n\t    \"MUNIT\",\n\t    \"N\",\n\t    \"NA\",\n\t    \"NEGBINOM.DIST\",\n\t    \"NEGBINOMDIST\",\n\t    \"NETWORKDAYS\",\n\t    \"NETWORKDAYS.INTL\",\n\t    \"NOMINAL\",\n\t    \"NORM.DIST\",\n\t    \"NORMDIST\",\n\t    \"NORMINV\",\n\t    \"NORM.INV\",\n\t    \"NORM.S.DIST\",\n\t    \"NORMSDIST\",\n\t    \"NORM.S.INV\",\n\t    \"NORMSINV\",\n\t    \"NOT\",\n\t    \"NOW\",\n\t    \"NPER\",\n\t    \"NPV\",\n\t    \"NUMBERVALUE\",\n\t    \"OCT2BIN\",\n\t    \"OCT2DEC\",\n\t    \"OCT2HEX\",\n\t    \"ODD\",\n\t    \"ODDFPRICE\",\n\t    \"ODDFYIELD\",\n\t    \"ODDLPRICE\",\n\t    \"ODDLYIELD\",\n\t    \"OFFSET\",\n\t    \"OR\",\n\t    \"PDURATION\",\n\t    \"PEARSON\",\n\t    \"PERCENTILE.EXC\",\n\t    \"PERCENTILE.INC\",\n\t    \"PERCENTILE\",\n\t    \"PERCENTRANK.EXC\",\n\t    \"PERCENTRANK.INC\",\n\t    \"PERCENTRANK\",\n\t    \"PERMUT\",\n\t    \"PERMUTATIONA\",\n\t    \"PHI\",\n\t    \"PHONETIC\",\n\t    \"PI\",\n\t    \"PMT\",\n\t    \"POISSON.DIST\",\n\t    \"POISSON\",\n\t    \"POWER\",\n\t    \"PPMT\",\n\t    \"PRICE\",\n\t    \"PRICEDISC\",\n\t    \"PRICEMAT\",\n\t    \"PROB\",\n\t    \"PRODUCT\",\n\t    \"PROPER\",\n\t    \"PV\",\n\t    \"QUARTILE\",\n\t    \"QUARTILE.EXC\",\n\t    \"QUARTILE.INC\",\n\t    \"QUOTIENT\",\n\t    \"RADIANS\",\n\t    \"RAND\",\n\t    \"RANDBETWEEN\",\n\t    \"RANK.AVG\",\n\t    \"RANK.EQ\",\n\t    \"RANK\",\n\t    \"RATE\",\n\t    \"RECEIVED\",\n\t    \"REGISTER.ID\",\n\t    \"REPLACE\",\n\t    \"REPLACEB\",\n\t    \"REPT\",\n\t    \"RIGHT\",\n\t    \"RIGHTB\",\n\t    \"ROMAN\",\n\t    \"ROUND\",\n\t    \"ROUNDDOWN\",\n\t    \"ROUNDUP\",\n\t    \"ROW\",\n\t    \"ROWS\",\n\t    \"RRI\",\n\t    \"RSQ\",\n\t    \"RTD\",\n\t    \"SEARCH\",\n\t    \"SEARCHB\",\n\t    \"SEC\",\n\t    \"SECH\",\n\t    \"SECOND\",\n\t    \"SERIESSUM\",\n\t    \"SHEET\",\n\t    \"SHEETS\",\n\t    \"SIGN\",\n\t    \"SIN\",\n\t    \"SINH\",\n\t    \"SKEW\",\n\t    \"SKEW.P\",\n\t    \"SLN\",\n\t    \"SLOPE\",\n\t    \"SMALL\",\n\t    \"SQL.REQUEST\",\n\t    \"SQRT\",\n\t    \"SQRTPI\",\n\t    \"STANDARDIZE\",\n\t    \"STDEV\",\n\t    \"STDEV.P\",\n\t    \"STDEV.S\",\n\t    \"STDEVA\",\n\t    \"STDEVP\",\n\t    \"STDEVPA\",\n\t    \"STEYX\",\n\t    \"SUBSTITUTE\",\n\t    \"SUBTOTAL\",\n\t    \"SUM\",\n\t    \"SUMIF\",\n\t    \"SUMIFS\",\n\t    \"SUMPRODUCT\",\n\t    \"SUMSQ\",\n\t    \"SUMX2MY2\",\n\t    \"SUMX2PY2\",\n\t    \"SUMXMY2\",\n\t    \"SWITCH\",\n\t    \"SYD\",\n\t    \"T\",\n\t    \"TAN\",\n\t    \"TANH\",\n\t    \"TBILLEQ\",\n\t    \"TBILLPRICE\",\n\t    \"TBILLYIELD\",\n\t    \"T.DIST\",\n\t    \"T.DIST.2T\",\n\t    \"T.DIST.RT\",\n\t    \"TDIST\",\n\t    \"TEXT\",\n\t    \"TEXTJOIN\",\n\t    \"TIME\",\n\t    \"TIMEVALUE\",\n\t    \"T.INV\",\n\t    \"T.INV.2T\",\n\t    \"TINV\",\n\t    \"TODAY\",\n\t    \"TRANSPOSE\",\n\t    \"TREND\",\n\t    \"TRIM\",\n\t    \"TRIMMEAN\",\n\t    \"TRUE|0\",\n\t    \"TRUNC\",\n\t    \"T.TEST\",\n\t    \"TTEST\",\n\t    \"TYPE\",\n\t    \"UNICHAR\",\n\t    \"UNICODE\",\n\t    \"UPPER\",\n\t    \"VALUE\",\n\t    \"VAR\",\n\t    \"VAR.P\",\n\t    \"VAR.S\",\n\t    \"VARA\",\n\t    \"VARP\",\n\t    \"VARPA\",\n\t    \"VDB\",\n\t    \"VLOOKUP\",\n\t    \"WEBSERVICE\",\n\t    \"WEEKDAY\",\n\t    \"WEEKNUM\",\n\t    \"WEIBULL\",\n\t    \"WEIBULL.DIST\",\n\t    \"WORKDAY\",\n\t    \"WORKDAY.INTL\",\n\t    \"XIRR\",\n\t    \"XNPV\",\n\t    \"XOR\",\n\t    \"YEAR\",\n\t    \"YEARFRAC\",\n\t    \"YIELD\",\n\t    \"YIELDDISC\",\n\t    \"YIELDMAT\",\n\t    \"Z.TEST\",\n\t    \"ZTEST\"\n\t  ];\n\t  return {\n\t    name: 'Excel formulae',\n\t    aliases: [\n\t      'xlsx',\n\t      'xls'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: /[a-zA-Z][\\w\\.]*/,\n\t      built_in: BUILT_INS\n\t    },\n\t    contains: [\n\t      {\n\t        /* matches a beginning equal sign found in Excel formula examples */\n\t        begin: /^=/,\n\t        end: /[^=]/,\n\t        returnEnd: true,\n\t        illegal: /=/, /* only allow single equal sign at front of line */\n\t        relevance: 10\n\t      },\n\t      /* technically, there can be more than 2 letters in column names, but this prevents conflict with some keywords */\n\t      {\n\t        /* matches a reference to a single cell */\n\t        className: 'symbol',\n\t        begin: /\\b[A-Z]{1,2}\\d+\\b/,\n\t        end: /[^\\d]/,\n\t        excludeEnd: true,\n\t        relevance: 0\n\t      },\n\t      {\n\t        /* matches a reference to a range of cells */\n\t        className: 'symbol',\n\t        begin: /[A-Z]{0,2}\\d*:[A-Z]{0,2}\\d*/,\n\t        relevance: 0\n\t      },\n\t      hljs.BACKSLASH_ESCAPE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'number',\n\t        begin: hljs.NUMBER_RE + '(%)?',\n\t        relevance: 0\n\t      },\n\t      /* Excel formula comments are done by putting the comment in a function call to N() */\n\t      hljs.COMMENT(/\\bN\\(/, /\\)/,\n\t        {\n\t          excludeBegin: true,\n\t          excludeEnd: true,\n\t          illegal: /\\n/\n\t        })\n\t    ]\n\t  };\n\t}\n\n\texcel_1 = excel;\n\treturn excel_1;\n}\n\n/*\nLanguage: FIX\nAuthor: Brent Bradbury <brent@brentium.com>\n*/\n\nvar fix_1;\nvar hasRequiredFix;\n\nfunction requireFix () {\n\tif (hasRequiredFix) return fix_1;\n\thasRequiredFix = 1;\n\t/** @type LanguageFn */\n\tfunction fix(hljs) {\n\t  return {\n\t    name: 'FIX',\n\t    contains: [\n\t      {\n\t        begin: /[^\\u2401\\u0001]+/,\n\t        end: /[\\u2401\\u0001]/,\n\t        excludeEnd: true,\n\t        returnBegin: true,\n\t        returnEnd: false,\n\t        contains: [\n\t          {\n\t            begin: /([^\\u2401\\u0001=]+)/,\n\t            end: /=([^\\u2401\\u0001=]+)/,\n\t            returnEnd: true,\n\t            returnBegin: false,\n\t            className: 'attr'\n\t          },\n\t          {\n\t            begin: /=/,\n\t            end: /([\\u2401\\u0001])/,\n\t            excludeEnd: true,\n\t            excludeBegin: true,\n\t            className: 'string'\n\t          }\n\t        ]\n\t      }\n\t    ],\n\t    case_insensitive: true\n\t  };\n\t}\n\n\tfix_1 = fix;\n\treturn fix_1;\n}\n\n/*\n Language: Flix\n Category: functional\n Author: Magnus Madsen <mmadsen@uwaterloo.ca>\n Website: https://flix.dev/\n */\n\nvar flix_1;\nvar hasRequiredFlix;\n\nfunction requireFlix () {\n\tif (hasRequiredFlix) return flix_1;\n\thasRequiredFlix = 1;\n\t/** @type LanguageFn */\n\tfunction flix(hljs) {\n\t  const CHAR = {\n\t    className: 'string',\n\t    begin: /'(.|\\\\[xXuU][a-zA-Z0-9]+)'/\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      }\n\t    ]\n\t  };\n\n\t  const NAME = {\n\t    className: 'title',\n\t    relevance: 0,\n\t    begin: /[^0-9\\n\\t \"'(),.`{}\\[\\]:;][^\\n\\t \"'(),.`{}\\[\\]:;]+|[^0-9\\n\\t \"'(),.`{}\\[\\]:;=]/\n\t  };\n\n\t  const METHOD = {\n\t    className: 'function',\n\t    beginKeywords: 'def',\n\t    end: /[:={\\[(\\n;]/,\n\t    excludeEnd: true,\n\t    contains: [ NAME ]\n\t  };\n\n\t  return {\n\t    name: 'Flix',\n\t    keywords: {\n\t      keyword: [\n\t        \"case\",\n\t        \"class\",\n\t        \"def\",\n\t        \"else\",\n\t        \"enum\",\n\t        \"if\",\n\t        \"impl\",\n\t        \"import\",\n\t        \"in\",\n\t        \"lat\",\n\t        \"rel\",\n\t        \"index\",\n\t        \"let\",\n\t        \"match\",\n\t        \"namespace\",\n\t        \"switch\",\n\t        \"type\",\n\t        \"yield\",\n\t        \"with\"\n\t      ],\n\t      literal: [\n\t        \"true\",\n\t        \"false\"\n\t      ]\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      CHAR,\n\t      STRING,\n\t      METHOD,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tflix_1 = flix;\n\treturn flix_1;\n}\n\n/*\nLanguage: Fortran\nAuthor: Anthony Scemama <scemama@irsamc.ups-tlse.fr>\nWebsite: https://en.wikipedia.org/wiki/Fortran\nCategory: scientific\n*/\n\nvar fortran_1;\nvar hasRequiredFortran;\n\nfunction requireFortran () {\n\tif (hasRequiredFortran) return fortran_1;\n\thasRequiredFortran = 1;\n\t/** @type LanguageFn */\n\tfunction fortran(hljs) {\n\t  const regex = hljs.regex;\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\(',\n\t    end: '\\\\)'\n\t  };\n\n\t  const COMMENT = { variants: [\n\t    hljs.COMMENT('!', '$', { relevance: 0 }),\n\t    // allow FORTRAN 77 style comments\n\t    hljs.COMMENT('^C[ ]', '$', { relevance: 0 }),\n\t    hljs.COMMENT('^C$', '$', { relevance: 0 })\n\t  ] };\n\n\t  // regex in both fortran and irpf90 should match\n\t  const OPTIONAL_NUMBER_SUFFIX = /(_[a-z_\\d]+)?/;\n\t  const OPTIONAL_NUMBER_EXP = /([de][+-]?\\d+)?/;\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: regex.concat(/\\b\\d+/, /\\.(\\d*)/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) },\n\t      { begin: regex.concat(/\\b\\d+/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) },\n\t      { begin: regex.concat(/\\.\\d+/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_DEF = {\n\t    className: 'function',\n\t    beginKeywords: 'subroutine function program',\n\t    illegal: '[${=\\\\n]',\n\t    contains: [\n\t      hljs.UNDERSCORE_TITLE_MODE,\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    relevance: 0,\n\t    variants: [\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"kind\",\n\t    \"do\",\n\t    \"concurrent\",\n\t    \"local\",\n\t    \"shared\",\n\t    \"while\",\n\t    \"private\",\n\t    \"call\",\n\t    \"intrinsic\",\n\t    \"where\",\n\t    \"elsewhere\",\n\t    \"type\",\n\t    \"endtype\",\n\t    \"endmodule\",\n\t    \"endselect\",\n\t    \"endinterface\",\n\t    \"end\",\n\t    \"enddo\",\n\t    \"endif\",\n\t    \"if\",\n\t    \"forall\",\n\t    \"endforall\",\n\t    \"only\",\n\t    \"contains\",\n\t    \"default\",\n\t    \"return\",\n\t    \"stop\",\n\t    \"then\",\n\t    \"block\",\n\t    \"endblock\",\n\t    \"endassociate\",\n\t    \"public\",\n\t    \"subroutine|10\",\n\t    \"function\",\n\t    \"program\",\n\t    \".and.\",\n\t    \".or.\",\n\t    \".not.\",\n\t    \".le.\",\n\t    \".eq.\",\n\t    \".ge.\",\n\t    \".gt.\",\n\t    \".lt.\",\n\t    \"goto\",\n\t    \"save\",\n\t    \"else\",\n\t    \"use\",\n\t    \"module\",\n\t    \"select\",\n\t    \"case\",\n\t    \"access\",\n\t    \"blank\",\n\t    \"direct\",\n\t    \"exist\",\n\t    \"file\",\n\t    \"fmt\",\n\t    \"form\",\n\t    \"formatted\",\n\t    \"iostat\",\n\t    \"name\",\n\t    \"named\",\n\t    \"nextrec\",\n\t    \"number\",\n\t    \"opened\",\n\t    \"rec\",\n\t    \"recl\",\n\t    \"sequential\",\n\t    \"status\",\n\t    \"unformatted\",\n\t    \"unit\",\n\t    \"continue\",\n\t    \"format\",\n\t    \"pause\",\n\t    \"cycle\",\n\t    \"exit\",\n\t    \"c_null_char\",\n\t    \"c_alert\",\n\t    \"c_backspace\",\n\t    \"c_form_feed\",\n\t    \"flush\",\n\t    \"wait\",\n\t    \"decimal\",\n\t    \"round\",\n\t    \"iomsg\",\n\t    \"synchronous\",\n\t    \"nopass\",\n\t    \"non_overridable\",\n\t    \"pass\",\n\t    \"protected\",\n\t    \"volatile\",\n\t    \"abstract\",\n\t    \"extends\",\n\t    \"import\",\n\t    \"non_intrinsic\",\n\t    \"value\",\n\t    \"deferred\",\n\t    \"generic\",\n\t    \"final\",\n\t    \"enumerator\",\n\t    \"class\",\n\t    \"associate\",\n\t    \"bind\",\n\t    \"enum\",\n\t    \"c_int\",\n\t    \"c_short\",\n\t    \"c_long\",\n\t    \"c_long_long\",\n\t    \"c_signed_char\",\n\t    \"c_size_t\",\n\t    \"c_int8_t\",\n\t    \"c_int16_t\",\n\t    \"c_int32_t\",\n\t    \"c_int64_t\",\n\t    \"c_int_least8_t\",\n\t    \"c_int_least16_t\",\n\t    \"c_int_least32_t\",\n\t    \"c_int_least64_t\",\n\t    \"c_int_fast8_t\",\n\t    \"c_int_fast16_t\",\n\t    \"c_int_fast32_t\",\n\t    \"c_int_fast64_t\",\n\t    \"c_intmax_t\",\n\t    \"C_intptr_t\",\n\t    \"c_float\",\n\t    \"c_double\",\n\t    \"c_long_double\",\n\t    \"c_float_complex\",\n\t    \"c_double_complex\",\n\t    \"c_long_double_complex\",\n\t    \"c_bool\",\n\t    \"c_char\",\n\t    \"c_null_ptr\",\n\t    \"c_null_funptr\",\n\t    \"c_new_line\",\n\t    \"c_carriage_return\",\n\t    \"c_horizontal_tab\",\n\t    \"c_vertical_tab\",\n\t    \"iso_c_binding\",\n\t    \"c_loc\",\n\t    \"c_funloc\",\n\t    \"c_associated\",\n\t    \"c_f_pointer\",\n\t    \"c_ptr\",\n\t    \"c_funptr\",\n\t    \"iso_fortran_env\",\n\t    \"character_storage_size\",\n\t    \"error_unit\",\n\t    \"file_storage_size\",\n\t    \"input_unit\",\n\t    \"iostat_end\",\n\t    \"iostat_eor\",\n\t    \"numeric_storage_size\",\n\t    \"output_unit\",\n\t    \"c_f_procpointer\",\n\t    \"ieee_arithmetic\",\n\t    \"ieee_support_underflow_control\",\n\t    \"ieee_get_underflow_mode\",\n\t    \"ieee_set_underflow_mode\",\n\t    \"newunit\",\n\t    \"contiguous\",\n\t    \"recursive\",\n\t    \"pad\",\n\t    \"position\",\n\t    \"action\",\n\t    \"delim\",\n\t    \"readwrite\",\n\t    \"eor\",\n\t    \"advance\",\n\t    \"nml\",\n\t    \"interface\",\n\t    \"procedure\",\n\t    \"namelist\",\n\t    \"include\",\n\t    \"sequence\",\n\t    \"elemental\",\n\t    \"pure\",\n\t    \"impure\",\n\t    \"integer\",\n\t    \"real\",\n\t    \"character\",\n\t    \"complex\",\n\t    \"logical\",\n\t    \"codimension\",\n\t    \"dimension\",\n\t    \"allocatable|10\",\n\t    \"parameter\",\n\t    \"external\",\n\t    \"implicit|10\",\n\t    \"none\",\n\t    \"double\",\n\t    \"precision\",\n\t    \"assign\",\n\t    \"intent\",\n\t    \"optional\",\n\t    \"pointer\",\n\t    \"target\",\n\t    \"in\",\n\t    \"out\",\n\t    \"common\",\n\t    \"equivalence\",\n\t    \"data\"\n\t  ];\n\t  const LITERALS = [\n\t    \".False.\",\n\t    \".True.\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"alog\",\n\t    \"alog10\",\n\t    \"amax0\",\n\t    \"amax1\",\n\t    \"amin0\",\n\t    \"amin1\",\n\t    \"amod\",\n\t    \"cabs\",\n\t    \"ccos\",\n\t    \"cexp\",\n\t    \"clog\",\n\t    \"csin\",\n\t    \"csqrt\",\n\t    \"dabs\",\n\t    \"dacos\",\n\t    \"dasin\",\n\t    \"datan\",\n\t    \"datan2\",\n\t    \"dcos\",\n\t    \"dcosh\",\n\t    \"ddim\",\n\t    \"dexp\",\n\t    \"dint\",\n\t    \"dlog\",\n\t    \"dlog10\",\n\t    \"dmax1\",\n\t    \"dmin1\",\n\t    \"dmod\",\n\t    \"dnint\",\n\t    \"dsign\",\n\t    \"dsin\",\n\t    \"dsinh\",\n\t    \"dsqrt\",\n\t    \"dtan\",\n\t    \"dtanh\",\n\t    \"float\",\n\t    \"iabs\",\n\t    \"idim\",\n\t    \"idint\",\n\t    \"idnint\",\n\t    \"ifix\",\n\t    \"isign\",\n\t    \"max0\",\n\t    \"max1\",\n\t    \"min0\",\n\t    \"min1\",\n\t    \"sngl\",\n\t    \"algama\",\n\t    \"cdabs\",\n\t    \"cdcos\",\n\t    \"cdexp\",\n\t    \"cdlog\",\n\t    \"cdsin\",\n\t    \"cdsqrt\",\n\t    \"cqabs\",\n\t    \"cqcos\",\n\t    \"cqexp\",\n\t    \"cqlog\",\n\t    \"cqsin\",\n\t    \"cqsqrt\",\n\t    \"dcmplx\",\n\t    \"dconjg\",\n\t    \"derf\",\n\t    \"derfc\",\n\t    \"dfloat\",\n\t    \"dgamma\",\n\t    \"dimag\",\n\t    \"dlgama\",\n\t    \"iqint\",\n\t    \"qabs\",\n\t    \"qacos\",\n\t    \"qasin\",\n\t    \"qatan\",\n\t    \"qatan2\",\n\t    \"qcmplx\",\n\t    \"qconjg\",\n\t    \"qcos\",\n\t    \"qcosh\",\n\t    \"qdim\",\n\t    \"qerf\",\n\t    \"qerfc\",\n\t    \"qexp\",\n\t    \"qgamma\",\n\t    \"qimag\",\n\t    \"qlgama\",\n\t    \"qlog\",\n\t    \"qlog10\",\n\t    \"qmax1\",\n\t    \"qmin1\",\n\t    \"qmod\",\n\t    \"qnint\",\n\t    \"qsign\",\n\t    \"qsin\",\n\t    \"qsinh\",\n\t    \"qsqrt\",\n\t    \"qtan\",\n\t    \"qtanh\",\n\t    \"abs\",\n\t    \"acos\",\n\t    \"aimag\",\n\t    \"aint\",\n\t    \"anint\",\n\t    \"asin\",\n\t    \"atan\",\n\t    \"atan2\",\n\t    \"char\",\n\t    \"cmplx\",\n\t    \"conjg\",\n\t    \"cos\",\n\t    \"cosh\",\n\t    \"exp\",\n\t    \"ichar\",\n\t    \"index\",\n\t    \"int\",\n\t    \"log\",\n\t    \"log10\",\n\t    \"max\",\n\t    \"min\",\n\t    \"nint\",\n\t    \"sign\",\n\t    \"sin\",\n\t    \"sinh\",\n\t    \"sqrt\",\n\t    \"tan\",\n\t    \"tanh\",\n\t    \"print\",\n\t    \"write\",\n\t    \"dim\",\n\t    \"lge\",\n\t    \"lgt\",\n\t    \"lle\",\n\t    \"llt\",\n\t    \"mod\",\n\t    \"nullify\",\n\t    \"allocate\",\n\t    \"deallocate\",\n\t    \"adjustl\",\n\t    \"adjustr\",\n\t    \"all\",\n\t    \"allocated\",\n\t    \"any\",\n\t    \"associated\",\n\t    \"bit_size\",\n\t    \"btest\",\n\t    \"ceiling\",\n\t    \"count\",\n\t    \"cshift\",\n\t    \"date_and_time\",\n\t    \"digits\",\n\t    \"dot_product\",\n\t    \"eoshift\",\n\t    \"epsilon\",\n\t    \"exponent\",\n\t    \"floor\",\n\t    \"fraction\",\n\t    \"huge\",\n\t    \"iand\",\n\t    \"ibclr\",\n\t    \"ibits\",\n\t    \"ibset\",\n\t    \"ieor\",\n\t    \"ior\",\n\t    \"ishft\",\n\t    \"ishftc\",\n\t    \"lbound\",\n\t    \"len_trim\",\n\t    \"matmul\",\n\t    \"maxexponent\",\n\t    \"maxloc\",\n\t    \"maxval\",\n\t    \"merge\",\n\t    \"minexponent\",\n\t    \"minloc\",\n\t    \"minval\",\n\t    \"modulo\",\n\t    \"mvbits\",\n\t    \"nearest\",\n\t    \"pack\",\n\t    \"present\",\n\t    \"product\",\n\t    \"radix\",\n\t    \"random_number\",\n\t    \"random_seed\",\n\t    \"range\",\n\t    \"repeat\",\n\t    \"reshape\",\n\t    \"rrspacing\",\n\t    \"scale\",\n\t    \"scan\",\n\t    \"selected_int_kind\",\n\t    \"selected_real_kind\",\n\t    \"set_exponent\",\n\t    \"shape\",\n\t    \"size\",\n\t    \"spacing\",\n\t    \"spread\",\n\t    \"sum\",\n\t    \"system_clock\",\n\t    \"tiny\",\n\t    \"transpose\",\n\t    \"trim\",\n\t    \"ubound\",\n\t    \"unpack\",\n\t    \"verify\",\n\t    \"achar\",\n\t    \"iachar\",\n\t    \"transfer\",\n\t    \"dble\",\n\t    \"entry\",\n\t    \"dprod\",\n\t    \"cpu_time\",\n\t    \"command_argument_count\",\n\t    \"get_command\",\n\t    \"get_command_argument\",\n\t    \"get_environment_variable\",\n\t    \"is_iostat_end\",\n\t    \"ieee_arithmetic\",\n\t    \"ieee_support_underflow_control\",\n\t    \"ieee_get_underflow_mode\",\n\t    \"ieee_set_underflow_mode\",\n\t    \"is_iostat_eor\",\n\t    \"move_alloc\",\n\t    \"new_line\",\n\t    \"selected_char_kind\",\n\t    \"same_type_as\",\n\t    \"extends_type_of\",\n\t    \"acosh\",\n\t    \"asinh\",\n\t    \"atanh\",\n\t    \"bessel_j0\",\n\t    \"bessel_j1\",\n\t    \"bessel_jn\",\n\t    \"bessel_y0\",\n\t    \"bessel_y1\",\n\t    \"bessel_yn\",\n\t    \"erf\",\n\t    \"erfc\",\n\t    \"erfc_scaled\",\n\t    \"gamma\",\n\t    \"log_gamma\",\n\t    \"hypot\",\n\t    \"norm2\",\n\t    \"atomic_define\",\n\t    \"atomic_ref\",\n\t    \"execute_command_line\",\n\t    \"leadz\",\n\t    \"trailz\",\n\t    \"storage_size\",\n\t    \"merge_bits\",\n\t    \"bge\",\n\t    \"bgt\",\n\t    \"ble\",\n\t    \"blt\",\n\t    \"dshiftl\",\n\t    \"dshiftr\",\n\t    \"findloc\",\n\t    \"iall\",\n\t    \"iany\",\n\t    \"iparity\",\n\t    \"image_index\",\n\t    \"lcobound\",\n\t    \"ucobound\",\n\t    \"maskl\",\n\t    \"maskr\",\n\t    \"num_images\",\n\t    \"parity\",\n\t    \"popcnt\",\n\t    \"poppar\",\n\t    \"shifta\",\n\t    \"shiftl\",\n\t    \"shiftr\",\n\t    \"this_image\",\n\t    \"sync\",\n\t    \"change\",\n\t    \"team\",\n\t    \"co_broadcast\",\n\t    \"co_max\",\n\t    \"co_min\",\n\t    \"co_sum\",\n\t    \"co_reduce\"\n\t  ];\n\t  return {\n\t    name: 'Fortran',\n\t    case_insensitive: true,\n\t    aliases: [\n\t      'f90',\n\t      'f95'\n\t    ],\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS,\n\t      built_in: BUILT_INS\n\t    },\n\t    illegal: /\\/\\*/,\n\t    contains: [\n\t      STRING,\n\t      FUNCTION_DEF,\n\t      // allow `C = value` for assignments so they aren't misdetected\n\t      // as Fortran 77 style comments\n\t      {\n\t        begin: /^C\\s*=(?!=)/,\n\t        relevance: 0\n\t      },\n\t      COMMENT,\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\tfortran_1 = fortran;\n\treturn fortran_1;\n}\n\n/**\n * @param {string} value\n * @returns {RegExp}\n * */\n\nvar fsharp_1;\nvar hasRequiredFsharp;\n\nfunction requireFsharp () {\n\tif (hasRequiredFsharp) return fsharp_1;\n\thasRequiredFsharp = 1;\n\tfunction escape(value) {\n\t  return new RegExp(value.replace(/[-/\\\\^$*+?.()|[\\]{}]/g, '\\\\$&'), 'm');\n\t}\n\n\t/**\n\t * @param {RegExp | string } re\n\t * @returns {string}\n\t */\n\tfunction source(re) {\n\t  if (!re) return null;\n\t  if (typeof re === \"string\") return re;\n\n\t  return re.source;\n\t}\n\n\t/**\n\t * @param {RegExp | string } re\n\t * @returns {string}\n\t */\n\tfunction lookahead(re) {\n\t  return concat('(?=', re, ')');\n\t}\n\n\t/**\n\t * @param {...(RegExp | string) } args\n\t * @returns {string}\n\t */\n\tfunction concat(...args) {\n\t  const joined = args.map((x) => source(x)).join(\"\");\n\t  return joined;\n\t}\n\n\t/**\n\t * @param { Array<string | RegExp | Object> } args\n\t * @returns {object}\n\t */\n\tfunction stripOptionsFromArgs(args) {\n\t  const opts = args[args.length - 1];\n\n\t  if (typeof opts === 'object' && opts.constructor === Object) {\n\t    args.splice(args.length - 1, 1);\n\t    return opts;\n\t  } else {\n\t    return {};\n\t  }\n\t}\n\n\t/** @typedef { {capture?: boolean} } RegexEitherOptions */\n\n\t/**\n\t * Any of the passed expresssions may match\n\t *\n\t * Creates a huge this | this | that | that match\n\t * @param {(RegExp | string)[] | [...(RegExp | string)[], RegexEitherOptions]} args\n\t * @returns {string}\n\t */\n\tfunction either(...args) {\n\t  /** @type { object & {capture?: boolean} }  */\n\t  const opts = stripOptionsFromArgs(args);\n\t  const joined = '('\n\t    + (opts.capture ? \"\" : \"?:\")\n\t    + args.map((x) => source(x)).join(\"|\") + \")\";\n\t  return joined;\n\t}\n\n\t/*\n\tLanguage: F#\n\tAuthor: Jonas Follesø <jonas@follesoe.no>\n\tContributors: Troy Kershaw <hello@troykershaw.com>, Henrik Feldt <henrik@haf.se>, Melvyn Laïly <melvyn.laily@gmail.com>\n\tWebsite: https://docs.microsoft.com/en-us/dotnet/fsharp/\n\tCategory: functional\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction fsharp(hljs) {\n\t  const KEYWORDS = [\n\t    \"abstract\",\n\t    \"and\",\n\t    \"as\",\n\t    \"assert\",\n\t    \"base\",\n\t    \"begin\",\n\t    \"class\",\n\t    \"default\",\n\t    \"delegate\",\n\t    \"do\",\n\t    \"done\",\n\t    \"downcast\",\n\t    \"downto\",\n\t    \"elif\",\n\t    \"else\",\n\t    \"end\",\n\t    \"exception\",\n\t    \"extern\",\n\t    // \"false\", // literal\n\t    \"finally\",\n\t    \"fixed\",\n\t    \"for\",\n\t    \"fun\",\n\t    \"function\",\n\t    \"global\",\n\t    \"if\",\n\t    \"in\",\n\t    \"inherit\",\n\t    \"inline\",\n\t    \"interface\",\n\t    \"internal\",\n\t    \"lazy\",\n\t    \"let\",\n\t    \"match\",\n\t    \"member\",\n\t    \"module\",\n\t    \"mutable\",\n\t    \"namespace\",\n\t    \"new\",\n\t    // \"not\", // built_in\n\t    // \"null\", // literal\n\t    \"of\",\n\t    \"open\",\n\t    \"or\",\n\t    \"override\",\n\t    \"private\",\n\t    \"public\",\n\t    \"rec\",\n\t    \"return\",\n\t    \"static\",\n\t    \"struct\",\n\t    \"then\",\n\t    \"to\",\n\t    // \"true\", // literal\n\t    \"try\",\n\t    \"type\",\n\t    \"upcast\",\n\t    \"use\",\n\t    \"val\",\n\t    \"void\",\n\t    \"when\",\n\t    \"while\",\n\t    \"with\",\n\t    \"yield\"\n\t  ];\n\n\t  const BANG_KEYWORD_MODE = {\n\t    // monad builder keywords (matches before non-bang keywords)\n\t    scope: 'keyword',\n\t    match: /\\b(yield|return|let|do|match|use)!/\n\t  };\n\n\t  const PREPROCESSOR_KEYWORDS = [\n\t    \"if\",\n\t    \"else\",\n\t    \"endif\",\n\t    \"line\",\n\t    \"nowarn\",\n\t    \"light\",\n\t    \"r\",\n\t    \"i\",\n\t    \"I\",\n\t    \"load\",\n\t    \"time\",\n\t    \"help\",\n\t    \"quit\"\n\t  ];\n\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\",\n\t    \"Some\",\n\t    \"None\",\n\t    \"Ok\",\n\t    \"Error\",\n\t    \"infinity\",\n\t    \"infinityf\",\n\t    \"nan\",\n\t    \"nanf\"\n\t  ];\n\n\t  const SPECIAL_IDENTIFIERS = [\n\t    \"__LINE__\",\n\t    \"__SOURCE_DIRECTORY__\",\n\t    \"__SOURCE_FILE__\"\n\t  ];\n\n\t  // Since it's possible to re-bind/shadow names (e.g. let char = 'c'),\n\t  // these builtin types should only be matched when a type name is expected.\n\t  const KNOWN_TYPES = [\n\t    // basic types\n\t    \"bool\",\n\t    \"byte\",\n\t    \"sbyte\",\n\t    \"int8\",\n\t    \"int16\",\n\t    \"int32\",\n\t    \"uint8\",\n\t    \"uint16\",\n\t    \"uint32\",\n\t    \"int\",\n\t    \"uint\",\n\t    \"int64\",\n\t    \"uint64\",\n\t    \"nativeint\",\n\t    \"unativeint\",\n\t    \"decimal\",\n\t    \"float\",\n\t    \"double\",\n\t    \"float32\",\n\t    \"single\",\n\t    \"char\",\n\t    \"string\",\n\t    \"unit\",\n\t    \"bigint\",\n\t    // other native types or lowercase aliases\n\t    \"option\",\n\t    \"voption\",\n\t    \"list\",\n\t    \"array\",\n\t    \"seq\",\n\t    \"byref\",\n\t    \"exn\",\n\t    \"inref\",\n\t    \"nativeptr\",\n\t    \"obj\",\n\t    \"outref\",\n\t    \"voidptr\",\n\t    // other important FSharp types\n\t    \"Result\"\n\t  ];\n\n\t  const BUILTINS = [\n\t    // Somewhat arbitrary list of builtin functions and values.\n\t    // Most of them are declared in Microsoft.FSharp.Core\n\t    // I tried to stay relevant by adding only the most idiomatic\n\t    // and most used symbols that are not already declared as types.\n\t    \"not\",\n\t    \"ref\",\n\t    \"raise\",\n\t    \"reraise\",\n\t    \"dict\",\n\t    \"readOnlyDict\",\n\t    \"set\",\n\t    \"get\",\n\t    \"enum\",\n\t    \"sizeof\",\n\t    \"typeof\",\n\t    \"typedefof\",\n\t    \"nameof\",\n\t    \"nullArg\",\n\t    \"invalidArg\",\n\t    \"invalidOp\",\n\t    \"id\",\n\t    \"fst\",\n\t    \"snd\",\n\t    \"ignore\",\n\t    \"lock\",\n\t    \"using\",\n\t    \"box\",\n\t    \"unbox\",\n\t    \"tryUnbox\",\n\t    \"printf\",\n\t    \"printfn\",\n\t    \"sprintf\",\n\t    \"eprintf\",\n\t    \"eprintfn\",\n\t    \"fprintf\",\n\t    \"fprintfn\",\n\t    \"failwith\",\n\t    \"failwithf\"\n\t  ];\n\n\t  const ALL_KEYWORDS = {\n\t    keyword: KEYWORDS,\n\t    literal: LITERALS,\n\t    built_in: BUILTINS,\n\t    'variable.constant': SPECIAL_IDENTIFIERS\n\t  };\n\n\t  // (* potentially multi-line Meta Language style comment *)\n\t  const ML_COMMENT =\n\t    hljs.COMMENT(/\\(\\*(?!\\))/, /\\*\\)/, {\n\t      contains: [\"self\"]\n\t    });\n\t  // Either a multi-line (* Meta Language style comment *) or a single line // C style comment.\n\t  const COMMENT = {\n\t    variants: [\n\t      ML_COMMENT,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t    ]\n\t  };\n\n\t  // Most identifiers can contain apostrophes\n\t  const IDENTIFIER_RE = /[a-zA-Z_](\\w|')*/;\n\n\t  const QUOTED_IDENTIFIER = {\n\t    scope: 'variable',\n\t    begin: /``/,\n\t    end: /``/\n\t  };\n\n\t  // 'a or ^a where a can be a ``quoted identifier``\n\t  const BEGIN_GENERIC_TYPE_SYMBOL_RE = /\\B('|\\^)/;\n\t  const GENERIC_TYPE_SYMBOL = {\n\t    scope: 'symbol',\n\t    variants: [\n\t      // the type name is a quoted identifier:\n\t      { match: concat(BEGIN_GENERIC_TYPE_SYMBOL_RE, /``.*?``/) },\n\t      // the type name is a normal identifier (we don't use IDENTIFIER_RE because there cannot be another apostrophe here):\n\t      { match: concat(BEGIN_GENERIC_TYPE_SYMBOL_RE, hljs.UNDERSCORE_IDENT_RE) }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const makeOperatorMode = function({ includeEqual }) {\n\t    // List or symbolic operator characters from the FSharp Spec 4.1, minus the dot, and with `?` added, used for nullable operators.\n\t    let allOperatorChars;\n\t    if (includeEqual)\n\t      allOperatorChars = \"!%&*+-/<=>@^|~?\";\n\t    else\n\t      allOperatorChars = \"!%&*+-/<>@^|~?\";\n\t    const OPERATOR_CHARS = Array.from(allOperatorChars);\n\t    const OPERATOR_CHAR_RE = concat('[', ...OPERATOR_CHARS.map(escape), ']');\n\t    // The lone dot operator is special. It cannot be redefined, and we don't want to highlight it. It can be used as part of a multi-chars operator though.\n\t    const OPERATOR_CHAR_OR_DOT_RE = either(OPERATOR_CHAR_RE, /\\./);\n\t    // When a dot is present, it must be followed by another operator char:\n\t    const OPERATOR_FIRST_CHAR_OF_MULTIPLE_RE = concat(OPERATOR_CHAR_OR_DOT_RE, lookahead(OPERATOR_CHAR_OR_DOT_RE));\n\t    const SYMBOLIC_OPERATOR_RE = either(\n\t      concat(OPERATOR_FIRST_CHAR_OF_MULTIPLE_RE, OPERATOR_CHAR_OR_DOT_RE, '*'), // Matches at least 2 chars operators\n\t      concat(OPERATOR_CHAR_RE, '+'), // Matches at least one char operators\n\t    );\n\t    return {\n\t      scope: 'operator',\n\t      match: either(\n\t        // symbolic operators:\n\t        SYMBOLIC_OPERATOR_RE,\n\t        // other symbolic keywords:\n\t        // Type casting and conversion operators:\n\t        /:\\?>/,\n\t        /:\\?/,\n\t        /:>/,\n\t        /:=/, // Reference cell assignment\n\t        /::?/, // : or ::\n\t        /\\$/), // A single $ can be used as an operator\n\t      relevance: 0\n\t    };\n\t  };\n\n\t  const OPERATOR = makeOperatorMode({ includeEqual: true });\n\t  // This variant is used when matching '=' should end a parent mode:\n\t  const OPERATOR_WITHOUT_EQUAL = makeOperatorMode({ includeEqual: false });\n\n\t  const makeTypeAnnotationMode = function(prefix, prefixScope) {\n\t    return {\n\t      begin: concat( // a type annotation is a\n\t        prefix,            // should be a colon or the 'of' keyword\n\t        lookahead(   // that has to be followed by\n\t          concat(\n\t            /\\s*/,         // optional space\n\t            either(  // then either of:\n\t              /\\w/,        // word\n\t              /'/,         // generic type name\n\t              /\\^/,        // generic type name\n\t              /#/,         // flexible type name\n\t              /``/,        // quoted type name\n\t              /\\(/,        // parens type expression\n\t              /{\\|/,       // anonymous type annotation\n\t      )))),\n\t      beginScope: prefixScope,\n\t      // BUG: because ending with \\n is necessary for some cases, multi-line type annotations are not properly supported.\n\t      // Examples where \\n is required at the end:\n\t      // - abstract member definitions in classes: abstract Property : int * string\n\t      // - return type annotations: let f f' = f' () : returnTypeAnnotation\n\t      // - record fields definitions: { A : int \\n B : string }\n\t      end: lookahead(\n\t        either(\n\t          /\\n/,\n\t          /=/)),\n\t      relevance: 0,\n\t      // we need the known types, and we need the type constraint keywords and literals. e.g.: when 'a : null\n\t      keywords: hljs.inherit(ALL_KEYWORDS, { type: KNOWN_TYPES }),\n\t      contains: [\n\t        COMMENT,\n\t        GENERIC_TYPE_SYMBOL,\n\t        hljs.inherit(QUOTED_IDENTIFIER, { scope: null }), // match to avoid strange patterns inside that may break the parsing\n\t        OPERATOR_WITHOUT_EQUAL\n\t      ]\n\t    };\n\t  };\n\n\t  const TYPE_ANNOTATION = makeTypeAnnotationMode(/:/, 'operator');\n\t  const DISCRIMINATED_UNION_TYPE_ANNOTATION = makeTypeAnnotationMode(/\\bof\\b/, 'keyword');\n\n\t  // type MyType<'a> = ...\n\t  const TYPE_DECLARATION = {\n\t    begin: [\n\t      /(^|\\s+)/, // prevents matching the following: `match s.stype with`\n\t      /type/,\n\t      /\\s+/,\n\t      IDENTIFIER_RE\n\t    ],\n\t    beginScope: {\n\t      2: 'keyword',\n\t      4: 'title.class'\n\t    },\n\t    end: lookahead(/\\(|=|$/),\n\t    keywords: ALL_KEYWORDS, // match keywords in type constraints. e.g.: when 'a : null\n\t    contains: [\n\t      COMMENT,\n\t      hljs.inherit(QUOTED_IDENTIFIER, { scope: null }), // match to avoid strange patterns inside that may break the parsing\n\t      GENERIC_TYPE_SYMBOL,\n\t      {\n\t        // For visual consistency, highlight type brackets as operators.\n\t        scope: 'operator',\n\t        match: /<|>/\n\t      },\n\t      TYPE_ANNOTATION // generic types can have constraints, which are type annotations. e.g. type MyType<'T when 'T : delegate<obj * string>> =\n\t    ]\n\t  };\n\n\t  const COMPUTATION_EXPRESSION = {\n\t    // computation expressions:\n\t    scope: 'computation-expression',\n\t    // BUG: might conflict with record deconstruction. e.g. let f { Name = name } = name // will highlight f\n\t    match: /\\b[_a-z]\\w*(?=\\s*\\{)/\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    // preprocessor directives and fsi commands:\n\t    begin: [\n\t      /^\\s*/,\n\t      concat(/#/, either(...PREPROCESSOR_KEYWORDS)),\n\t      /\\b/\n\t    ],\n\t    beginScope: { 2: 'meta' },\n\t    end: lookahead(/\\s|$/)\n\t  };\n\n\t  // TODO: this definition is missing support for type suffixes and octal notation.\n\t  // BUG: range operator without any space is wrongly interpreted as a single number (e.g. 1..10 )\n\t  const NUMBER = {\n\t    variants: [\n\t      hljs.BINARY_NUMBER_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\n\t  // All the following string definitions are potentially multi-line.\n\t  // BUG: these definitions are missing support for byte strings (suffixed with B)\n\n\t  // \"...\"\n\t  const QUOTED_STRING = {\n\t    scope: 'string',\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE\n\t    ]\n\t  };\n\t  // @\"...\"\n\t  const VERBATIM_STRING = {\n\t    scope: 'string',\n\t    begin: /@\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      {\n\t        match: /\"\"/ // escaped \"\n\t      },\n\t      hljs.BACKSLASH_ESCAPE\n\t    ]\n\t  };\n\t  // \"\"\"...\"\"\"\n\t  const TRIPLE_QUOTED_STRING = {\n\t    scope: 'string',\n\t    begin: /\"\"\"/,\n\t    end: /\"\"\"/,\n\t    relevance: 2\n\t  };\n\t  const SUBST = {\n\t    scope: 'subst',\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    keywords: ALL_KEYWORDS\n\t  };\n\t  // $\"...{1+1}...\"\n\t  const INTERPOLATED_STRING = {\n\t    scope: 'string',\n\t    begin: /\\$\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      {\n\t        match: /\\{\\{/ // escaped {\n\t      },\n\t      {\n\t        match: /\\}\\}/ // escaped }\n\t      },\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ]\n\t  };\n\t  // $@\"...{1+1}...\"\n\t  const INTERPOLATED_VERBATIM_STRING = {\n\t    scope: 'string',\n\t    begin: /(\\$@|@\\$)\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      {\n\t        match: /\\{\\{/ // escaped {\n\t      },\n\t      {\n\t        match: /\\}\\}/ // escaped }\n\t      },\n\t      {\n\t        match: /\"\"/\n\t      },\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ]\n\t  };\n\t  // $\"\"\"...{1+1}...\"\"\"\n\t  const INTERPOLATED_TRIPLE_QUOTED_STRING = {\n\t    scope: 'string',\n\t    begin: /\\$\"\"\"/,\n\t    end: /\"\"\"/,\n\t    contains: [\n\t      {\n\t        match: /\\{\\{/ // escaped {\n\t      },\n\t      {\n\t        match: /\\}\\}/ // escaped }\n\t      },\n\t      SUBST\n\t    ],\n\t    relevance: 2\n\t  };\n\t  // '.'\n\t  const CHAR_LITERAL = {\n\t    scope: 'string',\n\t    match: concat(\n\t      /'/,\n\t      either(\n\t        /[^\\\\']/, // either a single non escaped char...\n\t        /\\\\(?:.|\\d{3}|x[a-fA-F\\d]{2}|u[a-fA-F\\d]{4}|U[a-fA-F\\d]{8})/ // ...or an escape sequence\n\t      ),\n\t      /'/\n\t    )\n\t  };\n\t  // F# allows a lot of things inside string placeholders.\n\t  // Things that don't currently seem allowed by the compiler: types definition, attributes usage.\n\t  // (Strictly speaking, some of the followings are only allowed inside triple quoted interpolated strings...)\n\t  SUBST.contains = [\n\t    INTERPOLATED_VERBATIM_STRING,\n\t    INTERPOLATED_STRING,\n\t    VERBATIM_STRING,\n\t    QUOTED_STRING,\n\t    CHAR_LITERAL,\n\t    BANG_KEYWORD_MODE,\n\t    COMMENT,\n\t    QUOTED_IDENTIFIER,\n\t    TYPE_ANNOTATION,\n\t    COMPUTATION_EXPRESSION,\n\t    PREPROCESSOR,\n\t    NUMBER,\n\t    GENERIC_TYPE_SYMBOL,\n\t    OPERATOR\n\t  ];\n\t  const STRING = {\n\t    variants: [\n\t      INTERPOLATED_TRIPLE_QUOTED_STRING,\n\t      INTERPOLATED_VERBATIM_STRING,\n\t      INTERPOLATED_STRING,\n\t      TRIPLE_QUOTED_STRING,\n\t      VERBATIM_STRING,\n\t      QUOTED_STRING,\n\t      CHAR_LITERAL\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'F#',\n\t    aliases: [\n\t      'fs',\n\t      'f#'\n\t    ],\n\t    keywords: ALL_KEYWORDS,\n\t    illegal: /\\/\\*/,\n\t    classNameAliases: {\n\t      'computation-expression': 'keyword'\n\t    },\n\t    contains: [\n\t      BANG_KEYWORD_MODE,\n\t      STRING,\n\t      COMMENT,\n\t      QUOTED_IDENTIFIER,\n\t      TYPE_DECLARATION,\n\t      {\n\t        // e.g. [<Attributes(\"\")>] or [<``module``: MyCustomAttributeThatWorksOnModules>]\n\t        // or [<Sealed; NoEquality; NoComparison; CompiledName(\"FSharpAsync`1\")>]\n\t        scope: 'meta',\n\t        begin: /\\[</,\n\t        end: />\\]/,\n\t        relevance: 2,\n\t        contains: [\n\t          QUOTED_IDENTIFIER,\n\t          // can contain any constant value\n\t          TRIPLE_QUOTED_STRING,\n\t          VERBATIM_STRING,\n\t          QUOTED_STRING,\n\t          CHAR_LITERAL,\n\t          NUMBER\n\t        ]\n\t      },\n\t      DISCRIMINATED_UNION_TYPE_ANNOTATION,\n\t      TYPE_ANNOTATION,\n\t      COMPUTATION_EXPRESSION,\n\t      PREPROCESSOR,\n\t      NUMBER,\n\t      GENERIC_TYPE_SYMBOL,\n\t      OPERATOR\n\t    ]\n\t  };\n\t}\n\n\tfsharp_1 = fsharp;\n\treturn fsharp_1;\n}\n\n/*\n Language: GAMS\n Author: Stefan Bechert <stefan.bechert@gmx.net>\n Contributors: Oleg Efimov <efimovov@gmail.com>, Mikko Kouhia <mikko.kouhia@iki.fi>\n Description: The General Algebraic Modeling System language\n Website: https://www.gams.com\n Category: scientific\n */\n\nvar gams_1;\nvar hasRequiredGams;\n\nfunction requireGams () {\n\tif (hasRequiredGams) return gams_1;\n\thasRequiredGams = 1;\n\t/** @type LanguageFn */\n\tfunction gams(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'abort acronym acronyms alias all and assign binary card diag display '\n\t      + 'else eq file files for free ge gt if integer le loop lt maximizing '\n\t      + 'minimizing model models ne negative no not option options or ord '\n\t      + 'positive prod put putpage puttl repeat sameas semicont semiint smax '\n\t      + 'smin solve sos1 sos2 sum system table then until using while xor yes',\n\t    literal:\n\t      'eps inf na',\n\t    built_in:\n\t      'abs arccos arcsin arctan arctan2 Beta betaReg binomial ceil centropy '\n\t      + 'cos cosh cvPower div div0 eDist entropy errorf execSeed exp fact '\n\t      + 'floor frac gamma gammaReg log logBeta logGamma log10 log2 mapVal max '\n\t      + 'min mod ncpCM ncpF ncpVUpow ncpVUsin normal pi poly power '\n\t      + 'randBinomial randLinear randTriangle round rPower sigmoid sign '\n\t      + 'signPower sin sinh slexp sllog10 slrec sqexp sqlog10 sqr sqrec sqrt '\n\t      + 'tan tanh trunc uniform uniformInt vcPower bool_and bool_eqv bool_imp '\n\t      + 'bool_not bool_or bool_xor ifThen rel_eq rel_ge rel_gt rel_le rel_lt '\n\t      + 'rel_ne gday gdow ghour gleap gmillisec gminute gmonth gsecond gyear '\n\t      + 'jdate jnow jstart jtime errorLevel execError gamsRelease gamsVersion '\n\t      + 'handleCollect handleDelete handleStatus handleSubmit heapFree '\n\t      + 'heapLimit heapSize jobHandle jobKill jobStatus jobTerminate '\n\t      + 'licenseLevel licenseStatus maxExecError sleep timeClose timeComp '\n\t      + 'timeElapsed timeExec timeStart'\n\t  };\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    excludeBegin: true,\n\t    excludeEnd: true\n\t  };\n\t  const SYMBOLS = {\n\t    className: 'symbol',\n\t    variants: [\n\t      { begin: /=[lgenxc]=/ },\n\t      { begin: /\\$/ }\n\t    ]\n\t  };\n\t  const QSTR = { // One-line quoted comment string\n\t    className: 'comment',\n\t    variants: [\n\t      {\n\t        begin: '\\'',\n\t        end: '\\''\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      }\n\t    ],\n\t    illegal: '\\\\n',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\t  const ASSIGNMENT = {\n\t    begin: '/',\n\t    end: '/',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      QSTR,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t  const COMMENT_WORD = /[a-z0-9&#*=?@\\\\><:,()$[\\]_.{}!+%^-]+/;\n\t  const DESCTEXT = { // Parameter/set/variable description text\n\t    begin: /[a-z][a-z0-9_]*(\\([a-z0-9_, ]*\\))?[ \\t]+/,\n\t    excludeBegin: true,\n\t    end: '$',\n\t    endsWithParent: true,\n\t    contains: [\n\t      QSTR,\n\t      ASSIGNMENT,\n\t      {\n\t        className: 'comment',\n\t        // one comment word, then possibly more\n\t        begin: regex.concat(\n\t          COMMENT_WORD,\n\t          // [ ] because \\s would be too broad (matching newlines)\n\t          regex.anyNumberOfTimes(regex.concat(/[ ]+/, COMMENT_WORD))\n\t        ),\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'GAMS',\n\t    aliases: [ 'gms' ],\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.COMMENT(/^\\$ontext/, /^\\$offtext/),\n\t      {\n\t        className: 'meta',\n\t        begin: '^\\\\$[a-z0-9]+',\n\t        end: '$',\n\t        returnBegin: true,\n\t        contains: [\n\t          {\n\t            className: 'keyword',\n\t            begin: '^\\\\$[a-z0-9]+'\n\t          }\n\t        ]\n\t      },\n\t      hljs.COMMENT('^\\\\*', '$'),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      // Declarations\n\t      {\n\t        beginKeywords:\n\t          'set sets parameter parameters variable variables '\n\t          + 'scalar scalars equation equations',\n\t        end: ';',\n\t        contains: [\n\t          hljs.COMMENT('^\\\\*', '$'),\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          ASSIGNMENT,\n\t          DESCTEXT\n\t        ]\n\t      },\n\t      { // table environment\n\t        beginKeywords: 'table',\n\t        end: ';',\n\t        returnBegin: true,\n\t        contains: [\n\t          { // table header row\n\t            beginKeywords: 'table',\n\t            end: '$',\n\t            contains: [ DESCTEXT ]\n\t          },\n\t          hljs.COMMENT('^\\\\*', '$'),\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.C_NUMBER_MODE\n\t          // Table does not contain DESCTEXT or ASSIGNMENT\n\t        ]\n\t      },\n\t      // Function definitions\n\t      {\n\t        className: 'function',\n\t        begin: /^[a-z][a-z0-9_,\\-+' ()$]+\\.{2}/,\n\t        returnBegin: true,\n\t        contains: [\n\t          { // Function title\n\t            className: 'title',\n\t            begin: /^[a-z0-9_]+/\n\t          },\n\t          PARAMS,\n\t          SYMBOLS\n\t        ]\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      SYMBOLS\n\t    ]\n\t  };\n\t}\n\n\tgams_1 = gams;\n\treturn gams_1;\n}\n\n/*\nLanguage: GAUSS\nAuthor: Matt Evans <matt@aptech.com>\nDescription: GAUSS Mathematical and Statistical language\nWebsite: https://www.aptech.com\nCategory: scientific\n*/\n\nvar gauss_1;\nvar hasRequiredGauss;\n\nfunction requireGauss () {\n\tif (hasRequiredGauss) return gauss_1;\n\thasRequiredGauss = 1;\n\tfunction gauss(hljs) {\n\t  const KEYWORDS = {\n\t    keyword: 'bool break call callexe checkinterrupt clear clearg closeall cls comlog compile '\n\t              + 'continue create debug declare delete disable dlibrary dllcall do dos ed edit else '\n\t              + 'elseif enable end endfor endif endp endo errorlog errorlogat expr external fn '\n\t              + 'for format goto gosub graph if keyword let lib library line load loadarray loadexe '\n\t              + 'loadf loadk loadm loadp loads loadx local locate loopnextindex lprint lpwidth lshow '\n\t              + 'matrix msym ndpclex new open output outwidth plot plotsym pop prcsn print '\n\t              + 'printdos proc push retp return rndcon rndmod rndmult rndseed run save saveall screen '\n\t              + 'scroll setarray show sparse stop string struct system trace trap threadfor '\n\t              + 'threadendfor threadbegin threadjoin threadstat threadend until use while winprint '\n\t              + 'ne ge le gt lt and xor or not eq eqv',\n\t    built_in: 'abs acf aconcat aeye amax amean AmericanBinomCall AmericanBinomCall_Greeks AmericanBinomCall_ImpVol '\n\t              + 'AmericanBinomPut AmericanBinomPut_Greeks AmericanBinomPut_ImpVol AmericanBSCall AmericanBSCall_Greeks '\n\t              + 'AmericanBSCall_ImpVol AmericanBSPut AmericanBSPut_Greeks AmericanBSPut_ImpVol amin amult annotationGetDefaults '\n\t              + 'annotationSetBkd annotationSetFont annotationSetLineColor annotationSetLineStyle annotationSetLineThickness '\n\t              + 'annualTradingDays arccos arcsin areshape arrayalloc arrayindex arrayinit arraytomat asciiload asclabel astd '\n\t              + 'astds asum atan atan2 atranspose axmargin balance band bandchol bandcholsol bandltsol bandrv bandsolpd bar '\n\t              + 'base10 begwind besselj bessely beta box boxcox cdfBeta cdfBetaInv cdfBinomial cdfBinomialInv cdfBvn cdfBvn2 '\n\t              + 'cdfBvn2e cdfCauchy cdfCauchyInv cdfChic cdfChii cdfChinc cdfChincInv cdfExp cdfExpInv cdfFc cdfFnc cdfFncInv '\n\t              + 'cdfGam cdfGenPareto cdfHyperGeo cdfLaplace cdfLaplaceInv cdfLogistic cdfLogisticInv cdfmControlCreate cdfMvn '\n\t              + 'cdfMvn2e cdfMvnce cdfMvne cdfMvt2e cdfMvtce cdfMvte cdfN cdfN2 cdfNc cdfNegBinomial cdfNegBinomialInv cdfNi '\n\t              + 'cdfPoisson cdfPoissonInv cdfRayleigh cdfRayleighInv cdfTc cdfTci cdfTnc cdfTvn cdfWeibull cdfWeibullInv cdir '\n\t              + 'ceil ChangeDir chdir chiBarSquare chol choldn cholsol cholup chrs close code cols colsf combinate combinated '\n\t              + 'complex con cond conj cons ConScore contour conv convertsatostr convertstrtosa corrm corrms corrvc corrx corrxs '\n\t              + 'cos cosh counts countwts crossprd crout croutp csrcol csrlin csvReadM csvReadSA cumprodc cumsumc curve cvtos '\n\t              + 'datacreate datacreatecomplex datalist dataload dataloop dataopen datasave date datestr datestring datestrymd '\n\t              + 'dayinyr dayofweek dbAddDatabase dbClose dbCommit dbCreateQuery dbExecQuery dbGetConnectOptions dbGetDatabaseName '\n\t              + 'dbGetDriverName dbGetDrivers dbGetHostName dbGetLastErrorNum dbGetLastErrorText dbGetNumericalPrecPolicy '\n\t              + 'dbGetPassword dbGetPort dbGetTableHeaders dbGetTables dbGetUserName dbHasFeature dbIsDriverAvailable dbIsOpen '\n\t              + 'dbIsOpenError dbOpen dbQueryBindValue dbQueryClear dbQueryCols dbQueryExecPrepared dbQueryFetchAllM dbQueryFetchAllSA '\n\t              + 'dbQueryFetchOneM dbQueryFetchOneSA dbQueryFinish dbQueryGetBoundValue dbQueryGetBoundValues dbQueryGetField '\n\t              + 'dbQueryGetLastErrorNum dbQueryGetLastErrorText dbQueryGetLastInsertID dbQueryGetLastQuery dbQueryGetPosition '\n\t              + 'dbQueryIsActive dbQueryIsForwardOnly dbQueryIsNull dbQueryIsSelect dbQueryIsValid dbQueryPrepare dbQueryRows '\n\t              + 'dbQuerySeek dbQuerySeekFirst dbQuerySeekLast dbQuerySeekNext dbQuerySeekPrevious dbQuerySetForwardOnly '\n\t              + 'dbRemoveDatabase dbRollback dbSetConnectOptions dbSetDatabaseName dbSetHostName dbSetNumericalPrecPolicy '\n\t              + 'dbSetPort dbSetUserName dbTransaction DeleteFile delif delrows denseToSp denseToSpRE denToZero design det detl '\n\t              + 'dfft dffti diag diagrv digamma doswin DOSWinCloseall DOSWinOpen dotfeq dotfeqmt dotfge dotfgemt dotfgt dotfgtmt '\n\t              + 'dotfle dotflemt dotflt dotfltmt dotfne dotfnemt draw drop dsCreate dstat dstatmt dstatmtControlCreate dtdate dtday '\n\t              + 'dttime dttodtv dttostr dttoutc dtvnormal dtvtodt dtvtoutc dummy dummybr dummydn eig eigh eighv eigv elapsedTradingDays '\n\t              + 'endwind envget eof eqSolve eqSolvemt eqSolvemtControlCreate eqSolvemtOutCreate eqSolveset erf erfc erfccplx erfcplx error '\n\t              + 'etdays ethsec etstr EuropeanBinomCall EuropeanBinomCall_Greeks EuropeanBinomCall_ImpVol EuropeanBinomPut '\n\t              + 'EuropeanBinomPut_Greeks EuropeanBinomPut_ImpVol EuropeanBSCall EuropeanBSCall_Greeks EuropeanBSCall_ImpVol '\n\t              + 'EuropeanBSPut EuropeanBSPut_Greeks EuropeanBSPut_ImpVol exctsmpl exec execbg exp extern eye fcheckerr fclearerr feq '\n\t              + 'feqmt fflush fft ffti fftm fftmi fftn fge fgemt fgets fgetsa fgetsat fgetst fgt fgtmt fileinfo filesa fle flemt '\n\t              + 'floor flt fltmt fmod fne fnemt fonts fopen formatcv formatnv fputs fputst fseek fstrerror ftell ftocv ftos ftostrC '\n\t              + 'gamma gammacplx gammaii gausset gdaAppend gdaCreate gdaDStat gdaDStatMat gdaGetIndex gdaGetName gdaGetNames gdaGetOrders '\n\t              + 'gdaGetType gdaGetTypes gdaGetVarInfo gdaIsCplx gdaLoad gdaPack gdaRead gdaReadByIndex gdaReadSome gdaReadSparse '\n\t              + 'gdaReadStruct gdaReportVarInfo gdaSave gdaUpdate gdaUpdateAndPack gdaVars gdaWrite gdaWrite32 gdaWriteSome getarray '\n\t              + 'getdims getf getGAUSShome getmatrix getmatrix4D getname getnamef getNextTradingDay getNextWeekDay getnr getorders '\n\t              + 'getpath getPreviousTradingDay getPreviousWeekDay getRow getscalar3D getscalar4D getTrRow getwind glm gradcplx gradMT '\n\t              + 'gradMTm gradMTT gradMTTm gradp graphprt graphset hasimag header headermt hess hessMT hessMTg hessMTgw hessMTm '\n\t              + 'hessMTmw hessMTT hessMTTg hessMTTgw hessMTTm hessMTw hessp hist histf histp hsec imag indcv indexcat indices indices2 '\n\t              + 'indicesf indicesfn indnv indsav integrate1d integrateControlCreate intgrat2 intgrat3 inthp1 inthp2 inthp3 inthp4 '\n\t              + 'inthpControlCreate intquad1 intquad2 intquad3 intrleav intrleavsa intrsect intsimp inv invpd invswp iscplx iscplxf '\n\t              + 'isden isinfnanmiss ismiss key keyav keyw lag lag1 lagn lapEighb lapEighi lapEighvb lapEighvi lapgEig lapgEigh lapgEighv '\n\t              + 'lapgEigv lapgSchur lapgSvdcst lapgSvds lapgSvdst lapSvdcusv lapSvds lapSvdusv ldlp ldlsol linSolve listwise ln lncdfbvn '\n\t              + 'lncdfbvn2 lncdfmvn lncdfn lncdfn2 lncdfnc lnfact lngammacplx lnpdfmvn lnpdfmvt lnpdfn lnpdft loadd loadstruct loadwind '\n\t              + 'loess loessmt loessmtControlCreate log loglog logx logy lower lowmat lowmat1 ltrisol lu lusol machEpsilon make makevars '\n\t              + 'makewind margin matalloc matinit mattoarray maxbytes maxc maxindc maxv maxvec mbesselei mbesselei0 mbesselei1 mbesseli '\n\t              + 'mbesseli0 mbesseli1 meanc median mergeby mergevar minc minindc minv miss missex missrv moment momentd movingave '\n\t              + 'movingaveExpwgt movingaveWgt nextindex nextn nextnevn nextwind ntos null null1 numCombinations ols olsmt olsmtControlCreate '\n\t              + 'olsqr olsqr2 olsqrmt ones optn optnevn orth outtyp pacf packedToSp packr parse pause pdfCauchy pdfChi pdfExp pdfGenPareto '\n\t              + 'pdfHyperGeo pdfLaplace pdfLogistic pdfn pdfPoisson pdfRayleigh pdfWeibull pi pinv pinvmt plotAddArrow plotAddBar plotAddBox '\n\t              + 'plotAddHist plotAddHistF plotAddHistP plotAddPolar plotAddScatter plotAddShape plotAddTextbox plotAddTS plotAddXY plotArea '\n\t              + 'plotBar plotBox plotClearLayout plotContour plotCustomLayout plotGetDefaults plotHist plotHistF plotHistP plotLayout '\n\t              + 'plotLogLog plotLogX plotLogY plotOpenWindow plotPolar plotSave plotScatter plotSetAxesPen plotSetBar plotSetBarFill '\n\t              + 'plotSetBarStacked plotSetBkdColor plotSetFill plotSetGrid plotSetLegend plotSetLineColor plotSetLineStyle plotSetLineSymbol '\n\t              + 'plotSetLineThickness plotSetNewWindow plotSetTitle plotSetWhichYAxis plotSetXAxisShow plotSetXLabel plotSetXRange '\n\t              + 'plotSetXTicInterval plotSetXTicLabel plotSetYAxisShow plotSetYLabel plotSetYRange plotSetZAxisShow plotSetZLabel '\n\t              + 'plotSurface plotTS plotXY polar polychar polyeval polygamma polyint polymake polymat polymroot polymult polyroot '\n\t              + 'pqgwin previousindex princomp printfm printfmt prodc psi putarray putf putvals pvCreate pvGetIndex pvGetParNames '\n\t              + 'pvGetParVector pvLength pvList pvPack pvPacki pvPackm pvPackmi pvPacks pvPacksi pvPacksm pvPacksmi pvPutParVector '\n\t              + 'pvTest pvUnpack QNewton QNewtonmt QNewtonmtControlCreate QNewtonmtOutCreate QNewtonSet QProg QProgmt QProgmtInCreate '\n\t              + 'qqr qqre qqrep qr qre qrep qrsol qrtsol qtyr qtyre qtyrep quantile quantiled qyr qyre qyrep qz rank rankindx readr '\n\t              + 'real reclassify reclassifyCuts recode recserar recsercp recserrc rerun rescale reshape rets rev rfft rffti rfftip rfftn '\n\t              + 'rfftnp rfftp rndBernoulli rndBeta rndBinomial rndCauchy rndChiSquare rndCon rndCreateState rndExp rndGamma rndGeo rndGumbel '\n\t              + 'rndHyperGeo rndi rndKMbeta rndKMgam rndKMi rndKMn rndKMnb rndKMp rndKMu rndKMvm rndLaplace rndLCbeta rndLCgam rndLCi rndLCn '\n\t              + 'rndLCnb rndLCp rndLCu rndLCvm rndLogNorm rndMTu rndMVn rndMVt rndn rndnb rndNegBinomial rndp rndPoisson rndRayleigh '\n\t              + 'rndStateSkip rndu rndvm rndWeibull rndWishart rotater round rows rowsf rref sampleData satostrC saved saveStruct savewind '\n\t              + 'scale scale3d scalerr scalinfnanmiss scalmiss schtoc schur searchsourcepath seekr select selif seqa seqm setdif setdifsa '\n\t              + 'setvars setvwrmode setwind shell shiftr sin singleindex sinh sleep solpd sortc sortcc sortd sorthc sorthcc sortind '\n\t              + 'sortindc sortmc sortr sortrc spBiconjGradSol spChol spConjGradSol spCreate spDenseSubmat spDiagRvMat spEigv spEye spLDL '\n\t              + 'spline spLU spNumNZE spOnes spreadSheetReadM spreadSheetReadSA spreadSheetWrite spScale spSubmat spToDense spTrTDense '\n\t              + 'spTScalar spZeros sqpSolve sqpSolveMT sqpSolveMTControlCreate sqpSolveMTlagrangeCreate sqpSolveMToutCreate sqpSolveSet '\n\t              + 'sqrt statements stdc stdsc stocv stof strcombine strindx strlen strput strrindx strsect strsplit strsplitPad strtodt '\n\t              + 'strtof strtofcplx strtriml strtrimr strtrunc strtruncl strtruncpad strtruncr submat subscat substute subvec sumc sumr '\n\t              + 'surface svd svd1 svd2 svdcusv svds svdusv sysstate tab tan tanh tempname '\n\t              + 'time timedt timestr timeutc title tkf2eps tkf2ps tocart todaydt toeplitz token topolar trapchk '\n\t              + 'trigamma trimr trunc type typecv typef union unionsa uniqindx uniqindxsa unique uniquesa upmat upmat1 upper utctodt '\n\t              + 'utctodtv utrisol vals varCovMS varCovXS varget vargetl varmall varmares varput varputl vartypef vcm vcms vcx vcxs '\n\t              + 'vec vech vecr vector vget view viewxyz vlist vnamecv volume vput vread vtypecv wait waitc walkindex where window '\n\t              + 'writer xlabel xlsGetSheetCount xlsGetSheetSize xlsGetSheetTypes xlsMakeRange xlsReadM xlsReadSA xlsWrite xlsWriteM '\n\t              + 'xlsWriteSA xpnd xtics xy xyz ylabel ytics zeros zeta zlabel ztics cdfEmpirical dot h5create h5open h5read h5readAttribute '\n\t              + 'h5write h5writeAttribute ldl plotAddErrorBar plotAddSurface plotCDFEmpirical plotSetColormap plotSetContourLabels '\n\t              + 'plotSetLegendFont plotSetTextInterpreter plotSetXTicCount plotSetYTicCount plotSetZLevels powerm strjoin sylvester '\n\t              + 'strtrim',\n\t    literal: 'DB_AFTER_LAST_ROW DB_ALL_TABLES DB_BATCH_OPERATIONS DB_BEFORE_FIRST_ROW DB_BLOB DB_EVENT_NOTIFICATIONS '\n\t             + 'DB_FINISH_QUERY DB_HIGH_PRECISION DB_LAST_INSERT_ID DB_LOW_PRECISION_DOUBLE DB_LOW_PRECISION_INT32 '\n\t             + 'DB_LOW_PRECISION_INT64 DB_LOW_PRECISION_NUMBERS DB_MULTIPLE_RESULT_SETS DB_NAMED_PLACEHOLDERS '\n\t             + 'DB_POSITIONAL_PLACEHOLDERS DB_PREPARED_QUERIES DB_QUERY_SIZE DB_SIMPLE_LOCKING DB_SYSTEM_TABLES DB_TABLES '\n\t             + 'DB_TRANSACTIONS DB_UNICODE DB_VIEWS __STDIN __STDOUT __STDERR __FILE_DIR'\n\t  };\n\n\t  const AT_COMMENT_MODE = hljs.COMMENT('@', '@');\n\n\t  const PREPROCESSOR =\n\t  {\n\t    className: 'meta',\n\t    begin: '#',\n\t    end: '$',\n\t    keywords: { keyword: 'define definecs|10 undef ifdef ifndef iflight ifdllcall ifmac ifos2win ifunix else endif lineson linesoff srcfile srcline' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        beginKeywords: 'include',\n\t        end: '$',\n\t        keywords: { keyword: 'include' },\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: '\"',\n\t            end: '\"',\n\t            illegal: '\\\\n'\n\t          }\n\t        ]\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      AT_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const STRUCT_TYPE =\n\t  {\n\t    begin: /\\bstruct\\s+/,\n\t    end: /\\s/,\n\t    keywords: \"struct\",\n\t    contains: [\n\t      {\n\t        className: \"type\",\n\t        begin: hljs.UNDERSCORE_IDENT_RE,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  // only for definitions\n\t  const PARSE_PARAMS = [\n\t    {\n\t      className: 'params',\n\t      begin: /\\(/,\n\t      end: /\\)/,\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      endsWithParent: true,\n\t      relevance: 0,\n\t      contains: [\n\t        { // dots\n\t          className: 'literal',\n\t          begin: /\\.\\.\\./\n\t        },\n\t        hljs.C_NUMBER_MODE,\n\t        hljs.C_BLOCK_COMMENT_MODE,\n\t        AT_COMMENT_MODE,\n\t        STRUCT_TYPE\n\t      ]\n\t    }\n\t  ];\n\n\t  const FUNCTION_DEF =\n\t  {\n\t    className: \"title\",\n\t    begin: hljs.UNDERSCORE_IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  const DEFINITION = function(beginKeywords, end, inherits) {\n\t    const mode = hljs.inherit(\n\t      {\n\t        className: \"function\",\n\t        beginKeywords: beginKeywords,\n\t        end: end,\n\t        excludeEnd: true,\n\t        contains: [].concat(PARSE_PARAMS)\n\t      },\n\t      inherits || {}\n\t    );\n\t    mode.contains.push(FUNCTION_DEF);\n\t    mode.contains.push(hljs.C_NUMBER_MODE);\n\t    mode.contains.push(hljs.C_BLOCK_COMMENT_MODE);\n\t    mode.contains.push(AT_COMMENT_MODE);\n\t    return mode;\n\t  };\n\n\t  const BUILT_IN_REF =\n\t  { // these are explicitly named internal function calls\n\t    className: 'built_in',\n\t    begin: '\\\\b(' + KEYWORDS.built_in.split(' ').join('|') + ')\\\\b'\n\t  };\n\n\t  const STRING_REF =\n\t  {\n\t    className: 'string',\n\t    begin: '\"',\n\t    end: '\"',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    relevance: 0\n\t  };\n\n\t  const FUNCTION_REF =\n\t  {\n\t    // className: \"fn_ref\",\n\t    begin: hljs.UNDERSCORE_IDENT_RE + '\\\\s*\\\\(',\n\t    returnBegin: true,\n\t    keywords: KEYWORDS,\n\t    relevance: 0,\n\t    contains: [\n\t      { beginKeywords: KEYWORDS.keyword },\n\t      BUILT_IN_REF,\n\t      { // ambiguously named function calls get a relevance of 0\n\t        className: 'built_in',\n\t        begin: hljs.UNDERSCORE_IDENT_RE,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  const FUNCTION_REF_PARAMS =\n\t  {\n\t    // className: \"fn_ref_params\",\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    relevance: 0,\n\t    keywords: {\n\t      built_in: KEYWORDS.built_in,\n\t      literal: KEYWORDS.literal\n\t    },\n\t    contains: [\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      AT_COMMENT_MODE,\n\t      BUILT_IN_REF,\n\t      FUNCTION_REF,\n\t      STRING_REF,\n\t      'self'\n\t    ]\n\t  };\n\n\t  FUNCTION_REF.contains.push(FUNCTION_REF_PARAMS);\n\n\t  return {\n\t    name: 'GAUSS',\n\t    aliases: [ 'gss' ],\n\t    case_insensitive: true, // language is case-insensitive\n\t    keywords: KEYWORDS,\n\t    illegal: /(\\{[%#]|[%#]\\}| <- )/,\n\t    contains: [\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      AT_COMMENT_MODE,\n\t      STRING_REF,\n\t      PREPROCESSOR,\n\t      {\n\t        className: 'keyword',\n\t        begin: /\\bexternal (matrix|string|array|sparse matrix|struct|proc|keyword|fn)/\n\t      },\n\t      DEFINITION('proc keyword', ';'),\n\t      DEFINITION('fn', '='),\n\t      {\n\t        beginKeywords: 'for threadfor',\n\t        end: /;/,\n\t        // end: /\\(/,\n\t        relevance: 0,\n\t        contains: [\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          AT_COMMENT_MODE,\n\t          FUNCTION_REF_PARAMS\n\t        ]\n\t      },\n\t      { // custom method guard\n\t        // excludes method names from keyword processing\n\t        variants: [\n\t          { begin: hljs.UNDERSCORE_IDENT_RE + '\\\\.' + hljs.UNDERSCORE_IDENT_RE },\n\t          { begin: hljs.UNDERSCORE_IDENT_RE + '\\\\s*=' }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      FUNCTION_REF,\n\t      STRUCT_TYPE\n\t    ]\n\t  };\n\t}\n\n\tgauss_1 = gauss;\n\treturn gauss_1;\n}\n\n/*\n Language: G-code (ISO 6983)\n Contributors: Adam Joseph Cook <adam.joseph.cook@gmail.com>\n Description: G-code syntax highlighter for Fanuc and other common CNC machine tool controls.\n Website: https://www.sis.se/api/document/preview/911952/\n */\n\nvar gcode_1;\nvar hasRequiredGcode;\n\nfunction requireGcode () {\n\tif (hasRequiredGcode) return gcode_1;\n\thasRequiredGcode = 1;\n\tfunction gcode(hljs) {\n\t  const GCODE_IDENT_RE = '[A-Z_][A-Z0-9_.]*';\n\t  const GCODE_CLOSE_RE = '%';\n\t  const GCODE_KEYWORDS = {\n\t    $pattern: GCODE_IDENT_RE,\n\t    keyword: 'IF DO WHILE ENDWHILE CALL ENDIF SUB ENDSUB GOTO REPEAT ENDREPEAT '\n\t      + 'EQ LT GT NE GE LE OR XOR'\n\t  };\n\t  const GCODE_START = {\n\t    className: 'meta',\n\t    begin: '([O])([0-9]+)'\n\t  };\n\t  const NUMBER = hljs.inherit(hljs.C_NUMBER_MODE, { begin: '([-+]?((\\\\.\\\\d+)|(\\\\d+)(\\\\.\\\\d*)?))|' + hljs.C_NUMBER_RE });\n\t  const GCODE_CODE = [\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.COMMENT(/\\(/, /\\)/),\n\t    NUMBER,\n\t    hljs.inherit(hljs.APOS_STRING_MODE, { illegal: null }),\n\t    hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }),\n\t    {\n\t      className: 'name',\n\t      begin: '([G])([0-9]+\\\\.?[0-9]?)'\n\t    },\n\t    {\n\t      className: 'name',\n\t      begin: '([M])([0-9]+\\\\.?[0-9]?)'\n\t    },\n\t    {\n\t      className: 'attr',\n\t      begin: '(VC|VS|#)',\n\t      end: '(\\\\d+)'\n\t    },\n\t    {\n\t      className: 'attr',\n\t      begin: '(VZOFX|VZOFY|VZOFZ)'\n\t    },\n\t    {\n\t      className: 'built_in',\n\t      begin: '(ATAN|ABS|ACOS|ASIN|SIN|COS|EXP|FIX|FUP|ROUND|LN|TAN)(\\\\[)',\n\t      contains: [ NUMBER ],\n\t      end: '\\\\]'\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      variants: [\n\t        {\n\t          begin: 'N',\n\t          end: '\\\\d+',\n\t          illegal: '\\\\W'\n\t        }\n\t      ]\n\t    }\n\t  ];\n\n\t  return {\n\t    name: 'G-code (ISO 6983)',\n\t    aliases: [ 'nc' ],\n\t    // Some implementations (CNC controls) of G-code are interoperable with uppercase and lowercase letters seamlessly.\n\t    // However, most prefer all uppercase and uppercase is customary.\n\t    case_insensitive: true,\n\t    keywords: GCODE_KEYWORDS,\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: GCODE_CLOSE_RE\n\t      },\n\t      GCODE_START\n\t    ].concat(GCODE_CODE)\n\t  };\n\t}\n\n\tgcode_1 = gcode;\n\treturn gcode_1;\n}\n\n/*\n Language: Gherkin\n Author: Sam Pikesley (@pikesley) <sam.pikesley@theodi.org>\n Description: Gherkin is the format for cucumber specifications. It is a domain specific language which helps you to describe business behavior without the need to go into detail of implementation.\n Website: https://cucumber.io/docs/gherkin/\n */\n\nvar gherkin_1;\nvar hasRequiredGherkin;\n\nfunction requireGherkin () {\n\tif (hasRequiredGherkin) return gherkin_1;\n\thasRequiredGherkin = 1;\n\tfunction gherkin(hljs) {\n\t  return {\n\t    name: 'Gherkin',\n\t    aliases: [ 'feature' ],\n\t    keywords: 'Feature Background Ability Business\\ Need Scenario Scenarios Scenario\\ Outline Scenario\\ Template Examples Given And Then But When',\n\t    contains: [\n\t      {\n\t        className: 'symbol',\n\t        begin: '\\\\*',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '@[^@\\\\s]+'\n\t      },\n\t      {\n\t        begin: '\\\\|',\n\t        end: '\\\\|\\\\w*$',\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: '[^|]+'\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'variable',\n\t        begin: '<',\n\t        end: '>'\n\t      },\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"'\n\t      },\n\t      hljs.QUOTE_STRING_MODE\n\t    ]\n\t  };\n\t}\n\n\tgherkin_1 = gherkin;\n\treturn gherkin_1;\n}\n\n/*\nLanguage: GLSL\nDescription: OpenGL Shading Language\nAuthor: Sergey Tikhomirov <sergey@tikhomirov.io>\nWebsite: https://en.wikipedia.org/wiki/OpenGL_Shading_Language\nCategory: graphics\n*/\n\nvar glsl_1;\nvar hasRequiredGlsl;\n\nfunction requireGlsl () {\n\tif (hasRequiredGlsl) return glsl_1;\n\thasRequiredGlsl = 1;\n\tfunction glsl(hljs) {\n\t  return {\n\t    name: 'GLSL',\n\t    keywords: {\n\t      keyword:\n\t        // Statements\n\t        'break continue discard do else for if return while switch case default '\n\t        // Qualifiers\n\t        + 'attribute binding buffer ccw centroid centroid varying coherent column_major const cw '\n\t        + 'depth_any depth_greater depth_less depth_unchanged early_fragment_tests equal_spacing '\n\t        + 'flat fractional_even_spacing fractional_odd_spacing highp in index inout invariant '\n\t        + 'invocations isolines layout line_strip lines lines_adjacency local_size_x local_size_y '\n\t        + 'local_size_z location lowp max_vertices mediump noperspective offset origin_upper_left '\n\t        + 'out packed patch pixel_center_integer point_mode points precise precision quads r11f_g11f_b10f '\n\t        + 'r16 r16_snorm r16f r16i r16ui r32f r32i r32ui r8 r8_snorm r8i r8ui readonly restrict '\n\t        + 'rg16 rg16_snorm rg16f rg16i rg16ui rg32f rg32i rg32ui rg8 rg8_snorm rg8i rg8ui rgb10_a2 '\n\t        + 'rgb10_a2ui rgba16 rgba16_snorm rgba16f rgba16i rgba16ui rgba32f rgba32i rgba32ui rgba8 '\n\t        + 'rgba8_snorm rgba8i rgba8ui row_major sample shared smooth std140 std430 stream triangle_strip '\n\t        + 'triangles triangles_adjacency uniform varying vertices volatile writeonly',\n\t      type:\n\t        'atomic_uint bool bvec2 bvec3 bvec4 dmat2 dmat2x2 dmat2x3 dmat2x4 dmat3 dmat3x2 dmat3x3 '\n\t        + 'dmat3x4 dmat4 dmat4x2 dmat4x3 dmat4x4 double dvec2 dvec3 dvec4 float iimage1D iimage1DArray '\n\t        + 'iimage2D iimage2DArray iimage2DMS iimage2DMSArray iimage2DRect iimage3D iimageBuffer '\n\t        + 'iimageCube iimageCubeArray image1D image1DArray image2D image2DArray image2DMS image2DMSArray '\n\t        + 'image2DRect image3D imageBuffer imageCube imageCubeArray int isampler1D isampler1DArray '\n\t        + 'isampler2D isampler2DArray isampler2DMS isampler2DMSArray isampler2DRect isampler3D '\n\t        + 'isamplerBuffer isamplerCube isamplerCubeArray ivec2 ivec3 ivec4 mat2 mat2x2 mat2x3 '\n\t        + 'mat2x4 mat3 mat3x2 mat3x3 mat3x4 mat4 mat4x2 mat4x3 mat4x4 sampler1D sampler1DArray '\n\t        + 'sampler1DArrayShadow sampler1DShadow sampler2D sampler2DArray sampler2DArrayShadow '\n\t        + 'sampler2DMS sampler2DMSArray sampler2DRect sampler2DRectShadow sampler2DShadow sampler3D '\n\t        + 'samplerBuffer samplerCube samplerCubeArray samplerCubeArrayShadow samplerCubeShadow '\n\t        + 'image1D uimage1DArray uimage2D uimage2DArray uimage2DMS uimage2DMSArray uimage2DRect '\n\t        + 'uimage3D uimageBuffer uimageCube uimageCubeArray uint usampler1D usampler1DArray '\n\t        + 'usampler2D usampler2DArray usampler2DMS usampler2DMSArray usampler2DRect usampler3D '\n\t        + 'samplerBuffer usamplerCube usamplerCubeArray uvec2 uvec3 uvec4 vec2 vec3 vec4 void',\n\t      built_in:\n\t        // Constants\n\t        'gl_MaxAtomicCounterBindings gl_MaxAtomicCounterBufferSize gl_MaxClipDistances gl_MaxClipPlanes '\n\t        + 'gl_MaxCombinedAtomicCounterBuffers gl_MaxCombinedAtomicCounters gl_MaxCombinedImageUniforms '\n\t        + 'gl_MaxCombinedImageUnitsAndFragmentOutputs gl_MaxCombinedTextureImageUnits gl_MaxComputeAtomicCounterBuffers '\n\t        + 'gl_MaxComputeAtomicCounters gl_MaxComputeImageUniforms gl_MaxComputeTextureImageUnits '\n\t        + 'gl_MaxComputeUniformComponents gl_MaxComputeWorkGroupCount gl_MaxComputeWorkGroupSize '\n\t        + 'gl_MaxDrawBuffers gl_MaxFragmentAtomicCounterBuffers gl_MaxFragmentAtomicCounters '\n\t        + 'gl_MaxFragmentImageUniforms gl_MaxFragmentInputComponents gl_MaxFragmentInputVectors '\n\t        + 'gl_MaxFragmentUniformComponents gl_MaxFragmentUniformVectors gl_MaxGeometryAtomicCounterBuffers '\n\t        + 'gl_MaxGeometryAtomicCounters gl_MaxGeometryImageUniforms gl_MaxGeometryInputComponents '\n\t        + 'gl_MaxGeometryOutputComponents gl_MaxGeometryOutputVertices gl_MaxGeometryTextureImageUnits '\n\t        + 'gl_MaxGeometryTotalOutputComponents gl_MaxGeometryUniformComponents gl_MaxGeometryVaryingComponents '\n\t        + 'gl_MaxImageSamples gl_MaxImageUnits gl_MaxLights gl_MaxPatchVertices gl_MaxProgramTexelOffset '\n\t        + 'gl_MaxTessControlAtomicCounterBuffers gl_MaxTessControlAtomicCounters gl_MaxTessControlImageUniforms '\n\t        + 'gl_MaxTessControlInputComponents gl_MaxTessControlOutputComponents gl_MaxTessControlTextureImageUnits '\n\t        + 'gl_MaxTessControlTotalOutputComponents gl_MaxTessControlUniformComponents '\n\t        + 'gl_MaxTessEvaluationAtomicCounterBuffers gl_MaxTessEvaluationAtomicCounters '\n\t        + 'gl_MaxTessEvaluationImageUniforms gl_MaxTessEvaluationInputComponents gl_MaxTessEvaluationOutputComponents '\n\t        + 'gl_MaxTessEvaluationTextureImageUnits gl_MaxTessEvaluationUniformComponents '\n\t        + 'gl_MaxTessGenLevel gl_MaxTessPatchComponents gl_MaxTextureCoords gl_MaxTextureImageUnits '\n\t        + 'gl_MaxTextureUnits gl_MaxVaryingComponents gl_MaxVaryingFloats gl_MaxVaryingVectors '\n\t        + 'gl_MaxVertexAtomicCounterBuffers gl_MaxVertexAtomicCounters gl_MaxVertexAttribs gl_MaxVertexImageUniforms '\n\t        + 'gl_MaxVertexOutputComponents gl_MaxVertexOutputVectors gl_MaxVertexTextureImageUnits '\n\t        + 'gl_MaxVertexUniformComponents gl_MaxVertexUniformVectors gl_MaxViewports gl_MinProgramTexelOffset '\n\t        // Variables\n\t        + 'gl_BackColor gl_BackLightModelProduct gl_BackLightProduct gl_BackMaterial '\n\t        + 'gl_BackSecondaryColor gl_ClipDistance gl_ClipPlane gl_ClipVertex gl_Color '\n\t        + 'gl_DepthRange gl_EyePlaneQ gl_EyePlaneR gl_EyePlaneS gl_EyePlaneT gl_Fog gl_FogCoord '\n\t        + 'gl_FogFragCoord gl_FragColor gl_FragCoord gl_FragData gl_FragDepth gl_FrontColor '\n\t        + 'gl_FrontFacing gl_FrontLightModelProduct gl_FrontLightProduct gl_FrontMaterial '\n\t        + 'gl_FrontSecondaryColor gl_GlobalInvocationID gl_InstanceID gl_InvocationID gl_Layer gl_LightModel '\n\t        + 'gl_LightSource gl_LocalInvocationID gl_LocalInvocationIndex gl_ModelViewMatrix '\n\t        + 'gl_ModelViewMatrixInverse gl_ModelViewMatrixInverseTranspose gl_ModelViewMatrixTranspose '\n\t        + 'gl_ModelViewProjectionMatrix gl_ModelViewProjectionMatrixInverse gl_ModelViewProjectionMatrixInverseTranspose '\n\t        + 'gl_ModelViewProjectionMatrixTranspose gl_MultiTexCoord0 gl_MultiTexCoord1 gl_MultiTexCoord2 '\n\t        + 'gl_MultiTexCoord3 gl_MultiTexCoord4 gl_MultiTexCoord5 gl_MultiTexCoord6 gl_MultiTexCoord7 '\n\t        + 'gl_Normal gl_NormalMatrix gl_NormalScale gl_NumSamples gl_NumWorkGroups gl_ObjectPlaneQ '\n\t        + 'gl_ObjectPlaneR gl_ObjectPlaneS gl_ObjectPlaneT gl_PatchVerticesIn gl_Point gl_PointCoord '\n\t        + 'gl_PointSize gl_Position gl_PrimitiveID gl_PrimitiveIDIn gl_ProjectionMatrix gl_ProjectionMatrixInverse '\n\t        + 'gl_ProjectionMatrixInverseTranspose gl_ProjectionMatrixTranspose gl_SampleID gl_SampleMask '\n\t        + 'gl_SampleMaskIn gl_SamplePosition gl_SecondaryColor gl_TessCoord gl_TessLevelInner gl_TessLevelOuter '\n\t        + 'gl_TexCoord gl_TextureEnvColor gl_TextureMatrix gl_TextureMatrixInverse gl_TextureMatrixInverseTranspose '\n\t        + 'gl_TextureMatrixTranspose gl_Vertex gl_VertexID gl_ViewportIndex gl_WorkGroupID gl_WorkGroupSize gl_in gl_out '\n\t        // Functions\n\t        + 'EmitStreamVertex EmitVertex EndPrimitive EndStreamPrimitive abs acos acosh all any asin '\n\t        + 'asinh atan atanh atomicAdd atomicAnd atomicCompSwap atomicCounter atomicCounterDecrement '\n\t        + 'atomicCounterIncrement atomicExchange atomicMax atomicMin atomicOr atomicXor barrier '\n\t        + 'bitCount bitfieldExtract bitfieldInsert bitfieldReverse ceil clamp cos cosh cross '\n\t        + 'dFdx dFdy degrees determinant distance dot equal exp exp2 faceforward findLSB findMSB '\n\t        + 'floatBitsToInt floatBitsToUint floor fma fract frexp ftransform fwidth greaterThan '\n\t        + 'greaterThanEqual groupMemoryBarrier imageAtomicAdd imageAtomicAnd imageAtomicCompSwap '\n\t        + 'imageAtomicExchange imageAtomicMax imageAtomicMin imageAtomicOr imageAtomicXor imageLoad '\n\t        + 'imageSize imageStore imulExtended intBitsToFloat interpolateAtCentroid interpolateAtOffset '\n\t        + 'interpolateAtSample inverse inversesqrt isinf isnan ldexp length lessThan lessThanEqual log '\n\t        + 'log2 matrixCompMult max memoryBarrier memoryBarrierAtomicCounter memoryBarrierBuffer '\n\t        + 'memoryBarrierImage memoryBarrierShared min mix mod modf noise1 noise2 noise3 noise4 '\n\t        + 'normalize not notEqual outerProduct packDouble2x32 packHalf2x16 packSnorm2x16 packSnorm4x8 '\n\t        + 'packUnorm2x16 packUnorm4x8 pow radians reflect refract round roundEven shadow1D shadow1DLod '\n\t        + 'shadow1DProj shadow1DProjLod shadow2D shadow2DLod shadow2DProj shadow2DProjLod sign sin sinh '\n\t        + 'smoothstep sqrt step tan tanh texelFetch texelFetchOffset texture texture1D texture1DLod '\n\t        + 'texture1DProj texture1DProjLod texture2D texture2DLod texture2DProj texture2DProjLod '\n\t        + 'texture3D texture3DLod texture3DProj texture3DProjLod textureCube textureCubeLod '\n\t        + 'textureGather textureGatherOffset textureGatherOffsets textureGrad textureGradOffset '\n\t        + 'textureLod textureLodOffset textureOffset textureProj textureProjGrad textureProjGradOffset '\n\t        + 'textureProjLod textureProjLodOffset textureProjOffset textureQueryLevels textureQueryLod '\n\t        + 'textureSize transpose trunc uaddCarry uintBitsToFloat umulExtended unpackDouble2x32 '\n\t        + 'unpackHalf2x16 unpackSnorm2x16 unpackSnorm4x8 unpackUnorm2x16 unpackUnorm4x8 usubBorrow',\n\t      literal: 'true false'\n\t    },\n\t    illegal: '\"',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tglsl_1 = glsl;\n\treturn glsl_1;\n}\n\n/*\nLanguage: GML\nAuthor: Meseta <meseta@gmail.com>\nDescription: Game Maker Language for GameMaker Studio 2\nWebsite: https://docs2.yoyogames.com\nCategory: scripting\n*/\n\nvar gml_1;\nvar hasRequiredGml;\n\nfunction requireGml () {\n\tif (hasRequiredGml) return gml_1;\n\thasRequiredGml = 1;\n\tfunction gml(hljs) {\n\t  const KEYWORDS = [\n\t    \"begin\",\n\t    \"end\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"while\",\n\t    \"do\",\n\t    \"for\",\n\t    \"break\",\n\t    \"continue\",\n\t    \"with\",\n\t    \"until\",\n\t    \"repeat\",\n\t    \"exit\",\n\t    \"and\",\n\t    \"or\",\n\t    \"xor\",\n\t    \"not\",\n\t    \"return\",\n\t    \"mod\",\n\t    \"div\",\n\t    \"switch\",\n\t    \"case\",\n\t    \"default\",\n\t    \"var\",\n\t    \"globalvar\",\n\t    \"enum\",\n\t    \"function\",\n\t    \"constructor\",\n\t    \"delete\",\n\t    \"#macro\",\n\t    \"#region\",\n\t    \"#endregion\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"is_real\",\n\t    \"is_string\",\n\t    \"is_array\",\n\t    \"is_undefined\",\n\t    \"is_int32\",\n\t    \"is_int64\",\n\t    \"is_ptr\",\n\t    \"is_vec3\",\n\t    \"is_vec4\",\n\t    \"is_matrix\",\n\t    \"is_bool\",\n\t    \"is_method\",\n\t    \"is_struct\",\n\t    \"is_infinity\",\n\t    \"is_nan\",\n\t    \"is_numeric\",\n\t    \"typeof\",\n\t    \"variable_global_exists\",\n\t    \"variable_global_get\",\n\t    \"variable_global_set\",\n\t    \"variable_instance_exists\",\n\t    \"variable_instance_get\",\n\t    \"variable_instance_set\",\n\t    \"variable_instance_get_names\",\n\t    \"variable_struct_exists\",\n\t    \"variable_struct_get\",\n\t    \"variable_struct_get_names\",\n\t    \"variable_struct_names_count\",\n\t    \"variable_struct_remove\",\n\t    \"variable_struct_set\",\n\t    \"array_delete\",\n\t    \"array_insert\",\n\t    \"array_length\",\n\t    \"array_length_1d\",\n\t    \"array_length_2d\",\n\t    \"array_height_2d\",\n\t    \"array_equals\",\n\t    \"array_create\",\n\t    \"array_copy\",\n\t    \"array_pop\",\n\t    \"array_push\",\n\t    \"array_resize\",\n\t    \"array_sort\",\n\t    \"random\",\n\t    \"random_range\",\n\t    \"irandom\",\n\t    \"irandom_range\",\n\t    \"random_set_seed\",\n\t    \"random_get_seed\",\n\t    \"randomize\",\n\t    \"randomise\",\n\t    \"choose\",\n\t    \"abs\",\n\t    \"round\",\n\t    \"floor\",\n\t    \"ceil\",\n\t    \"sign\",\n\t    \"frac\",\n\t    \"sqrt\",\n\t    \"sqr\",\n\t    \"exp\",\n\t    \"ln\",\n\t    \"log2\",\n\t    \"log10\",\n\t    \"sin\",\n\t    \"cos\",\n\t    \"tan\",\n\t    \"arcsin\",\n\t    \"arccos\",\n\t    \"arctan\",\n\t    \"arctan2\",\n\t    \"dsin\",\n\t    \"dcos\",\n\t    \"dtan\",\n\t    \"darcsin\",\n\t    \"darccos\",\n\t    \"darctan\",\n\t    \"darctan2\",\n\t    \"degtorad\",\n\t    \"radtodeg\",\n\t    \"power\",\n\t    \"logn\",\n\t    \"min\",\n\t    \"max\",\n\t    \"mean\",\n\t    \"median\",\n\t    \"clamp\",\n\t    \"lerp\",\n\t    \"dot_product\",\n\t    \"dot_product_3d\",\n\t    \"dot_product_normalised\",\n\t    \"dot_product_3d_normalised\",\n\t    \"dot_product_normalized\",\n\t    \"dot_product_3d_normalized\",\n\t    \"math_set_epsilon\",\n\t    \"math_get_epsilon\",\n\t    \"angle_difference\",\n\t    \"point_distance_3d\",\n\t    \"point_distance\",\n\t    \"point_direction\",\n\t    \"lengthdir_x\",\n\t    \"lengthdir_y\",\n\t    \"real\",\n\t    \"string\",\n\t    \"int64\",\n\t    \"ptr\",\n\t    \"string_format\",\n\t    \"chr\",\n\t    \"ansi_char\",\n\t    \"ord\",\n\t    \"string_length\",\n\t    \"string_byte_length\",\n\t    \"string_pos\",\n\t    \"string_copy\",\n\t    \"string_char_at\",\n\t    \"string_ord_at\",\n\t    \"string_byte_at\",\n\t    \"string_set_byte_at\",\n\t    \"string_delete\",\n\t    \"string_insert\",\n\t    \"string_lower\",\n\t    \"string_upper\",\n\t    \"string_repeat\",\n\t    \"string_letters\",\n\t    \"string_digits\",\n\t    \"string_lettersdigits\",\n\t    \"string_replace\",\n\t    \"string_replace_all\",\n\t    \"string_count\",\n\t    \"string_hash_to_newline\",\n\t    \"clipboard_has_text\",\n\t    \"clipboard_set_text\",\n\t    \"clipboard_get_text\",\n\t    \"date_current_datetime\",\n\t    \"date_create_datetime\",\n\t    \"date_valid_datetime\",\n\t    \"date_inc_year\",\n\t    \"date_inc_month\",\n\t    \"date_inc_week\",\n\t    \"date_inc_day\",\n\t    \"date_inc_hour\",\n\t    \"date_inc_minute\",\n\t    \"date_inc_second\",\n\t    \"date_get_year\",\n\t    \"date_get_month\",\n\t    \"date_get_week\",\n\t    \"date_get_day\",\n\t    \"date_get_hour\",\n\t    \"date_get_minute\",\n\t    \"date_get_second\",\n\t    \"date_get_weekday\",\n\t    \"date_get_day_of_year\",\n\t    \"date_get_hour_of_year\",\n\t    \"date_get_minute_of_year\",\n\t    \"date_get_second_of_year\",\n\t    \"date_year_span\",\n\t    \"date_month_span\",\n\t    \"date_week_span\",\n\t    \"date_day_span\",\n\t    \"date_hour_span\",\n\t    \"date_minute_span\",\n\t    \"date_second_span\",\n\t    \"date_compare_datetime\",\n\t    \"date_compare_date\",\n\t    \"date_compare_time\",\n\t    \"date_date_of\",\n\t    \"date_time_of\",\n\t    \"date_datetime_string\",\n\t    \"date_date_string\",\n\t    \"date_time_string\",\n\t    \"date_days_in_month\",\n\t    \"date_days_in_year\",\n\t    \"date_leap_year\",\n\t    \"date_is_today\",\n\t    \"date_set_timezone\",\n\t    \"date_get_timezone\",\n\t    \"game_set_speed\",\n\t    \"game_get_speed\",\n\t    \"motion_set\",\n\t    \"motion_add\",\n\t    \"place_free\",\n\t    \"place_empty\",\n\t    \"place_meeting\",\n\t    \"place_snapped\",\n\t    \"move_random\",\n\t    \"move_snap\",\n\t    \"move_towards_point\",\n\t    \"move_contact_solid\",\n\t    \"move_contact_all\",\n\t    \"move_outside_solid\",\n\t    \"move_outside_all\",\n\t    \"move_bounce_solid\",\n\t    \"move_bounce_all\",\n\t    \"move_wrap\",\n\t    \"distance_to_point\",\n\t    \"distance_to_object\",\n\t    \"position_empty\",\n\t    \"position_meeting\",\n\t    \"path_start\",\n\t    \"path_end\",\n\t    \"mp_linear_step\",\n\t    \"mp_potential_step\",\n\t    \"mp_linear_step_object\",\n\t    \"mp_potential_step_object\",\n\t    \"mp_potential_settings\",\n\t    \"mp_linear_path\",\n\t    \"mp_potential_path\",\n\t    \"mp_linear_path_object\",\n\t    \"mp_potential_path_object\",\n\t    \"mp_grid_create\",\n\t    \"mp_grid_destroy\",\n\t    \"mp_grid_clear_all\",\n\t    \"mp_grid_clear_cell\",\n\t    \"mp_grid_clear_rectangle\",\n\t    \"mp_grid_add_cell\",\n\t    \"mp_grid_get_cell\",\n\t    \"mp_grid_add_rectangle\",\n\t    \"mp_grid_add_instances\",\n\t    \"mp_grid_path\",\n\t    \"mp_grid_draw\",\n\t    \"mp_grid_to_ds_grid\",\n\t    \"collision_point\",\n\t    \"collision_rectangle\",\n\t    \"collision_circle\",\n\t    \"collision_ellipse\",\n\t    \"collision_line\",\n\t    \"collision_point_list\",\n\t    \"collision_rectangle_list\",\n\t    \"collision_circle_list\",\n\t    \"collision_ellipse_list\",\n\t    \"collision_line_list\",\n\t    \"instance_position_list\",\n\t    \"instance_place_list\",\n\t    \"point_in_rectangle\",\n\t    \"point_in_triangle\",\n\t    \"point_in_circle\",\n\t    \"rectangle_in_rectangle\",\n\t    \"rectangle_in_triangle\",\n\t    \"rectangle_in_circle\",\n\t    \"instance_find\",\n\t    \"instance_exists\",\n\t    \"instance_number\",\n\t    \"instance_position\",\n\t    \"instance_nearest\",\n\t    \"instance_furthest\",\n\t    \"instance_place\",\n\t    \"instance_create_depth\",\n\t    \"instance_create_layer\",\n\t    \"instance_copy\",\n\t    \"instance_change\",\n\t    \"instance_destroy\",\n\t    \"position_destroy\",\n\t    \"position_change\",\n\t    \"instance_id_get\",\n\t    \"instance_deactivate_all\",\n\t    \"instance_deactivate_object\",\n\t    \"instance_deactivate_region\",\n\t    \"instance_activate_all\",\n\t    \"instance_activate_object\",\n\t    \"instance_activate_region\",\n\t    \"room_goto\",\n\t    \"room_goto_previous\",\n\t    \"room_goto_next\",\n\t    \"room_previous\",\n\t    \"room_next\",\n\t    \"room_restart\",\n\t    \"game_end\",\n\t    \"game_restart\",\n\t    \"game_load\",\n\t    \"game_save\",\n\t    \"game_save_buffer\",\n\t    \"game_load_buffer\",\n\t    \"event_perform\",\n\t    \"event_user\",\n\t    \"event_perform_object\",\n\t    \"event_inherited\",\n\t    \"show_debug_message\",\n\t    \"show_debug_overlay\",\n\t    \"debug_event\",\n\t    \"debug_get_callstack\",\n\t    \"alarm_get\",\n\t    \"alarm_set\",\n\t    \"font_texture_page_size\",\n\t    \"keyboard_set_map\",\n\t    \"keyboard_get_map\",\n\t    \"keyboard_unset_map\",\n\t    \"keyboard_check\",\n\t    \"keyboard_check_pressed\",\n\t    \"keyboard_check_released\",\n\t    \"keyboard_check_direct\",\n\t    \"keyboard_get_numlock\",\n\t    \"keyboard_set_numlock\",\n\t    \"keyboard_key_press\",\n\t    \"keyboard_key_release\",\n\t    \"keyboard_clear\",\n\t    \"io_clear\",\n\t    \"mouse_check_button\",\n\t    \"mouse_check_button_pressed\",\n\t    \"mouse_check_button_released\",\n\t    \"mouse_wheel_up\",\n\t    \"mouse_wheel_down\",\n\t    \"mouse_clear\",\n\t    \"draw_self\",\n\t    \"draw_sprite\",\n\t    \"draw_sprite_pos\",\n\t    \"draw_sprite_ext\",\n\t    \"draw_sprite_stretched\",\n\t    \"draw_sprite_stretched_ext\",\n\t    \"draw_sprite_tiled\",\n\t    \"draw_sprite_tiled_ext\",\n\t    \"draw_sprite_part\",\n\t    \"draw_sprite_part_ext\",\n\t    \"draw_sprite_general\",\n\t    \"draw_clear\",\n\t    \"draw_clear_alpha\",\n\t    \"draw_point\",\n\t    \"draw_line\",\n\t    \"draw_line_width\",\n\t    \"draw_rectangle\",\n\t    \"draw_roundrect\",\n\t    \"draw_roundrect_ext\",\n\t    \"draw_triangle\",\n\t    \"draw_circle\",\n\t    \"draw_ellipse\",\n\t    \"draw_set_circle_precision\",\n\t    \"draw_arrow\",\n\t    \"draw_button\",\n\t    \"draw_path\",\n\t    \"draw_healthbar\",\n\t    \"draw_getpixel\",\n\t    \"draw_getpixel_ext\",\n\t    \"draw_set_colour\",\n\t    \"draw_set_color\",\n\t    \"draw_set_alpha\",\n\t    \"draw_get_colour\",\n\t    \"draw_get_color\",\n\t    \"draw_get_alpha\",\n\t    \"merge_colour\",\n\t    \"make_colour_rgb\",\n\t    \"make_colour_hsv\",\n\t    \"colour_get_red\",\n\t    \"colour_get_green\",\n\t    \"colour_get_blue\",\n\t    \"colour_get_hue\",\n\t    \"colour_get_saturation\",\n\t    \"colour_get_value\",\n\t    \"merge_color\",\n\t    \"make_color_rgb\",\n\t    \"make_color_hsv\",\n\t    \"color_get_red\",\n\t    \"color_get_green\",\n\t    \"color_get_blue\",\n\t    \"color_get_hue\",\n\t    \"color_get_saturation\",\n\t    \"color_get_value\",\n\t    \"merge_color\",\n\t    \"screen_save\",\n\t    \"screen_save_part\",\n\t    \"draw_set_font\",\n\t    \"draw_set_halign\",\n\t    \"draw_set_valign\",\n\t    \"draw_text\",\n\t    \"draw_text_ext\",\n\t    \"string_width\",\n\t    \"string_height\",\n\t    \"string_width_ext\",\n\t    \"string_height_ext\",\n\t    \"draw_text_transformed\",\n\t    \"draw_text_ext_transformed\",\n\t    \"draw_text_colour\",\n\t    \"draw_text_ext_colour\",\n\t    \"draw_text_transformed_colour\",\n\t    \"draw_text_ext_transformed_colour\",\n\t    \"draw_text_color\",\n\t    \"draw_text_ext_color\",\n\t    \"draw_text_transformed_color\",\n\t    \"draw_text_ext_transformed_color\",\n\t    \"draw_point_colour\",\n\t    \"draw_line_colour\",\n\t    \"draw_line_width_colour\",\n\t    \"draw_rectangle_colour\",\n\t    \"draw_roundrect_colour\",\n\t    \"draw_roundrect_colour_ext\",\n\t    \"draw_triangle_colour\",\n\t    \"draw_circle_colour\",\n\t    \"draw_ellipse_colour\",\n\t    \"draw_point_color\",\n\t    \"draw_line_color\",\n\t    \"draw_line_width_color\",\n\t    \"draw_rectangle_color\",\n\t    \"draw_roundrect_color\",\n\t    \"draw_roundrect_color_ext\",\n\t    \"draw_triangle_color\",\n\t    \"draw_circle_color\",\n\t    \"draw_ellipse_color\",\n\t    \"draw_primitive_begin\",\n\t    \"draw_vertex\",\n\t    \"draw_vertex_colour\",\n\t    \"draw_vertex_color\",\n\t    \"draw_primitive_end\",\n\t    \"sprite_get_uvs\",\n\t    \"font_get_uvs\",\n\t    \"sprite_get_texture\",\n\t    \"font_get_texture\",\n\t    \"texture_get_width\",\n\t    \"texture_get_height\",\n\t    \"texture_get_uvs\",\n\t    \"draw_primitive_begin_texture\",\n\t    \"draw_vertex_texture\",\n\t    \"draw_vertex_texture_colour\",\n\t    \"draw_vertex_texture_color\",\n\t    \"texture_global_scale\",\n\t    \"surface_create\",\n\t    \"surface_create_ext\",\n\t    \"surface_resize\",\n\t    \"surface_free\",\n\t    \"surface_exists\",\n\t    \"surface_get_width\",\n\t    \"surface_get_height\",\n\t    \"surface_get_texture\",\n\t    \"surface_set_target\",\n\t    \"surface_set_target_ext\",\n\t    \"surface_reset_target\",\n\t    \"surface_depth_disable\",\n\t    \"surface_get_depth_disable\",\n\t    \"draw_surface\",\n\t    \"draw_surface_stretched\",\n\t    \"draw_surface_tiled\",\n\t    \"draw_surface_part\",\n\t    \"draw_surface_ext\",\n\t    \"draw_surface_stretched_ext\",\n\t    \"draw_surface_tiled_ext\",\n\t    \"draw_surface_part_ext\",\n\t    \"draw_surface_general\",\n\t    \"surface_getpixel\",\n\t    \"surface_getpixel_ext\",\n\t    \"surface_save\",\n\t    \"surface_save_part\",\n\t    \"surface_copy\",\n\t    \"surface_copy_part\",\n\t    \"application_surface_draw_enable\",\n\t    \"application_get_position\",\n\t    \"application_surface_enable\",\n\t    \"application_surface_is_enabled\",\n\t    \"display_get_width\",\n\t    \"display_get_height\",\n\t    \"display_get_orientation\",\n\t    \"display_get_gui_width\",\n\t    \"display_get_gui_height\",\n\t    \"display_reset\",\n\t    \"display_mouse_get_x\",\n\t    \"display_mouse_get_y\",\n\t    \"display_mouse_set\",\n\t    \"display_set_ui_visibility\",\n\t    \"window_set_fullscreen\",\n\t    \"window_get_fullscreen\",\n\t    \"window_set_caption\",\n\t    \"window_set_min_width\",\n\t    \"window_set_max_width\",\n\t    \"window_set_min_height\",\n\t    \"window_set_max_height\",\n\t    \"window_get_visible_rects\",\n\t    \"window_get_caption\",\n\t    \"window_set_cursor\",\n\t    \"window_get_cursor\",\n\t    \"window_set_colour\",\n\t    \"window_get_colour\",\n\t    \"window_set_color\",\n\t    \"window_get_color\",\n\t    \"window_set_position\",\n\t    \"window_set_size\",\n\t    \"window_set_rectangle\",\n\t    \"window_center\",\n\t    \"window_get_x\",\n\t    \"window_get_y\",\n\t    \"window_get_width\",\n\t    \"window_get_height\",\n\t    \"window_mouse_get_x\",\n\t    \"window_mouse_get_y\",\n\t    \"window_mouse_set\",\n\t    \"window_view_mouse_get_x\",\n\t    \"window_view_mouse_get_y\",\n\t    \"window_views_mouse_get_x\",\n\t    \"window_views_mouse_get_y\",\n\t    \"audio_listener_position\",\n\t    \"audio_listener_velocity\",\n\t    \"audio_listener_orientation\",\n\t    \"audio_emitter_position\",\n\t    \"audio_emitter_create\",\n\t    \"audio_emitter_free\",\n\t    \"audio_emitter_exists\",\n\t    \"audio_emitter_pitch\",\n\t    \"audio_emitter_velocity\",\n\t    \"audio_emitter_falloff\",\n\t    \"audio_emitter_gain\",\n\t    \"audio_play_sound\",\n\t    \"audio_play_sound_on\",\n\t    \"audio_play_sound_at\",\n\t    \"audio_stop_sound\",\n\t    \"audio_resume_music\",\n\t    \"audio_music_is_playing\",\n\t    \"audio_resume_sound\",\n\t    \"audio_pause_sound\",\n\t    \"audio_pause_music\",\n\t    \"audio_channel_num\",\n\t    \"audio_sound_length\",\n\t    \"audio_get_type\",\n\t    \"audio_falloff_set_model\",\n\t    \"audio_play_music\",\n\t    \"audio_stop_music\",\n\t    \"audio_master_gain\",\n\t    \"audio_music_gain\",\n\t    \"audio_sound_gain\",\n\t    \"audio_sound_pitch\",\n\t    \"audio_stop_all\",\n\t    \"audio_resume_all\",\n\t    \"audio_pause_all\",\n\t    \"audio_is_playing\",\n\t    \"audio_is_paused\",\n\t    \"audio_exists\",\n\t    \"audio_sound_set_track_position\",\n\t    \"audio_sound_get_track_position\",\n\t    \"audio_emitter_get_gain\",\n\t    \"audio_emitter_get_pitch\",\n\t    \"audio_emitter_get_x\",\n\t    \"audio_emitter_get_y\",\n\t    \"audio_emitter_get_z\",\n\t    \"audio_emitter_get_vx\",\n\t    \"audio_emitter_get_vy\",\n\t    \"audio_emitter_get_vz\",\n\t    \"audio_listener_set_position\",\n\t    \"audio_listener_set_velocity\",\n\t    \"audio_listener_set_orientation\",\n\t    \"audio_listener_get_data\",\n\t    \"audio_set_master_gain\",\n\t    \"audio_get_master_gain\",\n\t    \"audio_sound_get_gain\",\n\t    \"audio_sound_get_pitch\",\n\t    \"audio_get_name\",\n\t    \"audio_sound_set_track_position\",\n\t    \"audio_sound_get_track_position\",\n\t    \"audio_create_stream\",\n\t    \"audio_destroy_stream\",\n\t    \"audio_create_sync_group\",\n\t    \"audio_destroy_sync_group\",\n\t    \"audio_play_in_sync_group\",\n\t    \"audio_start_sync_group\",\n\t    \"audio_stop_sync_group\",\n\t    \"audio_pause_sync_group\",\n\t    \"audio_resume_sync_group\",\n\t    \"audio_sync_group_get_track_pos\",\n\t    \"audio_sync_group_debug\",\n\t    \"audio_sync_group_is_playing\",\n\t    \"audio_debug\",\n\t    \"audio_group_load\",\n\t    \"audio_group_unload\",\n\t    \"audio_group_is_loaded\",\n\t    \"audio_group_load_progress\",\n\t    \"audio_group_name\",\n\t    \"audio_group_stop_all\",\n\t    \"audio_group_set_gain\",\n\t    \"audio_create_buffer_sound\",\n\t    \"audio_free_buffer_sound\",\n\t    \"audio_create_play_queue\",\n\t    \"audio_free_play_queue\",\n\t    \"audio_queue_sound\",\n\t    \"audio_get_recorder_count\",\n\t    \"audio_get_recorder_info\",\n\t    \"audio_start_recording\",\n\t    \"audio_stop_recording\",\n\t    \"audio_sound_get_listener_mask\",\n\t    \"audio_emitter_get_listener_mask\",\n\t    \"audio_get_listener_mask\",\n\t    \"audio_sound_set_listener_mask\",\n\t    \"audio_emitter_set_listener_mask\",\n\t    \"audio_set_listener_mask\",\n\t    \"audio_get_listener_count\",\n\t    \"audio_get_listener_info\",\n\t    \"audio_system\",\n\t    \"show_message\",\n\t    \"show_message_async\",\n\t    \"clickable_add\",\n\t    \"clickable_add_ext\",\n\t    \"clickable_change\",\n\t    \"clickable_change_ext\",\n\t    \"clickable_delete\",\n\t    \"clickable_exists\",\n\t    \"clickable_set_style\",\n\t    \"show_question\",\n\t    \"show_question_async\",\n\t    \"get_integer\",\n\t    \"get_string\",\n\t    \"get_integer_async\",\n\t    \"get_string_async\",\n\t    \"get_login_async\",\n\t    \"get_open_filename\",\n\t    \"get_save_filename\",\n\t    \"get_open_filename_ext\",\n\t    \"get_save_filename_ext\",\n\t    \"show_error\",\n\t    \"highscore_clear\",\n\t    \"highscore_add\",\n\t    \"highscore_value\",\n\t    \"highscore_name\",\n\t    \"draw_highscore\",\n\t    \"sprite_exists\",\n\t    \"sprite_get_name\",\n\t    \"sprite_get_number\",\n\t    \"sprite_get_width\",\n\t    \"sprite_get_height\",\n\t    \"sprite_get_xoffset\",\n\t    \"sprite_get_yoffset\",\n\t    \"sprite_get_bbox_left\",\n\t    \"sprite_get_bbox_right\",\n\t    \"sprite_get_bbox_top\",\n\t    \"sprite_get_bbox_bottom\",\n\t    \"sprite_save\",\n\t    \"sprite_save_strip\",\n\t    \"sprite_set_cache_size\",\n\t    \"sprite_set_cache_size_ext\",\n\t    \"sprite_get_tpe\",\n\t    \"sprite_prefetch\",\n\t    \"sprite_prefetch_multi\",\n\t    \"sprite_flush\",\n\t    \"sprite_flush_multi\",\n\t    \"sprite_set_speed\",\n\t    \"sprite_get_speed_type\",\n\t    \"sprite_get_speed\",\n\t    \"font_exists\",\n\t    \"font_get_name\",\n\t    \"font_get_fontname\",\n\t    \"font_get_bold\",\n\t    \"font_get_italic\",\n\t    \"font_get_first\",\n\t    \"font_get_last\",\n\t    \"font_get_size\",\n\t    \"font_set_cache_size\",\n\t    \"path_exists\",\n\t    \"path_get_name\",\n\t    \"path_get_length\",\n\t    \"path_get_time\",\n\t    \"path_get_kind\",\n\t    \"path_get_closed\",\n\t    \"path_get_precision\",\n\t    \"path_get_number\",\n\t    \"path_get_point_x\",\n\t    \"path_get_point_y\",\n\t    \"path_get_point_speed\",\n\t    \"path_get_x\",\n\t    \"path_get_y\",\n\t    \"path_get_speed\",\n\t    \"script_exists\",\n\t    \"script_get_name\",\n\t    \"timeline_add\",\n\t    \"timeline_delete\",\n\t    \"timeline_clear\",\n\t    \"timeline_exists\",\n\t    \"timeline_get_name\",\n\t    \"timeline_moment_clear\",\n\t    \"timeline_moment_add_script\",\n\t    \"timeline_size\",\n\t    \"timeline_max_moment\",\n\t    \"object_exists\",\n\t    \"object_get_name\",\n\t    \"object_get_sprite\",\n\t    \"object_get_solid\",\n\t    \"object_get_visible\",\n\t    \"object_get_persistent\",\n\t    \"object_get_mask\",\n\t    \"object_get_parent\",\n\t    \"object_get_physics\",\n\t    \"object_is_ancestor\",\n\t    \"room_exists\",\n\t    \"room_get_name\",\n\t    \"sprite_set_offset\",\n\t    \"sprite_duplicate\",\n\t    \"sprite_assign\",\n\t    \"sprite_merge\",\n\t    \"sprite_add\",\n\t    \"sprite_replace\",\n\t    \"sprite_create_from_surface\",\n\t    \"sprite_add_from_surface\",\n\t    \"sprite_delete\",\n\t    \"sprite_set_alpha_from_sprite\",\n\t    \"sprite_collision_mask\",\n\t    \"font_add_enable_aa\",\n\t    \"font_add_get_enable_aa\",\n\t    \"font_add\",\n\t    \"font_add_sprite\",\n\t    \"font_add_sprite_ext\",\n\t    \"font_replace\",\n\t    \"font_replace_sprite\",\n\t    \"font_replace_sprite_ext\",\n\t    \"font_delete\",\n\t    \"path_set_kind\",\n\t    \"path_set_closed\",\n\t    \"path_set_precision\",\n\t    \"path_add\",\n\t    \"path_assign\",\n\t    \"path_duplicate\",\n\t    \"path_append\",\n\t    \"path_delete\",\n\t    \"path_add_point\",\n\t    \"path_insert_point\",\n\t    \"path_change_point\",\n\t    \"path_delete_point\",\n\t    \"path_clear_points\",\n\t    \"path_reverse\",\n\t    \"path_mirror\",\n\t    \"path_flip\",\n\t    \"path_rotate\",\n\t    \"path_rescale\",\n\t    \"path_shift\",\n\t    \"script_execute\",\n\t    \"object_set_sprite\",\n\t    \"object_set_solid\",\n\t    \"object_set_visible\",\n\t    \"object_set_persistent\",\n\t    \"object_set_mask\",\n\t    \"room_set_width\",\n\t    \"room_set_height\",\n\t    \"room_set_persistent\",\n\t    \"room_set_background_colour\",\n\t    \"room_set_background_color\",\n\t    \"room_set_view\",\n\t    \"room_set_viewport\",\n\t    \"room_get_viewport\",\n\t    \"room_set_view_enabled\",\n\t    \"room_add\",\n\t    \"room_duplicate\",\n\t    \"room_assign\",\n\t    \"room_instance_add\",\n\t    \"room_instance_clear\",\n\t    \"room_get_camera\",\n\t    \"room_set_camera\",\n\t    \"asset_get_index\",\n\t    \"asset_get_type\",\n\t    \"file_text_open_from_string\",\n\t    \"file_text_open_read\",\n\t    \"file_text_open_write\",\n\t    \"file_text_open_append\",\n\t    \"file_text_close\",\n\t    \"file_text_write_string\",\n\t    \"file_text_write_real\",\n\t    \"file_text_writeln\",\n\t    \"file_text_read_string\",\n\t    \"file_text_read_real\",\n\t    \"file_text_readln\",\n\t    \"file_text_eof\",\n\t    \"file_text_eoln\",\n\t    \"file_exists\",\n\t    \"file_delete\",\n\t    \"file_rename\",\n\t    \"file_copy\",\n\t    \"directory_exists\",\n\t    \"directory_create\",\n\t    \"directory_destroy\",\n\t    \"file_find_first\",\n\t    \"file_find_next\",\n\t    \"file_find_close\",\n\t    \"file_attributes\",\n\t    \"filename_name\",\n\t    \"filename_path\",\n\t    \"filename_dir\",\n\t    \"filename_drive\",\n\t    \"filename_ext\",\n\t    \"filename_change_ext\",\n\t    \"file_bin_open\",\n\t    \"file_bin_rewrite\",\n\t    \"file_bin_close\",\n\t    \"file_bin_position\",\n\t    \"file_bin_size\",\n\t    \"file_bin_seek\",\n\t    \"file_bin_write_byte\",\n\t    \"file_bin_read_byte\",\n\t    \"parameter_count\",\n\t    \"parameter_string\",\n\t    \"environment_get_variable\",\n\t    \"ini_open_from_string\",\n\t    \"ini_open\",\n\t    \"ini_close\",\n\t    \"ini_read_string\",\n\t    \"ini_read_real\",\n\t    \"ini_write_string\",\n\t    \"ini_write_real\",\n\t    \"ini_key_exists\",\n\t    \"ini_section_exists\",\n\t    \"ini_key_delete\",\n\t    \"ini_section_delete\",\n\t    \"ds_set_precision\",\n\t    \"ds_exists\",\n\t    \"ds_stack_create\",\n\t    \"ds_stack_destroy\",\n\t    \"ds_stack_clear\",\n\t    \"ds_stack_copy\",\n\t    \"ds_stack_size\",\n\t    \"ds_stack_empty\",\n\t    \"ds_stack_push\",\n\t    \"ds_stack_pop\",\n\t    \"ds_stack_top\",\n\t    \"ds_stack_write\",\n\t    \"ds_stack_read\",\n\t    \"ds_queue_create\",\n\t    \"ds_queue_destroy\",\n\t    \"ds_queue_clear\",\n\t    \"ds_queue_copy\",\n\t    \"ds_queue_size\",\n\t    \"ds_queue_empty\",\n\t    \"ds_queue_enqueue\",\n\t    \"ds_queue_dequeue\",\n\t    \"ds_queue_head\",\n\t    \"ds_queue_tail\",\n\t    \"ds_queue_write\",\n\t    \"ds_queue_read\",\n\t    \"ds_list_create\",\n\t    \"ds_list_destroy\",\n\t    \"ds_list_clear\",\n\t    \"ds_list_copy\",\n\t    \"ds_list_size\",\n\t    \"ds_list_empty\",\n\t    \"ds_list_add\",\n\t    \"ds_list_insert\",\n\t    \"ds_list_replace\",\n\t    \"ds_list_delete\",\n\t    \"ds_list_find_index\",\n\t    \"ds_list_find_value\",\n\t    \"ds_list_mark_as_list\",\n\t    \"ds_list_mark_as_map\",\n\t    \"ds_list_sort\",\n\t    \"ds_list_shuffle\",\n\t    \"ds_list_write\",\n\t    \"ds_list_read\",\n\t    \"ds_list_set\",\n\t    \"ds_map_create\",\n\t    \"ds_map_destroy\",\n\t    \"ds_map_clear\",\n\t    \"ds_map_copy\",\n\t    \"ds_map_size\",\n\t    \"ds_map_empty\",\n\t    \"ds_map_add\",\n\t    \"ds_map_add_list\",\n\t    \"ds_map_add_map\",\n\t    \"ds_map_replace\",\n\t    \"ds_map_replace_map\",\n\t    \"ds_map_replace_list\",\n\t    \"ds_map_delete\",\n\t    \"ds_map_exists\",\n\t    \"ds_map_find_value\",\n\t    \"ds_map_find_previous\",\n\t    \"ds_map_find_next\",\n\t    \"ds_map_find_first\",\n\t    \"ds_map_find_last\",\n\t    \"ds_map_write\",\n\t    \"ds_map_read\",\n\t    \"ds_map_secure_save\",\n\t    \"ds_map_secure_load\",\n\t    \"ds_map_secure_load_buffer\",\n\t    \"ds_map_secure_save_buffer\",\n\t    \"ds_map_set\",\n\t    \"ds_priority_create\",\n\t    \"ds_priority_destroy\",\n\t    \"ds_priority_clear\",\n\t    \"ds_priority_copy\",\n\t    \"ds_priority_size\",\n\t    \"ds_priority_empty\",\n\t    \"ds_priority_add\",\n\t    \"ds_priority_change_priority\",\n\t    \"ds_priority_find_priority\",\n\t    \"ds_priority_delete_value\",\n\t    \"ds_priority_delete_min\",\n\t    \"ds_priority_find_min\",\n\t    \"ds_priority_delete_max\",\n\t    \"ds_priority_find_max\",\n\t    \"ds_priority_write\",\n\t    \"ds_priority_read\",\n\t    \"ds_grid_create\",\n\t    \"ds_grid_destroy\",\n\t    \"ds_grid_copy\",\n\t    \"ds_grid_resize\",\n\t    \"ds_grid_width\",\n\t    \"ds_grid_height\",\n\t    \"ds_grid_clear\",\n\t    \"ds_grid_set\",\n\t    \"ds_grid_add\",\n\t    \"ds_grid_multiply\",\n\t    \"ds_grid_set_region\",\n\t    \"ds_grid_add_region\",\n\t    \"ds_grid_multiply_region\",\n\t    \"ds_grid_set_disk\",\n\t    \"ds_grid_add_disk\",\n\t    \"ds_grid_multiply_disk\",\n\t    \"ds_grid_set_grid_region\",\n\t    \"ds_grid_add_grid_region\",\n\t    \"ds_grid_multiply_grid_region\",\n\t    \"ds_grid_get\",\n\t    \"ds_grid_get_sum\",\n\t    \"ds_grid_get_max\",\n\t    \"ds_grid_get_min\",\n\t    \"ds_grid_get_mean\",\n\t    \"ds_grid_get_disk_sum\",\n\t    \"ds_grid_get_disk_min\",\n\t    \"ds_grid_get_disk_max\",\n\t    \"ds_grid_get_disk_mean\",\n\t    \"ds_grid_value_exists\",\n\t    \"ds_grid_value_x\",\n\t    \"ds_grid_value_y\",\n\t    \"ds_grid_value_disk_exists\",\n\t    \"ds_grid_value_disk_x\",\n\t    \"ds_grid_value_disk_y\",\n\t    \"ds_grid_shuffle\",\n\t    \"ds_grid_write\",\n\t    \"ds_grid_read\",\n\t    \"ds_grid_sort\",\n\t    \"ds_grid_set\",\n\t    \"ds_grid_get\",\n\t    \"effect_create_below\",\n\t    \"effect_create_above\",\n\t    \"effect_clear\",\n\t    \"part_type_create\",\n\t    \"part_type_destroy\",\n\t    \"part_type_exists\",\n\t    \"part_type_clear\",\n\t    \"part_type_shape\",\n\t    \"part_type_sprite\",\n\t    \"part_type_size\",\n\t    \"part_type_scale\",\n\t    \"part_type_orientation\",\n\t    \"part_type_life\",\n\t    \"part_type_step\",\n\t    \"part_type_death\",\n\t    \"part_type_speed\",\n\t    \"part_type_direction\",\n\t    \"part_type_gravity\",\n\t    \"part_type_colour1\",\n\t    \"part_type_colour2\",\n\t    \"part_type_colour3\",\n\t    \"part_type_colour_mix\",\n\t    \"part_type_colour_rgb\",\n\t    \"part_type_colour_hsv\",\n\t    \"part_type_color1\",\n\t    \"part_type_color2\",\n\t    \"part_type_color3\",\n\t    \"part_type_color_mix\",\n\t    \"part_type_color_rgb\",\n\t    \"part_type_color_hsv\",\n\t    \"part_type_alpha1\",\n\t    \"part_type_alpha2\",\n\t    \"part_type_alpha3\",\n\t    \"part_type_blend\",\n\t    \"part_system_create\",\n\t    \"part_system_create_layer\",\n\t    \"part_system_destroy\",\n\t    \"part_system_exists\",\n\t    \"part_system_clear\",\n\t    \"part_system_draw_order\",\n\t    \"part_system_depth\",\n\t    \"part_system_position\",\n\t    \"part_system_automatic_update\",\n\t    \"part_system_automatic_draw\",\n\t    \"part_system_update\",\n\t    \"part_system_drawit\",\n\t    \"part_system_get_layer\",\n\t    \"part_system_layer\",\n\t    \"part_particles_create\",\n\t    \"part_particles_create_colour\",\n\t    \"part_particles_create_color\",\n\t    \"part_particles_clear\",\n\t    \"part_particles_count\",\n\t    \"part_emitter_create\",\n\t    \"part_emitter_destroy\",\n\t    \"part_emitter_destroy_all\",\n\t    \"part_emitter_exists\",\n\t    \"part_emitter_clear\",\n\t    \"part_emitter_region\",\n\t    \"part_emitter_burst\",\n\t    \"part_emitter_stream\",\n\t    \"external_call\",\n\t    \"external_define\",\n\t    \"external_free\",\n\t    \"window_handle\",\n\t    \"window_device\",\n\t    \"matrix_get\",\n\t    \"matrix_set\",\n\t    \"matrix_build_identity\",\n\t    \"matrix_build\",\n\t    \"matrix_build_lookat\",\n\t    \"matrix_build_projection_ortho\",\n\t    \"matrix_build_projection_perspective\",\n\t    \"matrix_build_projection_perspective_fov\",\n\t    \"matrix_multiply\",\n\t    \"matrix_transform_vertex\",\n\t    \"matrix_stack_push\",\n\t    \"matrix_stack_pop\",\n\t    \"matrix_stack_multiply\",\n\t    \"matrix_stack_set\",\n\t    \"matrix_stack_clear\",\n\t    \"matrix_stack_top\",\n\t    \"matrix_stack_is_empty\",\n\t    \"browser_input_capture\",\n\t    \"os_get_config\",\n\t    \"os_get_info\",\n\t    \"os_get_language\",\n\t    \"os_get_region\",\n\t    \"os_lock_orientation\",\n\t    \"display_get_dpi_x\",\n\t    \"display_get_dpi_y\",\n\t    \"display_set_gui_size\",\n\t    \"display_set_gui_maximise\",\n\t    \"display_set_gui_maximize\",\n\t    \"device_mouse_dbclick_enable\",\n\t    \"display_set_timing_method\",\n\t    \"display_get_timing_method\",\n\t    \"display_set_sleep_margin\",\n\t    \"display_get_sleep_margin\",\n\t    \"virtual_key_add\",\n\t    \"virtual_key_hide\",\n\t    \"virtual_key_delete\",\n\t    \"virtual_key_show\",\n\t    \"draw_enable_drawevent\",\n\t    \"draw_enable_swf_aa\",\n\t    \"draw_set_swf_aa_level\",\n\t    \"draw_get_swf_aa_level\",\n\t    \"draw_texture_flush\",\n\t    \"draw_flush\",\n\t    \"gpu_set_blendenable\",\n\t    \"gpu_set_ztestenable\",\n\t    \"gpu_set_zfunc\",\n\t    \"gpu_set_zwriteenable\",\n\t    \"gpu_set_lightingenable\",\n\t    \"gpu_set_fog\",\n\t    \"gpu_set_cullmode\",\n\t    \"gpu_set_blendmode\",\n\t    \"gpu_set_blendmode_ext\",\n\t    \"gpu_set_blendmode_ext_sepalpha\",\n\t    \"gpu_set_colorwriteenable\",\n\t    \"gpu_set_colourwriteenable\",\n\t    \"gpu_set_alphatestenable\",\n\t    \"gpu_set_alphatestref\",\n\t    \"gpu_set_alphatestfunc\",\n\t    \"gpu_set_texfilter\",\n\t    \"gpu_set_texfilter_ext\",\n\t    \"gpu_set_texrepeat\",\n\t    \"gpu_set_texrepeat_ext\",\n\t    \"gpu_set_tex_filter\",\n\t    \"gpu_set_tex_filter_ext\",\n\t    \"gpu_set_tex_repeat\",\n\t    \"gpu_set_tex_repeat_ext\",\n\t    \"gpu_set_tex_mip_filter\",\n\t    \"gpu_set_tex_mip_filter_ext\",\n\t    \"gpu_set_tex_mip_bias\",\n\t    \"gpu_set_tex_mip_bias_ext\",\n\t    \"gpu_set_tex_min_mip\",\n\t    \"gpu_set_tex_min_mip_ext\",\n\t    \"gpu_set_tex_max_mip\",\n\t    \"gpu_set_tex_max_mip_ext\",\n\t    \"gpu_set_tex_max_aniso\",\n\t    \"gpu_set_tex_max_aniso_ext\",\n\t    \"gpu_set_tex_mip_enable\",\n\t    \"gpu_set_tex_mip_enable_ext\",\n\t    \"gpu_get_blendenable\",\n\t    \"gpu_get_ztestenable\",\n\t    \"gpu_get_zfunc\",\n\t    \"gpu_get_zwriteenable\",\n\t    \"gpu_get_lightingenable\",\n\t    \"gpu_get_fog\",\n\t    \"gpu_get_cullmode\",\n\t    \"gpu_get_blendmode\",\n\t    \"gpu_get_blendmode_ext\",\n\t    \"gpu_get_blendmode_ext_sepalpha\",\n\t    \"gpu_get_blendmode_src\",\n\t    \"gpu_get_blendmode_dest\",\n\t    \"gpu_get_blendmode_srcalpha\",\n\t    \"gpu_get_blendmode_destalpha\",\n\t    \"gpu_get_colorwriteenable\",\n\t    \"gpu_get_colourwriteenable\",\n\t    \"gpu_get_alphatestenable\",\n\t    \"gpu_get_alphatestref\",\n\t    \"gpu_get_alphatestfunc\",\n\t    \"gpu_get_texfilter\",\n\t    \"gpu_get_texfilter_ext\",\n\t    \"gpu_get_texrepeat\",\n\t    \"gpu_get_texrepeat_ext\",\n\t    \"gpu_get_tex_filter\",\n\t    \"gpu_get_tex_filter_ext\",\n\t    \"gpu_get_tex_repeat\",\n\t    \"gpu_get_tex_repeat_ext\",\n\t    \"gpu_get_tex_mip_filter\",\n\t    \"gpu_get_tex_mip_filter_ext\",\n\t    \"gpu_get_tex_mip_bias\",\n\t    \"gpu_get_tex_mip_bias_ext\",\n\t    \"gpu_get_tex_min_mip\",\n\t    \"gpu_get_tex_min_mip_ext\",\n\t    \"gpu_get_tex_max_mip\",\n\t    \"gpu_get_tex_max_mip_ext\",\n\t    \"gpu_get_tex_max_aniso\",\n\t    \"gpu_get_tex_max_aniso_ext\",\n\t    \"gpu_get_tex_mip_enable\",\n\t    \"gpu_get_tex_mip_enable_ext\",\n\t    \"gpu_push_state\",\n\t    \"gpu_pop_state\",\n\t    \"gpu_get_state\",\n\t    \"gpu_set_state\",\n\t    \"draw_light_define_ambient\",\n\t    \"draw_light_define_direction\",\n\t    \"draw_light_define_point\",\n\t    \"draw_light_enable\",\n\t    \"draw_set_lighting\",\n\t    \"draw_light_get_ambient\",\n\t    \"draw_light_get\",\n\t    \"draw_get_lighting\",\n\t    \"shop_leave_rating\",\n\t    \"url_get_domain\",\n\t    \"url_open\",\n\t    \"url_open_ext\",\n\t    \"url_open_full\",\n\t    \"get_timer\",\n\t    \"achievement_login\",\n\t    \"achievement_logout\",\n\t    \"achievement_post\",\n\t    \"achievement_increment\",\n\t    \"achievement_post_score\",\n\t    \"achievement_available\",\n\t    \"achievement_show_achievements\",\n\t    \"achievement_show_leaderboards\",\n\t    \"achievement_load_friends\",\n\t    \"achievement_load_leaderboard\",\n\t    \"achievement_send_challenge\",\n\t    \"achievement_load_progress\",\n\t    \"achievement_reset\",\n\t    \"achievement_login_status\",\n\t    \"achievement_get_pic\",\n\t    \"achievement_show_challenge_notifications\",\n\t    \"achievement_get_challenges\",\n\t    \"achievement_event\",\n\t    \"achievement_show\",\n\t    \"achievement_get_info\",\n\t    \"cloud_file_save\",\n\t    \"cloud_string_save\",\n\t    \"cloud_synchronise\",\n\t    \"ads_enable\",\n\t    \"ads_disable\",\n\t    \"ads_setup\",\n\t    \"ads_engagement_launch\",\n\t    \"ads_engagement_available\",\n\t    \"ads_engagement_active\",\n\t    \"ads_event\",\n\t    \"ads_event_preload\",\n\t    \"ads_set_reward_callback\",\n\t    \"ads_get_display_height\",\n\t    \"ads_get_display_width\",\n\t    \"ads_move\",\n\t    \"ads_interstitial_available\",\n\t    \"ads_interstitial_display\",\n\t    \"device_get_tilt_x\",\n\t    \"device_get_tilt_y\",\n\t    \"device_get_tilt_z\",\n\t    \"device_is_keypad_open\",\n\t    \"device_mouse_check_button\",\n\t    \"device_mouse_check_button_pressed\",\n\t    \"device_mouse_check_button_released\",\n\t    \"device_mouse_x\",\n\t    \"device_mouse_y\",\n\t    \"device_mouse_raw_x\",\n\t    \"device_mouse_raw_y\",\n\t    \"device_mouse_x_to_gui\",\n\t    \"device_mouse_y_to_gui\",\n\t    \"iap_activate\",\n\t    \"iap_status\",\n\t    \"iap_enumerate_products\",\n\t    \"iap_restore_all\",\n\t    \"iap_acquire\",\n\t    \"iap_consume\",\n\t    \"iap_product_details\",\n\t    \"iap_purchase_details\",\n\t    \"facebook_init\",\n\t    \"facebook_login\",\n\t    \"facebook_status\",\n\t    \"facebook_graph_request\",\n\t    \"facebook_dialog\",\n\t    \"facebook_logout\",\n\t    \"facebook_launch_offerwall\",\n\t    \"facebook_post_message\",\n\t    \"facebook_send_invite\",\n\t    \"facebook_user_id\",\n\t    \"facebook_accesstoken\",\n\t    \"facebook_check_permission\",\n\t    \"facebook_request_read_permissions\",\n\t    \"facebook_request_publish_permissions\",\n\t    \"gamepad_is_supported\",\n\t    \"gamepad_get_device_count\",\n\t    \"gamepad_is_connected\",\n\t    \"gamepad_get_description\",\n\t    \"gamepad_get_button_threshold\",\n\t    \"gamepad_set_button_threshold\",\n\t    \"gamepad_get_axis_deadzone\",\n\t    \"gamepad_set_axis_deadzone\",\n\t    \"gamepad_button_count\",\n\t    \"gamepad_button_check\",\n\t    \"gamepad_button_check_pressed\",\n\t    \"gamepad_button_check_released\",\n\t    \"gamepad_button_value\",\n\t    \"gamepad_axis_count\",\n\t    \"gamepad_axis_value\",\n\t    \"gamepad_set_vibration\",\n\t    \"gamepad_set_colour\",\n\t    \"gamepad_set_color\",\n\t    \"os_is_paused\",\n\t    \"window_has_focus\",\n\t    \"code_is_compiled\",\n\t    \"http_get\",\n\t    \"http_get_file\",\n\t    \"http_post_string\",\n\t    \"http_request\",\n\t    \"json_encode\",\n\t    \"json_decode\",\n\t    \"zip_unzip\",\n\t    \"load_csv\",\n\t    \"base64_encode\",\n\t    \"base64_decode\",\n\t    \"md5_string_unicode\",\n\t    \"md5_string_utf8\",\n\t    \"md5_file\",\n\t    \"os_is_network_connected\",\n\t    \"sha1_string_unicode\",\n\t    \"sha1_string_utf8\",\n\t    \"sha1_file\",\n\t    \"os_powersave_enable\",\n\t    \"analytics_event\",\n\t    \"analytics_event_ext\",\n\t    \"win8_livetile_tile_notification\",\n\t    \"win8_livetile_tile_clear\",\n\t    \"win8_livetile_badge_notification\",\n\t    \"win8_livetile_badge_clear\",\n\t    \"win8_livetile_queue_enable\",\n\t    \"win8_secondarytile_pin\",\n\t    \"win8_secondarytile_badge_notification\",\n\t    \"win8_secondarytile_delete\",\n\t    \"win8_livetile_notification_begin\",\n\t    \"win8_livetile_notification_secondary_begin\",\n\t    \"win8_livetile_notification_expiry\",\n\t    \"win8_livetile_notification_tag\",\n\t    \"win8_livetile_notification_text_add\",\n\t    \"win8_livetile_notification_image_add\",\n\t    \"win8_livetile_notification_end\",\n\t    \"win8_appbar_enable\",\n\t    \"win8_appbar_add_element\",\n\t    \"win8_appbar_remove_element\",\n\t    \"win8_settingscharm_add_entry\",\n\t    \"win8_settingscharm_add_html_entry\",\n\t    \"win8_settingscharm_add_xaml_entry\",\n\t    \"win8_settingscharm_set_xaml_property\",\n\t    \"win8_settingscharm_get_xaml_property\",\n\t    \"win8_settingscharm_remove_entry\",\n\t    \"win8_share_image\",\n\t    \"win8_share_screenshot\",\n\t    \"win8_share_file\",\n\t    \"win8_share_url\",\n\t    \"win8_share_text\",\n\t    \"win8_search_enable\",\n\t    \"win8_search_disable\",\n\t    \"win8_search_add_suggestions\",\n\t    \"win8_device_touchscreen_available\",\n\t    \"win8_license_initialize_sandbox\",\n\t    \"win8_license_trial_version\",\n\t    \"winphone_license_trial_version\",\n\t    \"winphone_tile_title\",\n\t    \"winphone_tile_count\",\n\t    \"winphone_tile_back_title\",\n\t    \"winphone_tile_back_content\",\n\t    \"winphone_tile_back_content_wide\",\n\t    \"winphone_tile_front_image\",\n\t    \"winphone_tile_front_image_small\",\n\t    \"winphone_tile_front_image_wide\",\n\t    \"winphone_tile_back_image\",\n\t    \"winphone_tile_back_image_wide\",\n\t    \"winphone_tile_background_colour\",\n\t    \"winphone_tile_background_color\",\n\t    \"winphone_tile_icon_image\",\n\t    \"winphone_tile_small_icon_image\",\n\t    \"winphone_tile_wide_content\",\n\t    \"winphone_tile_cycle_images\",\n\t    \"winphone_tile_small_background_image\",\n\t    \"physics_world_create\",\n\t    \"physics_world_gravity\",\n\t    \"physics_world_update_speed\",\n\t    \"physics_world_update_iterations\",\n\t    \"physics_world_draw_debug\",\n\t    \"physics_pause_enable\",\n\t    \"physics_fixture_create\",\n\t    \"physics_fixture_set_kinematic\",\n\t    \"physics_fixture_set_density\",\n\t    \"physics_fixture_set_awake\",\n\t    \"physics_fixture_set_restitution\",\n\t    \"physics_fixture_set_friction\",\n\t    \"physics_fixture_set_collision_group\",\n\t    \"physics_fixture_set_sensor\",\n\t    \"physics_fixture_set_linear_damping\",\n\t    \"physics_fixture_set_angular_damping\",\n\t    \"physics_fixture_set_circle_shape\",\n\t    \"physics_fixture_set_box_shape\",\n\t    \"physics_fixture_set_edge_shape\",\n\t    \"physics_fixture_set_polygon_shape\",\n\t    \"physics_fixture_set_chain_shape\",\n\t    \"physics_fixture_add_point\",\n\t    \"physics_fixture_bind\",\n\t    \"physics_fixture_bind_ext\",\n\t    \"physics_fixture_delete\",\n\t    \"physics_apply_force\",\n\t    \"physics_apply_impulse\",\n\t    \"physics_apply_angular_impulse\",\n\t    \"physics_apply_local_force\",\n\t    \"physics_apply_local_impulse\",\n\t    \"physics_apply_torque\",\n\t    \"physics_mass_properties\",\n\t    \"physics_draw_debug\",\n\t    \"physics_test_overlap\",\n\t    \"physics_remove_fixture\",\n\t    \"physics_set_friction\",\n\t    \"physics_set_density\",\n\t    \"physics_set_restitution\",\n\t    \"physics_get_friction\",\n\t    \"physics_get_density\",\n\t    \"physics_get_restitution\",\n\t    \"physics_joint_distance_create\",\n\t    \"physics_joint_rope_create\",\n\t    \"physics_joint_revolute_create\",\n\t    \"physics_joint_prismatic_create\",\n\t    \"physics_joint_pulley_create\",\n\t    \"physics_joint_wheel_create\",\n\t    \"physics_joint_weld_create\",\n\t    \"physics_joint_friction_create\",\n\t    \"physics_joint_gear_create\",\n\t    \"physics_joint_enable_motor\",\n\t    \"physics_joint_get_value\",\n\t    \"physics_joint_set_value\",\n\t    \"physics_joint_delete\",\n\t    \"physics_particle_create\",\n\t    \"physics_particle_delete\",\n\t    \"physics_particle_delete_region_circle\",\n\t    \"physics_particle_delete_region_box\",\n\t    \"physics_particle_delete_region_poly\",\n\t    \"physics_particle_set_flags\",\n\t    \"physics_particle_set_category_flags\",\n\t    \"physics_particle_draw\",\n\t    \"physics_particle_draw_ext\",\n\t    \"physics_particle_count\",\n\t    \"physics_particle_get_data\",\n\t    \"physics_particle_get_data_particle\",\n\t    \"physics_particle_group_begin\",\n\t    \"physics_particle_group_circle\",\n\t    \"physics_particle_group_box\",\n\t    \"physics_particle_group_polygon\",\n\t    \"physics_particle_group_add_point\",\n\t    \"physics_particle_group_end\",\n\t    \"physics_particle_group_join\",\n\t    \"physics_particle_group_delete\",\n\t    \"physics_particle_group_count\",\n\t    \"physics_particle_group_get_data\",\n\t    \"physics_particle_group_get_mass\",\n\t    \"physics_particle_group_get_inertia\",\n\t    \"physics_particle_group_get_centre_x\",\n\t    \"physics_particle_group_get_centre_y\",\n\t    \"physics_particle_group_get_vel_x\",\n\t    \"physics_particle_group_get_vel_y\",\n\t    \"physics_particle_group_get_ang_vel\",\n\t    \"physics_particle_group_get_x\",\n\t    \"physics_particle_group_get_y\",\n\t    \"physics_particle_group_get_angle\",\n\t    \"physics_particle_set_group_flags\",\n\t    \"physics_particle_get_group_flags\",\n\t    \"physics_particle_get_max_count\",\n\t    \"physics_particle_get_radius\",\n\t    \"physics_particle_get_density\",\n\t    \"physics_particle_get_damping\",\n\t    \"physics_particle_get_gravity_scale\",\n\t    \"physics_particle_set_max_count\",\n\t    \"physics_particle_set_radius\",\n\t    \"physics_particle_set_density\",\n\t    \"physics_particle_set_damping\",\n\t    \"physics_particle_set_gravity_scale\",\n\t    \"network_create_socket\",\n\t    \"network_create_socket_ext\",\n\t    \"network_create_server\",\n\t    \"network_create_server_raw\",\n\t    \"network_connect\",\n\t    \"network_connect_raw\",\n\t    \"network_send_packet\",\n\t    \"network_send_raw\",\n\t    \"network_send_broadcast\",\n\t    \"network_send_udp\",\n\t    \"network_send_udp_raw\",\n\t    \"network_set_timeout\",\n\t    \"network_set_config\",\n\t    \"network_resolve\",\n\t    \"network_destroy\",\n\t    \"buffer_create\",\n\t    \"buffer_write\",\n\t    \"buffer_read\",\n\t    \"buffer_seek\",\n\t    \"buffer_get_surface\",\n\t    \"buffer_set_surface\",\n\t    \"buffer_delete\",\n\t    \"buffer_exists\",\n\t    \"buffer_get_type\",\n\t    \"buffer_get_alignment\",\n\t    \"buffer_poke\",\n\t    \"buffer_peek\",\n\t    \"buffer_save\",\n\t    \"buffer_save_ext\",\n\t    \"buffer_load\",\n\t    \"buffer_load_ext\",\n\t    \"buffer_load_partial\",\n\t    \"buffer_copy\",\n\t    \"buffer_fill\",\n\t    \"buffer_get_size\",\n\t    \"buffer_tell\",\n\t    \"buffer_resize\",\n\t    \"buffer_md5\",\n\t    \"buffer_sha1\",\n\t    \"buffer_base64_encode\",\n\t    \"buffer_base64_decode\",\n\t    \"buffer_base64_decode_ext\",\n\t    \"buffer_sizeof\",\n\t    \"buffer_get_address\",\n\t    \"buffer_create_from_vertex_buffer\",\n\t    \"buffer_create_from_vertex_buffer_ext\",\n\t    \"buffer_copy_from_vertex_buffer\",\n\t    \"buffer_async_group_begin\",\n\t    \"buffer_async_group_option\",\n\t    \"buffer_async_group_end\",\n\t    \"buffer_load_async\",\n\t    \"buffer_save_async\",\n\t    \"gml_release_mode\",\n\t    \"gml_pragma\",\n\t    \"steam_activate_overlay\",\n\t    \"steam_is_overlay_enabled\",\n\t    \"steam_is_overlay_activated\",\n\t    \"steam_get_persona_name\",\n\t    \"steam_initialised\",\n\t    \"steam_is_cloud_enabled_for_app\",\n\t    \"steam_is_cloud_enabled_for_account\",\n\t    \"steam_file_persisted\",\n\t    \"steam_get_quota_total\",\n\t    \"steam_get_quota_free\",\n\t    \"steam_file_write\",\n\t    \"steam_file_write_file\",\n\t    \"steam_file_read\",\n\t    \"steam_file_delete\",\n\t    \"steam_file_exists\",\n\t    \"steam_file_size\",\n\t    \"steam_file_share\",\n\t    \"steam_is_screenshot_requested\",\n\t    \"steam_send_screenshot\",\n\t    \"steam_is_user_logged_on\",\n\t    \"steam_get_user_steam_id\",\n\t    \"steam_user_owns_dlc\",\n\t    \"steam_user_installed_dlc\",\n\t    \"steam_set_achievement\",\n\t    \"steam_get_achievement\",\n\t    \"steam_clear_achievement\",\n\t    \"steam_set_stat_int\",\n\t    \"steam_set_stat_float\",\n\t    \"steam_set_stat_avg_rate\",\n\t    \"steam_get_stat_int\",\n\t    \"steam_get_stat_float\",\n\t    \"steam_get_stat_avg_rate\",\n\t    \"steam_reset_all_stats\",\n\t    \"steam_reset_all_stats_achievements\",\n\t    \"steam_stats_ready\",\n\t    \"steam_create_leaderboard\",\n\t    \"steam_upload_score\",\n\t    \"steam_upload_score_ext\",\n\t    \"steam_download_scores_around_user\",\n\t    \"steam_download_scores\",\n\t    \"steam_download_friends_scores\",\n\t    \"steam_upload_score_buffer\",\n\t    \"steam_upload_score_buffer_ext\",\n\t    \"steam_current_game_language\",\n\t    \"steam_available_languages\",\n\t    \"steam_activate_overlay_browser\",\n\t    \"steam_activate_overlay_user\",\n\t    \"steam_activate_overlay_store\",\n\t    \"steam_get_user_persona_name\",\n\t    \"steam_get_app_id\",\n\t    \"steam_get_user_account_id\",\n\t    \"steam_ugc_download\",\n\t    \"steam_ugc_create_item\",\n\t    \"steam_ugc_start_item_update\",\n\t    \"steam_ugc_set_item_title\",\n\t    \"steam_ugc_set_item_description\",\n\t    \"steam_ugc_set_item_visibility\",\n\t    \"steam_ugc_set_item_tags\",\n\t    \"steam_ugc_set_item_content\",\n\t    \"steam_ugc_set_item_preview\",\n\t    \"steam_ugc_submit_item_update\",\n\t    \"steam_ugc_get_item_update_progress\",\n\t    \"steam_ugc_subscribe_item\",\n\t    \"steam_ugc_unsubscribe_item\",\n\t    \"steam_ugc_num_subscribed_items\",\n\t    \"steam_ugc_get_subscribed_items\",\n\t    \"steam_ugc_get_item_install_info\",\n\t    \"steam_ugc_get_item_update_info\",\n\t    \"steam_ugc_request_item_details\",\n\t    \"steam_ugc_create_query_user\",\n\t    \"steam_ugc_create_query_user_ex\",\n\t    \"steam_ugc_create_query_all\",\n\t    \"steam_ugc_create_query_all_ex\",\n\t    \"steam_ugc_query_set_cloud_filename_filter\",\n\t    \"steam_ugc_query_set_match_any_tag\",\n\t    \"steam_ugc_query_set_search_text\",\n\t    \"steam_ugc_query_set_ranked_by_trend_days\",\n\t    \"steam_ugc_query_add_required_tag\",\n\t    \"steam_ugc_query_add_excluded_tag\",\n\t    \"steam_ugc_query_set_return_long_description\",\n\t    \"steam_ugc_query_set_return_total_only\",\n\t    \"steam_ugc_query_set_allow_cached_response\",\n\t    \"steam_ugc_send_query\",\n\t    \"shader_set\",\n\t    \"shader_get_name\",\n\t    \"shader_reset\",\n\t    \"shader_current\",\n\t    \"shader_is_compiled\",\n\t    \"shader_get_sampler_index\",\n\t    \"shader_get_uniform\",\n\t    \"shader_set_uniform_i\",\n\t    \"shader_set_uniform_i_array\",\n\t    \"shader_set_uniform_f\",\n\t    \"shader_set_uniform_f_array\",\n\t    \"shader_set_uniform_matrix\",\n\t    \"shader_set_uniform_matrix_array\",\n\t    \"shader_enable_corner_id\",\n\t    \"texture_set_stage\",\n\t    \"texture_get_texel_width\",\n\t    \"texture_get_texel_height\",\n\t    \"shaders_are_supported\",\n\t    \"vertex_format_begin\",\n\t    \"vertex_format_end\",\n\t    \"vertex_format_delete\",\n\t    \"vertex_format_add_position\",\n\t    \"vertex_format_add_position_3d\",\n\t    \"vertex_format_add_colour\",\n\t    \"vertex_format_add_color\",\n\t    \"vertex_format_add_normal\",\n\t    \"vertex_format_add_texcoord\",\n\t    \"vertex_format_add_textcoord\",\n\t    \"vertex_format_add_custom\",\n\t    \"vertex_create_buffer\",\n\t    \"vertex_create_buffer_ext\",\n\t    \"vertex_delete_buffer\",\n\t    \"vertex_begin\",\n\t    \"vertex_end\",\n\t    \"vertex_position\",\n\t    \"vertex_position_3d\",\n\t    \"vertex_colour\",\n\t    \"vertex_color\",\n\t    \"vertex_argb\",\n\t    \"vertex_texcoord\",\n\t    \"vertex_normal\",\n\t    \"vertex_float1\",\n\t    \"vertex_float2\",\n\t    \"vertex_float3\",\n\t    \"vertex_float4\",\n\t    \"vertex_ubyte4\",\n\t    \"vertex_submit\",\n\t    \"vertex_freeze\",\n\t    \"vertex_get_number\",\n\t    \"vertex_get_buffer_size\",\n\t    \"vertex_create_buffer_from_buffer\",\n\t    \"vertex_create_buffer_from_buffer_ext\",\n\t    \"push_local_notification\",\n\t    \"push_get_first_local_notification\",\n\t    \"push_get_next_local_notification\",\n\t    \"push_cancel_local_notification\",\n\t    \"skeleton_animation_set\",\n\t    \"skeleton_animation_get\",\n\t    \"skeleton_animation_mix\",\n\t    \"skeleton_animation_set_ext\",\n\t    \"skeleton_animation_get_ext\",\n\t    \"skeleton_animation_get_duration\",\n\t    \"skeleton_animation_get_frames\",\n\t    \"skeleton_animation_clear\",\n\t    \"skeleton_skin_set\",\n\t    \"skeleton_skin_get\",\n\t    \"skeleton_attachment_set\",\n\t    \"skeleton_attachment_get\",\n\t    \"skeleton_attachment_create\",\n\t    \"skeleton_collision_draw_set\",\n\t    \"skeleton_bone_data_get\",\n\t    \"skeleton_bone_data_set\",\n\t    \"skeleton_bone_state_get\",\n\t    \"skeleton_bone_state_set\",\n\t    \"skeleton_get_minmax\",\n\t    \"skeleton_get_num_bounds\",\n\t    \"skeleton_get_bounds\",\n\t    \"skeleton_animation_get_frame\",\n\t    \"skeleton_animation_set_frame\",\n\t    \"draw_skeleton\",\n\t    \"draw_skeleton_time\",\n\t    \"draw_skeleton_instance\",\n\t    \"draw_skeleton_collision\",\n\t    \"skeleton_animation_list\",\n\t    \"skeleton_skin_list\",\n\t    \"skeleton_slot_data\",\n\t    \"layer_get_id\",\n\t    \"layer_get_id_at_depth\",\n\t    \"layer_get_depth\",\n\t    \"layer_create\",\n\t    \"layer_destroy\",\n\t    \"layer_destroy_instances\",\n\t    \"layer_add_instance\",\n\t    \"layer_has_instance\",\n\t    \"layer_set_visible\",\n\t    \"layer_get_visible\",\n\t    \"layer_exists\",\n\t    \"layer_x\",\n\t    \"layer_y\",\n\t    \"layer_get_x\",\n\t    \"layer_get_y\",\n\t    \"layer_hspeed\",\n\t    \"layer_vspeed\",\n\t    \"layer_get_hspeed\",\n\t    \"layer_get_vspeed\",\n\t    \"layer_script_begin\",\n\t    \"layer_script_end\",\n\t    \"layer_shader\",\n\t    \"layer_get_script_begin\",\n\t    \"layer_get_script_end\",\n\t    \"layer_get_shader\",\n\t    \"layer_set_target_room\",\n\t    \"layer_get_target_room\",\n\t    \"layer_reset_target_room\",\n\t    \"layer_get_all\",\n\t    \"layer_get_all_elements\",\n\t    \"layer_get_name\",\n\t    \"layer_depth\",\n\t    \"layer_get_element_layer\",\n\t    \"layer_get_element_type\",\n\t    \"layer_element_move\",\n\t    \"layer_force_draw_depth\",\n\t    \"layer_is_draw_depth_forced\",\n\t    \"layer_get_forced_depth\",\n\t    \"layer_background_get_id\",\n\t    \"layer_background_exists\",\n\t    \"layer_background_create\",\n\t    \"layer_background_destroy\",\n\t    \"layer_background_visible\",\n\t    \"layer_background_change\",\n\t    \"layer_background_sprite\",\n\t    \"layer_background_htiled\",\n\t    \"layer_background_vtiled\",\n\t    \"layer_background_stretch\",\n\t    \"layer_background_yscale\",\n\t    \"layer_background_xscale\",\n\t    \"layer_background_blend\",\n\t    \"layer_background_alpha\",\n\t    \"layer_background_index\",\n\t    \"layer_background_speed\",\n\t    \"layer_background_get_visible\",\n\t    \"layer_background_get_sprite\",\n\t    \"layer_background_get_htiled\",\n\t    \"layer_background_get_vtiled\",\n\t    \"layer_background_get_stretch\",\n\t    \"layer_background_get_yscale\",\n\t    \"layer_background_get_xscale\",\n\t    \"layer_background_get_blend\",\n\t    \"layer_background_get_alpha\",\n\t    \"layer_background_get_index\",\n\t    \"layer_background_get_speed\",\n\t    \"layer_sprite_get_id\",\n\t    \"layer_sprite_exists\",\n\t    \"layer_sprite_create\",\n\t    \"layer_sprite_destroy\",\n\t    \"layer_sprite_change\",\n\t    \"layer_sprite_index\",\n\t    \"layer_sprite_speed\",\n\t    \"layer_sprite_xscale\",\n\t    \"layer_sprite_yscale\",\n\t    \"layer_sprite_angle\",\n\t    \"layer_sprite_blend\",\n\t    \"layer_sprite_alpha\",\n\t    \"layer_sprite_x\",\n\t    \"layer_sprite_y\",\n\t    \"layer_sprite_get_sprite\",\n\t    \"layer_sprite_get_index\",\n\t    \"layer_sprite_get_speed\",\n\t    \"layer_sprite_get_xscale\",\n\t    \"layer_sprite_get_yscale\",\n\t    \"layer_sprite_get_angle\",\n\t    \"layer_sprite_get_blend\",\n\t    \"layer_sprite_get_alpha\",\n\t    \"layer_sprite_get_x\",\n\t    \"layer_sprite_get_y\",\n\t    \"layer_tilemap_get_id\",\n\t    \"layer_tilemap_exists\",\n\t    \"layer_tilemap_create\",\n\t    \"layer_tilemap_destroy\",\n\t    \"tilemap_tileset\",\n\t    \"tilemap_x\",\n\t    \"tilemap_y\",\n\t    \"tilemap_set\",\n\t    \"tilemap_set_at_pixel\",\n\t    \"tilemap_get_tileset\",\n\t    \"tilemap_get_tile_width\",\n\t    \"tilemap_get_tile_height\",\n\t    \"tilemap_get_width\",\n\t    \"tilemap_get_height\",\n\t    \"tilemap_get_x\",\n\t    \"tilemap_get_y\",\n\t    \"tilemap_get\",\n\t    \"tilemap_get_at_pixel\",\n\t    \"tilemap_get_cell_x_at_pixel\",\n\t    \"tilemap_get_cell_y_at_pixel\",\n\t    \"tilemap_clear\",\n\t    \"draw_tilemap\",\n\t    \"draw_tile\",\n\t    \"tilemap_set_global_mask\",\n\t    \"tilemap_get_global_mask\",\n\t    \"tilemap_set_mask\",\n\t    \"tilemap_get_mask\",\n\t    \"tilemap_get_frame\",\n\t    \"tile_set_empty\",\n\t    \"tile_set_index\",\n\t    \"tile_set_flip\",\n\t    \"tile_set_mirror\",\n\t    \"tile_set_rotate\",\n\t    \"tile_get_empty\",\n\t    \"tile_get_index\",\n\t    \"tile_get_flip\",\n\t    \"tile_get_mirror\",\n\t    \"tile_get_rotate\",\n\t    \"layer_tile_exists\",\n\t    \"layer_tile_create\",\n\t    \"layer_tile_destroy\",\n\t    \"layer_tile_change\",\n\t    \"layer_tile_xscale\",\n\t    \"layer_tile_yscale\",\n\t    \"layer_tile_blend\",\n\t    \"layer_tile_alpha\",\n\t    \"layer_tile_x\",\n\t    \"layer_tile_y\",\n\t    \"layer_tile_region\",\n\t    \"layer_tile_visible\",\n\t    \"layer_tile_get_sprite\",\n\t    \"layer_tile_get_xscale\",\n\t    \"layer_tile_get_yscale\",\n\t    \"layer_tile_get_blend\",\n\t    \"layer_tile_get_alpha\",\n\t    \"layer_tile_get_x\",\n\t    \"layer_tile_get_y\",\n\t    \"layer_tile_get_region\",\n\t    \"layer_tile_get_visible\",\n\t    \"layer_instance_get_instance\",\n\t    \"instance_activate_layer\",\n\t    \"instance_deactivate_layer\",\n\t    \"camera_create\",\n\t    \"camera_create_view\",\n\t    \"camera_destroy\",\n\t    \"camera_apply\",\n\t    \"camera_get_active\",\n\t    \"camera_get_default\",\n\t    \"camera_set_default\",\n\t    \"camera_set_view_mat\",\n\t    \"camera_set_proj_mat\",\n\t    \"camera_set_update_script\",\n\t    \"camera_set_begin_script\",\n\t    \"camera_set_end_script\",\n\t    \"camera_set_view_pos\",\n\t    \"camera_set_view_size\",\n\t    \"camera_set_view_speed\",\n\t    \"camera_set_view_border\",\n\t    \"camera_set_view_angle\",\n\t    \"camera_set_view_target\",\n\t    \"camera_get_view_mat\",\n\t    \"camera_get_proj_mat\",\n\t    \"camera_get_update_script\",\n\t    \"camera_get_begin_script\",\n\t    \"camera_get_end_script\",\n\t    \"camera_get_view_x\",\n\t    \"camera_get_view_y\",\n\t    \"camera_get_view_width\",\n\t    \"camera_get_view_height\",\n\t    \"camera_get_view_speed_x\",\n\t    \"camera_get_view_speed_y\",\n\t    \"camera_get_view_border_x\",\n\t    \"camera_get_view_border_y\",\n\t    \"camera_get_view_angle\",\n\t    \"camera_get_view_target\",\n\t    \"view_get_camera\",\n\t    \"view_get_visible\",\n\t    \"view_get_xport\",\n\t    \"view_get_yport\",\n\t    \"view_get_wport\",\n\t    \"view_get_hport\",\n\t    \"view_get_surface_id\",\n\t    \"view_set_camera\",\n\t    \"view_set_visible\",\n\t    \"view_set_xport\",\n\t    \"view_set_yport\",\n\t    \"view_set_wport\",\n\t    \"view_set_hport\",\n\t    \"view_set_surface_id\",\n\t    \"gesture_drag_time\",\n\t    \"gesture_drag_distance\",\n\t    \"gesture_flick_speed\",\n\t    \"gesture_double_tap_time\",\n\t    \"gesture_double_tap_distance\",\n\t    \"gesture_pinch_distance\",\n\t    \"gesture_pinch_angle_towards\",\n\t    \"gesture_pinch_angle_away\",\n\t    \"gesture_rotate_time\",\n\t    \"gesture_rotate_angle\",\n\t    \"gesture_tap_count\",\n\t    \"gesture_get_drag_time\",\n\t    \"gesture_get_drag_distance\",\n\t    \"gesture_get_flick_speed\",\n\t    \"gesture_get_double_tap_time\",\n\t    \"gesture_get_double_tap_distance\",\n\t    \"gesture_get_pinch_distance\",\n\t    \"gesture_get_pinch_angle_towards\",\n\t    \"gesture_get_pinch_angle_away\",\n\t    \"gesture_get_rotate_time\",\n\t    \"gesture_get_rotate_angle\",\n\t    \"gesture_get_tap_count\",\n\t    \"keyboard_virtual_show\",\n\t    \"keyboard_virtual_hide\",\n\t    \"keyboard_virtual_status\",\n\t    \"keyboard_virtual_height\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"all\",\n\t    \"noone\",\n\t    \"undefined\",\n\t    \"pointer_invalid\",\n\t    \"pointer_null\"\n\t  ];\n\t  // many of these look like enumerables to me (see comments below)\n\t  const SYMBOLS = [\n\t    \"other\",\n\t    \"global\",\n\t    \"local\",\n\t    \"path_action_stop\",\n\t    \"path_action_restart\",\n\t    \"path_action_continue\",\n\t    \"path_action_reverse\",\n\t    \"pi\",\n\t    \"GM_build_date\",\n\t    \"GM_version\",\n\t    \"GM_runtime_version\",\n\t    \"timezone_local\",\n\t    \"timezone_utc\",\n\t    \"gamespeed_fps\",\n\t    \"gamespeed_microseconds\",\n\t    // for example ev_ are types of events\n\t    \"ev_create\",\n\t    \"ev_destroy\",\n\t    \"ev_step\",\n\t    \"ev_alarm\",\n\t    \"ev_keyboard\",\n\t    \"ev_mouse\",\n\t    \"ev_collision\",\n\t    \"ev_other\",\n\t    \"ev_draw\",\n\t    \"ev_draw_begin\",\n\t    \"ev_draw_end\",\n\t    \"ev_draw_pre\",\n\t    \"ev_draw_post\",\n\t    \"ev_keypress\",\n\t    \"ev_keyrelease\",\n\t    \"ev_trigger\",\n\t    \"ev_left_button\",\n\t    \"ev_right_button\",\n\t    \"ev_middle_button\",\n\t    \"ev_no_button\",\n\t    \"ev_left_press\",\n\t    \"ev_right_press\",\n\t    \"ev_middle_press\",\n\t    \"ev_left_release\",\n\t    \"ev_right_release\",\n\t    \"ev_middle_release\",\n\t    \"ev_mouse_enter\",\n\t    \"ev_mouse_leave\",\n\t    \"ev_mouse_wheel_up\",\n\t    \"ev_mouse_wheel_down\",\n\t    \"ev_global_left_button\",\n\t    \"ev_global_right_button\",\n\t    \"ev_global_middle_button\",\n\t    \"ev_global_left_press\",\n\t    \"ev_global_right_press\",\n\t    \"ev_global_middle_press\",\n\t    \"ev_global_left_release\",\n\t    \"ev_global_right_release\",\n\t    \"ev_global_middle_release\",\n\t    \"ev_joystick1_left\",\n\t    \"ev_joystick1_right\",\n\t    \"ev_joystick1_up\",\n\t    \"ev_joystick1_down\",\n\t    \"ev_joystick1_button1\",\n\t    \"ev_joystick1_button2\",\n\t    \"ev_joystick1_button3\",\n\t    \"ev_joystick1_button4\",\n\t    \"ev_joystick1_button5\",\n\t    \"ev_joystick1_button6\",\n\t    \"ev_joystick1_button7\",\n\t    \"ev_joystick1_button8\",\n\t    \"ev_joystick2_left\",\n\t    \"ev_joystick2_right\",\n\t    \"ev_joystick2_up\",\n\t    \"ev_joystick2_down\",\n\t    \"ev_joystick2_button1\",\n\t    \"ev_joystick2_button2\",\n\t    \"ev_joystick2_button3\",\n\t    \"ev_joystick2_button4\",\n\t    \"ev_joystick2_button5\",\n\t    \"ev_joystick2_button6\",\n\t    \"ev_joystick2_button7\",\n\t    \"ev_joystick2_button8\",\n\t    \"ev_outside\",\n\t    \"ev_boundary\",\n\t    \"ev_game_start\",\n\t    \"ev_game_end\",\n\t    \"ev_room_start\",\n\t    \"ev_room_end\",\n\t    \"ev_no_more_lives\",\n\t    \"ev_animation_end\",\n\t    \"ev_end_of_path\",\n\t    \"ev_no_more_health\",\n\t    \"ev_close_button\",\n\t    \"ev_user0\",\n\t    \"ev_user1\",\n\t    \"ev_user2\",\n\t    \"ev_user3\",\n\t    \"ev_user4\",\n\t    \"ev_user5\",\n\t    \"ev_user6\",\n\t    \"ev_user7\",\n\t    \"ev_user8\",\n\t    \"ev_user9\",\n\t    \"ev_user10\",\n\t    \"ev_user11\",\n\t    \"ev_user12\",\n\t    \"ev_user13\",\n\t    \"ev_user14\",\n\t    \"ev_user15\",\n\t    \"ev_step_normal\",\n\t    \"ev_step_begin\",\n\t    \"ev_step_end\",\n\t    \"ev_gui\",\n\t    \"ev_gui_begin\",\n\t    \"ev_gui_end\",\n\t    \"ev_cleanup\",\n\t    \"ev_gesture\",\n\t    \"ev_gesture_tap\",\n\t    \"ev_gesture_double_tap\",\n\t    \"ev_gesture_drag_start\",\n\t    \"ev_gesture_dragging\",\n\t    \"ev_gesture_drag_end\",\n\t    \"ev_gesture_flick\",\n\t    \"ev_gesture_pinch_start\",\n\t    \"ev_gesture_pinch_in\",\n\t    \"ev_gesture_pinch_out\",\n\t    \"ev_gesture_pinch_end\",\n\t    \"ev_gesture_rotate_start\",\n\t    \"ev_gesture_rotating\",\n\t    \"ev_gesture_rotate_end\",\n\t    \"ev_global_gesture_tap\",\n\t    \"ev_global_gesture_double_tap\",\n\t    \"ev_global_gesture_drag_start\",\n\t    \"ev_global_gesture_dragging\",\n\t    \"ev_global_gesture_drag_end\",\n\t    \"ev_global_gesture_flick\",\n\t    \"ev_global_gesture_pinch_start\",\n\t    \"ev_global_gesture_pinch_in\",\n\t    \"ev_global_gesture_pinch_out\",\n\t    \"ev_global_gesture_pinch_end\",\n\t    \"ev_global_gesture_rotate_start\",\n\t    \"ev_global_gesture_rotating\",\n\t    \"ev_global_gesture_rotate_end\",\n\t    \"vk_nokey\",\n\t    \"vk_anykey\",\n\t    \"vk_enter\",\n\t    \"vk_return\",\n\t    \"vk_shift\",\n\t    \"vk_control\",\n\t    \"vk_alt\",\n\t    \"vk_escape\",\n\t    \"vk_space\",\n\t    \"vk_backspace\",\n\t    \"vk_tab\",\n\t    \"vk_pause\",\n\t    \"vk_printscreen\",\n\t    \"vk_left\",\n\t    \"vk_right\",\n\t    \"vk_up\",\n\t    \"vk_down\",\n\t    \"vk_home\",\n\t    \"vk_end\",\n\t    \"vk_delete\",\n\t    \"vk_insert\",\n\t    \"vk_pageup\",\n\t    \"vk_pagedown\",\n\t    \"vk_f1\",\n\t    \"vk_f2\",\n\t    \"vk_f3\",\n\t    \"vk_f4\",\n\t    \"vk_f5\",\n\t    \"vk_f6\",\n\t    \"vk_f7\",\n\t    \"vk_f8\",\n\t    \"vk_f9\",\n\t    \"vk_f10\",\n\t    \"vk_f11\",\n\t    \"vk_f12\",\n\t    \"vk_numpad0\",\n\t    \"vk_numpad1\",\n\t    \"vk_numpad2\",\n\t    \"vk_numpad3\",\n\t    \"vk_numpad4\",\n\t    \"vk_numpad5\",\n\t    \"vk_numpad6\",\n\t    \"vk_numpad7\",\n\t    \"vk_numpad8\",\n\t    \"vk_numpad9\",\n\t    \"vk_divide\",\n\t    \"vk_multiply\",\n\t    \"vk_subtract\",\n\t    \"vk_add\",\n\t    \"vk_decimal\",\n\t    \"vk_lshift\",\n\t    \"vk_lcontrol\",\n\t    \"vk_lalt\",\n\t    \"vk_rshift\",\n\t    \"vk_rcontrol\",\n\t    \"vk_ralt\",\n\t    \"mb_any\",\n\t    \"mb_none\",\n\t    \"mb_left\",\n\t    \"mb_right\",\n\t    \"mb_middle\",\n\t    \"c_aqua\",\n\t    \"c_black\",\n\t    \"c_blue\",\n\t    \"c_dkgray\",\n\t    \"c_fuchsia\",\n\t    \"c_gray\",\n\t    \"c_green\",\n\t    \"c_lime\",\n\t    \"c_ltgray\",\n\t    \"c_maroon\",\n\t    \"c_navy\",\n\t    \"c_olive\",\n\t    \"c_purple\",\n\t    \"c_red\",\n\t    \"c_silver\",\n\t    \"c_teal\",\n\t    \"c_white\",\n\t    \"c_yellow\",\n\t    \"c_orange\",\n\t    \"fa_left\",\n\t    \"fa_center\",\n\t    \"fa_right\",\n\t    \"fa_top\",\n\t    \"fa_middle\",\n\t    \"fa_bottom\",\n\t    \"pr_pointlist\",\n\t    \"pr_linelist\",\n\t    \"pr_linestrip\",\n\t    \"pr_trianglelist\",\n\t    \"pr_trianglestrip\",\n\t    \"pr_trianglefan\",\n\t    \"bm_complex\",\n\t    \"bm_normal\",\n\t    \"bm_add\",\n\t    \"bm_max\",\n\t    \"bm_subtract\",\n\t    \"bm_zero\",\n\t    \"bm_one\",\n\t    \"bm_src_colour\",\n\t    \"bm_inv_src_colour\",\n\t    \"bm_src_color\",\n\t    \"bm_inv_src_color\",\n\t    \"bm_src_alpha\",\n\t    \"bm_inv_src_alpha\",\n\t    \"bm_dest_alpha\",\n\t    \"bm_inv_dest_alpha\",\n\t    \"bm_dest_colour\",\n\t    \"bm_inv_dest_colour\",\n\t    \"bm_dest_color\",\n\t    \"bm_inv_dest_color\",\n\t    \"bm_src_alpha_sat\",\n\t    \"tf_point\",\n\t    \"tf_linear\",\n\t    \"tf_anisotropic\",\n\t    \"mip_off\",\n\t    \"mip_on\",\n\t    \"mip_markedonly\",\n\t    \"audio_falloff_none\",\n\t    \"audio_falloff_inverse_distance\",\n\t    \"audio_falloff_inverse_distance_clamped\",\n\t    \"audio_falloff_linear_distance\",\n\t    \"audio_falloff_linear_distance_clamped\",\n\t    \"audio_falloff_exponent_distance\",\n\t    \"audio_falloff_exponent_distance_clamped\",\n\t    \"audio_old_system\",\n\t    \"audio_new_system\",\n\t    \"audio_mono\",\n\t    \"audio_stereo\",\n\t    \"audio_3d\",\n\t    \"cr_default\",\n\t    \"cr_none\",\n\t    \"cr_arrow\",\n\t    \"cr_cross\",\n\t    \"cr_beam\",\n\t    \"cr_size_nesw\",\n\t    \"cr_size_ns\",\n\t    \"cr_size_nwse\",\n\t    \"cr_size_we\",\n\t    \"cr_uparrow\",\n\t    \"cr_hourglass\",\n\t    \"cr_drag\",\n\t    \"cr_appstart\",\n\t    \"cr_handpoint\",\n\t    \"cr_size_all\",\n\t    \"spritespeed_framespersecond\",\n\t    \"spritespeed_framespergameframe\",\n\t    \"asset_object\",\n\t    \"asset_unknown\",\n\t    \"asset_sprite\",\n\t    \"asset_sound\",\n\t    \"asset_room\",\n\t    \"asset_path\",\n\t    \"asset_script\",\n\t    \"asset_font\",\n\t    \"asset_timeline\",\n\t    \"asset_tiles\",\n\t    \"asset_shader\",\n\t    \"fa_readonly\",\n\t    \"fa_hidden\",\n\t    \"fa_sysfile\",\n\t    \"fa_volumeid\",\n\t    \"fa_directory\",\n\t    \"fa_archive\",\n\t    \"ds_type_map\",\n\t    \"ds_type_list\",\n\t    \"ds_type_stack\",\n\t    \"ds_type_queue\",\n\t    \"ds_type_grid\",\n\t    \"ds_type_priority\",\n\t    \"ef_explosion\",\n\t    \"ef_ring\",\n\t    \"ef_ellipse\",\n\t    \"ef_firework\",\n\t    \"ef_smoke\",\n\t    \"ef_smokeup\",\n\t    \"ef_star\",\n\t    \"ef_spark\",\n\t    \"ef_flare\",\n\t    \"ef_cloud\",\n\t    \"ef_rain\",\n\t    \"ef_snow\",\n\t    \"pt_shape_pixel\",\n\t    \"pt_shape_disk\",\n\t    \"pt_shape_square\",\n\t    \"pt_shape_line\",\n\t    \"pt_shape_star\",\n\t    \"pt_shape_circle\",\n\t    \"pt_shape_ring\",\n\t    \"pt_shape_sphere\",\n\t    \"pt_shape_flare\",\n\t    \"pt_shape_spark\",\n\t    \"pt_shape_explosion\",\n\t    \"pt_shape_cloud\",\n\t    \"pt_shape_smoke\",\n\t    \"pt_shape_snow\",\n\t    \"ps_distr_linear\",\n\t    \"ps_distr_gaussian\",\n\t    \"ps_distr_invgaussian\",\n\t    \"ps_shape_rectangle\",\n\t    \"ps_shape_ellipse\",\n\t    \"ps_shape_diamond\",\n\t    \"ps_shape_line\",\n\t    \"ty_real\",\n\t    \"ty_string\",\n\t    \"dll_cdecl\",\n\t    \"dll_stdcall\",\n\t    \"matrix_view\",\n\t    \"matrix_projection\",\n\t    \"matrix_world\",\n\t    \"os_win32\",\n\t    \"os_windows\",\n\t    \"os_macosx\",\n\t    \"os_ios\",\n\t    \"os_android\",\n\t    \"os_symbian\",\n\t    \"os_linux\",\n\t    \"os_unknown\",\n\t    \"os_winphone\",\n\t    \"os_tizen\",\n\t    \"os_win8native\",\n\t    \"os_wiiu\",\n\t    \"os_3ds\",\n\t    \"os_psvita\",\n\t    \"os_bb10\",\n\t    \"os_ps4\",\n\t    \"os_xboxone\",\n\t    \"os_ps3\",\n\t    \"os_xbox360\",\n\t    \"os_uwp\",\n\t    \"os_tvos\",\n\t    \"os_switch\",\n\t    \"browser_not_a_browser\",\n\t    \"browser_unknown\",\n\t    \"browser_ie\",\n\t    \"browser_firefox\",\n\t    \"browser_chrome\",\n\t    \"browser_safari\",\n\t    \"browser_safari_mobile\",\n\t    \"browser_opera\",\n\t    \"browser_tizen\",\n\t    \"browser_edge\",\n\t    \"browser_windows_store\",\n\t    \"browser_ie_mobile\",\n\t    \"device_ios_unknown\",\n\t    \"device_ios_iphone\",\n\t    \"device_ios_iphone_retina\",\n\t    \"device_ios_ipad\",\n\t    \"device_ios_ipad_retina\",\n\t    \"device_ios_iphone5\",\n\t    \"device_ios_iphone6\",\n\t    \"device_ios_iphone6plus\",\n\t    \"device_emulator\",\n\t    \"device_tablet\",\n\t    \"display_landscape\",\n\t    \"display_landscape_flipped\",\n\t    \"display_portrait\",\n\t    \"display_portrait_flipped\",\n\t    \"tm_sleep\",\n\t    \"tm_countvsyncs\",\n\t    \"of_challenge_win\",\n\t    \"of_challen\",\n\t    \"ge_lose\",\n\t    \"of_challenge_tie\",\n\t    \"leaderboard_type_number\",\n\t    \"leaderboard_type_time_mins_secs\",\n\t    \"cmpfunc_never\",\n\t    \"cmpfunc_less\",\n\t    \"cmpfunc_equal\",\n\t    \"cmpfunc_lessequal\",\n\t    \"cmpfunc_greater\",\n\t    \"cmpfunc_notequal\",\n\t    \"cmpfunc_greaterequal\",\n\t    \"cmpfunc_always\",\n\t    \"cull_noculling\",\n\t    \"cull_clockwise\",\n\t    \"cull_counterclockwise\",\n\t    \"lighttype_dir\",\n\t    \"lighttype_point\",\n\t    \"iap_ev_storeload\",\n\t    \"iap_ev_product\",\n\t    \"iap_ev_purchase\",\n\t    \"iap_ev_consume\",\n\t    \"iap_ev_restore\",\n\t    \"iap_storeload_ok\",\n\t    \"iap_storeload_failed\",\n\t    \"iap_status_uninitialised\",\n\t    \"iap_status_unavailable\",\n\t    \"iap_status_loading\",\n\t    \"iap_status_available\",\n\t    \"iap_status_processing\",\n\t    \"iap_status_restoring\",\n\t    \"iap_failed\",\n\t    \"iap_unavailable\",\n\t    \"iap_available\",\n\t    \"iap_purchased\",\n\t    \"iap_canceled\",\n\t    \"iap_refunded\",\n\t    \"fb_login_default\",\n\t    \"fb_login_fallback_to_webview\",\n\t    \"fb_login_no_fallback_to_webview\",\n\t    \"fb_login_forcing_webview\",\n\t    \"fb_login_use_system_account\",\n\t    \"fb_login_forcing_safari\",\n\t    \"phy_joint_anchor_1_x\",\n\t    \"phy_joint_anchor_1_y\",\n\t    \"phy_joint_anchor_2_x\",\n\t    \"phy_joint_anchor_2_y\",\n\t    \"phy_joint_reaction_force_x\",\n\t    \"phy_joint_reaction_force_y\",\n\t    \"phy_joint_reaction_torque\",\n\t    \"phy_joint_motor_speed\",\n\t    \"phy_joint_angle\",\n\t    \"phy_joint_motor_torque\",\n\t    \"phy_joint_max_motor_torque\",\n\t    \"phy_joint_translation\",\n\t    \"phy_joint_speed\",\n\t    \"phy_joint_motor_force\",\n\t    \"phy_joint_max_motor_force\",\n\t    \"phy_joint_length_1\",\n\t    \"phy_joint_length_2\",\n\t    \"phy_joint_damping_ratio\",\n\t    \"phy_joint_frequency\",\n\t    \"phy_joint_lower_angle_limit\",\n\t    \"phy_joint_upper_angle_limit\",\n\t    \"phy_joint_angle_limits\",\n\t    \"phy_joint_max_length\",\n\t    \"phy_joint_max_torque\",\n\t    \"phy_joint_max_force\",\n\t    \"phy_debug_render_aabb\",\n\t    \"phy_debug_render_collision_pairs\",\n\t    \"phy_debug_render_coms\",\n\t    \"phy_debug_render_core_shapes\",\n\t    \"phy_debug_render_joints\",\n\t    \"phy_debug_render_obb\",\n\t    \"phy_debug_render_shapes\",\n\t    \"phy_particle_flag_water\",\n\t    \"phy_particle_flag_zombie\",\n\t    \"phy_particle_flag_wall\",\n\t    \"phy_particle_flag_spring\",\n\t    \"phy_particle_flag_elastic\",\n\t    \"phy_particle_flag_viscous\",\n\t    \"phy_particle_flag_powder\",\n\t    \"phy_particle_flag_tensile\",\n\t    \"phy_particle_flag_colourmixing\",\n\t    \"phy_particle_flag_colormixing\",\n\t    \"phy_particle_group_flag_solid\",\n\t    \"phy_particle_group_flag_rigid\",\n\t    \"phy_particle_data_flag_typeflags\",\n\t    \"phy_particle_data_flag_position\",\n\t    \"phy_particle_data_flag_velocity\",\n\t    \"phy_particle_data_flag_colour\",\n\t    \"phy_particle_data_flag_color\",\n\t    \"phy_particle_data_flag_category\",\n\t    \"achievement_our_info\",\n\t    \"achievement_friends_info\",\n\t    \"achievement_leaderboard_info\",\n\t    \"achievement_achievement_info\",\n\t    \"achievement_filter_all_players\",\n\t    \"achievement_filter_friends_only\",\n\t    \"achievement_filter_favorites_only\",\n\t    \"achievement_type_achievement_challenge\",\n\t    \"achievement_type_score_challenge\",\n\t    \"achievement_pic_loaded\",\n\t    \"achievement_show_ui\",\n\t    \"achievement_show_profile\",\n\t    \"achievement_show_leaderboard\",\n\t    \"achievement_show_achievement\",\n\t    \"achievement_show_bank\",\n\t    \"achievement_show_friend_picker\",\n\t    \"achievement_show_purchase_prompt\",\n\t    \"network_socket_tcp\",\n\t    \"network_socket_udp\",\n\t    \"network_socket_bluetooth\",\n\t    \"network_type_connect\",\n\t    \"network_type_disconnect\",\n\t    \"network_type_data\",\n\t    \"network_type_non_blocking_connect\",\n\t    \"network_config_connect_timeout\",\n\t    \"network_config_use_non_blocking_socket\",\n\t    \"network_config_enable_reliable_udp\",\n\t    \"network_config_disable_reliable_udp\",\n\t    \"buffer_fixed\",\n\t    \"buffer_grow\",\n\t    \"buffer_wrap\",\n\t    \"buffer_fast\",\n\t    \"buffer_vbuffer\",\n\t    \"buffer_network\",\n\t    \"buffer_u8\",\n\t    \"buffer_s8\",\n\t    \"buffer_u16\",\n\t    \"buffer_s16\",\n\t    \"buffer_u32\",\n\t    \"buffer_s32\",\n\t    \"buffer_u64\",\n\t    \"buffer_f16\",\n\t    \"buffer_f32\",\n\t    \"buffer_f64\",\n\t    \"buffer_bool\",\n\t    \"buffer_text\",\n\t    \"buffer_string\",\n\t    \"buffer_surface_copy\",\n\t    \"buffer_seek_start\",\n\t    \"buffer_seek_relative\",\n\t    \"buffer_seek_end\",\n\t    \"buffer_generalerror\",\n\t    \"buffer_outofspace\",\n\t    \"buffer_outofbounds\",\n\t    \"buffer_invalidtype\",\n\t    \"text_type\",\n\t    \"button_type\",\n\t    \"input_type\",\n\t    \"ANSI_CHARSET\",\n\t    \"DEFAULT_CHARSET\",\n\t    \"EASTEUROPE_CHARSET\",\n\t    \"RUSSIAN_CHARSET\",\n\t    \"SYMBOL_CHARSET\",\n\t    \"SHIFTJIS_CHARSET\",\n\t    \"HANGEUL_CHARSET\",\n\t    \"GB2312_CHARSET\",\n\t    \"CHINESEBIG5_CHARSET\",\n\t    \"JOHAB_CHARSET\",\n\t    \"HEBREW_CHARSET\",\n\t    \"ARABIC_CHARSET\",\n\t    \"GREEK_CHARSET\",\n\t    \"TURKISH_CHARSET\",\n\t    \"VIETNAMESE_CHARSET\",\n\t    \"THAI_CHARSET\",\n\t    \"MAC_CHARSET\",\n\t    \"BALTIC_CHARSET\",\n\t    \"OEM_CHARSET\",\n\t    \"gp_face1\",\n\t    \"gp_face2\",\n\t    \"gp_face3\",\n\t    \"gp_face4\",\n\t    \"gp_shoulderl\",\n\t    \"gp_shoulderr\",\n\t    \"gp_shoulderlb\",\n\t    \"gp_shoulderrb\",\n\t    \"gp_select\",\n\t    \"gp_start\",\n\t    \"gp_stickl\",\n\t    \"gp_stickr\",\n\t    \"gp_padu\",\n\t    \"gp_padd\",\n\t    \"gp_padl\",\n\t    \"gp_padr\",\n\t    \"gp_axislh\",\n\t    \"gp_axislv\",\n\t    \"gp_axisrh\",\n\t    \"gp_axisrv\",\n\t    \"ov_friends\",\n\t    \"ov_community\",\n\t    \"ov_players\",\n\t    \"ov_settings\",\n\t    \"ov_gamegroup\",\n\t    \"ov_achievements\",\n\t    \"lb_sort_none\",\n\t    \"lb_sort_ascending\",\n\t    \"lb_sort_descending\",\n\t    \"lb_disp_none\",\n\t    \"lb_disp_numeric\",\n\t    \"lb_disp_time_sec\",\n\t    \"lb_disp_time_ms\",\n\t    \"ugc_result_success\",\n\t    \"ugc_filetype_community\",\n\t    \"ugc_filetype_microtrans\",\n\t    \"ugc_visibility_public\",\n\t    \"ugc_visibility_friends_only\",\n\t    \"ugc_visibility_private\",\n\t    \"ugc_query_RankedByVote\",\n\t    \"ugc_query_RankedByPublicationDate\",\n\t    \"ugc_query_AcceptedForGameRankedByAcceptanceDate\",\n\t    \"ugc_query_RankedByTrend\",\n\t    \"ugc_query_FavoritedByFriendsRankedByPublicationDate\",\n\t    \"ugc_query_CreatedByFriendsRankedByPublicationDate\",\n\t    \"ugc_query_RankedByNumTimesReported\",\n\t    \"ugc_query_CreatedByFollowedUsersRankedByPublicationDate\",\n\t    \"ugc_query_NotYetRated\",\n\t    \"ugc_query_RankedByTotalVotesAsc\",\n\t    \"ugc_query_RankedByVotesUp\",\n\t    \"ugc_query_RankedByTextSearch\",\n\t    \"ugc_sortorder_CreationOrderDesc\",\n\t    \"ugc_sortorder_CreationOrderAsc\",\n\t    \"ugc_sortorder_TitleAsc\",\n\t    \"ugc_sortorder_LastUpdatedDesc\",\n\t    \"ugc_sortorder_SubscriptionDateDesc\",\n\t    \"ugc_sortorder_VoteScoreDesc\",\n\t    \"ugc_sortorder_ForModeration\",\n\t    \"ugc_list_Published\",\n\t    \"ugc_list_VotedOn\",\n\t    \"ugc_list_VotedUp\",\n\t    \"ugc_list_VotedDown\",\n\t    \"ugc_list_WillVoteLater\",\n\t    \"ugc_list_Favorited\",\n\t    \"ugc_list_Subscribed\",\n\t    \"ugc_list_UsedOrPlayed\",\n\t    \"ugc_list_Followed\",\n\t    \"ugc_match_Items\",\n\t    \"ugc_match_Items_Mtx\",\n\t    \"ugc_match_Items_ReadyToUse\",\n\t    \"ugc_match_Collections\",\n\t    \"ugc_match_Artwork\",\n\t    \"ugc_match_Videos\",\n\t    \"ugc_match_Screenshots\",\n\t    \"ugc_match_AllGuides\",\n\t    \"ugc_match_WebGuides\",\n\t    \"ugc_match_IntegratedGuides\",\n\t    \"ugc_match_UsableInGame\",\n\t    \"ugc_match_ControllerBindings\",\n\t    \"vertex_usage_position\",\n\t    \"vertex_usage_colour\",\n\t    \"vertex_usage_color\",\n\t    \"vertex_usage_normal\",\n\t    \"vertex_usage_texcoord\",\n\t    \"vertex_usage_textcoord\",\n\t    \"vertex_usage_blendweight\",\n\t    \"vertex_usage_blendindices\",\n\t    \"vertex_usage_psize\",\n\t    \"vertex_usage_tangent\",\n\t    \"vertex_usage_binormal\",\n\t    \"vertex_usage_fog\",\n\t    \"vertex_usage_depth\",\n\t    \"vertex_usage_sample\",\n\t    \"vertex_type_float1\",\n\t    \"vertex_type_float2\",\n\t    \"vertex_type_float3\",\n\t    \"vertex_type_float4\",\n\t    \"vertex_type_colour\",\n\t    \"vertex_type_color\",\n\t    \"vertex_type_ubyte4\",\n\t    \"layerelementtype_undefined\",\n\t    \"layerelementtype_background\",\n\t    \"layerelementtype_instance\",\n\t    \"layerelementtype_oldtilemap\",\n\t    \"layerelementtype_sprite\",\n\t    \"layerelementtype_tilemap\",\n\t    \"layerelementtype_particlesystem\",\n\t    \"layerelementtype_tile\",\n\t    \"tile_rotate\",\n\t    \"tile_flip\",\n\t    \"tile_mirror\",\n\t    \"tile_index_mask\",\n\t    \"kbv_type_default\",\n\t    \"kbv_type_ascii\",\n\t    \"kbv_type_url\",\n\t    \"kbv_type_email\",\n\t    \"kbv_type_numbers\",\n\t    \"kbv_type_phone\",\n\t    \"kbv_type_phone_name\",\n\t    \"kbv_returnkey_default\",\n\t    \"kbv_returnkey_go\",\n\t    \"kbv_returnkey_google\",\n\t    \"kbv_returnkey_join\",\n\t    \"kbv_returnkey_next\",\n\t    \"kbv_returnkey_route\",\n\t    \"kbv_returnkey_search\",\n\t    \"kbv_returnkey_send\",\n\t    \"kbv_returnkey_yahoo\",\n\t    \"kbv_returnkey_done\",\n\t    \"kbv_returnkey_continue\",\n\t    \"kbv_returnkey_emergency\",\n\t    \"kbv_autocapitalize_none\",\n\t    \"kbv_autocapitalize_words\",\n\t    \"kbv_autocapitalize_sentences\",\n\t    \"kbv_autocapitalize_characters\"\n\t  ];\n\t  const LANGUAGE_VARIABLES = [\n\t    \"self\",\n\t    \"argument_relative\",\n\t    \"argument\",\n\t    \"argument0\",\n\t    \"argument1\",\n\t    \"argument2\",\n\t    \"argument3\",\n\t    \"argument4\",\n\t    \"argument5\",\n\t    \"argument6\",\n\t    \"argument7\",\n\t    \"argument8\",\n\t    \"argument9\",\n\t    \"argument10\",\n\t    \"argument11\",\n\t    \"argument12\",\n\t    \"argument13\",\n\t    \"argument14\",\n\t    \"argument15\",\n\t    \"argument_count\",\n\t    \"x|0\",\n\t    \"y|0\",\n\t    \"xprevious\",\n\t    \"yprevious\",\n\t    \"xstart\",\n\t    \"ystart\",\n\t    \"hspeed\",\n\t    \"vspeed\",\n\t    \"direction\",\n\t    \"speed\",\n\t    \"friction\",\n\t    \"gravity\",\n\t    \"gravity_direction\",\n\t    \"path_index\",\n\t    \"path_position\",\n\t    \"path_positionprevious\",\n\t    \"path_speed\",\n\t    \"path_scale\",\n\t    \"path_orientation\",\n\t    \"path_endaction\",\n\t    \"object_index\",\n\t    \"id|0\",\n\t    \"solid\",\n\t    \"persistent\",\n\t    \"mask_index\",\n\t    \"instance_count\",\n\t    \"instance_id\",\n\t    \"room_speed\",\n\t    \"fps\",\n\t    \"fps_real\",\n\t    \"current_time\",\n\t    \"current_year\",\n\t    \"current_month\",\n\t    \"current_day\",\n\t    \"current_weekday\",\n\t    \"current_hour\",\n\t    \"current_minute\",\n\t    \"current_second\",\n\t    \"alarm\",\n\t    \"timeline_index\",\n\t    \"timeline_position\",\n\t    \"timeline_speed\",\n\t    \"timeline_running\",\n\t    \"timeline_loop\",\n\t    \"room\",\n\t    \"room_first\",\n\t    \"room_last\",\n\t    \"room_width\",\n\t    \"room_height\",\n\t    \"room_caption\",\n\t    \"room_persistent\",\n\t    \"score\",\n\t    \"lives\",\n\t    \"health\",\n\t    \"show_score\",\n\t    \"show_lives\",\n\t    \"show_health\",\n\t    \"caption_score\",\n\t    \"caption_lives\",\n\t    \"caption_health\",\n\t    \"event_type\",\n\t    \"event_number\",\n\t    \"event_object\",\n\t    \"event_action\",\n\t    \"application_surface\",\n\t    \"gamemaker_pro\",\n\t    \"gamemaker_registered\",\n\t    \"gamemaker_version\",\n\t    \"error_occurred\",\n\t    \"error_last\",\n\t    \"debug_mode\",\n\t    \"keyboard_key\",\n\t    \"keyboard_lastkey\",\n\t    \"keyboard_lastchar\",\n\t    \"keyboard_string\",\n\t    \"mouse_x\",\n\t    \"mouse_y\",\n\t    \"mouse_button\",\n\t    \"mouse_lastbutton\",\n\t    \"cursor_sprite\",\n\t    \"visible\",\n\t    \"sprite_index\",\n\t    \"sprite_width\",\n\t    \"sprite_height\",\n\t    \"sprite_xoffset\",\n\t    \"sprite_yoffset\",\n\t    \"image_number\",\n\t    \"image_index\",\n\t    \"image_speed\",\n\t    \"depth\",\n\t    \"image_xscale\",\n\t    \"image_yscale\",\n\t    \"image_angle\",\n\t    \"image_alpha\",\n\t    \"image_blend\",\n\t    \"bbox_left\",\n\t    \"bbox_right\",\n\t    \"bbox_top\",\n\t    \"bbox_bottom\",\n\t    \"layer\",\n\t    \"background_colour\",\n\t    \"background_showcolour\",\n\t    \"background_color\",\n\t    \"background_showcolor\",\n\t    \"view_enabled\",\n\t    \"view_current\",\n\t    \"view_visible\",\n\t    \"view_xview\",\n\t    \"view_yview\",\n\t    \"view_wview\",\n\t    \"view_hview\",\n\t    \"view_xport\",\n\t    \"view_yport\",\n\t    \"view_wport\",\n\t    \"view_hport\",\n\t    \"view_angle\",\n\t    \"view_hborder\",\n\t    \"view_vborder\",\n\t    \"view_hspeed\",\n\t    \"view_vspeed\",\n\t    \"view_object\",\n\t    \"view_surface_id\",\n\t    \"view_camera\",\n\t    \"game_id\",\n\t    \"game_display_name\",\n\t    \"game_project_name\",\n\t    \"game_save_id\",\n\t    \"working_directory\",\n\t    \"temp_directory\",\n\t    \"program_directory\",\n\t    \"browser_width\",\n\t    \"browser_height\",\n\t    \"os_type\",\n\t    \"os_device\",\n\t    \"os_browser\",\n\t    \"os_version\",\n\t    \"display_aa\",\n\t    \"async_load\",\n\t    \"delta_time\",\n\t    \"webgl_enabled\",\n\t    \"event_data\",\n\t    \"iap_data\",\n\t    \"phy_rotation\",\n\t    \"phy_position_x\",\n\t    \"phy_position_y\",\n\t    \"phy_angular_velocity\",\n\t    \"phy_linear_velocity_x\",\n\t    \"phy_linear_velocity_y\",\n\t    \"phy_speed_x\",\n\t    \"phy_speed_y\",\n\t    \"phy_speed\",\n\t    \"phy_angular_damping\",\n\t    \"phy_linear_damping\",\n\t    \"phy_bullet\",\n\t    \"phy_fixed_rotation\",\n\t    \"phy_active\",\n\t    \"phy_mass\",\n\t    \"phy_inertia\",\n\t    \"phy_com_x\",\n\t    \"phy_com_y\",\n\t    \"phy_dynamic\",\n\t    \"phy_kinematic\",\n\t    \"phy_sleeping\",\n\t    \"phy_collision_points\",\n\t    \"phy_collision_x\",\n\t    \"phy_collision_y\",\n\t    \"phy_col_normal_x\",\n\t    \"phy_col_normal_y\",\n\t    \"phy_position_xprevious\",\n\t    \"phy_position_yprevious\"\n\t  ];\n\n\t  return {\n\t    name: 'GML',\n\t    case_insensitive: false, // language is case-insensitive\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS,\n\t      literal: LITERALS,\n\t      symbol: SYMBOLS,\n\t      \"variable.language\": LANGUAGE_VARIABLES\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tgml_1 = gml;\n\treturn gml_1;\n}\n\n/*\nLanguage: Go\nAuthor: Stephan Kountso aka StepLg <steplg@gmail.com>\nContributors: Evgeny Stepanischev <imbolk@gmail.com>\nDescription: Google go language (golang). For info about language\nWebsite: http://golang.org/\nCategory: common, system\n*/\n\nvar go_1;\nvar hasRequiredGo;\n\nfunction requireGo () {\n\tif (hasRequiredGo) return go_1;\n\thasRequiredGo = 1;\n\tfunction go(hljs) {\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"iota\",\n\t    \"nil\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"append\",\n\t    \"cap\",\n\t    \"close\",\n\t    \"complex\",\n\t    \"copy\",\n\t    \"imag\",\n\t    \"len\",\n\t    \"make\",\n\t    \"new\",\n\t    \"panic\",\n\t    \"print\",\n\t    \"println\",\n\t    \"real\",\n\t    \"recover\",\n\t    \"delete\"\n\t  ];\n\t  const TYPES = [\n\t    \"bool\",\n\t    \"byte\",\n\t    \"complex64\",\n\t    \"complex128\",\n\t    \"error\",\n\t    \"float32\",\n\t    \"float64\",\n\t    \"int8\",\n\t    \"int16\",\n\t    \"int32\",\n\t    \"int64\",\n\t    \"string\",\n\t    \"uint8\",\n\t    \"uint16\",\n\t    \"uint32\",\n\t    \"uint64\",\n\t    \"int\",\n\t    \"uint\",\n\t    \"uintptr\",\n\t    \"rune\"\n\t  ];\n\t  const KWS = [\n\t    \"break\",\n\t    \"case\",\n\t    \"chan\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"default\",\n\t    \"defer\",\n\t    \"else\",\n\t    \"fallthrough\",\n\t    \"for\",\n\t    \"func\",\n\t    \"go\",\n\t    \"goto\",\n\t    \"if\",\n\t    \"import\",\n\t    \"interface\",\n\t    \"map\",\n\t    \"package\",\n\t    \"range\",\n\t    \"return\",\n\t    \"select\",\n\t    \"struct\",\n\t    \"switch\",\n\t    \"type\",\n\t    \"var\",\n\t  ];\n\t  const KEYWORDS = {\n\t    keyword: KWS,\n\t    type: TYPES,\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS\n\t  };\n\t  return {\n\t    name: 'Go',\n\t    aliases: [ 'golang' ],\n\t    keywords: KEYWORDS,\n\t    illegal: '</',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          {\n\t            begin: '`',\n\t            end: '`'\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          {\n\t            begin: hljs.C_NUMBER_RE + '[i]',\n\t            relevance: 1\n\t          },\n\t          hljs.C_NUMBER_MODE\n\t        ]\n\t      },\n\t      { begin: /:=/ // relevance booster\n\t      },\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'func',\n\t        end: '\\\\s*(\\\\{|$)',\n\t        excludeEnd: true,\n\t        contains: [\n\t          hljs.TITLE_MODE,\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            endsParent: true,\n\t            keywords: KEYWORDS,\n\t            illegal: /[\"']/\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tgo_1 = go;\n\treturn go_1;\n}\n\n/*\nLanguage: Golo\nAuthor: Philippe Charriere <ph.charriere@gmail.com>\nDescription: a lightweight dynamic language for the JVM\nWebsite: http://golo-lang.org/\n*/\n\nvar golo_1;\nvar hasRequiredGolo;\n\nfunction requireGolo () {\n\tif (hasRequiredGolo) return golo_1;\n\thasRequiredGolo = 1;\n\tfunction golo(hljs) {\n\t  const KEYWORDS = [\n\t    \"println\",\n\t    \"readln\",\n\t    \"print\",\n\t    \"import\",\n\t    \"module\",\n\t    \"function\",\n\t    \"local\",\n\t    \"return\",\n\t    \"let\",\n\t    \"var\",\n\t    \"while\",\n\t    \"for\",\n\t    \"foreach\",\n\t    \"times\",\n\t    \"in\",\n\t    \"case\",\n\t    \"when\",\n\t    \"match\",\n\t    \"with\",\n\t    \"break\",\n\t    \"continue\",\n\t    \"augment\",\n\t    \"augmentation\",\n\t    \"each\",\n\t    \"find\",\n\t    \"filter\",\n\t    \"reduce\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"otherwise\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"finally\",\n\t    \"raise\",\n\t    \"throw\",\n\t    \"orIfNull\",\n\t    \"DynamicObject|10\",\n\t    \"DynamicVariable\",\n\t    \"struct\",\n\t    \"Observable\",\n\t    \"map\",\n\t    \"set\",\n\t    \"vector\",\n\t    \"list\",\n\t    \"array\"\n\t  ];\n\n\t  return {\n\t    name: 'Golo',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: [\n\t        \"true\",\n\t        \"false\",\n\t        \"null\"\n\t      ]\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '@[A-Za-z]+'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tgolo_1 = golo;\n\treturn golo_1;\n}\n\n/*\nLanguage: Gradle\nDescription: Gradle is an open-source build automation tool focused on flexibility and performance.\nWebsite: https://gradle.org\nAuthor: Damian Mee <mee.damian@gmail.com>\n*/\n\nvar gradle_1;\nvar hasRequiredGradle;\n\nfunction requireGradle () {\n\tif (hasRequiredGradle) return gradle_1;\n\thasRequiredGradle = 1;\n\tfunction gradle(hljs) {\n\t  const KEYWORDS = [\n\t    \"task\",\n\t    \"project\",\n\t    \"allprojects\",\n\t    \"subprojects\",\n\t    \"artifacts\",\n\t    \"buildscript\",\n\t    \"configurations\",\n\t    \"dependencies\",\n\t    \"repositories\",\n\t    \"sourceSets\",\n\t    \"description\",\n\t    \"delete\",\n\t    \"from\",\n\t    \"into\",\n\t    \"include\",\n\t    \"exclude\",\n\t    \"source\",\n\t    \"classpath\",\n\t    \"destinationDir\",\n\t    \"includes\",\n\t    \"options\",\n\t    \"sourceCompatibility\",\n\t    \"targetCompatibility\",\n\t    \"group\",\n\t    \"flatDir\",\n\t    \"doLast\",\n\t    \"doFirst\",\n\t    \"flatten\",\n\t    \"todir\",\n\t    \"fromdir\",\n\t    \"ant\",\n\t    \"def\",\n\t    \"abstract\",\n\t    \"break\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"continue\",\n\t    \"default\",\n\t    \"do\",\n\t    \"else\",\n\t    \"extends\",\n\t    \"final\",\n\t    \"finally\",\n\t    \"for\",\n\t    \"if\",\n\t    \"implements\",\n\t    \"instanceof\",\n\t    \"native\",\n\t    \"new\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"public\",\n\t    \"return\",\n\t    \"static\",\n\t    \"switch\",\n\t    \"synchronized\",\n\t    \"throw\",\n\t    \"throws\",\n\t    \"transient\",\n\t    \"try\",\n\t    \"volatile\",\n\t    \"while\",\n\t    \"strictfp\",\n\t    \"package\",\n\t    \"import\",\n\t    \"false\",\n\t    \"null\",\n\t    \"super\",\n\t    \"this\",\n\t    \"true\",\n\t    \"antlrtask\",\n\t    \"checkstyle\",\n\t    \"codenarc\",\n\t    \"copy\",\n\t    \"boolean\",\n\t    \"byte\",\n\t    \"char\",\n\t    \"class\",\n\t    \"double\",\n\t    \"float\",\n\t    \"int\",\n\t    \"interface\",\n\t    \"long\",\n\t    \"short\",\n\t    \"void\",\n\t    \"compile\",\n\t    \"runTime\",\n\t    \"file\",\n\t    \"fileTree\",\n\t    \"abs\",\n\t    \"any\",\n\t    \"append\",\n\t    \"asList\",\n\t    \"asWritable\",\n\t    \"call\",\n\t    \"collect\",\n\t    \"compareTo\",\n\t    \"count\",\n\t    \"div\",\n\t    \"dump\",\n\t    \"each\",\n\t    \"eachByte\",\n\t    \"eachFile\",\n\t    \"eachLine\",\n\t    \"every\",\n\t    \"find\",\n\t    \"findAll\",\n\t    \"flatten\",\n\t    \"getAt\",\n\t    \"getErr\",\n\t    \"getIn\",\n\t    \"getOut\",\n\t    \"getText\",\n\t    \"grep\",\n\t    \"immutable\",\n\t    \"inject\",\n\t    \"inspect\",\n\t    \"intersect\",\n\t    \"invokeMethods\",\n\t    \"isCase\",\n\t    \"join\",\n\t    \"leftShift\",\n\t    \"minus\",\n\t    \"multiply\",\n\t    \"newInputStream\",\n\t    \"newOutputStream\",\n\t    \"newPrintWriter\",\n\t    \"newReader\",\n\t    \"newWriter\",\n\t    \"next\",\n\t    \"plus\",\n\t    \"pop\",\n\t    \"power\",\n\t    \"previous\",\n\t    \"print\",\n\t    \"println\",\n\t    \"push\",\n\t    \"putAt\",\n\t    \"read\",\n\t    \"readBytes\",\n\t    \"readLines\",\n\t    \"reverse\",\n\t    \"reverseEach\",\n\t    \"round\",\n\t    \"size\",\n\t    \"sort\",\n\t    \"splitEachLine\",\n\t    \"step\",\n\t    \"subMap\",\n\t    \"times\",\n\t    \"toInteger\",\n\t    \"toList\",\n\t    \"tokenize\",\n\t    \"upto\",\n\t    \"waitForOrKill\",\n\t    \"withPrintWriter\",\n\t    \"withReader\",\n\t    \"withStream\",\n\t    \"withWriter\",\n\t    \"withWriterAppend\",\n\t    \"write\",\n\t    \"writeLine\"\n\t  ];\n\t  return {\n\t    name: 'Gradle',\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      hljs.REGEXP_MODE\n\n\t    ]\n\t  };\n\t}\n\n\tgradle_1 = gradle;\n\treturn gradle_1;\n}\n\n/*\n Language: graphql\n Category: scripting, protocols, web\n Author: John Foster (GH jf990), and others\n Description: Highlight GraphQL queries with highlight.js.\n*/\n\nvar graphql_1;\nvar hasRequiredGraphql;\n\nfunction requireGraphql () {\n\tif (hasRequiredGraphql) return graphql_1;\n\thasRequiredGraphql = 1;\n\t/** @type LanguageFn */\n\tfunction graphql(hljs) {\n\t  const regex = hljs.regex;\n\t  const GQL_NAME = /[_A-Za-z][_0-9A-Za-z]*/;\n\t  return {\n\t    name: \"GraphQL\",\n\t    aliases: [ \"gql\" ],\n\t    case_insensitive: true,\n\t    disableAutodetect: false,\n\t    keywords: {\n\t      keyword: [\n\t        \"query\",\n\t        \"mutation\",\n\t        \"subscription\",\n\t        \"type\",\n\t        \"input\",\n\t        \"schema\",\n\t        \"directive\",\n\t        \"interface\",\n\t        \"union\",\n\t        \"scalar\",\n\t        \"fragment\",\n\t        \"enum\",\n\t        \"on\"\n\t      ],\n\t      literal: [\n\t        \"true\",\n\t        \"false\",\n\t        \"null\"\n\t      ]\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      {\n\t        scope: \"punctuation\",\n\t        match: /[.]{3}/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        scope: \"punctuation\",\n\t        begin: /[\\!\\(\\)\\:\\=\\[\\]\\{\\|\\}]{1}/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        scope: \"variable\",\n\t        begin: /\\$/,\n\t        end: /\\W/,\n\t        excludeEnd: true,\n\t        relevance: 0\n\t      },\n\t      {\n\t        scope: \"meta\",\n\t        match: /@\\w+/,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        scope: \"symbol\",\n\t        begin: regex.concat(GQL_NAME, regex.lookahead(/\\s*:/)),\n\t        relevance: 0\n\t      }\n\t    ],\n\t    illegal: [\n\t      /[;<']/,\n\t      /BEGIN/\n\t    ]\n\t  };\n\t}\n\n\tgraphql_1 = graphql;\n\treturn graphql_1;\n}\n\n/*\n Language: Groovy\n Author: Guillaume Laforge <glaforge@gmail.com>\n Description: Groovy programming language implementation inspired from Vsevolod's Java mode\n Website: https://groovy-lang.org\n */\n\nvar groovy_1;\nvar hasRequiredGroovy;\n\nfunction requireGroovy () {\n\tif (hasRequiredGroovy) return groovy_1;\n\thasRequiredGroovy = 1;\n\tfunction variants(variants, obj = {}) {\n\t  obj.variants = variants;\n\t  return obj;\n\t}\n\n\tfunction groovy(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT_RE = '[A-Za-z0-9_$]+';\n\t  const COMMENT = variants([\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.COMMENT(\n\t      '/\\\\*\\\\*',\n\t      '\\\\*/',\n\t      {\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            // eat up @'s in emails to prevent them to be recognized as doctags\n\t            begin: /\\w+@/,\n\t            relevance: 0\n\t          },\n\t          {\n\t            className: 'doctag',\n\t            begin: '@[A-Za-z]+'\n\t          }\n\t        ]\n\t      }\n\t    )\n\t  ]);\n\t  const REGEXP = {\n\t    className: 'regexp',\n\t    begin: /~?\\/[^\\/\\n]+\\//,\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\t  const NUMBER = variants([\n\t    hljs.BINARY_NUMBER_MODE,\n\t    hljs.C_NUMBER_MODE\n\t  ]);\n\t  const STRING = variants([\n\t    {\n\t      begin: /\"\"\"/,\n\t      end: /\"\"\"/\n\t    },\n\t    {\n\t      begin: /'''/,\n\t      end: /'''/\n\t    },\n\t    {\n\t      begin: \"\\\\$/\",\n\t      end: \"/\\\\$\",\n\t      relevance: 10\n\t    },\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE\n\t  ],\n\t  { className: \"string\" }\n\t  );\n\n\t  const CLASS_DEFINITION = {\n\t    match: [\n\t      /(class|interface|trait|enum|extends|implements)/,\n\t      /\\s+/,\n\t      hljs.UNDERSCORE_IDENT_RE\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.class\",\n\t    }\n\t  };\n\t  const TYPES = [\n\t    \"byte\",\n\t    \"short\",\n\t    \"char\",\n\t    \"int\",\n\t    \"long\",\n\t    \"boolean\",\n\t    \"float\",\n\t    \"double\",\n\t    \"void\"\n\t  ];\n\t  const KEYWORDS = [\n\t    // groovy specific keywords\n\t    \"def\",\n\t    \"as\",\n\t    \"in\",\n\t    \"assert\",\n\t    \"trait\",\n\t    // common keywords with Java\n\t    \"abstract\",\n\t    \"static\",\n\t    \"volatile\",\n\t    \"transient\",\n\t    \"public\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"synchronized\",\n\t    \"final\",\n\t    \"class\",\n\t    \"interface\",\n\t    \"enum\",\n\t    \"if\",\n\t    \"else\",\n\t    \"for\",\n\t    \"while\",\n\t    \"switch\",\n\t    \"case\",\n\t    \"break\",\n\t    \"default\",\n\t    \"continue\",\n\t    \"throw\",\n\t    \"throws\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"finally\",\n\t    \"implements\",\n\t    \"extends\",\n\t    \"new\",\n\t    \"import\",\n\t    \"package\",\n\t    \"return\",\n\t    \"instanceof\"\n\t  ];\n\n\t  return {\n\t    name: 'Groovy',\n\t    keywords: {\n\t      \"variable.language\": 'this super',\n\t      literal: 'true false null',\n\t      type: TYPES,\n\t      keyword: KEYWORDS\n\t    },\n\t    contains: [\n\t      hljs.SHEBANG({\n\t        binary: \"groovy\",\n\t        relevance: 10\n\t      }),\n\t      COMMENT,\n\t      STRING,\n\t      REGEXP,\n\t      NUMBER,\n\t      CLASS_DEFINITION,\n\t      {\n\t        className: 'meta',\n\t        begin: '@[A-Za-z]+',\n\t        relevance: 0\n\t      },\n\t      {\n\t        // highlight map keys and named parameters as attrs\n\t        className: 'attr',\n\t        begin: IDENT_RE + '[ \\t]*:',\n\t        relevance: 0\n\t      },\n\t      {\n\t        // catch middle element of the ternary operator\n\t        // to avoid highlight it as a label, named parameter, or map key\n\t        begin: /\\?/,\n\t        end: /:/,\n\t        relevance: 0,\n\t        contains: [\n\t          COMMENT,\n\t          STRING,\n\t          REGEXP,\n\t          NUMBER,\n\t          'self'\n\t        ]\n\t      },\n\t      {\n\t        // highlight labeled statements\n\t        className: 'symbol',\n\t        begin: '^[ \\t]*' + regex.lookahead(IDENT_RE + ':'),\n\t        excludeBegin: true,\n\t        end: IDENT_RE + ':',\n\t        relevance: 0\n\t      }\n\t    ],\n\t    illegal: /#|<\\//\n\t  };\n\t}\n\n\tgroovy_1 = groovy;\n\treturn groovy_1;\n}\n\n/*\nLanguage: HAML\nRequires: ruby.js\nAuthor: Dan Allen <dan.j.allen@gmail.com>\nWebsite: http://haml.info\nCategory: template\n*/\n\nvar haml_1;\nvar hasRequiredHaml;\n\nfunction requireHaml () {\n\tif (hasRequiredHaml) return haml_1;\n\thasRequiredHaml = 1;\n\t// TODO support filter tags like :javascript, support inline HTML\n\tfunction haml(hljs) {\n\t  return {\n\t    name: 'HAML',\n\t    case_insensitive: true,\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: '^!!!( (5|1\\\\.1|Strict|Frameset|Basic|Mobile|RDFa|XML\\\\b.*))?$',\n\t        relevance: 10\n\t      },\n\t      // FIXME these comments should be allowed to span indented lines\n\t      hljs.COMMENT(\n\t        '^\\\\s*(!=#|=#|-#|/).*$',\n\t        null,\n\t        { relevance: 0 }\n\t      ),\n\t      {\n\t        begin: '^\\\\s*(-|=|!=)(?!#)',\n\t        end: /$/,\n\t        subLanguage: 'ruby',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        className: 'tag',\n\t        begin: '^\\\\s*%',\n\t        contains: [\n\t          {\n\t            className: 'selector-tag',\n\t            begin: '\\\\w+'\n\t          },\n\t          {\n\t            className: 'selector-id',\n\t            begin: '#[\\\\w-]+'\n\t          },\n\t          {\n\t            className: 'selector-class',\n\t            begin: '\\\\.[\\\\w-]+'\n\t          },\n\t          {\n\t            begin: /\\{\\s*/,\n\t            end: /\\s*\\}/,\n\t            contains: [\n\t              {\n\t                begin: ':\\\\w+\\\\s*=>',\n\t                end: ',\\\\s+',\n\t                returnBegin: true,\n\t                endsWithParent: true,\n\t                contains: [\n\t                  {\n\t                    className: 'attr',\n\t                    begin: ':\\\\w+'\n\t                  },\n\t                  hljs.APOS_STRING_MODE,\n\t                  hljs.QUOTE_STRING_MODE,\n\t                  {\n\t                    begin: '\\\\w+',\n\t                    relevance: 0\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          },\n\t          {\n\t            begin: '\\\\(\\\\s*',\n\t            end: '\\\\s*\\\\)',\n\t            excludeEnd: true,\n\t            contains: [\n\t              {\n\t                begin: '\\\\w+\\\\s*=',\n\t                end: '\\\\s+',\n\t                returnBegin: true,\n\t                endsWithParent: true,\n\t                contains: [\n\t                  {\n\t                    className: 'attr',\n\t                    begin: '\\\\w+',\n\t                    relevance: 0\n\t                  },\n\t                  hljs.APOS_STRING_MODE,\n\t                  hljs.QUOTE_STRING_MODE,\n\t                  {\n\t                    begin: '\\\\w+',\n\t                    relevance: 0\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      { begin: '^\\\\s*[=~]\\\\s*' },\n\t      {\n\t        begin: /#\\{/,\n\t        end: /\\}/,\n\t        subLanguage: 'ruby',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\t}\n\n\thaml_1 = haml;\n\treturn haml_1;\n}\n\n/*\nLanguage: Handlebars\nRequires: xml.js\nAuthor: Robin Ward <robin.ward@gmail.com>\nDescription: Matcher for Handlebars as well as EmberJS additions.\nWebsite: https://handlebarsjs.com\nCategory: template\n*/\n\nvar handlebars_1;\nvar hasRequiredHandlebars;\n\nfunction requireHandlebars () {\n\tif (hasRequiredHandlebars) return handlebars_1;\n\thasRequiredHandlebars = 1;\n\tfunction handlebars(hljs) {\n\t  const regex = hljs.regex;\n\t  const BUILT_INS = {\n\t    $pattern: /[\\w.\\/]+/,\n\t    built_in: [\n\t      'action',\n\t      'bindattr',\n\t      'collection',\n\t      'component',\n\t      'concat',\n\t      'debugger',\n\t      'each',\n\t      'each-in',\n\t      'get',\n\t      'hash',\n\t      'if',\n\t      'in',\n\t      'input',\n\t      'link-to',\n\t      'loc',\n\t      'log',\n\t      'lookup',\n\t      'mut',\n\t      'outlet',\n\t      'partial',\n\t      'query-params',\n\t      'render',\n\t      'template',\n\t      'textarea',\n\t      'unbound',\n\t      'unless',\n\t      'view',\n\t      'with',\n\t      'yield'\n\t    ]\n\t  };\n\n\t  const LITERALS = {\n\t    $pattern: /[\\w.\\/]+/,\n\t    literal: [\n\t      'true',\n\t      'false',\n\t      'undefined',\n\t      'null'\n\t    ]\n\t  };\n\n\t  // as defined in https://handlebarsjs.com/guide/expressions.html#literal-segments\n\t  // this regex matches literal segments like ' abc ' or [ abc ] as well as helpers and paths\n\t  // like a/b, ./abc/cde, and abc.bcd\n\n\t  const DOUBLE_QUOTED_ID_REGEX = /\"\"|\"[^\"]+\"/;\n\t  const SINGLE_QUOTED_ID_REGEX = /''|'[^']+'/;\n\t  const BRACKET_QUOTED_ID_REGEX = /\\[\\]|\\[[^\\]]+\\]/;\n\t  const PLAIN_ID_REGEX = /[^\\s!\"#%&'()*+,.\\/;<=>@\\[\\\\\\]^`{|}~]+/;\n\t  const PATH_DELIMITER_REGEX = /(\\.|\\/)/;\n\t  const ANY_ID = regex.either(\n\t    DOUBLE_QUOTED_ID_REGEX,\n\t    SINGLE_QUOTED_ID_REGEX,\n\t    BRACKET_QUOTED_ID_REGEX,\n\t    PLAIN_ID_REGEX\n\t  );\n\n\t  const IDENTIFIER_REGEX = regex.concat(\n\t    regex.optional(/\\.|\\.\\/|\\//), // relative or absolute path\n\t    ANY_ID,\n\t    regex.anyNumberOfTimes(regex.concat(\n\t      PATH_DELIMITER_REGEX,\n\t      ANY_ID\n\t    ))\n\t  );\n\n\t  // identifier followed by a equal-sign (without the equal sign)\n\t  const HASH_PARAM_REGEX = regex.concat(\n\t    '(',\n\t    BRACKET_QUOTED_ID_REGEX, '|',\n\t    PLAIN_ID_REGEX,\n\t    ')(?==)'\n\t  );\n\n\t  const HELPER_NAME_OR_PATH_EXPRESSION = { begin: IDENTIFIER_REGEX };\n\n\t  const HELPER_PARAMETER = hljs.inherit(HELPER_NAME_OR_PATH_EXPRESSION, { keywords: LITERALS });\n\n\t  const SUB_EXPRESSION = {\n\t    begin: /\\(/,\n\t    end: /\\)/\n\t    // the \"contains\" is added below when all necessary sub-modes are defined\n\t  };\n\n\t  const HASH = {\n\t    // fka \"attribute-assignment\", parameters of the form 'key=value'\n\t    className: 'attr',\n\t    begin: HASH_PARAM_REGEX,\n\t    relevance: 0,\n\t    starts: {\n\t      begin: /=/,\n\t      end: /=/,\n\t      starts: { contains: [\n\t        hljs.NUMBER_MODE,\n\t        hljs.QUOTE_STRING_MODE,\n\t        hljs.APOS_STRING_MODE,\n\t        HELPER_PARAMETER,\n\t        SUB_EXPRESSION\n\t      ] }\n\t    }\n\t  };\n\n\t  const BLOCK_PARAMS = {\n\t    // parameters of the form '{{#with x as | y |}}...{{/with}}'\n\t    begin: /as\\s+\\|/,\n\t    keywords: { keyword: 'as' },\n\t    end: /\\|/,\n\t    contains: [\n\t      {\n\t        // define sub-mode in order to prevent highlighting of block-parameter named \"as\"\n\t        begin: /\\w+/ }\n\t    ]\n\t  };\n\n\t  const HELPER_PARAMETERS = {\n\t    contains: [\n\t      hljs.NUMBER_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      BLOCK_PARAMS,\n\t      HASH,\n\t      HELPER_PARAMETER,\n\t      SUB_EXPRESSION\n\t    ],\n\t    returnEnd: true\n\t    // the property \"end\" is defined through inheritance when the mode is used. If depends\n\t    // on the surrounding mode, but \"endsWithParent\" does not work here (i.e. it includes the\n\t    // end-token of the surrounding mode)\n\t  };\n\n\t  const SUB_EXPRESSION_CONTENTS = hljs.inherit(HELPER_NAME_OR_PATH_EXPRESSION, {\n\t    className: 'name',\n\t    keywords: BUILT_INS,\n\t    starts: hljs.inherit(HELPER_PARAMETERS, { end: /\\)/ })\n\t  });\n\n\t  SUB_EXPRESSION.contains = [ SUB_EXPRESSION_CONTENTS ];\n\n\t  const OPENING_BLOCK_MUSTACHE_CONTENTS = hljs.inherit(HELPER_NAME_OR_PATH_EXPRESSION, {\n\t    keywords: BUILT_INS,\n\t    className: 'name',\n\t    starts: hljs.inherit(HELPER_PARAMETERS, { end: /\\}\\}/ })\n\t  });\n\n\t  const CLOSING_BLOCK_MUSTACHE_CONTENTS = hljs.inherit(HELPER_NAME_OR_PATH_EXPRESSION, {\n\t    keywords: BUILT_INS,\n\t    className: 'name'\n\t  });\n\n\t  const BASIC_MUSTACHE_CONTENTS = hljs.inherit(HELPER_NAME_OR_PATH_EXPRESSION, {\n\t    className: 'name',\n\t    keywords: BUILT_INS,\n\t    starts: hljs.inherit(HELPER_PARAMETERS, { end: /\\}\\}/ })\n\t  });\n\n\t  const ESCAPE_MUSTACHE_WITH_PRECEEDING_BACKSLASH = {\n\t    begin: /\\\\\\{\\{/,\n\t    skip: true\n\t  };\n\t  const PREVENT_ESCAPE_WITH_ANOTHER_PRECEEDING_BACKSLASH = {\n\t    begin: /\\\\\\\\(?=\\{\\{)/,\n\t    skip: true\n\t  };\n\n\t  return {\n\t    name: 'Handlebars',\n\t    aliases: [\n\t      'hbs',\n\t      'html.hbs',\n\t      'html.handlebars',\n\t      'htmlbars'\n\t    ],\n\t    case_insensitive: true,\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      ESCAPE_MUSTACHE_WITH_PRECEEDING_BACKSLASH,\n\t      PREVENT_ESCAPE_WITH_ANOTHER_PRECEEDING_BACKSLASH,\n\t      hljs.COMMENT(/\\{\\{!--/, /--\\}\\}/),\n\t      hljs.COMMENT(/\\{\\{!/, /\\}\\}/),\n\t      {\n\t        // open raw block \"{{{{raw}}}} content not evaluated {{{{/raw}}}}\"\n\t        className: 'template-tag',\n\t        begin: /\\{\\{\\{\\{(?!\\/)/,\n\t        end: /\\}\\}\\}\\}/,\n\t        contains: [ OPENING_BLOCK_MUSTACHE_CONTENTS ],\n\t        starts: {\n\t          end: /\\{\\{\\{\\{\\//,\n\t          returnEnd: true,\n\t          subLanguage: 'xml'\n\t        }\n\t      },\n\t      {\n\t        // close raw block\n\t        className: 'template-tag',\n\t        begin: /\\{\\{\\{\\{\\//,\n\t        end: /\\}\\}\\}\\}/,\n\t        contains: [ CLOSING_BLOCK_MUSTACHE_CONTENTS ]\n\t      },\n\t      {\n\t        // open block statement\n\t        className: 'template-tag',\n\t        begin: /\\{\\{#/,\n\t        end: /\\}\\}/,\n\t        contains: [ OPENING_BLOCK_MUSTACHE_CONTENTS ]\n\t      },\n\t      {\n\t        className: 'template-tag',\n\t        begin: /\\{\\{(?=else\\}\\})/,\n\t        end: /\\}\\}/,\n\t        keywords: 'else'\n\t      },\n\t      {\n\t        className: 'template-tag',\n\t        begin: /\\{\\{(?=else if)/,\n\t        end: /\\}\\}/,\n\t        keywords: 'else if'\n\t      },\n\t      {\n\t        // closing block statement\n\t        className: 'template-tag',\n\t        begin: /\\{\\{\\//,\n\t        end: /\\}\\}/,\n\t        contains: [ CLOSING_BLOCK_MUSTACHE_CONTENTS ]\n\t      },\n\t      {\n\t        // template variable or helper-call that is NOT html-escaped\n\t        className: 'template-variable',\n\t        begin: /\\{\\{\\{/,\n\t        end: /\\}\\}\\}/,\n\t        contains: [ BASIC_MUSTACHE_CONTENTS ]\n\t      },\n\t      {\n\t        // template variable or helper-call that is html-escaped\n\t        className: 'template-variable',\n\t        begin: /\\{\\{/,\n\t        end: /\\}\\}/,\n\t        contains: [ BASIC_MUSTACHE_CONTENTS ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\thandlebars_1 = handlebars;\n\treturn handlebars_1;\n}\n\n/*\nLanguage: Haskell\nAuthor: Jeremy Hull <sourdrums@gmail.com>\nContributors: Zena Treep <zena.treep@gmail.com>\nWebsite: https://www.haskell.org\nCategory: functional\n*/\n\nvar haskell_1;\nvar hasRequiredHaskell;\n\nfunction requireHaskell () {\n\tif (hasRequiredHaskell) return haskell_1;\n\thasRequiredHaskell = 1;\n\tfunction haskell(hljs) {\n\t  const COMMENT = { variants: [\n\t    hljs.COMMENT('--', '$'),\n\t    hljs.COMMENT(\n\t      /\\{-/,\n\t      /-\\}/,\n\t      { contains: [ 'self' ] }\n\t    )\n\t  ] };\n\n\t  const PRAGMA = {\n\t    className: 'meta',\n\t    begin: /\\{-#/,\n\t    end: /#-\\}/\n\t  };\n\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: '^#',\n\t    end: '$'\n\t  };\n\n\t  const CONSTRUCTOR = {\n\t    className: 'type',\n\t    begin: '\\\\b[A-Z][\\\\w\\']*', // TODO: other constructors (build-in, infix).\n\t    relevance: 0\n\t  };\n\n\t  const LIST = {\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    illegal: '\"',\n\t    contains: [\n\t      PRAGMA,\n\t      PREPROCESSOR,\n\t      {\n\t        className: 'type',\n\t        begin: '\\\\b[A-Z][\\\\w]*(\\\\((\\\\.\\\\.|,|\\\\w+)\\\\))?'\n\t      },\n\t      hljs.inherit(hljs.TITLE_MODE, { begin: '[_a-z][\\\\w\\']*' }),\n\t      COMMENT\n\t    ]\n\t  };\n\n\t  const RECORD = {\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    contains: LIST.contains\n\t  };\n\n\t  /* See:\n\n\t     - https://www.haskell.org/onlinereport/lexemes.html\n\t     - https://downloads.haskell.org/ghc/9.0.1/docs/html/users_guide/exts/binary_literals.html\n\t     - https://downloads.haskell.org/ghc/9.0.1/docs/html/users_guide/exts/numeric_underscores.html\n\t     - https://downloads.haskell.org/ghc/9.0.1/docs/html/users_guide/exts/hex_float_literals.html\n\n\t  */\n\t  const decimalDigits = '([0-9]_*)+';\n\t  const hexDigits = '([0-9a-fA-F]_*)+';\n\t  const binaryDigits = '([01]_*)+';\n\t  const octalDigits = '([0-7]_*)+';\n\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      // decimal floating-point-literal (subsumes decimal-literal)\n\t      { match: `\\\\b(${decimalDigits})(\\\\.(${decimalDigits}))?` + `([eE][+-]?(${decimalDigits}))?\\\\b` },\n\t      // hexadecimal floating-point-literal (subsumes hexadecimal-literal)\n\t      { match: `\\\\b0[xX]_*(${hexDigits})(\\\\.(${hexDigits}))?` + `([pP][+-]?(${decimalDigits}))?\\\\b` },\n\t      // octal-literal\n\t      { match: `\\\\b0[oO](${octalDigits})\\\\b` },\n\t      // binary-literal\n\t      { match: `\\\\b0[bB](${binaryDigits})\\\\b` }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Haskell',\n\t    aliases: [ 'hs' ],\n\t    keywords:\n\t      'let in if then else case of where do module import hiding '\n\t      + 'qualified type data newtype deriving class instance as default '\n\t      + 'infix infixl infixr foreign export ccall stdcall cplusplus '\n\t      + 'jvm dotnet safe unsafe family forall mdo proc rec',\n\t    contains: [\n\t      // Top-level constructions.\n\t      {\n\t        beginKeywords: 'module',\n\t        end: 'where',\n\t        keywords: 'module where',\n\t        contains: [\n\t          LIST,\n\t          COMMENT\n\t        ],\n\t        illegal: '\\\\W\\\\.|;'\n\t      },\n\t      {\n\t        begin: '\\\\bimport\\\\b',\n\t        end: '$',\n\t        keywords: 'import qualified as hiding',\n\t        contains: [\n\t          LIST,\n\t          COMMENT\n\t        ],\n\t        illegal: '\\\\W\\\\.|;'\n\t      },\n\t      {\n\t        className: 'class',\n\t        begin: '^(\\\\s*)?(class|instance)\\\\b',\n\t        end: 'where',\n\t        keywords: 'class family instance where',\n\t        contains: [\n\t          CONSTRUCTOR,\n\t          LIST,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        begin: '\\\\b(data|(new)?type)\\\\b',\n\t        end: '$',\n\t        keywords: 'data family type newtype deriving',\n\t        contains: [\n\t          PRAGMA,\n\t          CONSTRUCTOR,\n\t          LIST,\n\t          RECORD,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'default',\n\t        end: '$',\n\t        contains: [\n\t          CONSTRUCTOR,\n\t          LIST,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'infix infixl infixr',\n\t        end: '$',\n\t        contains: [\n\t          hljs.C_NUMBER_MODE,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        begin: '\\\\bforeign\\\\b',\n\t        end: '$',\n\t        keywords: 'foreign import export ccall stdcall cplusplus jvm '\n\t                  + 'dotnet safe unsafe',\n\t        contains: [\n\t          CONSTRUCTOR,\n\t          hljs.QUOTE_STRING_MODE,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '#!\\\\/usr\\\\/bin\\\\/env\\ runhaskell',\n\t        end: '$'\n\t      },\n\t      // \"Whitespaces\".\n\t      PRAGMA,\n\t      PREPROCESSOR,\n\n\t      // Literals and names.\n\n\t      // TODO: characters.\n\t      hljs.QUOTE_STRING_MODE,\n\t      NUMBER,\n\t      CONSTRUCTOR,\n\t      hljs.inherit(hljs.TITLE_MODE, { begin: '^[_a-z][\\\\w\\']*' }),\n\t      COMMENT,\n\t      { // No markup, relevance booster\n\t        begin: '->|<-' }\n\t    ]\n\t  };\n\t}\n\n\thaskell_1 = haskell;\n\treturn haskell_1;\n}\n\n/*\nLanguage: Haxe\nDescription: Haxe is an open source toolkit based on a modern, high level, strictly typed programming language.\nAuthor: Christopher Kaster <ikasoki@gmail.com> (Based on the actionscript.js language file by Alexander Myadzel)\nContributors: Kenton Hamaluik <kentonh@gmail.com>\nWebsite: https://haxe.org\n*/\n\nvar haxe_1;\nvar hasRequiredHaxe;\n\nfunction requireHaxe () {\n\tif (hasRequiredHaxe) return haxe_1;\n\thasRequiredHaxe = 1;\n\tfunction haxe(hljs) {\n\n\t  const HAXE_BASIC_TYPES = 'Int Float String Bool Dynamic Void Array ';\n\n\t  return {\n\t    name: 'Haxe',\n\t    aliases: [ 'hx' ],\n\t    keywords: {\n\t      keyword: 'break case cast catch continue default do dynamic else enum extern '\n\t               + 'for function here if import in inline never new override package private get set '\n\t               + 'public return static super switch this throw trace try typedef untyped using var while '\n\t               + HAXE_BASIC_TYPES,\n\t      built_in:\n\t        'trace this',\n\t      literal:\n\t        'true false null _'\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'string', // interpolate-able strings\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          {\n\t            className: 'subst', // interpolation\n\t            begin: '\\\\$\\\\{',\n\t            end: '\\\\}'\n\t          },\n\t          {\n\t            className: 'subst', // interpolation\n\t            begin: '\\\\$',\n\t            end: /\\W\\}/\n\t          }\n\t        ]\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta', // compiler meta\n\t        begin: '@:',\n\t        end: '$'\n\t      },\n\t      {\n\t        className: 'meta', // compiler conditionals\n\t        begin: '#',\n\t        end: '$',\n\t        keywords: { keyword: 'if else elseif end error' }\n\t      },\n\t      {\n\t        className: 'type', // function types\n\t        begin: ':[ \\t]*',\n\t        end: '[^A-Za-z0-9_ \\t\\\\->]',\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'type', // types\n\t        begin: ':[ \\t]*',\n\t        end: '\\\\W',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        className: 'type', // instantiation\n\t        begin: 'new *',\n\t        end: '\\\\W',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        className: 'class', // enums\n\t        beginKeywords: 'enum',\n\t        end: '\\\\{',\n\t        contains: [ hljs.TITLE_MODE ]\n\t      },\n\t      {\n\t        className: 'class', // abstracts\n\t        beginKeywords: 'abstract',\n\t        end: '[\\\\{$]',\n\t        contains: [\n\t          {\n\t            className: 'type',\n\t            begin: '\\\\(',\n\t            end: '\\\\)',\n\t            excludeBegin: true,\n\t            excludeEnd: true\n\t          },\n\t          {\n\t            className: 'type',\n\t            begin: 'from +',\n\t            end: '\\\\W',\n\t            excludeBegin: true,\n\t            excludeEnd: true\n\t          },\n\t          {\n\t            className: 'type',\n\t            begin: 'to +',\n\t            end: '\\\\W',\n\t            excludeBegin: true,\n\t            excludeEnd: true\n\t          },\n\t          hljs.TITLE_MODE\n\t        ],\n\t        keywords: { keyword: 'abstract from to' }\n\t      },\n\t      {\n\t        className: 'class', // classes\n\t        begin: '\\\\b(class|interface) +',\n\t        end: '[\\\\{$]',\n\t        excludeEnd: true,\n\t        keywords: 'class interface',\n\t        contains: [\n\t          {\n\t            className: 'keyword',\n\t            begin: '\\\\b(extends|implements) +',\n\t            keywords: 'extends implements',\n\t            contains: [\n\t              {\n\t                className: 'type',\n\t                begin: hljs.IDENT_RE,\n\t                relevance: 0\n\t              }\n\t            ]\n\t          },\n\t          hljs.TITLE_MODE\n\t        ]\n\t      },\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: '\\\\(',\n\t        excludeEnd: true,\n\t        illegal: '\\\\S',\n\t        contains: [ hljs.TITLE_MODE ]\n\t      }\n\t    ],\n\t    illegal: /<\\//\n\t  };\n\t}\n\n\thaxe_1 = haxe;\n\treturn haxe_1;\n}\n\n/*\nLanguage: HSP\nAuthor: prince <MC.prince.0203@gmail.com>\nWebsite: https://en.wikipedia.org/wiki/Hot_Soup_Processor\nCategory: scripting\n*/\n\nvar hsp_1;\nvar hasRequiredHsp;\n\nfunction requireHsp () {\n\tif (hasRequiredHsp) return hsp_1;\n\thasRequiredHsp = 1;\n\tfunction hsp(hljs) {\n\t  return {\n\t    name: 'HSP',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: /[\\w._]+/,\n\t      keyword: 'goto gosub return break repeat loop continue wait await dim sdim foreach dimtype dup dupptr end stop newmod delmod mref run exgoto on mcall assert logmes newlab resume yield onexit onerror onkey onclick oncmd exist delete mkdir chdir dirlist bload bsave bcopy memfile if else poke wpoke lpoke getstr chdpm memexpand memcpy memset notesel noteadd notedel noteload notesave randomize noteunsel noteget split strrep setease button chgdisp exec dialog mmload mmplay mmstop mci pset pget syscolor mes print title pos circle cls font sysfont objsize picload color palcolor palette redraw width gsel gcopy gzoom gmode bmpsave hsvcolor getkey listbox chkbox combox input mesbox buffer screen bgscr mouse objsel groll line clrobj boxf objprm objmode stick grect grotate gsquare gradf objimage objskip objenable celload celdiv celput newcom querycom delcom cnvstow comres axobj winobj sendmsg comevent comevarg sarrayconv callfunc cnvwtos comevdisp libptr system hspstat hspver stat cnt err strsize looplev sublev iparam wparam lparam refstr refdval int rnd strlen length length2 length3 length4 vartype gettime peek wpeek lpeek varptr varuse noteinfo instr abs limit getease str strmid strf getpath strtrim sin cos tan atan sqrt double absf expf logf limitf powf geteasef mousex mousey mousew hwnd hinstance hdc ginfo objinfo dirinfo sysinfo thismod __hspver__ __hsp30__ __date__ __time__ __line__ __file__ _debug __hspdef__ and or xor not screen_normal screen_palette screen_hide screen_fixedsize screen_tool screen_frame gmode_gdi gmode_mem gmode_rgb0 gmode_alpha gmode_rgb0alpha gmode_add gmode_sub gmode_pixela ginfo_mx ginfo_my ginfo_act ginfo_sel ginfo_wx1 ginfo_wy1 ginfo_wx2 ginfo_wy2 ginfo_vx ginfo_vy ginfo_sizex ginfo_sizey ginfo_winx ginfo_winy ginfo_mesx ginfo_mesy ginfo_r ginfo_g ginfo_b ginfo_paluse ginfo_dispx ginfo_dispy ginfo_cx ginfo_cy ginfo_intid ginfo_newid ginfo_sx ginfo_sy objinfo_mode objinfo_bmscr objinfo_hwnd notemax notesize dir_cur dir_exe dir_win dir_sys dir_cmdline dir_desktop dir_mydoc dir_tv font_normal font_bold font_italic font_underline font_strikeout font_antialias objmode_normal objmode_guifont objmode_usefont gsquare_grad msgothic msmincho do until while wend for next _break _continue switch case default swbreak swend ddim ldim alloc m_pi rad2deg deg2rad ease_linear ease_quad_in ease_quad_out ease_quad_inout ease_cubic_in ease_cubic_out ease_cubic_inout ease_quartic_in ease_quartic_out ease_quartic_inout ease_bounce_in ease_bounce_out ease_bounce_inout ease_shake_in ease_shake_out ease_shake_inout ease_loop'\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\n\t      {\n\t        // multi-line string\n\t        className: 'string',\n\t        begin: /\\{\"/,\n\t        end: /\"\\}/,\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\n\t      hljs.COMMENT(';', '$', { relevance: 0 }),\n\n\t      {\n\t        // pre-processor\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$',\n\t        keywords: { keyword: 'addion cfunc cmd cmpopt comfunc const defcfunc deffunc define else endif enum epack func global if ifdef ifndef include modcfunc modfunc modinit modterm module pack packopt regcmd runtime undef usecom uselib' },\n\t        contains: [\n\t          hljs.inherit(hljs.QUOTE_STRING_MODE, { className: 'string' }),\n\t          hljs.NUMBER_MODE,\n\t          hljs.C_NUMBER_MODE,\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\n\t      {\n\t        // label\n\t        className: 'symbol',\n\t        begin: '^\\\\*(\\\\w+|@)'\n\t      },\n\n\t      hljs.NUMBER_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\thsp_1 = hsp;\n\treturn hsp_1;\n}\n\n/*\nLanguage: HTTP\nDescription: HTTP request and response headers with automatic body highlighting\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nCategory: protocols, web\nWebsite: https://developer.mozilla.org/en-US/docs/Web/HTTP/Overview\n*/\n\nvar http_1;\nvar hasRequiredHttp;\n\nfunction requireHttp () {\n\tif (hasRequiredHttp) return http_1;\n\thasRequiredHttp = 1;\n\tfunction http(hljs) {\n\t  const regex = hljs.regex;\n\t  const VERSION = 'HTTP/(2|1\\\\.[01])';\n\t  const HEADER_NAME = /[A-Za-z][A-Za-z0-9-]*/;\n\t  const HEADER = {\n\t    className: 'attribute',\n\t    begin: regex.concat('^', HEADER_NAME, '(?=\\\\:\\\\s)'),\n\t    starts: { contains: [\n\t      {\n\t        className: \"punctuation\",\n\t        begin: /: /,\n\t        relevance: 0,\n\t        starts: {\n\t          end: '$',\n\t          relevance: 0\n\t        }\n\t      }\n\t    ] }\n\t  };\n\t  const HEADERS_AND_BODY = [\n\t    HEADER,\n\t    {\n\t      begin: '\\\\n\\\\n',\n\t      starts: {\n\t        subLanguage: [],\n\t        endsWithParent: true\n\t      }\n\t    }\n\t  ];\n\n\t  return {\n\t    name: 'HTTP',\n\t    aliases: [ 'https' ],\n\t    illegal: /\\S/,\n\t    contains: [\n\t      // response\n\t      {\n\t        begin: '^(?=' + VERSION + \" \\\\d{3})\",\n\t        end: /$/,\n\t        contains: [\n\t          {\n\t            className: \"meta\",\n\t            begin: VERSION\n\t          },\n\t          {\n\t            className: 'number',\n\t            begin: '\\\\b\\\\d{3}\\\\b'\n\t          }\n\t        ],\n\t        starts: {\n\t          end: /\\b\\B/,\n\t          illegal: /\\S/,\n\t          contains: HEADERS_AND_BODY\n\t        }\n\t      },\n\t      // request\n\t      {\n\t        begin: '(?=^[A-Z]+ (.*?) ' + VERSION + '$)',\n\t        end: /$/,\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: ' ',\n\t            end: ' ',\n\t            excludeBegin: true,\n\t            excludeEnd: true\n\t          },\n\t          {\n\t            className: \"meta\",\n\t            begin: VERSION\n\t          },\n\t          {\n\t            className: 'keyword',\n\t            begin: '[A-Z]+'\n\t          }\n\t        ],\n\t        starts: {\n\t          end: /\\b\\B/,\n\t          illegal: /\\S/,\n\t          contains: HEADERS_AND_BODY\n\t        }\n\t      },\n\t      // to allow headers to work even without a preamble\n\t      hljs.inherit(HEADER, { relevance: 0 })\n\t    ]\n\t  };\n\t}\n\n\thttp_1 = http;\n\treturn http_1;\n}\n\n/*\nLanguage: Hy\nDescription: Hy is a wonderful dialect of Lisp that’s embedded in Python.\nAuthor: Sergey Sobko <s.sobko@profitware.ru>\nWebsite: http://docs.hylang.org/en/stable/\nCategory: lisp\n*/\n\nvar hy_1;\nvar hasRequiredHy;\n\nfunction requireHy () {\n\tif (hasRequiredHy) return hy_1;\n\thasRequiredHy = 1;\n\tfunction hy(hljs) {\n\t  const SYMBOLSTART = 'a-zA-Z_\\\\-!.?+*=<>&#\\'';\n\t  const SYMBOL_RE = '[' + SYMBOLSTART + '][' + SYMBOLSTART + '0-9/;:]*';\n\t  const keywords = {\n\t    $pattern: SYMBOL_RE,\n\t    built_in:\n\t      // keywords\n\t      '!= % %= & &= * ** **= *= *map '\n\t      + '+ += , --build-class-- --import-- -= . / // //= '\n\t      + '/= < << <<= <= = > >= >> >>= '\n\t      + '@ @= ^ ^= abs accumulate all and any ap-compose '\n\t      + 'ap-dotimes ap-each ap-each-while ap-filter ap-first ap-if ap-last ap-map ap-map-when ap-pipe '\n\t      + 'ap-reduce ap-reject apply as-> ascii assert assoc bin break butlast '\n\t      + 'callable calling-module-name car case cdr chain chr coll? combinations compile '\n\t      + 'compress cond cons cons? continue count curry cut cycle dec '\n\t      + 'def default-method defclass defmacro defmacro-alias defmacro/g! defmain defmethod defmulti defn '\n\t      + 'defn-alias defnc defnr defreader defseq del delattr delete-route dict-comp dir '\n\t      + 'disassemble dispatch-reader-macro distinct divmod do doto drop drop-last drop-while empty? '\n\t      + 'end-sequence eval eval-and-compile eval-when-compile even? every? except exec filter first '\n\t      + 'flatten float? fn fnc fnr for for* format fraction genexpr '\n\t      + 'gensym get getattr global globals group-by hasattr hash hex id '\n\t      + 'identity if if* if-not if-python2 import in inc input instance? '\n\t      + 'integer integer-char? integer? interleave interpose is is-coll is-cons is-empty is-even '\n\t      + 'is-every is-float is-instance is-integer is-integer-char is-iterable is-iterator is-keyword is-neg is-none '\n\t      + 'is-not is-numeric is-odd is-pos is-string is-symbol is-zero isinstance islice issubclass '\n\t      + 'iter iterable? iterate iterator? keyword keyword? lambda last len let '\n\t      + 'lif lif-not list* list-comp locals loop macro-error macroexpand macroexpand-1 macroexpand-all '\n\t      + 'map max merge-with method-decorator min multi-decorator multicombinations name neg? next '\n\t      + 'none? nonlocal not not-in not? nth numeric? oct odd? open '\n\t      + 'or ord partition permutations pos? post-route postwalk pow prewalk print '\n\t      + 'product profile/calls profile/cpu put-route quasiquote quote raise range read read-str '\n\t      + 'recursive-replace reduce remove repeat repeatedly repr require rest round route '\n\t      + 'route-with-methods rwm second seq set-comp setattr setv some sorted string '\n\t      + 'string? sum switch symbol? take take-nth take-while tee try unless '\n\t      + 'unquote unquote-splicing vars walk when while with with* with-decorator with-gensyms '\n\t      + 'xi xor yield yield-from zero? zip zip-longest | |= ~'\n\t  };\n\n\t  const SIMPLE_NUMBER_RE = '[-+]?\\\\d+(\\\\.\\\\d+)?';\n\n\t  const SYMBOL = {\n\t    begin: SYMBOL_RE,\n\t    relevance: 0\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    begin: SIMPLE_NUMBER_RE,\n\t    relevance: 0\n\t  };\n\t  const STRING = hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null });\n\t  const COMMENT = hljs.COMMENT(\n\t    ';',\n\t    '$',\n\t    { relevance: 0 }\n\t  );\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: /\\b([Tt]rue|[Ff]alse|nil|None)\\b/\n\t  };\n\t  const COLLECTION = {\n\t    begin: '[\\\\[\\\\{]',\n\t    end: '[\\\\]\\\\}]',\n\t    relevance: 0\n\t  };\n\t  const HINT = {\n\t    className: 'comment',\n\t    begin: '\\\\^' + SYMBOL_RE\n\t  };\n\t  const HINT_COL = hljs.COMMENT('\\\\^\\\\{', '\\\\}');\n\t  const KEY = {\n\t    className: 'symbol',\n\t    begin: '[:]{1,2}' + SYMBOL_RE\n\t  };\n\t  const LIST = {\n\t    begin: '\\\\(',\n\t    end: '\\\\)'\n\t  };\n\t  const BODY = {\n\t    endsWithParent: true,\n\t    relevance: 0\n\t  };\n\t  const NAME = {\n\t    className: 'name',\n\t    relevance: 0,\n\t    keywords: keywords,\n\t    begin: SYMBOL_RE,\n\t    starts: BODY\n\t  };\n\t  const DEFAULT_CONTAINS = [\n\t    LIST,\n\t    STRING,\n\t    HINT,\n\t    HINT_COL,\n\t    COMMENT,\n\t    KEY,\n\t    COLLECTION,\n\t    NUMBER,\n\t    LITERAL,\n\t    SYMBOL\n\t  ];\n\n\t  LIST.contains = [\n\t    hljs.COMMENT('comment', ''),\n\t    NAME,\n\t    BODY\n\t  ];\n\t  BODY.contains = DEFAULT_CONTAINS;\n\t  COLLECTION.contains = DEFAULT_CONTAINS;\n\n\t  return {\n\t    name: 'Hy',\n\t    aliases: [ 'hylang' ],\n\t    illegal: /\\S/,\n\t    contains: [\n\t      hljs.SHEBANG(),\n\t      LIST,\n\t      STRING,\n\t      HINT,\n\t      HINT_COL,\n\t      COMMENT,\n\t      KEY,\n\t      COLLECTION,\n\t      NUMBER,\n\t      LITERAL\n\t    ]\n\t  };\n\t}\n\n\thy_1 = hy;\n\treturn hy_1;\n}\n\n/*\nLanguage: Inform 7\nAuthor: Bruno Dias <bruno.r.dias@gmail.com>\nDescription: Language definition for Inform 7, a DSL for writing parser interactive fiction.\nWebsite: http://inform7.com\n*/\n\nvar inform7_1;\nvar hasRequiredInform7;\n\nfunction requireInform7 () {\n\tif (hasRequiredInform7) return inform7_1;\n\thasRequiredInform7 = 1;\n\tfunction inform7(hljs) {\n\t  const START_BRACKET = '\\\\[';\n\t  const END_BRACKET = '\\\\]';\n\t  return {\n\t    name: 'Inform 7',\n\t    aliases: [ 'i7' ],\n\t    case_insensitive: true,\n\t    keywords: {\n\t      // Some keywords more or less unique to I7, for relevance.\n\t      keyword:\n\t        // kind:\n\t        'thing room person man woman animal container '\n\t        + 'supporter backdrop door '\n\t        // characteristic:\n\t        + 'scenery open closed locked inside gender '\n\t        // verb:\n\t        + 'is are say understand '\n\t        // misc keyword:\n\t        + 'kind of rule' },\n\t    contains: [\n\t      {\n\t        className: 'string',\n\t        begin: '\"',\n\t        end: '\"',\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'subst',\n\t            begin: START_BRACKET,\n\t            end: END_BRACKET\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'section',\n\t        begin: /^(Volume|Book|Part|Chapter|Section|Table)\\b/,\n\t        end: '$'\n\t      },\n\t      {\n\t        // Rule definition\n\t        // This is here for relevance.\n\t        begin: /^(Check|Carry out|Report|Instead of|To|Rule|When|Before|After)\\b/,\n\t        end: ':',\n\t        contains: [\n\t          {\n\t            // Rule name\n\t            begin: '\\\\(This',\n\t            end: '\\\\)'\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'comment',\n\t        begin: START_BRACKET,\n\t        end: END_BRACKET,\n\t        contains: [ 'self' ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tinform7_1 = inform7;\n\treturn inform7_1;\n}\n\n/*\nLanguage: TOML, also INI\nDescription: TOML aims to be a minimal configuration file format that's easy to read due to obvious semantics.\nContributors: Guillaume Gomez <guillaume1.gomez@gmail.com>\nCategory: common, config\nWebsite: https://github.com/toml-lang/toml\n*/\n\nvar ini_1;\nvar hasRequiredIni;\n\nfunction requireIni () {\n\tif (hasRequiredIni) return ini_1;\n\thasRequiredIni = 1;\n\tfunction ini(hljs) {\n\t  const regex = hljs.regex;\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      { begin: /([+-]+)?[\\d]+_[\\d_]+/ },\n\t      { begin: hljs.NUMBER_RE }\n\t    ]\n\t  };\n\t  const COMMENTS = hljs.COMMENT();\n\t  COMMENTS.variants = [\n\t    {\n\t      begin: /;/,\n\t      end: /$/\n\t    },\n\t    {\n\t      begin: /#/,\n\t      end: /$/\n\t    }\n\t  ];\n\t  const VARIABLES = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: /\\$[\\w\\d\"][\\w\\d_]*/ },\n\t      { begin: /\\$\\{(.*?)\\}/ }\n\t    ]\n\t  };\n\t  const LITERALS = {\n\t    className: 'literal',\n\t    begin: /\\bon|off|true|false|yes|no\\b/\n\t  };\n\t  const STRINGS = {\n\t    className: \"string\",\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    variants: [\n\t      {\n\t        begin: \"'''\",\n\t        end: \"'''\",\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"',\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      },\n\t      {\n\t        begin: \"'\",\n\t        end: \"'\"\n\t      }\n\t    ]\n\t  };\n\t  const ARRAY = {\n\t    begin: /\\[/,\n\t    end: /\\]/,\n\t    contains: [\n\t      COMMENTS,\n\t      LITERALS,\n\t      VARIABLES,\n\t      STRINGS,\n\t      NUMBERS,\n\t      'self'\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const BARE_KEY = /[A-Za-z0-9_-]+/;\n\t  const QUOTED_KEY_DOUBLE_QUOTE = /\"(\\\\\"|[^\"])*\"/;\n\t  const QUOTED_KEY_SINGLE_QUOTE = /'[^']*'/;\n\t  const ANY_KEY = regex.either(\n\t    BARE_KEY, QUOTED_KEY_DOUBLE_QUOTE, QUOTED_KEY_SINGLE_QUOTE\n\t  );\n\t  const DOTTED_KEY = regex.concat(\n\t    ANY_KEY, '(\\\\s*\\\\.\\\\s*', ANY_KEY, ')*',\n\t    regex.lookahead(/\\s*=\\s*[^#\\s]/)\n\t  );\n\n\t  return {\n\t    name: 'TOML, also INI',\n\t    aliases: [ 'toml' ],\n\t    case_insensitive: true,\n\t    illegal: /\\S/,\n\t    contains: [\n\t      COMMENTS,\n\t      {\n\t        className: 'section',\n\t        begin: /\\[+/,\n\t        end: /\\]+/\n\t      },\n\t      {\n\t        begin: DOTTED_KEY,\n\t        className: 'attr',\n\t        starts: {\n\t          end: /$/,\n\t          contains: [\n\t            COMMENTS,\n\t            ARRAY,\n\t            LITERALS,\n\t            VARIABLES,\n\t            STRINGS,\n\t            NUMBERS\n\t          ]\n\t        }\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tini_1 = ini;\n\treturn ini_1;\n}\n\n/*\nLanguage: IRPF90\nAuthor: Anthony Scemama <scemama@irsamc.ups-tlse.fr>\nDescription: IRPF90 is an open-source Fortran code generator\nWebsite: http://irpf90.ups-tlse.fr\nCategory: scientific\n*/\n\nvar irpf90_1;\nvar hasRequiredIrpf90;\n\nfunction requireIrpf90 () {\n\tif (hasRequiredIrpf90) return irpf90_1;\n\thasRequiredIrpf90 = 1;\n\t/** @type LanguageFn */\n\tfunction irpf90(hljs) {\n\t  const regex = hljs.regex;\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\(',\n\t    end: '\\\\)'\n\t  };\n\n\t  // regex in both fortran and irpf90 should match\n\t  const OPTIONAL_NUMBER_SUFFIX = /(_[a-z_\\d]+)?/;\n\t  const OPTIONAL_NUMBER_EXP = /([de][+-]?\\d+)?/;\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: regex.concat(/\\b\\d+/, /\\.(\\d*)/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) },\n\t      { begin: regex.concat(/\\b\\d+/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) },\n\t      { begin: regex.concat(/\\.\\d+/, OPTIONAL_NUMBER_EXP, OPTIONAL_NUMBER_SUFFIX) }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const F_KEYWORDS = {\n\t    literal: '.False. .True.',\n\t    keyword: 'kind do while private call intrinsic where elsewhere '\n\t      + 'type endtype endmodule endselect endinterface end enddo endif if forall endforall only contains default return stop then '\n\t      + 'public subroutine|10 function program .and. .or. .not. .le. .eq. .ge. .gt. .lt. '\n\t      + 'goto save else use module select case '\n\t      + 'access blank direct exist file fmt form formatted iostat name named nextrec number opened rec recl sequential status unformatted unit '\n\t      + 'continue format pause cycle exit '\n\t      + 'c_null_char c_alert c_backspace c_form_feed flush wait decimal round iomsg '\n\t      + 'synchronous nopass non_overridable pass protected volatile abstract extends import '\n\t      + 'non_intrinsic value deferred generic final enumerator class associate bind enum '\n\t      + 'c_int c_short c_long c_long_long c_signed_char c_size_t c_int8_t c_int16_t c_int32_t c_int64_t c_int_least8_t c_int_least16_t '\n\t      + 'c_int_least32_t c_int_least64_t c_int_fast8_t c_int_fast16_t c_int_fast32_t c_int_fast64_t c_intmax_t C_intptr_t c_float c_double '\n\t      + 'c_long_double c_float_complex c_double_complex c_long_double_complex c_bool c_char c_null_ptr c_null_funptr '\n\t      + 'c_new_line c_carriage_return c_horizontal_tab c_vertical_tab iso_c_binding c_loc c_funloc c_associated  c_f_pointer '\n\t      + 'c_ptr c_funptr iso_fortran_env character_storage_size error_unit file_storage_size input_unit iostat_end iostat_eor '\n\t      + 'numeric_storage_size output_unit c_f_procpointer ieee_arithmetic ieee_support_underflow_control '\n\t      + 'ieee_get_underflow_mode ieee_set_underflow_mode newunit contiguous recursive '\n\t      + 'pad position action delim readwrite eor advance nml interface procedure namelist include sequence elemental pure '\n\t      + 'integer real character complex logical dimension allocatable|10 parameter '\n\t      + 'external implicit|10 none double precision assign intent optional pointer '\n\t      + 'target in out common equivalence data '\n\t      // IRPF90 special keywords\n\t      + 'begin_provider &begin_provider end_provider begin_shell end_shell begin_template end_template subst assert touch '\n\t      + 'soft_touch provide no_dep free irp_if irp_else irp_endif irp_write irp_read',\n\t    built_in: 'alog alog10 amax0 amax1 amin0 amin1 amod cabs ccos cexp clog csin csqrt dabs dacos dasin datan datan2 dcos dcosh ddim dexp dint '\n\t      + 'dlog dlog10 dmax1 dmin1 dmod dnint dsign dsin dsinh dsqrt dtan dtanh float iabs idim idint idnint ifix isign max0 max1 min0 min1 sngl '\n\t      + 'algama cdabs cdcos cdexp cdlog cdsin cdsqrt cqabs cqcos cqexp cqlog cqsin cqsqrt dcmplx dconjg derf derfc dfloat dgamma dimag dlgama '\n\t      + 'iqint qabs qacos qasin qatan qatan2 qcmplx qconjg qcos qcosh qdim qerf qerfc qexp qgamma qimag qlgama qlog qlog10 qmax1 qmin1 qmod '\n\t      + 'qnint qsign qsin qsinh qsqrt qtan qtanh abs acos aimag aint anint asin atan atan2 char cmplx conjg cos cosh exp ichar index int log '\n\t      + 'log10 max min nint sign sin sinh sqrt tan tanh print write dim lge lgt lle llt mod nullify allocate deallocate '\n\t      + 'adjustl adjustr all allocated any associated bit_size btest ceiling count cshift date_and_time digits dot_product '\n\t      + 'eoshift epsilon exponent floor fraction huge iand ibclr ibits ibset ieor ior ishft ishftc lbound len_trim matmul '\n\t      + 'maxexponent maxloc maxval merge minexponent minloc minval modulo mvbits nearest pack present product '\n\t      + 'radix random_number random_seed range repeat reshape rrspacing scale scan selected_int_kind selected_real_kind '\n\t      + 'set_exponent shape size spacing spread sum system_clock tiny transpose trim ubound unpack verify achar iachar transfer '\n\t      + 'dble entry dprod cpu_time command_argument_count get_command get_command_argument get_environment_variable is_iostat_end '\n\t      + 'ieee_arithmetic ieee_support_underflow_control ieee_get_underflow_mode ieee_set_underflow_mode '\n\t      + 'is_iostat_eor move_alloc new_line selected_char_kind same_type_as extends_type_of '\n\t      + 'acosh asinh atanh bessel_j0 bessel_j1 bessel_jn bessel_y0 bessel_y1 bessel_yn erf erfc erfc_scaled gamma log_gamma hypot norm2 '\n\t      + 'atomic_define atomic_ref execute_command_line leadz trailz storage_size merge_bits '\n\t      + 'bge bgt ble blt dshiftl dshiftr findloc iall iany iparity image_index lcobound ucobound maskl maskr '\n\t      + 'num_images parity popcnt poppar shifta shiftl shiftr this_image '\n\t      // IRPF90 special built_ins\n\t      + 'IRP_ALIGN irp_here'\n\t  };\n\t  return {\n\t    name: 'IRPF90',\n\t    case_insensitive: true,\n\t    keywords: F_KEYWORDS,\n\t    illegal: /\\/\\*/,\n\t    contains: [\n\t      hljs.inherit(hljs.APOS_STRING_MODE, {\n\t        className: 'string',\n\t        relevance: 0\n\t      }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, {\n\t        className: 'string',\n\t        relevance: 0\n\t      }),\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'subroutine function program',\n\t        illegal: '[${=\\\\n]',\n\t        contains: [\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          PARAMS\n\t        ]\n\t      },\n\t      hljs.COMMENT('!', '$', { relevance: 0 }),\n\t      hljs.COMMENT('begin_doc', 'end_doc', { relevance: 10 }),\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\tirpf90_1 = irpf90;\n\treturn irpf90_1;\n}\n\n/*\nLanguage: ISBL\nAuthor: Dmitriy Tarasov <dimatar@gmail.com>\nDescription: built-in language DIRECTUM\nCategory: enterprise\n*/\n\nvar isbl_1;\nvar hasRequiredIsbl;\n\nfunction requireIsbl () {\n\tif (hasRequiredIsbl) return isbl_1;\n\thasRequiredIsbl = 1;\n\tfunction isbl(hljs) {\n\t  // Определение идентификаторов\n\t  const UNDERSCORE_IDENT_RE = \"[A-Za-zА-Яа-яёЁ_!][A-Za-zА-Яа-яёЁ_0-9]*\";\n\n\t  // Определение имен функций\n\t  const FUNCTION_NAME_IDENT_RE = \"[A-Za-zА-Яа-яёЁ_][A-Za-zА-Яа-яёЁ_0-9]*\";\n\n\t  // keyword : ключевые слова\n\t  const KEYWORD =\n\t    \"and и else иначе endexcept endfinally endforeach конецвсе endif конецесли endwhile конецпока \"\n\t    + \"except exitfor finally foreach все if если in в not не or или try while пока \";\n\n\t  // SYSRES Constants\n\t  const sysres_constants =\n\t    \"SYSRES_CONST_ACCES_RIGHT_TYPE_EDIT \"\n\t    + \"SYSRES_CONST_ACCES_RIGHT_TYPE_FULL \"\n\t    + \"SYSRES_CONST_ACCES_RIGHT_TYPE_VIEW \"\n\t    + \"SYSRES_CONST_ACCESS_MODE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_NO_ACCESS_VIEW \"\n\t    + \"SYSRES_CONST_ACCESS_NO_ACCESS_VIEW_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_ADD_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_ADD_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_CHANGE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_CHANGE_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_DELETE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_DELETE_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_EXECUTE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_EXECUTE_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_NO_ACCESS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_NO_ACCESS_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_RATIFY_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_RATIFY_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_VIEW \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_VIEW_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_VIEW_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_RIGHTS_VIEW_REQUISITE_YES_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_CHANGE \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_CHANGE_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_EXISTS \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_EXISTS_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_FULL \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_FULL_CODE \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_VIEW \"\n\t    + \"SYSRES_CONST_ACCESS_TYPE_VIEW_CODE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ABORT \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ACCEPT \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ACCESS_RIGHTS \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ADD_ATTACHMENT \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CHANGE_CARD \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CHANGE_KIND \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CHANGE_STORAGE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CONTINUE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_COPY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CREATE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_CREATE_VERSION \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_DELETE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_DELETE_ATTACHMENT \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_DELETE_VERSION \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_DISABLE_DELEGATE_ACCESS_RIGHTS \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ENABLE_DELEGATE_ACCESS_RIGHTS \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_CERTIFICATE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_CERTIFICATE_AND_PASSWORD \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_PASSWORD \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_EXPORT_WITH_LOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_EXPORT_WITHOUT_LOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_IMPORT_WITH_UNLOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_IMPORT_WITHOUT_UNLOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_LIFE_CYCLE_STAGE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_LOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_LOCK_FOR_SERVER \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_LOCK_MODIFY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_MARK_AS_READED \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_MARK_AS_UNREADED \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_MODIFY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_MODIFY_CARD \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_MOVE_TO_ARCHIVE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_OFF_ENCRYPTION \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_PASSWORD_CHANGE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_PERFORM \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_RECOVER_FROM_LOCAL_COPY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_RESTART \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_RESTORE_FROM_ARCHIVE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_REVISION \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_SEND_BY_MAIL \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_SIGN \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_START \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_UNLOCK \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_UNLOCK_FROM_SERVER \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_VERSION_STATE \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_VERSION_VISIBILITY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_VIEW \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_VIEW_SHADOW_COPY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_WORKFLOW_DESCRIPTION_MODIFY \"\n\t    + \"SYSRES_CONST_ACTION_TYPE_WRITE_HISTORY \"\n\t    + \"SYSRES_CONST_ACTIVE_VERSION_STATE_PICK_VALUE \"\n\t    + \"SYSRES_CONST_ADD_REFERENCE_MODE_NAME \"\n\t    + \"SYSRES_CONST_ADDITION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ADDITIONAL_PARAMS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ADITIONAL_JOB_END_DATE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_ADITIONAL_JOB_READ_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_ADITIONAL_JOB_START_DATE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_ADITIONAL_JOB_STATE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_ADDING_USER_TO_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_ADDING_USER_TO_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_COMP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_COMP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_USER_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_USER_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_CREATION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_CREATION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_DELETION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_DELETION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_COMP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_COMP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_FROM_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_FROM_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_RESTRICTION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_RESTRICTION_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_PRIVILEGE_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_PRIVILEGE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_RIGHTS_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_RIGHTS_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_IS_MAIN_SERVER_CHANGED_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_IS_MAIN_SERVER_CHANGED_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_IS_PUBLIC_CHANGED_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_IS_PUBLIC_CHANGED_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_RESTRICTION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_RESTRICTION_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_PRIVILEGE_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_PRIVILEGE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_RIGHTS_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_RIGHTS_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_CREATION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_CREATION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_DELETION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_DELETION_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_CATEGORY_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_CATEGORY_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_COMP_TITLE_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_COMP_TITLE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_FULL_NAME_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_FULL_NAME_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_PARENT_GROUP_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_PARENT_GROUP_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_AUTH_TYPE_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_AUTH_TYPE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_LOGIN_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_LOGIN_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_STATUS_ACTION \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_STATUS_ACTION_CODE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_USER_PASSWORD_CHANGE \"\n\t    + \"SYSRES_CONST_ADMINISTRATION_HISTORY_USER_PASSWORD_CHANGE_ACTION \"\n\t    + \"SYSRES_CONST_ALL_ACCEPT_CONDITION_RUS \"\n\t    + \"SYSRES_CONST_ALL_USERS_GROUP \"\n\t    + \"SYSRES_CONST_ALL_USERS_GROUP_NAME \"\n\t    + \"SYSRES_CONST_ALL_USERS_SERVER_GROUP_NAME \"\n\t    + \"SYSRES_CONST_ALLOWED_ACCESS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_ALLOWED_ACCESS_TYPE_NAME \"\n\t    + \"SYSRES_CONST_APP_VIEWER_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_APPROVING_SIGNATURE_NAME \"\n\t    + \"SYSRES_CONST_APPROVING_SIGNATURE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ASSISTANT_SUBSTITUE_TYPE \"\n\t    + \"SYSRES_CONST_ASSISTANT_SUBSTITUE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_COMPONENT_TOKEN \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_DOC \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_EDOC \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_FOLDER \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_JOB \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_REFERENCE \"\n\t    + \"SYSRES_CONST_ATTACH_TYPE_TASK \"\n\t    + \"SYSRES_CONST_AUTH_ENCODED_PASSWORD \"\n\t    + \"SYSRES_CONST_AUTH_ENCODED_PASSWORD_CODE \"\n\t    + \"SYSRES_CONST_AUTH_NOVELL \"\n\t    + \"SYSRES_CONST_AUTH_PASSWORD \"\n\t    + \"SYSRES_CONST_AUTH_PASSWORD_CODE \"\n\t    + \"SYSRES_CONST_AUTH_WINDOWS \"\n\t    + \"SYSRES_CONST_AUTHENTICATING_SIGNATURE_NAME \"\n\t    + \"SYSRES_CONST_AUTHENTICATING_SIGNATURE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_AUTO_ENUM_METHOD_FLAG \"\n\t    + \"SYSRES_CONST_AUTO_NUMERATION_CODE \"\n\t    + \"SYSRES_CONST_AUTO_STRONG_ENUM_METHOD_FLAG \"\n\t    + \"SYSRES_CONST_AUTOTEXT_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_TEXT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_ALL \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_ALL_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_SIGN \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_SIGN_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_WORK \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USAGE_WORK_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USE_ANYWHERE_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USE_ON_SIGNING_CODE \"\n\t    + \"SYSRES_CONST_AUTOTEXT_USE_ON_WORK_CODE \"\n\t    + \"SYSRES_CONST_BEGIN_DATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_BLACK_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_BLUE_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_BTN_PART \"\n\t    + \"SYSRES_CONST_CALCULATED_ROLE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_CALL_TYPE_VARIABLE_BUTTON_VALUE \"\n\t    + \"SYSRES_CONST_CALL_TYPE_VARIABLE_PROGRAM_VALUE \"\n\t    + \"SYSRES_CONST_CANCEL_MESSAGE_FUNCTION_RESULT \"\n\t    + \"SYSRES_CONST_CARD_PART \"\n\t    + \"SYSRES_CONST_CARD_REFERENCE_MODE_NAME \"\n\t    + \"SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_ENCRYPT_VALUE \"\n\t    + \"SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_SIGN_AND_ENCRYPT_VALUE \"\n\t    + \"SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_SIGN_VALUE \"\n\t    + \"SYSRES_CONST_CHECK_PARAM_VALUE_DATE_PARAM_TYPE \"\n\t    + \"SYSRES_CONST_CHECK_PARAM_VALUE_FLOAT_PARAM_TYPE \"\n\t    + \"SYSRES_CONST_CHECK_PARAM_VALUE_INTEGER_PARAM_TYPE \"\n\t    + \"SYSRES_CONST_CHECK_PARAM_VALUE_PICK_PARAM_TYPE \"\n\t    + \"SYSRES_CONST_CHECK_PARAM_VALUE_REEFRENCE_PARAM_TYPE \"\n\t    + \"SYSRES_CONST_CLOSED_RECORD_FLAG_VALUE_FEMININE \"\n\t    + \"SYSRES_CONST_CLOSED_RECORD_FLAG_VALUE_MASCULINE \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_ADMIN \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_DEVELOPER \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_DOCS \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_EDOC_CARDS \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_EXTERNAL_EXECUTABLE \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_OTHER \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_REFERENCE \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_REPORT \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_SCRIPT \"\n\t    + \"SYSRES_CONST_CODE_COMPONENT_TYPE_URL \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_ACCESS \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_COMPONENT \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_DESCRIPTION \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_EXCLUDE_COMPONENT \"\n\t    + \"SYSRES_CONST_CODE_REQUISITE_RECORD \"\n\t    + \"SYSRES_CONST_COMMENT_REQ_CODE \"\n\t    + \"SYSRES_CONST_COMMON_SETTINGS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_COMP_CODE_GRD \"\n\t    + \"SYSRES_CONST_COMPONENT_GROUP_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_ADMIN_COMPONENTS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_DEVELOPER_COMPONENTS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_DOCS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_EDOC_CARDS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_EDOCS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_EXTERNAL_EXECUTABLE \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_OTHER \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_REFERENCE_TYPES \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_REFERENCES \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_REPORTS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_SCRIPTS \"\n\t    + \"SYSRES_CONST_COMPONENT_TYPE_URL \"\n\t    + \"SYSRES_CONST_COMPONENTS_REMOTE_SERVERS_VIEW_CODE \"\n\t    + \"SYSRES_CONST_CONDITION_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_CONST_FIRM_STATUS_COMMON \"\n\t    + \"SYSRES_CONST_CONST_FIRM_STATUS_INDIVIDUAL \"\n\t    + \"SYSRES_CONST_CONST_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_CONST_POSITIVE_VALUE \"\n\t    + \"SYSRES_CONST_CONST_SERVER_STATUS_DONT_REPLICATE \"\n\t    + \"SYSRES_CONST_CONST_SERVER_STATUS_REPLICATE \"\n\t    + \"SYSRES_CONST_CONTENTS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DATA_TYPE_BOOLEAN \"\n\t    + \"SYSRES_CONST_DATA_TYPE_DATE \"\n\t    + \"SYSRES_CONST_DATA_TYPE_FLOAT \"\n\t    + \"SYSRES_CONST_DATA_TYPE_INTEGER \"\n\t    + \"SYSRES_CONST_DATA_TYPE_PICK \"\n\t    + \"SYSRES_CONST_DATA_TYPE_REFERENCE \"\n\t    + \"SYSRES_CONST_DATA_TYPE_STRING \"\n\t    + \"SYSRES_CONST_DATA_TYPE_TEXT \"\n\t    + \"SYSRES_CONST_DATA_TYPE_VARIANT \"\n\t    + \"SYSRES_CONST_DATE_CLOSE_REQ_CODE \"\n\t    + \"SYSRES_CONST_DATE_FORMAT_DATE_ONLY_CHAR \"\n\t    + \"SYSRES_CONST_DATE_OPEN_REQ_CODE \"\n\t    + \"SYSRES_CONST_DATE_REQUISITE \"\n\t    + \"SYSRES_CONST_DATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DATE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_DATE_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_DATE_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_DATETIME_FORMAT_VALUE \"\n\t    + \"SYSRES_CONST_DEA_ACCESS_RIGHTS_ACTION_CODE \"\n\t    + \"SYSRES_CONST_DESCRIPTION_LOCALIZE_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DESCRIPTION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DET1_PART \"\n\t    + \"SYSRES_CONST_DET2_PART \"\n\t    + \"SYSRES_CONST_DET3_PART \"\n\t    + \"SYSRES_CONST_DET4_PART \"\n\t    + \"SYSRES_CONST_DET5_PART \"\n\t    + \"SYSRES_CONST_DET6_PART \"\n\t    + \"SYSRES_CONST_DETAIL_DATASET_KEY_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DETAIL_PICK_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_DETAIL_REQ_CODE \"\n\t    + \"SYSRES_CONST_DO_NOT_USE_ACCESS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_DO_NOT_USE_ACCESS_TYPE_NAME \"\n\t    + \"SYSRES_CONST_DO_NOT_USE_ON_VIEW_ACCESS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_DO_NOT_USE_ON_VIEW_ACCESS_TYPE_NAME \"\n\t    + \"SYSRES_CONST_DOCUMENT_STORAGES_CODE \"\n\t    + \"SYSRES_CONST_DOCUMENT_TEMPLATES_TYPE_NAME \"\n\t    + \"SYSRES_CONST_DOUBLE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITOR_CLOSE_FILE_OBSERV_TYPE_CODE \"\n\t    + \"SYSRES_CONST_EDITOR_CLOSE_PROCESS_OBSERV_TYPE_CODE \"\n\t    + \"SYSRES_CONST_EDITOR_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_APPLICATION_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_CREATE_SEVERAL_PROCESSES_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_EXTENSION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_OBSERVER_BY_PROCESS_TYPE \"\n\t    + \"SYSRES_CONST_EDITORS_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_REPLACE_SPEC_CHARS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_USE_PLUGINS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDITORS_VIEW_DOCUMENT_OPENED_TO_EDIT_CODE \"\n\t    + \"SYSRES_CONST_EDOC_CARD_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_CARD_TYPES_LINK_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_CERTIFICATE_AND_PASSWORD_ENCODE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_CERTIFICATE_ENCODE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_DATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_KIND_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_KINDS_BY_TEMPLATE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_EDOC_MANAGE_ACCESS_CODE \"\n\t    + \"SYSRES_CONST_EDOC_NONE_ENCODE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_NUMBER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_PASSWORD_ENCODE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_READONLY_ACCESS_CODE \"\n\t    + \"SYSRES_CONST_EDOC_SHELL_LIFE_TYPE_VIEW_VALUE \"\n\t    + \"SYSRES_CONST_EDOC_SIZE_RESTRICTION_PRIORITY_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_CHECK_ACCESS_RIGHTS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_COMPUTER_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_DATABASE_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_EDIT_IN_STORAGE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_LOCAL_PATH_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_STORAGE_SHARED_SOURCE_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_TEMPLATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_TYPES_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_VERSION_ACTIVE_STAGE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_VERSION_DESIGN_STAGE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_VERSION_OBSOLETE_STAGE_CODE \"\n\t    + \"SYSRES_CONST_EDOC_WRITE_ACCES_CODE \"\n\t    + \"SYSRES_CONST_EDOCUMENT_CARD_REQUISITES_REFERENCE_CODE_SELECTED_REQUISITE \"\n\t    + \"SYSRES_CONST_ENCODE_CERTIFICATE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_END_DATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_ENUMERATION_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_EXECUTE_ACCESS_RIGHTS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_EXECUTIVE_FILE_STORAGE_TYPE \"\n\t    + \"SYSRES_CONST_EXIST_CONST \"\n\t    + \"SYSRES_CONST_EXIST_VALUE \"\n\t    + \"SYSRES_CONST_EXPORT_LOCK_TYPE_ASK \"\n\t    + \"SYSRES_CONST_EXPORT_LOCK_TYPE_WITH_LOCK \"\n\t    + \"SYSRES_CONST_EXPORT_LOCK_TYPE_WITHOUT_LOCK \"\n\t    + \"SYSRES_CONST_EXPORT_VERSION_TYPE_ASK \"\n\t    + \"SYSRES_CONST_EXPORT_VERSION_TYPE_LAST \"\n\t    + \"SYSRES_CONST_EXPORT_VERSION_TYPE_LAST_ACTIVE \"\n\t    + \"SYSRES_CONST_EXTENSION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_FILTER_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_FILTER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_FILTER_TYPE_COMMON_CODE \"\n\t    + \"SYSRES_CONST_FILTER_TYPE_COMMON_NAME \"\n\t    + \"SYSRES_CONST_FILTER_TYPE_USER_CODE \"\n\t    + \"SYSRES_CONST_FILTER_TYPE_USER_NAME \"\n\t    + \"SYSRES_CONST_FILTER_VALUE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_FLOAT_NUMBER_FORMAT_CHAR \"\n\t    + \"SYSRES_CONST_FLOAT_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_FOLDER_AUTHOR_VALUE \"\n\t    + \"SYSRES_CONST_FOLDER_KIND_ANY_OBJECTS \"\n\t    + \"SYSRES_CONST_FOLDER_KIND_COMPONENTS \"\n\t    + \"SYSRES_CONST_FOLDER_KIND_EDOCS \"\n\t    + \"SYSRES_CONST_FOLDER_KIND_JOBS \"\n\t    + \"SYSRES_CONST_FOLDER_KIND_TASKS \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_COMMON \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_COMPONENT \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_FAVORITES \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_INBOX \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_OUTBOX \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_QUICK_LAUNCH \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_SEARCH \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_SHORTCUTS \"\n\t    + \"SYSRES_CONST_FOLDER_TYPE_USER \"\n\t    + \"SYSRES_CONST_FROM_DICTIONARY_ENUM_METHOD_FLAG \"\n\t    + \"SYSRES_CONST_FULL_SUBSTITUTE_TYPE \"\n\t    + \"SYSRES_CONST_FULL_SUBSTITUTE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_FUNCTION_CANCEL_RESULT \"\n\t    + \"SYSRES_CONST_FUNCTION_CATEGORY_SYSTEM \"\n\t    + \"SYSRES_CONST_FUNCTION_CATEGORY_USER \"\n\t    + \"SYSRES_CONST_FUNCTION_FAILURE_RESULT \"\n\t    + \"SYSRES_CONST_FUNCTION_SAVE_RESULT \"\n\t    + \"SYSRES_CONST_GENERATED_REQUISITE \"\n\t    + \"SYSRES_CONST_GREEN_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_GROUP_ACCOUNT_TYPE_VALUE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_CATEGORY_NORMAL_CODE \"\n\t    + \"SYSRES_CONST_GROUP_CATEGORY_NORMAL_NAME \"\n\t    + \"SYSRES_CONST_GROUP_CATEGORY_SERVICE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_CATEGORY_SERVICE_NAME \"\n\t    + \"SYSRES_CONST_GROUP_COMMON_CATEGORY_FIELD_VALUE \"\n\t    + \"SYSRES_CONST_GROUP_FULL_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_RIGHTS_T_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_SERVER_CODES_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_SERVER_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUP_SERVICE_CATEGORY_FIELD_VALUE \"\n\t    + \"SYSRES_CONST_GROUP_USER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_GROUPS_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_GROUPS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_HIDDEN_MODE_NAME \"\n\t    + \"SYSRES_CONST_HIGH_LVL_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_HISTORY_ACTION_CREATE_CODE \"\n\t    + \"SYSRES_CONST_HISTORY_ACTION_DELETE_CODE \"\n\t    + \"SYSRES_CONST_HISTORY_ACTION_EDIT_CODE \"\n\t    + \"SYSRES_CONST_HOUR_CHAR \"\n\t    + \"SYSRES_CONST_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_IDSPS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_IMAGE_MODE_COLOR \"\n\t    + \"SYSRES_CONST_IMAGE_MODE_GREYSCALE \"\n\t    + \"SYSRES_CONST_IMAGE_MODE_MONOCHROME \"\n\t    + \"SYSRES_CONST_IMPORTANCE_HIGH \"\n\t    + \"SYSRES_CONST_IMPORTANCE_LOW \"\n\t    + \"SYSRES_CONST_IMPORTANCE_NORMAL \"\n\t    + \"SYSRES_CONST_IN_DESIGN_VERSION_STATE_PICK_VALUE \"\n\t    + \"SYSRES_CONST_INCOMING_WORK_RULE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_INT_REQUISITE \"\n\t    + \"SYSRES_CONST_INT_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_INTEGER_NUMBER_FORMAT_CHAR \"\n\t    + \"SYSRES_CONST_INTEGER_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_IS_GENERATED_REQUISITE_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_IS_PUBLIC_ROLE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_IS_REMOTE_USER_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_IS_REMOTE_USER_POSITIVE_VALUE \"\n\t    + \"SYSRES_CONST_IS_STORED_REQUISITE_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_IS_STORED_REQUISITE_STORED_VALUE \"\n\t    + \"SYSRES_CONST_ITALIC_LIFE_CYCLE_STAGE_DRAW_STYLE \"\n\t    + \"SYSRES_CONST_JOB_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_JOB_KIND_CONTROL_JOB \"\n\t    + \"SYSRES_CONST_JOB_KIND_JOB \"\n\t    + \"SYSRES_CONST_JOB_KIND_NOTICE \"\n\t    + \"SYSRES_CONST_JOB_STATE_ABORTED \"\n\t    + \"SYSRES_CONST_JOB_STATE_COMPLETE \"\n\t    + \"SYSRES_CONST_JOB_STATE_WORKING \"\n\t    + \"SYSRES_CONST_KIND_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KIND_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_KINDS_CREATE_SHADOW_COPIES_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_DEFAULT_EDOC_LIFE_STAGE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_ALL_TEPLATES_ALLOWED_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_ALLOW_LIFE_CYCLE_STAGE_CHANGING_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_ALLOW_MULTIPLE_ACTIVE_VERSIONS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_SHARE_ACCES_RIGHTS_BY_DEFAULT_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_TEMPLATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_EDOC_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_KINDS_SIGNERS_REQUISITES_CODE \"\n\t    + \"SYSRES_CONST_KOD_INPUT_TYPE \"\n\t    + \"SYSRES_CONST_LAST_UPDATE_DATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_LIFE_CYCLE_START_STAGE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_LILAC_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_COMPONENT \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_DOCUMENT \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_EDOC \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_FOLDER \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_JOB \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_REFERENCE \"\n\t    + \"SYSRES_CONST_LINK_OBJECT_KIND_TASK \"\n\t    + \"SYSRES_CONST_LINK_REF_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_LIST_REFERENCE_MODE_NAME \"\n\t    + \"SYSRES_CONST_LOCALIZATION_DICTIONARY_MAIN_VIEW_CODE \"\n\t    + \"SYSRES_CONST_MAIN_VIEW_CODE \"\n\t    + \"SYSRES_CONST_MANUAL_ENUM_METHOD_FLAG \"\n\t    + \"SYSRES_CONST_MASTER_COMP_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_MASTER_TABLE_REC_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_MAXIMIZED_MODE_NAME \"\n\t    + \"SYSRES_CONST_ME_VALUE \"\n\t    + \"SYSRES_CONST_MESSAGE_ATTENTION_CAPTION \"\n\t    + \"SYSRES_CONST_MESSAGE_CONFIRMATION_CAPTION \"\n\t    + \"SYSRES_CONST_MESSAGE_ERROR_CAPTION \"\n\t    + \"SYSRES_CONST_MESSAGE_INFORMATION_CAPTION \"\n\t    + \"SYSRES_CONST_MINIMIZED_MODE_NAME \"\n\t    + \"SYSRES_CONST_MINUTE_CHAR \"\n\t    + \"SYSRES_CONST_MODULE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_MONITORING_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_MONTH_FORMAT_VALUE \"\n\t    + \"SYSRES_CONST_NAME_LOCALIZE_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NAME_SINGULAR_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NAMEAN_INPUT_TYPE \"\n\t    + \"SYSRES_CONST_NEGATIVE_PICK_VALUE \"\n\t    + \"SYSRES_CONST_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_NO \"\n\t    + \"SYSRES_CONST_NO_PICK_VALUE \"\n\t    + \"SYSRES_CONST_NO_SIGNATURE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NO_VALUE \"\n\t    + \"SYSRES_CONST_NONE_ACCESS_RIGHTS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_NONOPERATING_RECORD_FLAG_VALUE \"\n\t    + \"SYSRES_CONST_NONOPERATING_RECORD_FLAG_VALUE_MASCULINE \"\n\t    + \"SYSRES_CONST_NORMAL_ACCESS_RIGHTS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_NORMAL_LIFE_CYCLE_STAGE_DRAW_STYLE \"\n\t    + \"SYSRES_CONST_NORMAL_MODE_NAME \"\n\t    + \"SYSRES_CONST_NOT_ALLOWED_ACCESS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_NOT_ALLOWED_ACCESS_TYPE_NAME \"\n\t    + \"SYSRES_CONST_NOTE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NOTICE_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_NUM_REQUISITE \"\n\t    + \"SYSRES_CONST_NUM_STR_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_NUMERATION_AUTO_NOT_STRONG \"\n\t    + \"SYSRES_CONST_NUMERATION_AUTO_STRONG \"\n\t    + \"SYSRES_CONST_NUMERATION_FROM_DICTONARY \"\n\t    + \"SYSRES_CONST_NUMERATION_MANUAL \"\n\t    + \"SYSRES_CONST_NUMERIC_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_NUMREQ_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_OBSOLETE_VERSION_STATE_PICK_VALUE \"\n\t    + \"SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE \"\n\t    + \"SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_CODE \"\n\t    + \"SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_FEMININE \"\n\t    + \"SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_MASCULINE \"\n\t    + \"SYSRES_CONST_OPTIONAL_FORM_COMP_REQCODE_PREFIX \"\n\t    + \"SYSRES_CONST_ORANGE_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_ORIGINALREF_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_OURFIRM_REF_CODE \"\n\t    + \"SYSRES_CONST_OURFIRM_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_OURFIRM_VAR \"\n\t    + \"SYSRES_CONST_OUTGOING_WORK_RULE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_PICK_NEGATIVE_RESULT \"\n\t    + \"SYSRES_CONST_PICK_POSITIVE_RESULT \"\n\t    + \"SYSRES_CONST_PICK_REQUISITE \"\n\t    + \"SYSRES_CONST_PICK_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_PICK_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_PLAN_STATUS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_PLATFORM_VERSION_COMMENT \"\n\t    + \"SYSRES_CONST_PLUGINS_SETTINGS_DESCRIPTION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_POSITIVE_PICK_VALUE \"\n\t    + \"SYSRES_CONST_POWER_TO_CREATE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_POWER_TO_SIGN_ACTION_CODE \"\n\t    + \"SYSRES_CONST_PRIORITY_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_QUALIFIED_TASK_TYPE \"\n\t    + \"SYSRES_CONST_QUALIFIED_TASK_TYPE_CODE \"\n\t    + \"SYSRES_CONST_RECSTAT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_RED_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_REF_ID_T_REF_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REF_REQUISITE \"\n\t    + \"SYSRES_CONST_REF_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_REF_REQUISITES_REFERENCE_CODE_SELECTED_REQUISITE \"\n\t    + \"SYSRES_CONST_REFERENCE_RECORD_HISTORY_CREATE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_REFERENCE_RECORD_HISTORY_DELETE_ACTION_CODE \"\n\t    + \"SYSRES_CONST_REFERENCE_RECORD_HISTORY_MODIFY_ACTION_CODE \"\n\t    + \"SYSRES_CONST_REFERENCE_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_REFERENCE_TYPE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_REFERENCES_ADD_PARAMS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REFERENCES_DISPLAY_REQUISITE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REMOTE_SERVER_STATUS_WORKING \"\n\t    + \"SYSRES_CONST_REMOTE_SERVER_TYPE_MAIN \"\n\t    + \"SYSRES_CONST_REMOTE_SERVER_TYPE_SECONDARY \"\n\t    + \"SYSRES_CONST_REMOTE_USER_FLAG_VALUE_CODE \"\n\t    + \"SYSRES_CONST_REPORT_APP_EDITOR_INTERNAL \"\n\t    + \"SYSRES_CONST_REPORT_BASE_REPORT_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REPORT_BASE_REPORT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REPORT_SCRIPT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REPORT_TEMPLATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REPORT_VIEWER_CODE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REQ_ALLOW_COMPONENT_DEFAULT_VALUE \"\n\t    + \"SYSRES_CONST_REQ_ALLOW_RECORD_DEFAULT_VALUE \"\n\t    + \"SYSRES_CONST_REQ_ALLOW_SERVER_COMPONENT_DEFAULT_VALUE \"\n\t    + \"SYSRES_CONST_REQ_MODE_AVAILABLE_CODE \"\n\t    + \"SYSRES_CONST_REQ_MODE_EDIT_CODE \"\n\t    + \"SYSRES_CONST_REQ_MODE_HIDDEN_CODE \"\n\t    + \"SYSRES_CONST_REQ_MODE_NOT_AVAILABLE_CODE \"\n\t    + \"SYSRES_CONST_REQ_MODE_VIEW_CODE \"\n\t    + \"SYSRES_CONST_REQ_NUMBER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REQ_SECTION_VALUE \"\n\t    + \"SYSRES_CONST_REQ_TYPE_VALUE \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_BY_UNIT \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_DATE_FULL \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_DATE_TIME \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_LEFT \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_RIGHT \"\n\t    + \"SYSRES_CONST_REQUISITE_FORMAT_WITHOUT_UNIT \"\n\t    + \"SYSRES_CONST_REQUISITE_NUMBER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_ACTIONS \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_BUTTON \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_BUTTONS \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_CARD \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE10 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE11 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE12 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE13 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE14 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE15 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE16 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE17 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE18 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE19 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE2 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE20 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE21 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE22 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE23 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE24 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE3 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE4 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE5 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE6 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE7 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE8 \"\n\t    + \"SYSRES_CONST_REQUISITE_SECTION_TABLE9 \"\n\t    + \"SYSRES_CONST_REQUISITES_PSEUDOREFERENCE_REQUISITE_NUMBER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_RIGHT_ALIGNMENT_CODE \"\n\t    + \"SYSRES_CONST_ROLES_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_ROUTE_STEP_AFTER_RUS \"\n\t    + \"SYSRES_CONST_ROUTE_STEP_AND_CONDITION_RUS \"\n\t    + \"SYSRES_CONST_ROUTE_STEP_OR_CONDITION_RUS \"\n\t    + \"SYSRES_CONST_ROUTE_TYPE_COMPLEX \"\n\t    + \"SYSRES_CONST_ROUTE_TYPE_PARALLEL \"\n\t    + \"SYSRES_CONST_ROUTE_TYPE_SERIAL \"\n\t    + \"SYSRES_CONST_SBDATASETDESC_NEGATIVE_VALUE \"\n\t    + \"SYSRES_CONST_SBDATASETDESC_POSITIVE_VALUE \"\n\t    + \"SYSRES_CONST_SBVIEWSDESC_POSITIVE_VALUE \"\n\t    + \"SYSRES_CONST_SCRIPT_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_SEARCH_BY_TEXT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_SEARCHES_COMPONENT_CONTENT \"\n\t    + \"SYSRES_CONST_SEARCHES_CRITERIA_ACTION_NAME \"\n\t    + \"SYSRES_CONST_SEARCHES_EDOC_CONTENT \"\n\t    + \"SYSRES_CONST_SEARCHES_FOLDER_CONTENT \"\n\t    + \"SYSRES_CONST_SEARCHES_JOB_CONTENT \"\n\t    + \"SYSRES_CONST_SEARCHES_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_SEARCHES_TASK_CONTENT \"\n\t    + \"SYSRES_CONST_SECOND_CHAR \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_ACTIONS_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_CARD_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_1_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_2_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_3_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_4_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_5_VALUE \"\n\t    + \"SYSRES_CONST_SECTION_REQUISITE_DETAIL_6_VALUE \"\n\t    + \"SYSRES_CONST_SELECT_REFERENCE_MODE_NAME \"\n\t    + \"SYSRES_CONST_SELECT_TYPE_SELECTABLE \"\n\t    + \"SYSRES_CONST_SELECT_TYPE_SELECTABLE_ONLY_CHILD \"\n\t    + \"SYSRES_CONST_SELECT_TYPE_SELECTABLE_WITH_CHILD \"\n\t    + \"SYSRES_CONST_SELECT_TYPE_UNSLECTABLE \"\n\t    + \"SYSRES_CONST_SERVER_TYPE_MAIN \"\n\t    + \"SYSRES_CONST_SERVICE_USER_CATEGORY_FIELD_VALUE \"\n\t    + \"SYSRES_CONST_SETTINGS_USER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_SIGNATURE_AND_ENCODE_CERTIFICATE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_SIGNATURE_CERTIFICATE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_SINGULAR_TITLE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_SQL_SERVER_AUTHENTIFICATION_FLAG_VALUE_CODE \"\n\t    + \"SYSRES_CONST_SQL_SERVER_ENCODE_AUTHENTIFICATION_FLAG_VALUE_CODE \"\n\t    + \"SYSRES_CONST_STANDART_ROUTE_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_STANDART_ROUTE_REFERENCE_COMMENT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_STANDART_ROUTES_GROUPS_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_STATE_REQ_NAME \"\n\t    + \"SYSRES_CONST_STATE_REQUISITE_ACTIVE_VALUE \"\n\t    + \"SYSRES_CONST_STATE_REQUISITE_CLOSED_VALUE \"\n\t    + \"SYSRES_CONST_STATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_STATIC_ROLE_TYPE_CODE \"\n\t    + \"SYSRES_CONST_STATUS_PLAN_DEFAULT_VALUE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_AUTOCLEANING \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_BLUE_SQUARE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_COMPLETE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_GREEN_SQUARE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_ORANGE_SQUARE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_PURPLE_SQUARE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_RED_SQUARE \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_SUSPEND \"\n\t    + \"SYSRES_CONST_STATUS_VALUE_YELLOW_SQUARE \"\n\t    + \"SYSRES_CONST_STDROUTE_SHOW_TO_USERS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_STORAGE_TYPE_FILE \"\n\t    + \"SYSRES_CONST_STORAGE_TYPE_SQL_SERVER \"\n\t    + \"SYSRES_CONST_STR_REQUISITE \"\n\t    + \"SYSRES_CONST_STRIKEOUT_LIFE_CYCLE_STAGE_DRAW_STYLE \"\n\t    + \"SYSRES_CONST_STRING_FORMAT_LEFT_ALIGN_CHAR \"\n\t    + \"SYSRES_CONST_STRING_FORMAT_RIGHT_ALIGN_CHAR \"\n\t    + \"SYSRES_CONST_STRING_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_STRING_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_STRING_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_SUBSTITUTES_PSEUDOREFERENCE_CODE \"\n\t    + \"SYSRES_CONST_SUBTASK_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_SYSTEM_SETTING_CURRENT_USER_PARAM_VALUE \"\n\t    + \"SYSRES_CONST_SYSTEM_SETTING_EMPTY_VALUE_PARAM_VALUE \"\n\t    + \"SYSRES_CONST_SYSTEM_VERSION_COMMENT \"\n\t    + \"SYSRES_CONST_TASK_ACCESS_TYPE_ALL \"\n\t    + \"SYSRES_CONST_TASK_ACCESS_TYPE_ALL_MEMBERS \"\n\t    + \"SYSRES_CONST_TASK_ACCESS_TYPE_MANUAL \"\n\t    + \"SYSRES_CONST_TASK_ENCODE_TYPE_CERTIFICATION \"\n\t    + \"SYSRES_CONST_TASK_ENCODE_TYPE_CERTIFICATION_AND_PASSWORD \"\n\t    + \"SYSRES_CONST_TASK_ENCODE_TYPE_NONE \"\n\t    + \"SYSRES_CONST_TASK_ENCODE_TYPE_PASSWORD \"\n\t    + \"SYSRES_CONST_TASK_ROUTE_ALL_CONDITION \"\n\t    + \"SYSRES_CONST_TASK_ROUTE_AND_CONDITION \"\n\t    + \"SYSRES_CONST_TASK_ROUTE_OR_CONDITION \"\n\t    + \"SYSRES_CONST_TASK_STATE_ABORTED \"\n\t    + \"SYSRES_CONST_TASK_STATE_COMPLETE \"\n\t    + \"SYSRES_CONST_TASK_STATE_CONTINUED \"\n\t    + \"SYSRES_CONST_TASK_STATE_CONTROL \"\n\t    + \"SYSRES_CONST_TASK_STATE_INIT \"\n\t    + \"SYSRES_CONST_TASK_STATE_WORKING \"\n\t    + \"SYSRES_CONST_TASK_TITLE \"\n\t    + \"SYSRES_CONST_TASK_TYPES_GROUPS_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_TASK_TYPES_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_TEMPLATES_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_TEST_DATE_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_TEST_DEV_DATABASE_NAME \"\n\t    + \"SYSRES_CONST_TEST_DEV_SYSTEM_CODE \"\n\t    + \"SYSRES_CONST_TEST_EDMS_DATABASE_NAME \"\n\t    + \"SYSRES_CONST_TEST_EDMS_MAIN_CODE \"\n\t    + \"SYSRES_CONST_TEST_EDMS_MAIN_DB_NAME \"\n\t    + \"SYSRES_CONST_TEST_EDMS_SECOND_CODE \"\n\t    + \"SYSRES_CONST_TEST_EDMS_SECOND_DB_NAME \"\n\t    + \"SYSRES_CONST_TEST_EDMS_SYSTEM_CODE \"\n\t    + \"SYSRES_CONST_TEST_NUMERIC_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_TEXT_REQUISITE \"\n\t    + \"SYSRES_CONST_TEXT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_TEXT_REQUISITE_TYPE \"\n\t    + \"SYSRES_CONST_TEXT_TYPE_CHAR \"\n\t    + \"SYSRES_CONST_TYPE_CODE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_UNDEFINED_LIFE_CYCLE_STAGE_FONT_COLOR \"\n\t    + \"SYSRES_CONST_UNITS_SECTION_ID_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_UNITS_SECTION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_UNOPERATING_RECORD_FLAG_VALUE_CODE \"\n\t    + \"SYSRES_CONST_UNSTORED_DATA_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_UNSTORED_DATA_REQUISITE_NAME \"\n\t    + \"SYSRES_CONST_USE_ACCESS_TYPE_CODE \"\n\t    + \"SYSRES_CONST_USE_ACCESS_TYPE_NAME \"\n\t    + \"SYSRES_CONST_USER_ACCOUNT_TYPE_VALUE_CODE \"\n\t    + \"SYSRES_CONST_USER_ADDITIONAL_INFORMATION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_AND_GROUP_ID_FROM_PSEUDOREFERENCE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_CATEGORY_NORMAL \"\n\t    + \"SYSRES_CONST_USER_CERTIFICATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_CERTIFICATE_STATE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_CERTIFICATE_SUBJECT_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_CERTIFICATE_THUMBPRINT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_COMMON_CATEGORY \"\n\t    + \"SYSRES_CONST_USER_COMMON_CATEGORY_CODE \"\n\t    + \"SYSRES_CONST_USER_FULL_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_GROUP_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_LOGIN_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_REMOTE_CONTROLLER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_REMOTE_SYSTEM_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_RIGHTS_T_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_SERVER_NAME_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USER_SERVICE_CATEGORY \"\n\t    + \"SYSRES_CONST_USER_SERVICE_CATEGORY_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_ADMINISTRATOR_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_ADMINISTRATOR_NAME \"\n\t    + \"SYSRES_CONST_USER_STATUS_DEVELOPER_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_DEVELOPER_NAME \"\n\t    + \"SYSRES_CONST_USER_STATUS_DISABLED_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_DISABLED_NAME \"\n\t    + \"SYSRES_CONST_USER_STATUS_SYSTEM_DEVELOPER_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_USER_CODE \"\n\t    + \"SYSRES_CONST_USER_STATUS_USER_NAME \"\n\t    + \"SYSRES_CONST_USER_STATUS_USER_NAME_DEPRECATED \"\n\t    + \"SYSRES_CONST_USER_TYPE_FIELD_VALUE_USER \"\n\t    + \"SYSRES_CONST_USER_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_CONTROLLER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_IS_MAIN_SERVER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_USERS_REGISTRATION_CERTIFICATES_ACTION_NAME \"\n\t    + \"SYSRES_CONST_USERS_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_SYSTEM_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_USER_ACCESS_RIGHTS_TYPR_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_USER_AUTHENTICATION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_USER_COMPONENT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_USER_GROUP_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_USERS_VIEW_CERTIFICATES_ACTION_NAME \"\n\t    + \"SYSRES_CONST_VIEW_DEFAULT_CODE \"\n\t    + \"SYSRES_CONST_VIEW_DEFAULT_NAME \"\n\t    + \"SYSRES_CONST_VIEWER_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_WAITING_BLOCK_DESCRIPTION \"\n\t    + \"SYSRES_CONST_WIZARD_FORM_LABEL_TEST_STRING  \"\n\t    + \"SYSRES_CONST_WIZARD_QUERY_PARAM_HEIGHT_ETALON_STRING \"\n\t    + \"SYSRES_CONST_WIZARD_REFERENCE_COMMENT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_WORK_RULES_DESCRIPTION_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_WORK_TIME_CALENDAR_REFERENCE_CODE \"\n\t    + \"SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE \"\n\t    + \"SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE_CODE \"\n\t    + \"SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE_CODE_RUS \"\n\t    + \"SYSRES_CONST_WORK_WORKFLOW_SOFT_ROUTE_TYPE_VALUE_CODE_RUS \"\n\t    + \"SYSRES_CONST_WORKFLOW_ROUTE_TYPR_HARD \"\n\t    + \"SYSRES_CONST_WORKFLOW_ROUTE_TYPR_SOFT \"\n\t    + \"SYSRES_CONST_XML_ENCODING \"\n\t    + \"SYSRES_CONST_XREC_STAT_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_XRECID_FIELD_NAME \"\n\t    + \"SYSRES_CONST_YES \"\n\t    + \"SYSRES_CONST_YES_NO_2_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_YES_NO_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_YES_NO_T_REF_TYPE_REQUISITE_CODE \"\n\t    + \"SYSRES_CONST_YES_PICK_VALUE \"\n\t    + \"SYSRES_CONST_YES_VALUE \";\n\n\t  // Base constant\n\t  const base_constants = \"CR FALSE nil NO_VALUE NULL TAB TRUE YES_VALUE \";\n\n\t  // Base group name\n\t  const base_group_name_constants =\n\t    \"ADMINISTRATORS_GROUP_NAME CUSTOMIZERS_GROUP_NAME DEVELOPERS_GROUP_NAME SERVICE_USERS_GROUP_NAME \";\n\n\t  // Decision block properties\n\t  const decision_block_properties_constants =\n\t    \"DECISION_BLOCK_FIRST_OPERAND_PROPERTY DECISION_BLOCK_NAME_PROPERTY DECISION_BLOCK_OPERATION_PROPERTY \"\n\t    + \"DECISION_BLOCK_RESULT_TYPE_PROPERTY DECISION_BLOCK_SECOND_OPERAND_PROPERTY \";\n\n\t  // File extension\n\t  const file_extension_constants =\n\t    \"ANY_FILE_EXTENTION COMPRESSED_DOCUMENT_EXTENSION EXTENDED_DOCUMENT_EXTENSION \"\n\t    + \"SHORT_COMPRESSED_DOCUMENT_EXTENSION SHORT_EXTENDED_DOCUMENT_EXTENSION \";\n\n\t  // Job block properties\n\t  const job_block_properties_constants =\n\t    \"JOB_BLOCK_ABORT_DEADLINE_PROPERTY \"\n\t    + \"JOB_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"JOB_BLOCK_AFTER_QUERY_PARAMETERS_EVENT \"\n\t    + \"JOB_BLOCK_ATTACHMENT_PROPERTY \"\n\t    + \"JOB_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY \"\n\t    + \"JOB_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY \"\n\t    + \"JOB_BLOCK_BEFORE_QUERY_PARAMETERS_EVENT \"\n\t    + \"JOB_BLOCK_BEFORE_START_EVENT \"\n\t    + \"JOB_BLOCK_CREATED_JOBS_PROPERTY \"\n\t    + \"JOB_BLOCK_DEADLINE_PROPERTY \"\n\t    + \"JOB_BLOCK_EXECUTION_RESULTS_PROPERTY \"\n\t    + \"JOB_BLOCK_IS_PARALLEL_PROPERTY \"\n\t    + \"JOB_BLOCK_IS_RELATIVE_ABORT_DEADLINE_PROPERTY \"\n\t    + \"JOB_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY \"\n\t    + \"JOB_BLOCK_JOB_TEXT_PROPERTY \"\n\t    + \"JOB_BLOCK_NAME_PROPERTY \"\n\t    + \"JOB_BLOCK_NEED_SIGN_ON_PERFORM_PROPERTY \"\n\t    + \"JOB_BLOCK_PERFORMER_PROPERTY \"\n\t    + \"JOB_BLOCK_RELATIVE_ABORT_DEADLINE_TYPE_PROPERTY \"\n\t    + \"JOB_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY \"\n\t    + \"JOB_BLOCK_SUBJECT_PROPERTY \";\n\n\t  // Language code\n\t  const language_code_constants = \"ENGLISH_LANGUAGE_CODE RUSSIAN_LANGUAGE_CODE \";\n\n\t  // Launching external applications\n\t  const launching_external_applications_constants =\n\t    \"smHidden smMaximized smMinimized smNormal wmNo wmYes \";\n\n\t  // Link kind\n\t  const link_kind_constants =\n\t    \"COMPONENT_TOKEN_LINK_KIND \"\n\t    + \"DOCUMENT_LINK_KIND \"\n\t    + \"EDOCUMENT_LINK_KIND \"\n\t    + \"FOLDER_LINK_KIND \"\n\t    + \"JOB_LINK_KIND \"\n\t    + \"REFERENCE_LINK_KIND \"\n\t    + \"TASK_LINK_KIND \";\n\n\t  // Lock type\n\t  const lock_type_constants =\n\t    \"COMPONENT_TOKEN_LOCK_TYPE EDOCUMENT_VERSION_LOCK_TYPE \";\n\n\t  // Monitor block properties\n\t  const monitor_block_properties_constants =\n\t    \"MONITOR_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"MONITOR_BLOCK_BEFORE_START_EVENT \"\n\t    + \"MONITOR_BLOCK_DEADLINE_PROPERTY \"\n\t    + \"MONITOR_BLOCK_INTERVAL_PROPERTY \"\n\t    + \"MONITOR_BLOCK_INTERVAL_TYPE_PROPERTY \"\n\t    + \"MONITOR_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY \"\n\t    + \"MONITOR_BLOCK_NAME_PROPERTY \"\n\t    + \"MONITOR_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY \"\n\t    + \"MONITOR_BLOCK_SEARCH_SCRIPT_PROPERTY \";\n\n\t  // Notice block properties\n\t  const notice_block_properties_constants =\n\t    \"NOTICE_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"NOTICE_BLOCK_ATTACHMENT_PROPERTY \"\n\t    + \"NOTICE_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY \"\n\t    + \"NOTICE_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY \"\n\t    + \"NOTICE_BLOCK_BEFORE_START_EVENT \"\n\t    + \"NOTICE_BLOCK_CREATED_NOTICES_PROPERTY \"\n\t    + \"NOTICE_BLOCK_DEADLINE_PROPERTY \"\n\t    + \"NOTICE_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY \"\n\t    + \"NOTICE_BLOCK_NAME_PROPERTY \"\n\t    + \"NOTICE_BLOCK_NOTICE_TEXT_PROPERTY \"\n\t    + \"NOTICE_BLOCK_PERFORMER_PROPERTY \"\n\t    + \"NOTICE_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY \"\n\t    + \"NOTICE_BLOCK_SUBJECT_PROPERTY \";\n\n\t  // Object events\n\t  const object_events_constants =\n\t    \"dseAfterCancel \"\n\t    + \"dseAfterClose \"\n\t    + \"dseAfterDelete \"\n\t    + \"dseAfterDeleteOutOfTransaction \"\n\t    + \"dseAfterInsert \"\n\t    + \"dseAfterOpen \"\n\t    + \"dseAfterScroll \"\n\t    + \"dseAfterUpdate \"\n\t    + \"dseAfterUpdateOutOfTransaction \"\n\t    + \"dseBeforeCancel \"\n\t    + \"dseBeforeClose \"\n\t    + \"dseBeforeDelete \"\n\t    + \"dseBeforeDetailUpdate \"\n\t    + \"dseBeforeInsert \"\n\t    + \"dseBeforeOpen \"\n\t    + \"dseBeforeUpdate \"\n\t    + \"dseOnAnyRequisiteChange \"\n\t    + \"dseOnCloseRecord \"\n\t    + \"dseOnDeleteError \"\n\t    + \"dseOnOpenRecord \"\n\t    + \"dseOnPrepareUpdate \"\n\t    + \"dseOnUpdateError \"\n\t    + \"dseOnUpdateRatifiedRecord \"\n\t    + \"dseOnValidDelete \"\n\t    + \"dseOnValidUpdate \"\n\t    + \"reOnChange \"\n\t    + \"reOnChangeValues \"\n\t    + \"SELECTION_BEGIN_ROUTE_EVENT \"\n\t    + \"SELECTION_END_ROUTE_EVENT \";\n\n\t  // Object params\n\t  const object_params_constants =\n\t    \"CURRENT_PERIOD_IS_REQUIRED \"\n\t    + \"PREVIOUS_CARD_TYPE_NAME \"\n\t    + \"SHOW_RECORD_PROPERTIES_FORM \";\n\n\t  // Other\n\t  const other_constants =\n\t    \"ACCESS_RIGHTS_SETTING_DIALOG_CODE \"\n\t    + \"ADMINISTRATOR_USER_CODE \"\n\t    + \"ANALYTIC_REPORT_TYPE \"\n\t    + \"asrtHideLocal \"\n\t    + \"asrtHideRemote \"\n\t    + \"CALCULATED_ROLE_TYPE_CODE \"\n\t    + \"COMPONENTS_REFERENCE_DEVELOPER_VIEW_CODE \"\n\t    + \"DCTS_TEST_PROTOCOLS_FOLDER_PATH \"\n\t    + \"E_EDOC_VERSION_ALREADY_APPROVINGLY_SIGNED \"\n\t    + \"E_EDOC_VERSION_ALREADY_APPROVINGLY_SIGNED_BY_USER \"\n\t    + \"E_EDOC_VERSION_ALREDY_SIGNED \"\n\t    + \"E_EDOC_VERSION_ALREDY_SIGNED_BY_USER \"\n\t    + \"EDOC_TYPES_CODE_REQUISITE_FIELD_NAME \"\n\t    + \"EDOCUMENTS_ALIAS_NAME \"\n\t    + \"FILES_FOLDER_PATH \"\n\t    + \"FILTER_OPERANDS_DELIMITER \"\n\t    + \"FILTER_OPERATIONS_DELIMITER \"\n\t    + \"FORMCARD_NAME \"\n\t    + \"FORMLIST_NAME \"\n\t    + \"GET_EXTENDED_DOCUMENT_EXTENSION_CREATION_MODE \"\n\t    + \"GET_EXTENDED_DOCUMENT_EXTENSION_IMPORT_MODE \"\n\t    + \"INTEGRATED_REPORT_TYPE \"\n\t    + \"IS_BUILDER_APPLICATION_ROLE \"\n\t    + \"IS_BUILDER_APPLICATION_ROLE2 \"\n\t    + \"IS_BUILDER_USERS \"\n\t    + \"ISBSYSDEV \"\n\t    + \"LOG_FOLDER_PATH \"\n\t    + \"mbCancel \"\n\t    + \"mbNo \"\n\t    + \"mbNoToAll \"\n\t    + \"mbOK \"\n\t    + \"mbYes \"\n\t    + \"mbYesToAll \"\n\t    + \"MEMORY_DATASET_DESRIPTIONS_FILENAME \"\n\t    + \"mrNo \"\n\t    + \"mrNoToAll \"\n\t    + \"mrYes \"\n\t    + \"mrYesToAll \"\n\t    + \"MULTIPLE_SELECT_DIALOG_CODE \"\n\t    + \"NONOPERATING_RECORD_FLAG_FEMININE \"\n\t    + \"NONOPERATING_RECORD_FLAG_MASCULINE \"\n\t    + \"OPERATING_RECORD_FLAG_FEMININE \"\n\t    + \"OPERATING_RECORD_FLAG_MASCULINE \"\n\t    + \"PROFILING_SETTINGS_COMMON_SETTINGS_CODE_VALUE \"\n\t    + \"PROGRAM_INITIATED_LOOKUP_ACTION \"\n\t    + \"ratDelete \"\n\t    + \"ratEdit \"\n\t    + \"ratInsert \"\n\t    + \"REPORT_TYPE \"\n\t    + \"REQUIRED_PICK_VALUES_VARIABLE \"\n\t    + \"rmCard \"\n\t    + \"rmList \"\n\t    + \"SBRTE_PROGID_DEV \"\n\t    + \"SBRTE_PROGID_RELEASE \"\n\t    + \"STATIC_ROLE_TYPE_CODE \"\n\t    + \"SUPPRESS_EMPTY_TEMPLATE_CREATION \"\n\t    + \"SYSTEM_USER_CODE \"\n\t    + \"UPDATE_DIALOG_DATASET \"\n\t    + \"USED_IN_OBJECT_HINT_PARAM \"\n\t    + \"USER_INITIATED_LOOKUP_ACTION \"\n\t    + \"USER_NAME_FORMAT \"\n\t    + \"USER_SELECTION_RESTRICTIONS \"\n\t    + \"WORKFLOW_TEST_PROTOCOLS_FOLDER_PATH \"\n\t    + \"ELS_SUBTYPE_CONTROL_NAME \"\n\t    + \"ELS_FOLDER_KIND_CONTROL_NAME \"\n\t    + \"REPEAT_PROCESS_CURRENT_OBJECT_EXCEPTION_NAME \";\n\n\t  // Privileges\n\t  const privileges_constants =\n\t    \"PRIVILEGE_COMPONENT_FULL_ACCESS \"\n\t    + \"PRIVILEGE_DEVELOPMENT_EXPORT \"\n\t    + \"PRIVILEGE_DEVELOPMENT_IMPORT \"\n\t    + \"PRIVILEGE_DOCUMENT_DELETE \"\n\t    + \"PRIVILEGE_ESD \"\n\t    + \"PRIVILEGE_FOLDER_DELETE \"\n\t    + \"PRIVILEGE_MANAGE_ACCESS_RIGHTS \"\n\t    + \"PRIVILEGE_MANAGE_REPLICATION \"\n\t    + \"PRIVILEGE_MANAGE_SESSION_SERVER \"\n\t    + \"PRIVILEGE_OBJECT_FULL_ACCESS \"\n\t    + \"PRIVILEGE_OBJECT_VIEW \"\n\t    + \"PRIVILEGE_RESERVE_LICENSE \"\n\t    + \"PRIVILEGE_SYSTEM_CUSTOMIZE \"\n\t    + \"PRIVILEGE_SYSTEM_DEVELOP \"\n\t    + \"PRIVILEGE_SYSTEM_INSTALL \"\n\t    + \"PRIVILEGE_TASK_DELETE \"\n\t    + \"PRIVILEGE_USER_PLUGIN_SETTINGS_CUSTOMIZE \"\n\t    + \"PRIVILEGES_PSEUDOREFERENCE_CODE \";\n\n\t  // Pseudoreference code\n\t  const pseudoreference_code_constants =\n\t    \"ACCESS_TYPES_PSEUDOREFERENCE_CODE \"\n\t    + \"ALL_AVAILABLE_COMPONENTS_PSEUDOREFERENCE_CODE \"\n\t    + \"ALL_AVAILABLE_PRIVILEGES_PSEUDOREFERENCE_CODE \"\n\t    + \"ALL_REPLICATE_COMPONENTS_PSEUDOREFERENCE_CODE \"\n\t    + \"AVAILABLE_DEVELOPERS_COMPONENTS_PSEUDOREFERENCE_CODE \"\n\t    + \"COMPONENTS_PSEUDOREFERENCE_CODE \"\n\t    + \"FILTRATER_SETTINGS_CONFLICTS_PSEUDOREFERENCE_CODE \"\n\t    + \"GROUPS_PSEUDOREFERENCE_CODE \"\n\t    + \"RECEIVE_PROTOCOL_PSEUDOREFERENCE_CODE \"\n\t    + \"REFERENCE_REQUISITE_PSEUDOREFERENCE_CODE \"\n\t    + \"REFERENCE_REQUISITES_PSEUDOREFERENCE_CODE \"\n\t    + \"REFTYPES_PSEUDOREFERENCE_CODE \"\n\t    + \"REPLICATION_SEANCES_DIARY_PSEUDOREFERENCE_CODE \"\n\t    + \"SEND_PROTOCOL_PSEUDOREFERENCE_CODE \"\n\t    + \"SUBSTITUTES_PSEUDOREFERENCE_CODE \"\n\t    + \"SYSTEM_SETTINGS_PSEUDOREFERENCE_CODE \"\n\t    + \"UNITS_PSEUDOREFERENCE_CODE \"\n\t    + \"USERS_PSEUDOREFERENCE_CODE \"\n\t    + \"VIEWERS_PSEUDOREFERENCE_CODE \";\n\n\t  // Requisite ISBCertificateType values\n\t  const requisite_ISBCertificateType_values_constants =\n\t    \"CERTIFICATE_TYPE_ENCRYPT \"\n\t    + \"CERTIFICATE_TYPE_SIGN \"\n\t    + \"CERTIFICATE_TYPE_SIGN_AND_ENCRYPT \";\n\n\t  // Requisite ISBEDocStorageType values\n\t  const requisite_ISBEDocStorageType_values_constants =\n\t    \"STORAGE_TYPE_FILE \"\n\t    + \"STORAGE_TYPE_NAS_CIFS \"\n\t    + \"STORAGE_TYPE_SAPERION \"\n\t    + \"STORAGE_TYPE_SQL_SERVER \";\n\n\t  // Requisite CompType2 values\n\t  const requisite_compType2_values_constants =\n\t    \"COMPTYPE2_REQUISITE_DOCUMENTS_VALUE \"\n\t    + \"COMPTYPE2_REQUISITE_TASKS_VALUE \"\n\t    + \"COMPTYPE2_REQUISITE_FOLDERS_VALUE \"\n\t    + \"COMPTYPE2_REQUISITE_REFERENCES_VALUE \";\n\n\t  // Requisite name\n\t  const requisite_name_constants =\n\t    \"SYSREQ_CODE \"\n\t    + \"SYSREQ_COMPTYPE2 \"\n\t    + \"SYSREQ_CONST_AVAILABLE_FOR_WEB \"\n\t    + \"SYSREQ_CONST_COMMON_CODE \"\n\t    + \"SYSREQ_CONST_COMMON_VALUE \"\n\t    + \"SYSREQ_CONST_FIRM_CODE \"\n\t    + \"SYSREQ_CONST_FIRM_STATUS \"\n\t    + \"SYSREQ_CONST_FIRM_VALUE \"\n\t    + \"SYSREQ_CONST_SERVER_STATUS \"\n\t    + \"SYSREQ_CONTENTS \"\n\t    + \"SYSREQ_DATE_OPEN \"\n\t    + \"SYSREQ_DATE_CLOSE \"\n\t    + \"SYSREQ_DESCRIPTION \"\n\t    + \"SYSREQ_DESCRIPTION_LOCALIZE_ID \"\n\t    + \"SYSREQ_DOUBLE \"\n\t    + \"SYSREQ_EDOC_ACCESS_TYPE \"\n\t    + \"SYSREQ_EDOC_AUTHOR \"\n\t    + \"SYSREQ_EDOC_CREATED \"\n\t    + \"SYSREQ_EDOC_DELEGATE_RIGHTS_REQUISITE_CODE \"\n\t    + \"SYSREQ_EDOC_EDITOR \"\n\t    + \"SYSREQ_EDOC_ENCODE_TYPE \"\n\t    + \"SYSREQ_EDOC_ENCRYPTION_PLUGIN_NAME \"\n\t    + \"SYSREQ_EDOC_ENCRYPTION_PLUGIN_VERSION \"\n\t    + \"SYSREQ_EDOC_EXPORT_DATE \"\n\t    + \"SYSREQ_EDOC_EXPORTER \"\n\t    + \"SYSREQ_EDOC_KIND \"\n\t    + \"SYSREQ_EDOC_LIFE_STAGE_NAME \"\n\t    + \"SYSREQ_EDOC_LOCKED_FOR_SERVER_CODE \"\n\t    + \"SYSREQ_EDOC_MODIFIED \"\n\t    + \"SYSREQ_EDOC_NAME \"\n\t    + \"SYSREQ_EDOC_NOTE \"\n\t    + \"SYSREQ_EDOC_QUALIFIED_ID \"\n\t    + \"SYSREQ_EDOC_SESSION_KEY \"\n\t    + \"SYSREQ_EDOC_SESSION_KEY_ENCRYPTION_PLUGIN_NAME \"\n\t    + \"SYSREQ_EDOC_SESSION_KEY_ENCRYPTION_PLUGIN_VERSION \"\n\t    + \"SYSREQ_EDOC_SIGNATURE_TYPE \"\n\t    + \"SYSREQ_EDOC_SIGNED \"\n\t    + \"SYSREQ_EDOC_STORAGE \"\n\t    + \"SYSREQ_EDOC_STORAGES_ARCHIVE_STORAGE \"\n\t    + \"SYSREQ_EDOC_STORAGES_CHECK_RIGHTS \"\n\t    + \"SYSREQ_EDOC_STORAGES_COMPUTER_NAME \"\n\t    + \"SYSREQ_EDOC_STORAGES_EDIT_IN_STORAGE \"\n\t    + \"SYSREQ_EDOC_STORAGES_EXECUTIVE_STORAGE \"\n\t    + \"SYSREQ_EDOC_STORAGES_FUNCTION \"\n\t    + \"SYSREQ_EDOC_STORAGES_INITIALIZED \"\n\t    + \"SYSREQ_EDOC_STORAGES_LOCAL_PATH \"\n\t    + \"SYSREQ_EDOC_STORAGES_SAPERION_DATABASE_NAME \"\n\t    + \"SYSREQ_EDOC_STORAGES_SEARCH_BY_TEXT \"\n\t    + \"SYSREQ_EDOC_STORAGES_SERVER_NAME \"\n\t    + \"SYSREQ_EDOC_STORAGES_SHARED_SOURCE_NAME \"\n\t    + \"SYSREQ_EDOC_STORAGES_TYPE \"\n\t    + \"SYSREQ_EDOC_TEXT_MODIFIED \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_CODE \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_DESCRIPTION \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_DESCRIPTION_LOCALIZE_ID \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_ON_EXECUTE \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_ON_EXECUTE_EXISTS \"\n\t    + \"SYSREQ_EDOC_TYPE_ACT_SECTION \"\n\t    + \"SYSREQ_EDOC_TYPE_ADD_PARAMS \"\n\t    + \"SYSREQ_EDOC_TYPE_COMMENT \"\n\t    + \"SYSREQ_EDOC_TYPE_EVENT_TEXT \"\n\t    + \"SYSREQ_EDOC_TYPE_NAME_IN_SINGULAR \"\n\t    + \"SYSREQ_EDOC_TYPE_NAME_IN_SINGULAR_LOCALIZE_ID \"\n\t    + \"SYSREQ_EDOC_TYPE_NAME_LOCALIZE_ID \"\n\t    + \"SYSREQ_EDOC_TYPE_NUMERATION_METHOD \"\n\t    + \"SYSREQ_EDOC_TYPE_PSEUDO_REQUISITE_CODE \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_CODE \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_DESCRIPTION \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_DESCRIPTION_LOCALIZE_ID \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_IS_LEADING \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_IS_REQUIRED \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_NUMBER \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_ON_CHANGE \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_ON_CHANGE_EXISTS \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_ON_SELECT \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_ON_SELECT_KIND \"\n\t    + \"SYSREQ_EDOC_TYPE_REQ_SECTION \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_CARD \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_CODE \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_COMMENT \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_IS_MAIN \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_NAME \"\n\t    + \"SYSREQ_EDOC_TYPE_VIEW_NAME_LOCALIZE_ID \"\n\t    + \"SYSREQ_EDOC_VERSION_AUTHOR \"\n\t    + \"SYSREQ_EDOC_VERSION_CRC \"\n\t    + \"SYSREQ_EDOC_VERSION_DATA \"\n\t    + \"SYSREQ_EDOC_VERSION_EDITOR \"\n\t    + \"SYSREQ_EDOC_VERSION_EXPORT_DATE \"\n\t    + \"SYSREQ_EDOC_VERSION_EXPORTER \"\n\t    + \"SYSREQ_EDOC_VERSION_HIDDEN \"\n\t    + \"SYSREQ_EDOC_VERSION_LIFE_STAGE \"\n\t    + \"SYSREQ_EDOC_VERSION_MODIFIED \"\n\t    + \"SYSREQ_EDOC_VERSION_NOTE \"\n\t    + \"SYSREQ_EDOC_VERSION_SIGNATURE_TYPE \"\n\t    + \"SYSREQ_EDOC_VERSION_SIGNED \"\n\t    + \"SYSREQ_EDOC_VERSION_SIZE \"\n\t    + \"SYSREQ_EDOC_VERSION_SOURCE \"\n\t    + \"SYSREQ_EDOC_VERSION_TEXT_MODIFIED \"\n\t    + \"SYSREQ_EDOCKIND_DEFAULT_VERSION_STATE_CODE \"\n\t    + \"SYSREQ_FOLDER_KIND \"\n\t    + \"SYSREQ_FUNC_CATEGORY \"\n\t    + \"SYSREQ_FUNC_COMMENT \"\n\t    + \"SYSREQ_FUNC_GROUP \"\n\t    + \"SYSREQ_FUNC_GROUP_COMMENT \"\n\t    + \"SYSREQ_FUNC_GROUP_NUMBER \"\n\t    + \"SYSREQ_FUNC_HELP \"\n\t    + \"SYSREQ_FUNC_PARAM_DEF_VALUE \"\n\t    + \"SYSREQ_FUNC_PARAM_IDENT \"\n\t    + \"SYSREQ_FUNC_PARAM_NUMBER \"\n\t    + \"SYSREQ_FUNC_PARAM_TYPE \"\n\t    + \"SYSREQ_FUNC_TEXT \"\n\t    + \"SYSREQ_GROUP_CATEGORY \"\n\t    + \"SYSREQ_ID \"\n\t    + \"SYSREQ_LAST_UPDATE \"\n\t    + \"SYSREQ_LEADER_REFERENCE \"\n\t    + \"SYSREQ_LINE_NUMBER \"\n\t    + \"SYSREQ_MAIN_RECORD_ID \"\n\t    + \"SYSREQ_NAME \"\n\t    + \"SYSREQ_NAME_LOCALIZE_ID \"\n\t    + \"SYSREQ_NOTE \"\n\t    + \"SYSREQ_ORIGINAL_RECORD \"\n\t    + \"SYSREQ_OUR_FIRM \"\n\t    + \"SYSREQ_PROFILING_SETTINGS_BATCH_LOGING \"\n\t    + \"SYSREQ_PROFILING_SETTINGS_BATCH_SIZE \"\n\t    + \"SYSREQ_PROFILING_SETTINGS_PROFILING_ENABLED \"\n\t    + \"SYSREQ_PROFILING_SETTINGS_SQL_PROFILING_ENABLED \"\n\t    + \"SYSREQ_PROFILING_SETTINGS_START_LOGGED \"\n\t    + \"SYSREQ_RECORD_STATUS \"\n\t    + \"SYSREQ_REF_REQ_FIELD_NAME \"\n\t    + \"SYSREQ_REF_REQ_FORMAT \"\n\t    + \"SYSREQ_REF_REQ_GENERATED \"\n\t    + \"SYSREQ_REF_REQ_LENGTH \"\n\t    + \"SYSREQ_REF_REQ_PRECISION \"\n\t    + \"SYSREQ_REF_REQ_REFERENCE \"\n\t    + \"SYSREQ_REF_REQ_SECTION \"\n\t    + \"SYSREQ_REF_REQ_STORED \"\n\t    + \"SYSREQ_REF_REQ_TOKENS \"\n\t    + \"SYSREQ_REF_REQ_TYPE \"\n\t    + \"SYSREQ_REF_REQ_VIEW \"\n\t    + \"SYSREQ_REF_TYPE_ACT_CODE \"\n\t    + \"SYSREQ_REF_TYPE_ACT_DESCRIPTION \"\n\t    + \"SYSREQ_REF_TYPE_ACT_DESCRIPTION_LOCALIZE_ID \"\n\t    + \"SYSREQ_REF_TYPE_ACT_ON_EXECUTE \"\n\t    + \"SYSREQ_REF_TYPE_ACT_ON_EXECUTE_EXISTS \"\n\t    + \"SYSREQ_REF_TYPE_ACT_SECTION \"\n\t    + \"SYSREQ_REF_TYPE_ADD_PARAMS \"\n\t    + \"SYSREQ_REF_TYPE_COMMENT \"\n\t    + \"SYSREQ_REF_TYPE_COMMON_SETTINGS \"\n\t    + \"SYSREQ_REF_TYPE_DISPLAY_REQUISITE_NAME \"\n\t    + \"SYSREQ_REF_TYPE_EVENT_TEXT \"\n\t    + \"SYSREQ_REF_TYPE_MAIN_LEADING_REF \"\n\t    + \"SYSREQ_REF_TYPE_NAME_IN_SINGULAR \"\n\t    + \"SYSREQ_REF_TYPE_NAME_IN_SINGULAR_LOCALIZE_ID \"\n\t    + \"SYSREQ_REF_TYPE_NAME_LOCALIZE_ID \"\n\t    + \"SYSREQ_REF_TYPE_NUMERATION_METHOD \"\n\t    + \"SYSREQ_REF_TYPE_REQ_CODE \"\n\t    + \"SYSREQ_REF_TYPE_REQ_DESCRIPTION \"\n\t    + \"SYSREQ_REF_TYPE_REQ_DESCRIPTION_LOCALIZE_ID \"\n\t    + \"SYSREQ_REF_TYPE_REQ_IS_CONTROL \"\n\t    + \"SYSREQ_REF_TYPE_REQ_IS_FILTER \"\n\t    + \"SYSREQ_REF_TYPE_REQ_IS_LEADING \"\n\t    + \"SYSREQ_REF_TYPE_REQ_IS_REQUIRED \"\n\t    + \"SYSREQ_REF_TYPE_REQ_NUMBER \"\n\t    + \"SYSREQ_REF_TYPE_REQ_ON_CHANGE \"\n\t    + \"SYSREQ_REF_TYPE_REQ_ON_CHANGE_EXISTS \"\n\t    + \"SYSREQ_REF_TYPE_REQ_ON_SELECT \"\n\t    + \"SYSREQ_REF_TYPE_REQ_ON_SELECT_KIND \"\n\t    + \"SYSREQ_REF_TYPE_REQ_SECTION \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_CARD \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_CODE \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_COMMENT \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_IS_MAIN \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_NAME \"\n\t    + \"SYSREQ_REF_TYPE_VIEW_NAME_LOCALIZE_ID \"\n\t    + \"SYSREQ_REFERENCE_TYPE_ID \"\n\t    + \"SYSREQ_STATE \"\n\t    + \"SYSREQ_STATЕ \"\n\t    + \"SYSREQ_SYSTEM_SETTINGS_VALUE \"\n\t    + \"SYSREQ_TYPE \"\n\t    + \"SYSREQ_UNIT \"\n\t    + \"SYSREQ_UNIT_ID \"\n\t    + \"SYSREQ_USER_GROUPS_GROUP_FULL_NAME \"\n\t    + \"SYSREQ_USER_GROUPS_GROUP_NAME \"\n\t    + \"SYSREQ_USER_GROUPS_GROUP_SERVER_NAME \"\n\t    + \"SYSREQ_USERS_ACCESS_RIGHTS \"\n\t    + \"SYSREQ_USERS_AUTHENTICATION \"\n\t    + \"SYSREQ_USERS_CATEGORY \"\n\t    + \"SYSREQ_USERS_COMPONENT \"\n\t    + \"SYSREQ_USERS_COMPONENT_USER_IS_PUBLIC \"\n\t    + \"SYSREQ_USERS_DOMAIN \"\n\t    + \"SYSREQ_USERS_FULL_USER_NAME \"\n\t    + \"SYSREQ_USERS_GROUP \"\n\t    + \"SYSREQ_USERS_IS_MAIN_SERVER \"\n\t    + \"SYSREQ_USERS_LOGIN \"\n\t    + \"SYSREQ_USERS_REFERENCE_USER_IS_PUBLIC \"\n\t    + \"SYSREQ_USERS_STATUS \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_INFO \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_PLUGIN_NAME \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_PLUGIN_VERSION \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_STATE \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_SUBJECT_NAME \"\n\t    + \"SYSREQ_USERS_USER_CERTIFICATE_THUMBPRINT \"\n\t    + \"SYSREQ_USERS_USER_DEFAULT_CERTIFICATE \"\n\t    + \"SYSREQ_USERS_USER_DESCRIPTION \"\n\t    + \"SYSREQ_USERS_USER_GLOBAL_NAME \"\n\t    + \"SYSREQ_USERS_USER_LOGIN \"\n\t    + \"SYSREQ_USERS_USER_MAIN_SERVER \"\n\t    + \"SYSREQ_USERS_USER_TYPE \"\n\t    + \"SYSREQ_WORK_RULES_FOLDER_ID \";\n\n\t  // Result\n\t  const result_constants = \"RESULT_VAR_NAME RESULT_VAR_NAME_ENG \";\n\n\t  // Rule identification\n\t  const rule_identification_constants =\n\t    \"AUTO_NUMERATION_RULE_ID \"\n\t    + \"CANT_CHANGE_ID_REQUISITE_RULE_ID \"\n\t    + \"CANT_CHANGE_OURFIRM_REQUISITE_RULE_ID \"\n\t    + \"CHECK_CHANGING_REFERENCE_RECORD_USE_RULE_ID \"\n\t    + \"CHECK_CODE_REQUISITE_RULE_ID \"\n\t    + \"CHECK_DELETING_REFERENCE_RECORD_USE_RULE_ID \"\n\t    + \"CHECK_FILTRATER_CHANGES_RULE_ID \"\n\t    + \"CHECK_RECORD_INTERVAL_RULE_ID \"\n\t    + \"CHECK_REFERENCE_INTERVAL_RULE_ID \"\n\t    + \"CHECK_REQUIRED_DATA_FULLNESS_RULE_ID \"\n\t    + \"CHECK_REQUIRED_REQUISITES_FULLNESS_RULE_ID \"\n\t    + \"MAKE_RECORD_UNRATIFIED_RULE_ID \"\n\t    + \"RESTORE_AUTO_NUMERATION_RULE_ID \"\n\t    + \"SET_FIRM_CONTEXT_FROM_RECORD_RULE_ID \"\n\t    + \"SET_FIRST_RECORD_IN_LIST_FORM_RULE_ID \"\n\t    + \"SET_IDSPS_VALUE_RULE_ID \"\n\t    + \"SET_NEXT_CODE_VALUE_RULE_ID \"\n\t    + \"SET_OURFIRM_BOUNDS_RULE_ID \"\n\t    + \"SET_OURFIRM_REQUISITE_RULE_ID \";\n\n\t  // Script block properties\n\t  const script_block_properties_constants =\n\t    \"SCRIPT_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"SCRIPT_BLOCK_BEFORE_START_EVENT \"\n\t    + \"SCRIPT_BLOCK_EXECUTION_RESULTS_PROPERTY \"\n\t    + \"SCRIPT_BLOCK_NAME_PROPERTY \"\n\t    + \"SCRIPT_BLOCK_SCRIPT_PROPERTY \";\n\n\t  // Subtask block properties\n\t  const subtask_block_properties_constants =\n\t    \"SUBTASK_BLOCK_ABORT_DEADLINE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"SUBTASK_BLOCK_ASSIGN_PARAMS_EVENT \"\n\t    + \"SUBTASK_BLOCK_ATTACHMENTS_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_BEFORE_START_EVENT \"\n\t    + \"SUBTASK_BLOCK_CREATED_TASK_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_CREATION_EVENT \"\n\t    + \"SUBTASK_BLOCK_DEADLINE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_IMPORTANCE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_INITIATOR_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_IS_RELATIVE_ABORT_DEADLINE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_JOBS_TYPE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_NAME_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_PARALLEL_ROUTE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_PERFORMERS_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_RELATIVE_ABORT_DEADLINE_TYPE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_REQUIRE_SIGN_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_STANDARD_ROUTE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_START_EVENT \"\n\t    + \"SUBTASK_BLOCK_STEP_CONTROL_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_SUBJECT_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_TASK_CONTROL_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_TEXT_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_UNLOCK_ATTACHMENTS_ON_STOP_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_USE_STANDARD_ROUTE_PROPERTY \"\n\t    + \"SUBTASK_BLOCK_WAIT_FOR_TASK_COMPLETE_PROPERTY \";\n\n\t  // System component\n\t  const system_component_constants =\n\t    \"SYSCOMP_CONTROL_JOBS \"\n\t    + \"SYSCOMP_FOLDERS \"\n\t    + \"SYSCOMP_JOBS \"\n\t    + \"SYSCOMP_NOTICES \"\n\t    + \"SYSCOMP_TASKS \";\n\n\t  // System dialogs\n\t  const system_dialogs_constants =\n\t    \"SYSDLG_CREATE_EDOCUMENT \"\n\t    + \"SYSDLG_CREATE_EDOCUMENT_VERSION \"\n\t    + \"SYSDLG_CURRENT_PERIOD \"\n\t    + \"SYSDLG_EDIT_FUNCTION_HELP \"\n\t    + \"SYSDLG_EDOCUMENT_KINDS_FOR_TEMPLATE \"\n\t    + \"SYSDLG_EXPORT_MULTIPLE_EDOCUMENTS \"\n\t    + \"SYSDLG_EXPORT_SINGLE_EDOCUMENT \"\n\t    + \"SYSDLG_IMPORT_EDOCUMENT \"\n\t    + \"SYSDLG_MULTIPLE_SELECT \"\n\t    + \"SYSDLG_SETUP_ACCESS_RIGHTS \"\n\t    + \"SYSDLG_SETUP_DEFAULT_RIGHTS \"\n\t    + \"SYSDLG_SETUP_FILTER_CONDITION \"\n\t    + \"SYSDLG_SETUP_SIGN_RIGHTS \"\n\t    + \"SYSDLG_SETUP_TASK_OBSERVERS \"\n\t    + \"SYSDLG_SETUP_TASK_ROUTE \"\n\t    + \"SYSDLG_SETUP_USERS_LIST \"\n\t    + \"SYSDLG_SIGN_EDOCUMENT \"\n\t    + \"SYSDLG_SIGN_MULTIPLE_EDOCUMENTS \";\n\n\t  // System reference names\n\t  const system_reference_names_constants =\n\t    \"SYSREF_ACCESS_RIGHTS_TYPES \"\n\t    + \"SYSREF_ADMINISTRATION_HISTORY \"\n\t    + \"SYSREF_ALL_AVAILABLE_COMPONENTS \"\n\t    + \"SYSREF_ALL_AVAILABLE_PRIVILEGES \"\n\t    + \"SYSREF_ALL_REPLICATING_COMPONENTS \"\n\t    + \"SYSREF_AVAILABLE_DEVELOPERS_COMPONENTS \"\n\t    + \"SYSREF_CALENDAR_EVENTS \"\n\t    + \"SYSREF_COMPONENT_TOKEN_HISTORY \"\n\t    + \"SYSREF_COMPONENT_TOKENS \"\n\t    + \"SYSREF_COMPONENTS \"\n\t    + \"SYSREF_CONSTANTS \"\n\t    + \"SYSREF_DATA_RECEIVE_PROTOCOL \"\n\t    + \"SYSREF_DATA_SEND_PROTOCOL \"\n\t    + \"SYSREF_DIALOGS \"\n\t    + \"SYSREF_DIALOGS_REQUISITES \"\n\t    + \"SYSREF_EDITORS \"\n\t    + \"SYSREF_EDOC_CARDS \"\n\t    + \"SYSREF_EDOC_TYPES \"\n\t    + \"SYSREF_EDOCUMENT_CARD_REQUISITES \"\n\t    + \"SYSREF_EDOCUMENT_CARD_TYPES \"\n\t    + \"SYSREF_EDOCUMENT_CARD_TYPES_REFERENCE \"\n\t    + \"SYSREF_EDOCUMENT_CARDS \"\n\t    + \"SYSREF_EDOCUMENT_HISTORY \"\n\t    + \"SYSREF_EDOCUMENT_KINDS \"\n\t    + \"SYSREF_EDOCUMENT_REQUISITES \"\n\t    + \"SYSREF_EDOCUMENT_SIGNATURES \"\n\t    + \"SYSREF_EDOCUMENT_TEMPLATES \"\n\t    + \"SYSREF_EDOCUMENT_TEXT_STORAGES \"\n\t    + \"SYSREF_EDOCUMENT_VIEWS \"\n\t    + \"SYSREF_FILTERER_SETUP_CONFLICTS \"\n\t    + \"SYSREF_FILTRATER_SETTING_CONFLICTS \"\n\t    + \"SYSREF_FOLDER_HISTORY \"\n\t    + \"SYSREF_FOLDERS \"\n\t    + \"SYSREF_FUNCTION_GROUPS \"\n\t    + \"SYSREF_FUNCTION_PARAMS \"\n\t    + \"SYSREF_FUNCTIONS \"\n\t    + \"SYSREF_JOB_HISTORY \"\n\t    + \"SYSREF_LINKS \"\n\t    + \"SYSREF_LOCALIZATION_DICTIONARY \"\n\t    + \"SYSREF_LOCALIZATION_LANGUAGES \"\n\t    + \"SYSREF_MODULES \"\n\t    + \"SYSREF_PRIVILEGES \"\n\t    + \"SYSREF_RECORD_HISTORY \"\n\t    + \"SYSREF_REFERENCE_REQUISITES \"\n\t    + \"SYSREF_REFERENCE_TYPE_VIEWS \"\n\t    + \"SYSREF_REFERENCE_TYPES \"\n\t    + \"SYSREF_REFERENCES \"\n\t    + \"SYSREF_REFERENCES_REQUISITES \"\n\t    + \"SYSREF_REMOTE_SERVERS \"\n\t    + \"SYSREF_REPLICATION_SESSIONS_LOG \"\n\t    + \"SYSREF_REPLICATION_SESSIONS_PROTOCOL \"\n\t    + \"SYSREF_REPORTS \"\n\t    + \"SYSREF_ROLES \"\n\t    + \"SYSREF_ROUTE_BLOCK_GROUPS \"\n\t    + \"SYSREF_ROUTE_BLOCKS \"\n\t    + \"SYSREF_SCRIPTS \"\n\t    + \"SYSREF_SEARCHES \"\n\t    + \"SYSREF_SERVER_EVENTS \"\n\t    + \"SYSREF_SERVER_EVENTS_HISTORY \"\n\t    + \"SYSREF_STANDARD_ROUTE_GROUPS \"\n\t    + \"SYSREF_STANDARD_ROUTES \"\n\t    + \"SYSREF_STATUSES \"\n\t    + \"SYSREF_SYSTEM_SETTINGS \"\n\t    + \"SYSREF_TASK_HISTORY \"\n\t    + \"SYSREF_TASK_KIND_GROUPS \"\n\t    + \"SYSREF_TASK_KINDS \"\n\t    + \"SYSREF_TASK_RIGHTS \"\n\t    + \"SYSREF_TASK_SIGNATURES \"\n\t    + \"SYSREF_TASKS \"\n\t    + \"SYSREF_UNITS \"\n\t    + \"SYSREF_USER_GROUPS \"\n\t    + \"SYSREF_USER_GROUPS_REFERENCE \"\n\t    + \"SYSREF_USER_SUBSTITUTION \"\n\t    + \"SYSREF_USERS \"\n\t    + \"SYSREF_USERS_REFERENCE \"\n\t    + \"SYSREF_VIEWERS \"\n\t    + \"SYSREF_WORKING_TIME_CALENDARS \";\n\n\t  // Table name\n\t  const table_name_constants =\n\t    \"ACCESS_RIGHTS_TABLE_NAME \"\n\t    + \"EDMS_ACCESS_TABLE_NAME \"\n\t    + \"EDOC_TYPES_TABLE_NAME \";\n\n\t  // Test\n\t  const test_constants =\n\t    \"TEST_DEV_DB_NAME \"\n\t    + \"TEST_DEV_SYSTEM_CODE \"\n\t    + \"TEST_EDMS_DB_NAME \"\n\t    + \"TEST_EDMS_MAIN_CODE \"\n\t    + \"TEST_EDMS_MAIN_DB_NAME \"\n\t    + \"TEST_EDMS_SECOND_CODE \"\n\t    + \"TEST_EDMS_SECOND_DB_NAME \"\n\t    + \"TEST_EDMS_SYSTEM_CODE \"\n\t    + \"TEST_ISB5_MAIN_CODE \"\n\t    + \"TEST_ISB5_SECOND_CODE \"\n\t    + \"TEST_SQL_SERVER_2005_NAME \"\n\t    + \"TEST_SQL_SERVER_NAME \";\n\n\t  // Using the dialog windows\n\t  const using_the_dialog_windows_constants =\n\t    \"ATTENTION_CAPTION \"\n\t    + \"cbsCommandLinks \"\n\t    + \"cbsDefault \"\n\t    + \"CONFIRMATION_CAPTION \"\n\t    + \"ERROR_CAPTION \"\n\t    + \"INFORMATION_CAPTION \"\n\t    + \"mrCancel \"\n\t    + \"mrOk \";\n\n\t  // Using the document\n\t  const using_the_document_constants =\n\t    \"EDOC_VERSION_ACTIVE_STAGE_CODE \"\n\t    + \"EDOC_VERSION_DESIGN_STAGE_CODE \"\n\t    + \"EDOC_VERSION_OBSOLETE_STAGE_CODE \";\n\n\t  // Using the EA and encryption\n\t  const using_the_EA_and_encryption_constants =\n\t    \"cpDataEnciphermentEnabled \"\n\t    + \"cpDigitalSignatureEnabled \"\n\t    + \"cpID \"\n\t    + \"cpIssuer \"\n\t    + \"cpPluginVersion \"\n\t    + \"cpSerial \"\n\t    + \"cpSubjectName \"\n\t    + \"cpSubjSimpleName \"\n\t    + \"cpValidFromDate \"\n\t    + \"cpValidToDate \";\n\n\t  // Using the ISBL-editor\n\t  const using_the_ISBL_editor_constants =\n\t    \"ISBL_SYNTAX \" + \"NO_SYNTAX \" + \"XML_SYNTAX \";\n\n\t  // Wait block properties\n\t  const wait_block_properties_constants =\n\t    \"WAIT_BLOCK_AFTER_FINISH_EVENT \"\n\t    + \"WAIT_BLOCK_BEFORE_START_EVENT \"\n\t    + \"WAIT_BLOCK_DEADLINE_PROPERTY \"\n\t    + \"WAIT_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY \"\n\t    + \"WAIT_BLOCK_NAME_PROPERTY \"\n\t    + \"WAIT_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY \";\n\n\t  // SYSRES Common\n\t  const sysres_common_constants =\n\t    \"SYSRES_COMMON \"\n\t    + \"SYSRES_CONST \"\n\t    + \"SYSRES_MBFUNC \"\n\t    + \"SYSRES_SBDATA \"\n\t    + \"SYSRES_SBGUI \"\n\t    + \"SYSRES_SBINTF \"\n\t    + \"SYSRES_SBREFDSC \"\n\t    + \"SYSRES_SQLERRORS \"\n\t    + \"SYSRES_SYSCOMP \";\n\n\t  // Константы ==> built_in\n\t  const CONSTANTS =\n\t    sysres_constants\n\t    + base_constants\n\t    + base_group_name_constants\n\t    + decision_block_properties_constants\n\t    + file_extension_constants\n\t    + job_block_properties_constants\n\t    + language_code_constants\n\t    + launching_external_applications_constants\n\t    + link_kind_constants\n\t    + lock_type_constants\n\t    + monitor_block_properties_constants\n\t    + notice_block_properties_constants\n\t    + object_events_constants\n\t    + object_params_constants\n\t    + other_constants\n\t    + privileges_constants\n\t    + pseudoreference_code_constants\n\t    + requisite_ISBCertificateType_values_constants\n\t    + requisite_ISBEDocStorageType_values_constants\n\t    + requisite_compType2_values_constants\n\t    + requisite_name_constants\n\t    + result_constants\n\t    + rule_identification_constants\n\t    + script_block_properties_constants\n\t    + subtask_block_properties_constants\n\t    + system_component_constants\n\t    + system_dialogs_constants\n\t    + system_reference_names_constants\n\t    + table_name_constants\n\t    + test_constants\n\t    + using_the_dialog_windows_constants\n\t    + using_the_document_constants\n\t    + using_the_EA_and_encryption_constants\n\t    + using_the_ISBL_editor_constants\n\t    + wait_block_properties_constants\n\t    + sysres_common_constants;\n\n\t  // enum TAccountType\n\t  const TAccountType = \"atUser atGroup atRole \";\n\n\t  // enum TActionEnabledMode\n\t  const TActionEnabledMode =\n\t    \"aemEnabledAlways \"\n\t    + \"aemDisabledAlways \"\n\t    + \"aemEnabledOnBrowse \"\n\t    + \"aemEnabledOnEdit \"\n\t    + \"aemDisabledOnBrowseEmpty \";\n\n\t  // enum TAddPosition\n\t  const TAddPosition = \"apBegin apEnd \";\n\n\t  // enum TAlignment\n\t  const TAlignment = \"alLeft alRight \";\n\n\t  // enum TAreaShowMode\n\t  const TAreaShowMode =\n\t    \"asmNever \"\n\t    + \"asmNoButCustomize \"\n\t    + \"asmAsLastTime \"\n\t    + \"asmYesButCustomize \"\n\t    + \"asmAlways \";\n\n\t  // enum TCertificateInvalidationReason\n\t  const TCertificateInvalidationReason = \"cirCommon cirRevoked \";\n\n\t  // enum TCertificateType\n\t  const TCertificateType = \"ctSignature ctEncode ctSignatureEncode \";\n\n\t  // enum TCheckListBoxItemState\n\t  const TCheckListBoxItemState = \"clbUnchecked clbChecked clbGrayed \";\n\n\t  // enum TCloseOnEsc\n\t  const TCloseOnEsc = \"ceISB ceAlways ceNever \";\n\n\t  // enum TCompType\n\t  const TCompType =\n\t    \"ctDocument \"\n\t    + \"ctReference \"\n\t    + \"ctScript \"\n\t    + \"ctUnknown \"\n\t    + \"ctReport \"\n\t    + \"ctDialog \"\n\t    + \"ctFunction \"\n\t    + \"ctFolder \"\n\t    + \"ctEDocument \"\n\t    + \"ctTask \"\n\t    + \"ctJob \"\n\t    + \"ctNotice \"\n\t    + \"ctControlJob \";\n\n\t  // enum TConditionFormat\n\t  const TConditionFormat = \"cfInternal cfDisplay \";\n\n\t  // enum TConnectionIntent\n\t  const TConnectionIntent = \"ciUnspecified ciWrite ciRead \";\n\n\t  // enum TContentKind\n\t  const TContentKind =\n\t    \"ckFolder \"\n\t    + \"ckEDocument \"\n\t    + \"ckTask \"\n\t    + \"ckJob \"\n\t    + \"ckComponentToken \"\n\t    + \"ckAny \"\n\t    + \"ckReference \"\n\t    + \"ckScript \"\n\t    + \"ckReport \"\n\t    + \"ckDialog \";\n\n\t  // enum TControlType\n\t  const TControlType =\n\t    \"ctISBLEditor \"\n\t    + \"ctBevel \"\n\t    + \"ctButton \"\n\t    + \"ctCheckListBox \"\n\t    + \"ctComboBox \"\n\t    + \"ctComboEdit \"\n\t    + \"ctGrid \"\n\t    + \"ctDBCheckBox \"\n\t    + \"ctDBComboBox \"\n\t    + \"ctDBEdit \"\n\t    + \"ctDBEllipsis \"\n\t    + \"ctDBMemo \"\n\t    + \"ctDBNavigator \"\n\t    + \"ctDBRadioGroup \"\n\t    + \"ctDBStatusLabel \"\n\t    + \"ctEdit \"\n\t    + \"ctGroupBox \"\n\t    + \"ctInplaceHint \"\n\t    + \"ctMemo \"\n\t    + \"ctPanel \"\n\t    + \"ctListBox \"\n\t    + \"ctRadioButton \"\n\t    + \"ctRichEdit \"\n\t    + \"ctTabSheet \"\n\t    + \"ctWebBrowser \"\n\t    + \"ctImage \"\n\t    + \"ctHyperLink \"\n\t    + \"ctLabel \"\n\t    + \"ctDBMultiEllipsis \"\n\t    + \"ctRibbon \"\n\t    + \"ctRichView \"\n\t    + \"ctInnerPanel \"\n\t    + \"ctPanelGroup \"\n\t    + \"ctBitButton \";\n\n\t  // enum TCriterionContentType\n\t  const TCriterionContentType =\n\t    \"cctDate \"\n\t    + \"cctInteger \"\n\t    + \"cctNumeric \"\n\t    + \"cctPick \"\n\t    + \"cctReference \"\n\t    + \"cctString \"\n\t    + \"cctText \";\n\n\t  // enum TCultureType\n\t  const TCultureType = \"cltInternal cltPrimary cltGUI \";\n\n\t  // enum TDataSetEventType\n\t  const TDataSetEventType =\n\t    \"dseBeforeOpen \"\n\t    + \"dseAfterOpen \"\n\t    + \"dseBeforeClose \"\n\t    + \"dseAfterClose \"\n\t    + \"dseOnValidDelete \"\n\t    + \"dseBeforeDelete \"\n\t    + \"dseAfterDelete \"\n\t    + \"dseAfterDeleteOutOfTransaction \"\n\t    + \"dseOnDeleteError \"\n\t    + \"dseBeforeInsert \"\n\t    + \"dseAfterInsert \"\n\t    + \"dseOnValidUpdate \"\n\t    + \"dseBeforeUpdate \"\n\t    + \"dseOnUpdateRatifiedRecord \"\n\t    + \"dseAfterUpdate \"\n\t    + \"dseAfterUpdateOutOfTransaction \"\n\t    + \"dseOnUpdateError \"\n\t    + \"dseAfterScroll \"\n\t    + \"dseOnOpenRecord \"\n\t    + \"dseOnCloseRecord \"\n\t    + \"dseBeforeCancel \"\n\t    + \"dseAfterCancel \"\n\t    + \"dseOnUpdateDeadlockError \"\n\t    + \"dseBeforeDetailUpdate \"\n\t    + \"dseOnPrepareUpdate \"\n\t    + \"dseOnAnyRequisiteChange \";\n\n\t  // enum TDataSetState\n\t  const TDataSetState = \"dssEdit dssInsert dssBrowse dssInActive \";\n\n\t  // enum TDateFormatType\n\t  const TDateFormatType = \"dftDate dftShortDate dftDateTime dftTimeStamp \";\n\n\t  // enum TDateOffsetType\n\t  const TDateOffsetType = \"dotDays dotHours dotMinutes dotSeconds \";\n\n\t  // enum TDateTimeKind\n\t  const TDateTimeKind = \"dtkndLocal dtkndUTC \";\n\n\t  // enum TDeaAccessRights\n\t  const TDeaAccessRights = \"arNone arView arEdit arFull \";\n\n\t  // enum TDocumentDefaultAction\n\t  const TDocumentDefaultAction = \"ddaView ddaEdit \";\n\n\t  // enum TEditMode\n\t  const TEditMode =\n\t    \"emLock \"\n\t    + \"emEdit \"\n\t    + \"emSign \"\n\t    + \"emExportWithLock \"\n\t    + \"emImportWithUnlock \"\n\t    + \"emChangeVersionNote \"\n\t    + \"emOpenForModify \"\n\t    + \"emChangeLifeStage \"\n\t    + \"emDelete \"\n\t    + \"emCreateVersion \"\n\t    + \"emImport \"\n\t    + \"emUnlockExportedWithLock \"\n\t    + \"emStart \"\n\t    + \"emAbort \"\n\t    + \"emReInit \"\n\t    + \"emMarkAsReaded \"\n\t    + \"emMarkAsUnreaded \"\n\t    + \"emPerform \"\n\t    + \"emAccept \"\n\t    + \"emResume \"\n\t    + \"emChangeRights \"\n\t    + \"emEditRoute \"\n\t    + \"emEditObserver \"\n\t    + \"emRecoveryFromLocalCopy \"\n\t    + \"emChangeWorkAccessType \"\n\t    + \"emChangeEncodeTypeToCertificate \"\n\t    + \"emChangeEncodeTypeToPassword \"\n\t    + \"emChangeEncodeTypeToNone \"\n\t    + \"emChangeEncodeTypeToCertificatePassword \"\n\t    + \"emChangeStandardRoute \"\n\t    + \"emGetText \"\n\t    + \"emOpenForView \"\n\t    + \"emMoveToStorage \"\n\t    + \"emCreateObject \"\n\t    + \"emChangeVersionHidden \"\n\t    + \"emDeleteVersion \"\n\t    + \"emChangeLifeCycleStage \"\n\t    + \"emApprovingSign \"\n\t    + \"emExport \"\n\t    + \"emContinue \"\n\t    + \"emLockFromEdit \"\n\t    + \"emUnLockForEdit \"\n\t    + \"emLockForServer \"\n\t    + \"emUnlockFromServer \"\n\t    + \"emDelegateAccessRights \"\n\t    + \"emReEncode \";\n\n\t  // enum TEditorCloseObservType\n\t  const TEditorCloseObservType = \"ecotFile ecotProcess \";\n\n\t  // enum TEdmsApplicationAction\n\t  const TEdmsApplicationAction = \"eaGet eaCopy eaCreate eaCreateStandardRoute \";\n\n\t  // enum TEDocumentLockType\n\t  const TEDocumentLockType = \"edltAll edltNothing edltQuery \";\n\n\t  // enum TEDocumentStepShowMode\n\t  const TEDocumentStepShowMode = \"essmText essmCard \";\n\n\t  // enum TEDocumentStepVersionType\n\t  const TEDocumentStepVersionType = \"esvtLast esvtLastActive esvtSpecified \";\n\n\t  // enum TEDocumentStorageFunction\n\t  const TEDocumentStorageFunction = \"edsfExecutive edsfArchive \";\n\n\t  // enum TEDocumentStorageType\n\t  const TEDocumentStorageType = \"edstSQLServer edstFile \";\n\n\t  // enum TEDocumentVersionSourceType\n\t  const TEDocumentVersionSourceType =\n\t    \"edvstNone edvstEDocumentVersionCopy edvstFile edvstTemplate edvstScannedFile \";\n\n\t  // enum TEDocumentVersionState\n\t  const TEDocumentVersionState = \"vsDefault vsDesign vsActive vsObsolete \";\n\n\t  // enum TEncodeType\n\t  const TEncodeType = \"etNone etCertificate etPassword etCertificatePassword \";\n\n\t  // enum TExceptionCategory\n\t  const TExceptionCategory = \"ecException ecWarning ecInformation \";\n\n\t  // enum TExportedSignaturesType\n\t  const TExportedSignaturesType = \"estAll estApprovingOnly \";\n\n\t  // enum TExportedVersionType\n\t  const TExportedVersionType = \"evtLast evtLastActive evtQuery \";\n\n\t  // enum TFieldDataType\n\t  const TFieldDataType =\n\t    \"fdtString \"\n\t    + \"fdtNumeric \"\n\t    + \"fdtInteger \"\n\t    + \"fdtDate \"\n\t    + \"fdtText \"\n\t    + \"fdtUnknown \"\n\t    + \"fdtWideString \"\n\t    + \"fdtLargeInteger \";\n\n\t  // enum TFolderType\n\t  const TFolderType =\n\t    \"ftInbox \"\n\t    + \"ftOutbox \"\n\t    + \"ftFavorites \"\n\t    + \"ftCommonFolder \"\n\t    + \"ftUserFolder \"\n\t    + \"ftComponents \"\n\t    + \"ftQuickLaunch \"\n\t    + \"ftShortcuts \"\n\t    + \"ftSearch \";\n\n\t  // enum TGridRowHeight\n\t  const TGridRowHeight = \"grhAuto \" + \"grhX1 \" + \"grhX2 \" + \"grhX3 \";\n\n\t  // enum THyperlinkType\n\t  const THyperlinkType = \"hltText \" + \"hltRTF \" + \"hltHTML \";\n\n\t  // enum TImageFileFormat\n\t  const TImageFileFormat =\n\t    \"iffBMP \"\n\t    + \"iffJPEG \"\n\t    + \"iffMultiPageTIFF \"\n\t    + \"iffSinglePageTIFF \"\n\t    + \"iffTIFF \"\n\t    + \"iffPNG \";\n\n\t  // enum TImageMode\n\t  const TImageMode = \"im8bGrayscale \" + \"im24bRGB \" + \"im1bMonochrome \";\n\n\t  // enum TImageType\n\t  const TImageType = \"itBMP \" + \"itJPEG \" + \"itWMF \" + \"itPNG \";\n\n\t  // enum TInplaceHintKind\n\t  const TInplaceHintKind =\n\t    \"ikhInformation \" + \"ikhWarning \" + \"ikhError \" + \"ikhNoIcon \";\n\n\t  // enum TISBLContext\n\t  const TISBLContext =\n\t    \"icUnknown \"\n\t    + \"icScript \"\n\t    + \"icFunction \"\n\t    + \"icIntegratedReport \"\n\t    + \"icAnalyticReport \"\n\t    + \"icDataSetEventHandler \"\n\t    + \"icActionHandler \"\n\t    + \"icFormEventHandler \"\n\t    + \"icLookUpEventHandler \"\n\t    + \"icRequisiteChangeEventHandler \"\n\t    + \"icBeforeSearchEventHandler \"\n\t    + \"icRoleCalculation \"\n\t    + \"icSelectRouteEventHandler \"\n\t    + \"icBlockPropertyCalculation \"\n\t    + \"icBlockQueryParamsEventHandler \"\n\t    + \"icChangeSearchResultEventHandler \"\n\t    + \"icBlockEventHandler \"\n\t    + \"icSubTaskInitEventHandler \"\n\t    + \"icEDocDataSetEventHandler \"\n\t    + \"icEDocLookUpEventHandler \"\n\t    + \"icEDocActionHandler \"\n\t    + \"icEDocFormEventHandler \"\n\t    + \"icEDocRequisiteChangeEventHandler \"\n\t    + \"icStructuredConversionRule \"\n\t    + \"icStructuredConversionEventBefore \"\n\t    + \"icStructuredConversionEventAfter \"\n\t    + \"icWizardEventHandler \"\n\t    + \"icWizardFinishEventHandler \"\n\t    + \"icWizardStepEventHandler \"\n\t    + \"icWizardStepFinishEventHandler \"\n\t    + \"icWizardActionEnableEventHandler \"\n\t    + \"icWizardActionExecuteEventHandler \"\n\t    + \"icCreateJobsHandler \"\n\t    + \"icCreateNoticesHandler \"\n\t    + \"icBeforeLookUpEventHandler \"\n\t    + \"icAfterLookUpEventHandler \"\n\t    + \"icTaskAbortEventHandler \"\n\t    + \"icWorkflowBlockActionHandler \"\n\t    + \"icDialogDataSetEventHandler \"\n\t    + \"icDialogActionHandler \"\n\t    + \"icDialogLookUpEventHandler \"\n\t    + \"icDialogRequisiteChangeEventHandler \"\n\t    + \"icDialogFormEventHandler \"\n\t    + \"icDialogValidCloseEventHandler \"\n\t    + \"icBlockFormEventHandler \"\n\t    + \"icTaskFormEventHandler \"\n\t    + \"icReferenceMethod \"\n\t    + \"icEDocMethod \"\n\t    + \"icDialogMethod \"\n\t    + \"icProcessMessageHandler \";\n\n\t  // enum TItemShow\n\t  const TItemShow = \"isShow \" + \"isHide \" + \"isByUserSettings \";\n\n\t  // enum TJobKind\n\t  const TJobKind = \"jkJob \" + \"jkNotice \" + \"jkControlJob \";\n\n\t  // enum TJoinType\n\t  const TJoinType = \"jtInner \" + \"jtLeft \" + \"jtRight \" + \"jtFull \" + \"jtCross \";\n\n\t  // enum TLabelPos\n\t  const TLabelPos = \"lbpAbove \" + \"lbpBelow \" + \"lbpLeft \" + \"lbpRight \";\n\n\t  // enum TLicensingType\n\t  const TLicensingType = \"eltPerConnection \" + \"eltPerUser \";\n\n\t  // enum TLifeCycleStageFontColor\n\t  const TLifeCycleStageFontColor =\n\t    \"sfcUndefined \"\n\t    + \"sfcBlack \"\n\t    + \"sfcGreen \"\n\t    + \"sfcRed \"\n\t    + \"sfcBlue \"\n\t    + \"sfcOrange \"\n\t    + \"sfcLilac \";\n\n\t  // enum TLifeCycleStageFontStyle\n\t  const TLifeCycleStageFontStyle = \"sfsItalic \" + \"sfsStrikeout \" + \"sfsNormal \";\n\n\t  // enum TLockableDevelopmentComponentType\n\t  const TLockableDevelopmentComponentType =\n\t    \"ldctStandardRoute \"\n\t    + \"ldctWizard \"\n\t    + \"ldctScript \"\n\t    + \"ldctFunction \"\n\t    + \"ldctRouteBlock \"\n\t    + \"ldctIntegratedReport \"\n\t    + \"ldctAnalyticReport \"\n\t    + \"ldctReferenceType \"\n\t    + \"ldctEDocumentType \"\n\t    + \"ldctDialog \"\n\t    + \"ldctServerEvents \";\n\n\t  // enum TMaxRecordCountRestrictionType\n\t  const TMaxRecordCountRestrictionType =\n\t    \"mrcrtNone \" + \"mrcrtUser \" + \"mrcrtMaximal \" + \"mrcrtCustom \";\n\n\t  // enum TRangeValueType\n\t  const TRangeValueType =\n\t    \"vtEqual \" + \"vtGreaterOrEqual \" + \"vtLessOrEqual \" + \"vtRange \";\n\n\t  // enum TRelativeDate\n\t  const TRelativeDate =\n\t    \"rdYesterday \"\n\t    + \"rdToday \"\n\t    + \"rdTomorrow \"\n\t    + \"rdThisWeek \"\n\t    + \"rdThisMonth \"\n\t    + \"rdThisYear \"\n\t    + \"rdNextMonth \"\n\t    + \"rdNextWeek \"\n\t    + \"rdLastWeek \"\n\t    + \"rdLastMonth \";\n\n\t  // enum TReportDestination\n\t  const TReportDestination = \"rdWindow \" + \"rdFile \" + \"rdPrinter \";\n\n\t  // enum TReqDataType\n\t  const TReqDataType =\n\t    \"rdtString \"\n\t    + \"rdtNumeric \"\n\t    + \"rdtInteger \"\n\t    + \"rdtDate \"\n\t    + \"rdtReference \"\n\t    + \"rdtAccount \"\n\t    + \"rdtText \"\n\t    + \"rdtPick \"\n\t    + \"rdtUnknown \"\n\t    + \"rdtLargeInteger \"\n\t    + \"rdtDocument \";\n\n\t  // enum TRequisiteEventType\n\t  const TRequisiteEventType = \"reOnChange \" + \"reOnChangeValues \";\n\n\t  // enum TSBTimeType\n\t  const TSBTimeType = \"ttGlobal \" + \"ttLocal \" + \"ttUser \" + \"ttSystem \";\n\n\t  // enum TSearchShowMode\n\t  const TSearchShowMode =\n\t    \"ssmBrowse \" + \"ssmSelect \" + \"ssmMultiSelect \" + \"ssmBrowseModal \";\n\n\t  // enum TSelectMode\n\t  const TSelectMode = \"smSelect \" + \"smLike \" + \"smCard \";\n\n\t  // enum TSignatureType\n\t  const TSignatureType = \"stNone \" + \"stAuthenticating \" + \"stApproving \";\n\n\t  // enum TSignerContentType\n\t  const TSignerContentType = \"sctString \" + \"sctStream \";\n\n\t  // enum TStringsSortType\n\t  const TStringsSortType = \"sstAnsiSort \" + \"sstNaturalSort \";\n\n\t  // enum TStringValueType\n\t  const TStringValueType = \"svtEqual \" + \"svtContain \";\n\n\t  // enum TStructuredObjectAttributeType\n\t  const TStructuredObjectAttributeType =\n\t    \"soatString \"\n\t    + \"soatNumeric \"\n\t    + \"soatInteger \"\n\t    + \"soatDatetime \"\n\t    + \"soatReferenceRecord \"\n\t    + \"soatText \"\n\t    + \"soatPick \"\n\t    + \"soatBoolean \"\n\t    + \"soatEDocument \"\n\t    + \"soatAccount \"\n\t    + \"soatIntegerCollection \"\n\t    + \"soatNumericCollection \"\n\t    + \"soatStringCollection \"\n\t    + \"soatPickCollection \"\n\t    + \"soatDatetimeCollection \"\n\t    + \"soatBooleanCollection \"\n\t    + \"soatReferenceRecordCollection \"\n\t    + \"soatEDocumentCollection \"\n\t    + \"soatAccountCollection \"\n\t    + \"soatContents \"\n\t    + \"soatUnknown \";\n\n\t  // enum TTaskAbortReason\n\t  const TTaskAbortReason = \"tarAbortByUser \" + \"tarAbortByWorkflowException \";\n\n\t  // enum TTextValueType\n\t  const TTextValueType = \"tvtAllWords \" + \"tvtExactPhrase \" + \"tvtAnyWord \";\n\n\t  // enum TUserObjectStatus\n\t  const TUserObjectStatus =\n\t    \"usNone \"\n\t    + \"usCompleted \"\n\t    + \"usRedSquare \"\n\t    + \"usBlueSquare \"\n\t    + \"usYellowSquare \"\n\t    + \"usGreenSquare \"\n\t    + \"usOrangeSquare \"\n\t    + \"usPurpleSquare \"\n\t    + \"usFollowUp \";\n\n\t  // enum TUserType\n\t  const TUserType =\n\t    \"utUnknown \"\n\t    + \"utUser \"\n\t    + \"utDeveloper \"\n\t    + \"utAdministrator \"\n\t    + \"utSystemDeveloper \"\n\t    + \"utDisconnected \";\n\n\t  // enum TValuesBuildType\n\t  const TValuesBuildType =\n\t    \"btAnd \" + \"btDetailAnd \" + \"btOr \" + \"btNotOr \" + \"btOnly \";\n\n\t  // enum TViewMode\n\t  const TViewMode = \"vmView \" + \"vmSelect \" + \"vmNavigation \";\n\n\t  // enum TViewSelectionMode\n\t  const TViewSelectionMode =\n\t    \"vsmSingle \" + \"vsmMultiple \" + \"vsmMultipleCheck \" + \"vsmNoSelection \";\n\n\t  // enum TWizardActionType\n\t  const TWizardActionType =\n\t    \"wfatPrevious \" + \"wfatNext \" + \"wfatCancel \" + \"wfatFinish \";\n\n\t  // enum TWizardFormElementProperty\n\t  const TWizardFormElementProperty =\n\t    \"wfepUndefined \"\n\t    + \"wfepText3 \"\n\t    + \"wfepText6 \"\n\t    + \"wfepText9 \"\n\t    + \"wfepSpinEdit \"\n\t    + \"wfepDropDown \"\n\t    + \"wfepRadioGroup \"\n\t    + \"wfepFlag \"\n\t    + \"wfepText12 \"\n\t    + \"wfepText15 \"\n\t    + \"wfepText18 \"\n\t    + \"wfepText21 \"\n\t    + \"wfepText24 \"\n\t    + \"wfepText27 \"\n\t    + \"wfepText30 \"\n\t    + \"wfepRadioGroupColumn1 \"\n\t    + \"wfepRadioGroupColumn2 \"\n\t    + \"wfepRadioGroupColumn3 \";\n\n\t  // enum TWizardFormElementType\n\t  const TWizardFormElementType =\n\t    \"wfetQueryParameter \" + \"wfetText \" + \"wfetDelimiter \" + \"wfetLabel \";\n\n\t  // enum TWizardParamType\n\t  const TWizardParamType =\n\t    \"wptString \"\n\t    + \"wptInteger \"\n\t    + \"wptNumeric \"\n\t    + \"wptBoolean \"\n\t    + \"wptDateTime \"\n\t    + \"wptPick \"\n\t    + \"wptText \"\n\t    + \"wptUser \"\n\t    + \"wptUserList \"\n\t    + \"wptEDocumentInfo \"\n\t    + \"wptEDocumentInfoList \"\n\t    + \"wptReferenceRecordInfo \"\n\t    + \"wptReferenceRecordInfoList \"\n\t    + \"wptFolderInfo \"\n\t    + \"wptTaskInfo \"\n\t    + \"wptContents \"\n\t    + \"wptFileName \"\n\t    + \"wptDate \";\n\n\t  // enum TWizardStepResult\n\t  const TWizardStepResult =\n\t    \"wsrComplete \"\n\t    + \"wsrGoNext \"\n\t    + \"wsrGoPrevious \"\n\t    + \"wsrCustom \"\n\t    + \"wsrCancel \"\n\t    + \"wsrGoFinal \";\n\n\t  // enum TWizardStepType\n\t  const TWizardStepType =\n\t    \"wstForm \"\n\t    + \"wstEDocument \"\n\t    + \"wstTaskCard \"\n\t    + \"wstReferenceRecordCard \"\n\t    + \"wstFinal \";\n\n\t  // enum TWorkAccessType\n\t  const TWorkAccessType = \"waAll \" + \"waPerformers \" + \"waManual \";\n\n\t  // enum TWorkflowBlockType\n\t  const TWorkflowBlockType =\n\t    \"wsbStart \"\n\t    + \"wsbFinish \"\n\t    + \"wsbNotice \"\n\t    + \"wsbStep \"\n\t    + \"wsbDecision \"\n\t    + \"wsbWait \"\n\t    + \"wsbMonitor \"\n\t    + \"wsbScript \"\n\t    + \"wsbConnector \"\n\t    + \"wsbSubTask \"\n\t    + \"wsbLifeCycleStage \"\n\t    + \"wsbPause \";\n\n\t  // enum TWorkflowDataType\n\t  const TWorkflowDataType =\n\t    \"wdtInteger \"\n\t    + \"wdtFloat \"\n\t    + \"wdtString \"\n\t    + \"wdtPick \"\n\t    + \"wdtDateTime \"\n\t    + \"wdtBoolean \"\n\t    + \"wdtTask \"\n\t    + \"wdtJob \"\n\t    + \"wdtFolder \"\n\t    + \"wdtEDocument \"\n\t    + \"wdtReferenceRecord \"\n\t    + \"wdtUser \"\n\t    + \"wdtGroup \"\n\t    + \"wdtRole \"\n\t    + \"wdtIntegerCollection \"\n\t    + \"wdtFloatCollection \"\n\t    + \"wdtStringCollection \"\n\t    + \"wdtPickCollection \"\n\t    + \"wdtDateTimeCollection \"\n\t    + \"wdtBooleanCollection \"\n\t    + \"wdtTaskCollection \"\n\t    + \"wdtJobCollection \"\n\t    + \"wdtFolderCollection \"\n\t    + \"wdtEDocumentCollection \"\n\t    + \"wdtReferenceRecordCollection \"\n\t    + \"wdtUserCollection \"\n\t    + \"wdtGroupCollection \"\n\t    + \"wdtRoleCollection \"\n\t    + \"wdtContents \"\n\t    + \"wdtUserList \"\n\t    + \"wdtSearchDescription \"\n\t    + \"wdtDeadLine \"\n\t    + \"wdtPickSet \"\n\t    + \"wdtAccountCollection \";\n\n\t  // enum TWorkImportance\n\t  const TWorkImportance = \"wiLow \" + \"wiNormal \" + \"wiHigh \";\n\n\t  // enum TWorkRouteType\n\t  const TWorkRouteType = \"wrtSoft \" + \"wrtHard \";\n\n\t  // enum TWorkState\n\t  const TWorkState =\n\t    \"wsInit \"\n\t    + \"wsRunning \"\n\t    + \"wsDone \"\n\t    + \"wsControlled \"\n\t    + \"wsAborted \"\n\t    + \"wsContinued \";\n\n\t  // enum TWorkTextBuildingMode\n\t  const TWorkTextBuildingMode =\n\t    \"wtmFull \" + \"wtmFromCurrent \" + \"wtmOnlyCurrent \";\n\n\t  // Перечисления\n\t  const ENUMS =\n\t    TAccountType\n\t    + TActionEnabledMode\n\t    + TAddPosition\n\t    + TAlignment\n\t    + TAreaShowMode\n\t    + TCertificateInvalidationReason\n\t    + TCertificateType\n\t    + TCheckListBoxItemState\n\t    + TCloseOnEsc\n\t    + TCompType\n\t    + TConditionFormat\n\t    + TConnectionIntent\n\t    + TContentKind\n\t    + TControlType\n\t    + TCriterionContentType\n\t    + TCultureType\n\t    + TDataSetEventType\n\t    + TDataSetState\n\t    + TDateFormatType\n\t    + TDateOffsetType\n\t    + TDateTimeKind\n\t    + TDeaAccessRights\n\t    + TDocumentDefaultAction\n\t    + TEditMode\n\t    + TEditorCloseObservType\n\t    + TEdmsApplicationAction\n\t    + TEDocumentLockType\n\t    + TEDocumentStepShowMode\n\t    + TEDocumentStepVersionType\n\t    + TEDocumentStorageFunction\n\t    + TEDocumentStorageType\n\t    + TEDocumentVersionSourceType\n\t    + TEDocumentVersionState\n\t    + TEncodeType\n\t    + TExceptionCategory\n\t    + TExportedSignaturesType\n\t    + TExportedVersionType\n\t    + TFieldDataType\n\t    + TFolderType\n\t    + TGridRowHeight\n\t    + THyperlinkType\n\t    + TImageFileFormat\n\t    + TImageMode\n\t    + TImageType\n\t    + TInplaceHintKind\n\t    + TISBLContext\n\t    + TItemShow\n\t    + TJobKind\n\t    + TJoinType\n\t    + TLabelPos\n\t    + TLicensingType\n\t    + TLifeCycleStageFontColor\n\t    + TLifeCycleStageFontStyle\n\t    + TLockableDevelopmentComponentType\n\t    + TMaxRecordCountRestrictionType\n\t    + TRangeValueType\n\t    + TRelativeDate\n\t    + TReportDestination\n\t    + TReqDataType\n\t    + TRequisiteEventType\n\t    + TSBTimeType\n\t    + TSearchShowMode\n\t    + TSelectMode\n\t    + TSignatureType\n\t    + TSignerContentType\n\t    + TStringsSortType\n\t    + TStringValueType\n\t    + TStructuredObjectAttributeType\n\t    + TTaskAbortReason\n\t    + TTextValueType\n\t    + TUserObjectStatus\n\t    + TUserType\n\t    + TValuesBuildType\n\t    + TViewMode\n\t    + TViewSelectionMode\n\t    + TWizardActionType\n\t    + TWizardFormElementProperty\n\t    + TWizardFormElementType\n\t    + TWizardParamType\n\t    + TWizardStepResult\n\t    + TWizardStepType\n\t    + TWorkAccessType\n\t    + TWorkflowBlockType\n\t    + TWorkflowDataType\n\t    + TWorkImportance\n\t    + TWorkRouteType\n\t    + TWorkState\n\t    + TWorkTextBuildingMode;\n\n\t  // Системные функции ==> SYSFUNCTIONS\n\t  const system_functions =\n\t    \"AddSubString \"\n\t    + \"AdjustLineBreaks \"\n\t    + \"AmountInWords \"\n\t    + \"Analysis \"\n\t    + \"ArrayDimCount \"\n\t    + \"ArrayHighBound \"\n\t    + \"ArrayLowBound \"\n\t    + \"ArrayOf \"\n\t    + \"ArrayReDim \"\n\t    + \"Assert \"\n\t    + \"Assigned \"\n\t    + \"BeginOfMonth \"\n\t    + \"BeginOfPeriod \"\n\t    + \"BuildProfilingOperationAnalysis \"\n\t    + \"CallProcedure \"\n\t    + \"CanReadFile \"\n\t    + \"CArrayElement \"\n\t    + \"CDataSetRequisite \"\n\t    + \"ChangeDate \"\n\t    + \"ChangeReferenceDataset \"\n\t    + \"Char \"\n\t    + \"CharPos \"\n\t    + \"CheckParam \"\n\t    + \"CheckParamValue \"\n\t    + \"CompareStrings \"\n\t    + \"ConstantExists \"\n\t    + \"ControlState \"\n\t    + \"ConvertDateStr \"\n\t    + \"Copy \"\n\t    + \"CopyFile \"\n\t    + \"CreateArray \"\n\t    + \"CreateCachedReference \"\n\t    + \"CreateConnection \"\n\t    + \"CreateDialog \"\n\t    + \"CreateDualListDialog \"\n\t    + \"CreateEditor \"\n\t    + \"CreateException \"\n\t    + \"CreateFile \"\n\t    + \"CreateFolderDialog \"\n\t    + \"CreateInputDialog \"\n\t    + \"CreateLinkFile \"\n\t    + \"CreateList \"\n\t    + \"CreateLock \"\n\t    + \"CreateMemoryDataSet \"\n\t    + \"CreateObject \"\n\t    + \"CreateOpenDialog \"\n\t    + \"CreateProgress \"\n\t    + \"CreateQuery \"\n\t    + \"CreateReference \"\n\t    + \"CreateReport \"\n\t    + \"CreateSaveDialog \"\n\t    + \"CreateScript \"\n\t    + \"CreateSQLPivotFunction \"\n\t    + \"CreateStringList \"\n\t    + \"CreateTreeListSelectDialog \"\n\t    + \"CSelectSQL \"\n\t    + \"CSQL \"\n\t    + \"CSubString \"\n\t    + \"CurrentUserID \"\n\t    + \"CurrentUserName \"\n\t    + \"CurrentVersion \"\n\t    + \"DataSetLocateEx \"\n\t    + \"DateDiff \"\n\t    + \"DateTimeDiff \"\n\t    + \"DateToStr \"\n\t    + \"DayOfWeek \"\n\t    + \"DeleteFile \"\n\t    + \"DirectoryExists \"\n\t    + \"DisableCheckAccessRights \"\n\t    + \"DisableCheckFullShowingRestriction \"\n\t    + \"DisableMassTaskSendingRestrictions \"\n\t    + \"DropTable \"\n\t    + \"DupeString \"\n\t    + \"EditText \"\n\t    + \"EnableCheckAccessRights \"\n\t    + \"EnableCheckFullShowingRestriction \"\n\t    + \"EnableMassTaskSendingRestrictions \"\n\t    + \"EndOfMonth \"\n\t    + \"EndOfPeriod \"\n\t    + \"ExceptionExists \"\n\t    + \"ExceptionsOff \"\n\t    + \"ExceptionsOn \"\n\t    + \"Execute \"\n\t    + \"ExecuteProcess \"\n\t    + \"Exit \"\n\t    + \"ExpandEnvironmentVariables \"\n\t    + \"ExtractFileDrive \"\n\t    + \"ExtractFileExt \"\n\t    + \"ExtractFileName \"\n\t    + \"ExtractFilePath \"\n\t    + \"ExtractParams \"\n\t    + \"FileExists \"\n\t    + \"FileSize \"\n\t    + \"FindFile \"\n\t    + \"FindSubString \"\n\t    + \"FirmContext \"\n\t    + \"ForceDirectories \"\n\t    + \"Format \"\n\t    + \"FormatDate \"\n\t    + \"FormatNumeric \"\n\t    + \"FormatSQLDate \"\n\t    + \"FormatString \"\n\t    + \"FreeException \"\n\t    + \"GetComponent \"\n\t    + \"GetComponentLaunchParam \"\n\t    + \"GetConstant \"\n\t    + \"GetLastException \"\n\t    + \"GetReferenceRecord \"\n\t    + \"GetRefTypeByRefID \"\n\t    + \"GetTableID \"\n\t    + \"GetTempFolder \"\n\t    + \"IfThen \"\n\t    + \"In \"\n\t    + \"IndexOf \"\n\t    + \"InputDialog \"\n\t    + \"InputDialogEx \"\n\t    + \"InteractiveMode \"\n\t    + \"IsFileLocked \"\n\t    + \"IsGraphicFile \"\n\t    + \"IsNumeric \"\n\t    + \"Length \"\n\t    + \"LoadString \"\n\t    + \"LoadStringFmt \"\n\t    + \"LocalTimeToUTC \"\n\t    + \"LowerCase \"\n\t    + \"Max \"\n\t    + \"MessageBox \"\n\t    + \"MessageBoxEx \"\n\t    + \"MimeDecodeBinary \"\n\t    + \"MimeDecodeString \"\n\t    + \"MimeEncodeBinary \"\n\t    + \"MimeEncodeString \"\n\t    + \"Min \"\n\t    + \"MoneyInWords \"\n\t    + \"MoveFile \"\n\t    + \"NewID \"\n\t    + \"Now \"\n\t    + \"OpenFile \"\n\t    + \"Ord \"\n\t    + \"Precision \"\n\t    + \"Raise \"\n\t    + \"ReadCertificateFromFile \"\n\t    + \"ReadFile \"\n\t    + \"ReferenceCodeByID \"\n\t    + \"ReferenceNumber \"\n\t    + \"ReferenceRequisiteMode \"\n\t    + \"ReferenceRequisiteValue \"\n\t    + \"RegionDateSettings \"\n\t    + \"RegionNumberSettings \"\n\t    + \"RegionTimeSettings \"\n\t    + \"RegRead \"\n\t    + \"RegWrite \"\n\t    + \"RenameFile \"\n\t    + \"Replace \"\n\t    + \"Round \"\n\t    + \"SelectServerCode \"\n\t    + \"SelectSQL \"\n\t    + \"ServerDateTime \"\n\t    + \"SetConstant \"\n\t    + \"SetManagedFolderFieldsState \"\n\t    + \"ShowConstantsInputDialog \"\n\t    + \"ShowMessage \"\n\t    + \"Sleep \"\n\t    + \"Split \"\n\t    + \"SQL \"\n\t    + \"SQL2XLSTAB \"\n\t    + \"SQLProfilingSendReport \"\n\t    + \"StrToDate \"\n\t    + \"SubString \"\n\t    + \"SubStringCount \"\n\t    + \"SystemSetting \"\n\t    + \"Time \"\n\t    + \"TimeDiff \"\n\t    + \"Today \"\n\t    + \"Transliterate \"\n\t    + \"Trim \"\n\t    + \"UpperCase \"\n\t    + \"UserStatus \"\n\t    + \"UTCToLocalTime \"\n\t    + \"ValidateXML \"\n\t    + \"VarIsClear \"\n\t    + \"VarIsEmpty \"\n\t    + \"VarIsNull \"\n\t    + \"WorkTimeDiff \"\n\t    + \"WriteFile \"\n\t    + \"WriteFileEx \"\n\t    + \"WriteObjectHistory \"\n\t    + \"Анализ \"\n\t    + \"БазаДанных \"\n\t    + \"БлокЕсть \"\n\t    + \"БлокЕстьРасш \"\n\t    + \"БлокИнфо \"\n\t    + \"БлокСнять \"\n\t    + \"БлокСнятьРасш \"\n\t    + \"БлокУстановить \"\n\t    + \"Ввод \"\n\t    + \"ВводМеню \"\n\t    + \"ВедС \"\n\t    + \"ВедСпр \"\n\t    + \"ВерхняяГраницаМассива \"\n\t    + \"ВнешПрогр \"\n\t    + \"Восст \"\n\t    + \"ВременнаяПапка \"\n\t    + \"Время \"\n\t    + \"ВыборSQL \"\n\t    + \"ВыбратьЗапись \"\n\t    + \"ВыделитьСтр \"\n\t    + \"Вызвать \"\n\t    + \"Выполнить \"\n\t    + \"ВыпПрогр \"\n\t    + \"ГрафическийФайл \"\n\t    + \"ГруппаДополнительно \"\n\t    + \"ДатаВремяСерв \"\n\t    + \"ДеньНедели \"\n\t    + \"ДиалогДаНет \"\n\t    + \"ДлинаСтр \"\n\t    + \"ДобПодстр \"\n\t    + \"ЕПусто \"\n\t    + \"ЕслиТо \"\n\t    + \"ЕЧисло \"\n\t    + \"ЗамПодстр \"\n\t    + \"ЗаписьСправочника \"\n\t    + \"ЗначПоляСпр \"\n\t    + \"ИДТипСпр \"\n\t    + \"ИзвлечьДиск \"\n\t    + \"ИзвлечьИмяФайла \"\n\t    + \"ИзвлечьПуть \"\n\t    + \"ИзвлечьРасширение \"\n\t    + \"ИзмДат \"\n\t    + \"ИзменитьРазмерМассива \"\n\t    + \"ИзмеренийМассива \"\n\t    + \"ИмяОрг \"\n\t    + \"ИмяПоляСпр \"\n\t    + \"Индекс \"\n\t    + \"ИндикаторЗакрыть \"\n\t    + \"ИндикаторОткрыть \"\n\t    + \"ИндикаторШаг \"\n\t    + \"ИнтерактивныйРежим \"\n\t    + \"ИтогТблСпр \"\n\t    + \"КодВидВедСпр \"\n\t    + \"КодВидСпрПоИД \"\n\t    + \"КодПоAnalit \"\n\t    + \"КодСимвола \"\n\t    + \"КодСпр \"\n\t    + \"КолПодстр \"\n\t    + \"КолПроп \"\n\t    + \"КонМес \"\n\t    + \"Конст \"\n\t    + \"КонстЕсть \"\n\t    + \"КонстЗнач \"\n\t    + \"КонТран \"\n\t    + \"КопироватьФайл \"\n\t    + \"КопияСтр \"\n\t    + \"КПериод \"\n\t    + \"КСтрТблСпр \"\n\t    + \"Макс \"\n\t    + \"МаксСтрТблСпр \"\n\t    + \"Массив \"\n\t    + \"Меню \"\n\t    + \"МенюРасш \"\n\t    + \"Мин \"\n\t    + \"НаборДанныхНайтиРасш \"\n\t    + \"НаимВидСпр \"\n\t    + \"НаимПоAnalit \"\n\t    + \"НаимСпр \"\n\t    + \"НастроитьПереводыСтрок \"\n\t    + \"НачМес \"\n\t    + \"НачТран \"\n\t    + \"НижняяГраницаМассива \"\n\t    + \"НомерСпр \"\n\t    + \"НПериод \"\n\t    + \"Окно \"\n\t    + \"Окр \"\n\t    + \"Окружение \"\n\t    + \"ОтлИнфДобавить \"\n\t    + \"ОтлИнфУдалить \"\n\t    + \"Отчет \"\n\t    + \"ОтчетАнал \"\n\t    + \"ОтчетИнт \"\n\t    + \"ПапкаСуществует \"\n\t    + \"Пауза \"\n\t    + \"ПВыборSQL \"\n\t    + \"ПереименоватьФайл \"\n\t    + \"Переменные \"\n\t    + \"ПереместитьФайл \"\n\t    + \"Подстр \"\n\t    + \"ПоискПодстр \"\n\t    + \"ПоискСтр \"\n\t    + \"ПолучитьИДТаблицы \"\n\t    + \"ПользовательДополнительно \"\n\t    + \"ПользовательИД \"\n\t    + \"ПользовательИмя \"\n\t    + \"ПользовательСтатус \"\n\t    + \"Прервать \"\n\t    + \"ПроверитьПараметр \"\n\t    + \"ПроверитьПараметрЗнач \"\n\t    + \"ПроверитьУсловие \"\n\t    + \"РазбСтр \"\n\t    + \"РазнВремя \"\n\t    + \"РазнДат \"\n\t    + \"РазнДатаВремя \"\n\t    + \"РазнРабВремя \"\n\t    + \"РегУстВрем \"\n\t    + \"РегУстДат \"\n\t    + \"РегУстЧсл \"\n\t    + \"РедТекст \"\n\t    + \"РеестрЗапись \"\n\t    + \"РеестрСписокИменПарам \"\n\t    + \"РеестрЧтение \"\n\t    + \"РеквСпр \"\n\t    + \"РеквСпрПр \"\n\t    + \"Сегодня \"\n\t    + \"Сейчас \"\n\t    + \"Сервер \"\n\t    + \"СерверПроцессИД \"\n\t    + \"СертификатФайлСчитать \"\n\t    + \"СжПроб \"\n\t    + \"Символ \"\n\t    + \"СистемаДиректумКод \"\n\t    + \"СистемаИнформация \"\n\t    + \"СистемаКод \"\n\t    + \"Содержит \"\n\t    + \"СоединениеЗакрыть \"\n\t    + \"СоединениеОткрыть \"\n\t    + \"СоздатьДиалог \"\n\t    + \"СоздатьДиалогВыбораИзДвухСписков \"\n\t    + \"СоздатьДиалогВыбораПапки \"\n\t    + \"СоздатьДиалогОткрытияФайла \"\n\t    + \"СоздатьДиалогСохраненияФайла \"\n\t    + \"СоздатьЗапрос \"\n\t    + \"СоздатьИндикатор \"\n\t    + \"СоздатьИсключение \"\n\t    + \"СоздатьКэшированныйСправочник \"\n\t    + \"СоздатьМассив \"\n\t    + \"СоздатьНаборДанных \"\n\t    + \"СоздатьОбъект \"\n\t    + \"СоздатьОтчет \"\n\t    + \"СоздатьПапку \"\n\t    + \"СоздатьРедактор \"\n\t    + \"СоздатьСоединение \"\n\t    + \"СоздатьСписок \"\n\t    + \"СоздатьСписокСтрок \"\n\t    + \"СоздатьСправочник \"\n\t    + \"СоздатьСценарий \"\n\t    + \"СоздСпр \"\n\t    + \"СостСпр \"\n\t    + \"Сохр \"\n\t    + \"СохрСпр \"\n\t    + \"СписокСистем \"\n\t    + \"Спр \"\n\t    + \"Справочник \"\n\t    + \"СпрБлокЕсть \"\n\t    + \"СпрБлокСнять \"\n\t    + \"СпрБлокСнятьРасш \"\n\t    + \"СпрБлокУстановить \"\n\t    + \"СпрИзмНабДан \"\n\t    + \"СпрКод \"\n\t    + \"СпрНомер \"\n\t    + \"СпрОбновить \"\n\t    + \"СпрОткрыть \"\n\t    + \"СпрОтменить \"\n\t    + \"СпрПарам \"\n\t    + \"СпрПолеЗнач \"\n\t    + \"СпрПолеИмя \"\n\t    + \"СпрРекв \"\n\t    + \"СпрРеквВведЗн \"\n\t    + \"СпрРеквНовые \"\n\t    + \"СпрРеквПр \"\n\t    + \"СпрРеквПредЗн \"\n\t    + \"СпрРеквРежим \"\n\t    + \"СпрРеквТипТекст \"\n\t    + \"СпрСоздать \"\n\t    + \"СпрСост \"\n\t    + \"СпрСохранить \"\n\t    + \"СпрТблИтог \"\n\t    + \"СпрТблСтр \"\n\t    + \"СпрТблСтрКол \"\n\t    + \"СпрТблСтрМакс \"\n\t    + \"СпрТблСтрМин \"\n\t    + \"СпрТблСтрПред \"\n\t    + \"СпрТблСтрСлед \"\n\t    + \"СпрТблСтрСозд \"\n\t    + \"СпрТблСтрУд \"\n\t    + \"СпрТекПредст \"\n\t    + \"СпрУдалить \"\n\t    + \"СравнитьСтр \"\n\t    + \"СтрВерхРегистр \"\n\t    + \"СтрНижнРегистр \"\n\t    + \"СтрТблСпр \"\n\t    + \"СумПроп \"\n\t    + \"Сценарий \"\n\t    + \"СценарийПарам \"\n\t    + \"ТекВерсия \"\n\t    + \"ТекОрг \"\n\t    + \"Точн \"\n\t    + \"Тран \"\n\t    + \"Транслитерация \"\n\t    + \"УдалитьТаблицу \"\n\t    + \"УдалитьФайл \"\n\t    + \"УдСпр \"\n\t    + \"УдСтрТблСпр \"\n\t    + \"Уст \"\n\t    + \"УстановкиКонстант \"\n\t    + \"ФайлАтрибутСчитать \"\n\t    + \"ФайлАтрибутУстановить \"\n\t    + \"ФайлВремя \"\n\t    + \"ФайлВремяУстановить \"\n\t    + \"ФайлВыбрать \"\n\t    + \"ФайлЗанят \"\n\t    + \"ФайлЗаписать \"\n\t    + \"ФайлИскать \"\n\t    + \"ФайлКопировать \"\n\t    + \"ФайлМожноЧитать \"\n\t    + \"ФайлОткрыть \"\n\t    + \"ФайлПереименовать \"\n\t    + \"ФайлПерекодировать \"\n\t    + \"ФайлПереместить \"\n\t    + \"ФайлПросмотреть \"\n\t    + \"ФайлРазмер \"\n\t    + \"ФайлСоздать \"\n\t    + \"ФайлСсылкаСоздать \"\n\t    + \"ФайлСуществует \"\n\t    + \"ФайлСчитать \"\n\t    + \"ФайлУдалить \"\n\t    + \"ФмтSQLДат \"\n\t    + \"ФмтДат \"\n\t    + \"ФмтСтр \"\n\t    + \"ФмтЧсл \"\n\t    + \"Формат \"\n\t    + \"ЦМассивЭлемент \"\n\t    + \"ЦНаборДанныхРеквизит \"\n\t    + \"ЦПодстр \";\n\n\t  // Предопределенные переменные ==> built_in\n\t  const predefined_variables =\n\t    \"AltState \"\n\t    + \"Application \"\n\t    + \"CallType \"\n\t    + \"ComponentTokens \"\n\t    + \"CreatedJobs \"\n\t    + \"CreatedNotices \"\n\t    + \"ControlState \"\n\t    + \"DialogResult \"\n\t    + \"Dialogs \"\n\t    + \"EDocuments \"\n\t    + \"EDocumentVersionSource \"\n\t    + \"Folders \"\n\t    + \"GlobalIDs \"\n\t    + \"Job \"\n\t    + \"Jobs \"\n\t    + \"InputValue \"\n\t    + \"LookUpReference \"\n\t    + \"LookUpRequisiteNames \"\n\t    + \"LookUpSearch \"\n\t    + \"Object \"\n\t    + \"ParentComponent \"\n\t    + \"Processes \"\n\t    + \"References \"\n\t    + \"Requisite \"\n\t    + \"ReportName \"\n\t    + \"Reports \"\n\t    + \"Result \"\n\t    + \"Scripts \"\n\t    + \"Searches \"\n\t    + \"SelectedAttachments \"\n\t    + \"SelectedItems \"\n\t    + \"SelectMode \"\n\t    + \"Sender \"\n\t    + \"ServerEvents \"\n\t    + \"ServiceFactory \"\n\t    + \"ShiftState \"\n\t    + \"SubTask \"\n\t    + \"SystemDialogs \"\n\t    + \"Tasks \"\n\t    + \"Wizard \"\n\t    + \"Wizards \"\n\t    + \"Work \"\n\t    + \"ВызовСпособ \"\n\t    + \"ИмяОтчета \"\n\t    + \"РеквЗнач \";\n\n\t  // Интерфейсы ==> type\n\t  const interfaces =\n\t    \"IApplication \"\n\t    + \"IAccessRights \"\n\t    + \"IAccountRepository \"\n\t    + \"IAccountSelectionRestrictions \"\n\t    + \"IAction \"\n\t    + \"IActionList \"\n\t    + \"IAdministrationHistoryDescription \"\n\t    + \"IAnchors \"\n\t    + \"IApplication \"\n\t    + \"IArchiveInfo \"\n\t    + \"IAttachment \"\n\t    + \"IAttachmentList \"\n\t    + \"ICheckListBox \"\n\t    + \"ICheckPointedList \"\n\t    + \"IColumn \"\n\t    + \"IComponent \"\n\t    + \"IComponentDescription \"\n\t    + \"IComponentToken \"\n\t    + \"IComponentTokenFactory \"\n\t    + \"IComponentTokenInfo \"\n\t    + \"ICompRecordInfo \"\n\t    + \"IConnection \"\n\t    + \"IContents \"\n\t    + \"IControl \"\n\t    + \"IControlJob \"\n\t    + \"IControlJobInfo \"\n\t    + \"IControlList \"\n\t    + \"ICrypto \"\n\t    + \"ICrypto2 \"\n\t    + \"ICustomJob \"\n\t    + \"ICustomJobInfo \"\n\t    + \"ICustomListBox \"\n\t    + \"ICustomObjectWizardStep \"\n\t    + \"ICustomWork \"\n\t    + \"ICustomWorkInfo \"\n\t    + \"IDataSet \"\n\t    + \"IDataSetAccessInfo \"\n\t    + \"IDataSigner \"\n\t    + \"IDateCriterion \"\n\t    + \"IDateRequisite \"\n\t    + \"IDateRequisiteDescription \"\n\t    + \"IDateValue \"\n\t    + \"IDeaAccessRights \"\n\t    + \"IDeaObjectInfo \"\n\t    + \"IDevelopmentComponentLock \"\n\t    + \"IDialog \"\n\t    + \"IDialogFactory \"\n\t    + \"IDialogPickRequisiteItems \"\n\t    + \"IDialogsFactory \"\n\t    + \"IDICSFactory \"\n\t    + \"IDocRequisite \"\n\t    + \"IDocumentInfo \"\n\t    + \"IDualListDialog \"\n\t    + \"IECertificate \"\n\t    + \"IECertificateInfo \"\n\t    + \"IECertificates \"\n\t    + \"IEditControl \"\n\t    + \"IEditorForm \"\n\t    + \"IEdmsExplorer \"\n\t    + \"IEdmsObject \"\n\t    + \"IEdmsObjectDescription \"\n\t    + \"IEdmsObjectFactory \"\n\t    + \"IEdmsObjectInfo \"\n\t    + \"IEDocument \"\n\t    + \"IEDocumentAccessRights \"\n\t    + \"IEDocumentDescription \"\n\t    + \"IEDocumentEditor \"\n\t    + \"IEDocumentFactory \"\n\t    + \"IEDocumentInfo \"\n\t    + \"IEDocumentStorage \"\n\t    + \"IEDocumentVersion \"\n\t    + \"IEDocumentVersionListDialog \"\n\t    + \"IEDocumentVersionSource \"\n\t    + \"IEDocumentWizardStep \"\n\t    + \"IEDocVerSignature \"\n\t    + \"IEDocVersionState \"\n\t    + \"IEnabledMode \"\n\t    + \"IEncodeProvider \"\n\t    + \"IEncrypter \"\n\t    + \"IEvent \"\n\t    + \"IEventList \"\n\t    + \"IException \"\n\t    + \"IExternalEvents \"\n\t    + \"IExternalHandler \"\n\t    + \"IFactory \"\n\t    + \"IField \"\n\t    + \"IFileDialog \"\n\t    + \"IFolder \"\n\t    + \"IFolderDescription \"\n\t    + \"IFolderDialog \"\n\t    + \"IFolderFactory \"\n\t    + \"IFolderInfo \"\n\t    + \"IForEach \"\n\t    + \"IForm \"\n\t    + \"IFormTitle \"\n\t    + \"IFormWizardStep \"\n\t    + \"IGlobalIDFactory \"\n\t    + \"IGlobalIDInfo \"\n\t    + \"IGrid \"\n\t    + \"IHasher \"\n\t    + \"IHistoryDescription \"\n\t    + \"IHyperLinkControl \"\n\t    + \"IImageButton \"\n\t    + \"IImageControl \"\n\t    + \"IInnerPanel \"\n\t    + \"IInplaceHint \"\n\t    + \"IIntegerCriterion \"\n\t    + \"IIntegerList \"\n\t    + \"IIntegerRequisite \"\n\t    + \"IIntegerValue \"\n\t    + \"IISBLEditorForm \"\n\t    + \"IJob \"\n\t    + \"IJobDescription \"\n\t    + \"IJobFactory \"\n\t    + \"IJobForm \"\n\t    + \"IJobInfo \"\n\t    + \"ILabelControl \"\n\t    + \"ILargeIntegerCriterion \"\n\t    + \"ILargeIntegerRequisite \"\n\t    + \"ILargeIntegerValue \"\n\t    + \"ILicenseInfo \"\n\t    + \"ILifeCycleStage \"\n\t    + \"IList \"\n\t    + \"IListBox \"\n\t    + \"ILocalIDInfo \"\n\t    + \"ILocalization \"\n\t    + \"ILock \"\n\t    + \"IMemoryDataSet \"\n\t    + \"IMessagingFactory \"\n\t    + \"IMetadataRepository \"\n\t    + \"INotice \"\n\t    + \"INoticeInfo \"\n\t    + \"INumericCriterion \"\n\t    + \"INumericRequisite \"\n\t    + \"INumericValue \"\n\t    + \"IObject \"\n\t    + \"IObjectDescription \"\n\t    + \"IObjectImporter \"\n\t    + \"IObjectInfo \"\n\t    + \"IObserver \"\n\t    + \"IPanelGroup \"\n\t    + \"IPickCriterion \"\n\t    + \"IPickProperty \"\n\t    + \"IPickRequisite \"\n\t    + \"IPickRequisiteDescription \"\n\t    + \"IPickRequisiteItem \"\n\t    + \"IPickRequisiteItems \"\n\t    + \"IPickValue \"\n\t    + \"IPrivilege \"\n\t    + \"IPrivilegeList \"\n\t    + \"IProcess \"\n\t    + \"IProcessFactory \"\n\t    + \"IProcessMessage \"\n\t    + \"IProgress \"\n\t    + \"IProperty \"\n\t    + \"IPropertyChangeEvent \"\n\t    + \"IQuery \"\n\t    + \"IReference \"\n\t    + \"IReferenceCriterion \"\n\t    + \"IReferenceEnabledMode \"\n\t    + \"IReferenceFactory \"\n\t    + \"IReferenceHistoryDescription \"\n\t    + \"IReferenceInfo \"\n\t    + \"IReferenceRecordCardWizardStep \"\n\t    + \"IReferenceRequisiteDescription \"\n\t    + \"IReferencesFactory \"\n\t    + \"IReferenceValue \"\n\t    + \"IRefRequisite \"\n\t    + \"IReport \"\n\t    + \"IReportFactory \"\n\t    + \"IRequisite \"\n\t    + \"IRequisiteDescription \"\n\t    + \"IRequisiteDescriptionList \"\n\t    + \"IRequisiteFactory \"\n\t    + \"IRichEdit \"\n\t    + \"IRouteStep \"\n\t    + \"IRule \"\n\t    + \"IRuleList \"\n\t    + \"ISchemeBlock \"\n\t    + \"IScript \"\n\t    + \"IScriptFactory \"\n\t    + \"ISearchCriteria \"\n\t    + \"ISearchCriterion \"\n\t    + \"ISearchDescription \"\n\t    + \"ISearchFactory \"\n\t    + \"ISearchFolderInfo \"\n\t    + \"ISearchForObjectDescription \"\n\t    + \"ISearchResultRestrictions \"\n\t    + \"ISecuredContext \"\n\t    + \"ISelectDialog \"\n\t    + \"IServerEvent \"\n\t    + \"IServerEventFactory \"\n\t    + \"IServiceDialog \"\n\t    + \"IServiceFactory \"\n\t    + \"ISignature \"\n\t    + \"ISignProvider \"\n\t    + \"ISignProvider2 \"\n\t    + \"ISignProvider3 \"\n\t    + \"ISimpleCriterion \"\n\t    + \"IStringCriterion \"\n\t    + \"IStringList \"\n\t    + \"IStringRequisite \"\n\t    + \"IStringRequisiteDescription \"\n\t    + \"IStringValue \"\n\t    + \"ISystemDialogsFactory \"\n\t    + \"ISystemInfo \"\n\t    + \"ITabSheet \"\n\t    + \"ITask \"\n\t    + \"ITaskAbortReasonInfo \"\n\t    + \"ITaskCardWizardStep \"\n\t    + \"ITaskDescription \"\n\t    + \"ITaskFactory \"\n\t    + \"ITaskInfo \"\n\t    + \"ITaskRoute \"\n\t    + \"ITextCriterion \"\n\t    + \"ITextRequisite \"\n\t    + \"ITextValue \"\n\t    + \"ITreeListSelectDialog \"\n\t    + \"IUser \"\n\t    + \"IUserList \"\n\t    + \"IValue \"\n\t    + \"IView \"\n\t    + \"IWebBrowserControl \"\n\t    + \"IWizard \"\n\t    + \"IWizardAction \"\n\t    + \"IWizardFactory \"\n\t    + \"IWizardFormElement \"\n\t    + \"IWizardParam \"\n\t    + \"IWizardPickParam \"\n\t    + \"IWizardReferenceParam \"\n\t    + \"IWizardStep \"\n\t    + \"IWorkAccessRights \"\n\t    + \"IWorkDescription \"\n\t    + \"IWorkflowAskableParam \"\n\t    + \"IWorkflowAskableParams \"\n\t    + \"IWorkflowBlock \"\n\t    + \"IWorkflowBlockResult \"\n\t    + \"IWorkflowEnabledMode \"\n\t    + \"IWorkflowParam \"\n\t    + \"IWorkflowPickParam \"\n\t    + \"IWorkflowReferenceParam \"\n\t    + \"IWorkState \"\n\t    + \"IWorkTreeCustomNode \"\n\t    + \"IWorkTreeJobNode \"\n\t    + \"IWorkTreeTaskNode \"\n\t    + \"IXMLEditorForm \"\n\t    + \"SBCrypto \";\n\n\t  // built_in : встроенные или библиотечные объекты (константы, перечисления)\n\t  const BUILTIN = CONSTANTS + ENUMS;\n\n\t  // class: встроенные наборы значений, системные объекты, фабрики\n\t  const CLASS = predefined_variables;\n\n\t  // literal : примитивные типы\n\t  const LITERAL = \"null true false nil \";\n\n\t  // number : числа\n\t  const NUMBERS = {\n\t    className: \"number\",\n\t    begin: hljs.NUMBER_RE,\n\t    relevance: 0\n\t  };\n\n\t  // string : строки\n\t  const STRINGS = {\n\t    className: \"string\",\n\t    variants: [\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      },\n\t      {\n\t        begin: \"'\",\n\t        end: \"'\"\n\t      }\n\t    ]\n\t  };\n\n\t  // Токены\n\t  const DOCTAGS = {\n\t    className: \"doctag\",\n\t    begin: \"\\\\b(?:TODO|DONE|BEGIN|END|STUB|CHG|FIXME|NOTE|BUG|XXX)\\\\b\",\n\t    relevance: 0\n\t  };\n\n\t  // Однострочный комментарий\n\t  const ISBL_LINE_COMMENT_MODE = {\n\t    className: \"comment\",\n\t    begin: \"//\",\n\t    end: \"$\",\n\t    relevance: 0,\n\t    contains: [\n\t      hljs.PHRASAL_WORDS_MODE,\n\t      DOCTAGS\n\t    ]\n\t  };\n\n\t  // Многострочный комментарий\n\t  const ISBL_BLOCK_COMMENT_MODE = {\n\t    className: \"comment\",\n\t    begin: \"/\\\\*\",\n\t    end: \"\\\\*/\",\n\t    relevance: 0,\n\t    contains: [\n\t      hljs.PHRASAL_WORDS_MODE,\n\t      DOCTAGS\n\t    ]\n\t  };\n\n\t  // comment : комментарии\n\t  const COMMENTS = { variants: [\n\t    ISBL_LINE_COMMENT_MODE,\n\t    ISBL_BLOCK_COMMENT_MODE\n\t  ] };\n\n\t  // keywords : ключевые слова\n\t  const KEYWORDS = {\n\t    $pattern: UNDERSCORE_IDENT_RE,\n\t    keyword: KEYWORD,\n\t    built_in: BUILTIN,\n\t    class: CLASS,\n\t    literal: LITERAL\n\t  };\n\n\t  // methods : методы\n\t  const METHODS = {\n\t    begin: \"\\\\.\\\\s*\" + hljs.UNDERSCORE_IDENT_RE,\n\t    keywords: KEYWORDS,\n\t    relevance: 0\n\t  };\n\n\t  // type : встроенные типы\n\t  const TYPES = {\n\t    className: \"type\",\n\t    begin: \":[ \\\\t]*(\" + interfaces.trim().replace(/\\s/g, \"|\") + \")\",\n\t    end: \"[ \\\\t]*=\",\n\t    excludeEnd: true\n\t  };\n\n\t  // variables : переменные\n\t  const VARIABLES = {\n\t    className: \"variable\",\n\t    keywords: KEYWORDS,\n\t    begin: UNDERSCORE_IDENT_RE,\n\t    relevance: 0,\n\t    contains: [\n\t      TYPES,\n\t      METHODS\n\t    ]\n\t  };\n\n\t  // Имена функций\n\t  const FUNCTION_TITLE = FUNCTION_NAME_IDENT_RE + \"\\\\(\";\n\n\t  const TITLE_MODE = {\n\t    className: \"title\",\n\t    keywords: {\n\t      $pattern: UNDERSCORE_IDENT_RE,\n\t      built_in: system_functions\n\t    },\n\t    begin: FUNCTION_TITLE,\n\t    end: \"\\\\(\",\n\t    returnBegin: true,\n\t    excludeEnd: true\n\t  };\n\n\t  // function : функции\n\t  const FUNCTIONS = {\n\t    className: \"function\",\n\t    begin: FUNCTION_TITLE,\n\t    end: \"\\\\)$\",\n\t    returnBegin: true,\n\t    keywords: KEYWORDS,\n\t    illegal: \"[\\\\[\\\\]\\\\|\\\\$\\\\?%,~#@]\",\n\t    contains: [\n\t      TITLE_MODE,\n\t      METHODS,\n\t      VARIABLES,\n\t      STRINGS,\n\t      NUMBERS,\n\t      COMMENTS\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'ISBL',\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    illegal: \"\\\\$|\\\\?|%|,|;$|~|#|@|</\",\n\t    contains: [\n\t      FUNCTIONS,\n\t      TYPES,\n\t      METHODS,\n\t      VARIABLES,\n\t      STRINGS,\n\t      NUMBERS,\n\t      COMMENTS\n\t    ]\n\t  };\n\t}\n\n\tisbl_1 = isbl;\n\treturn isbl_1;\n}\n\nvar java_1;\nvar hasRequiredJava;\n\nfunction requireJava () {\n\tif (hasRequiredJava) return java_1;\n\thasRequiredJava = 1;\n\t// https://docs.oracle.com/javase/specs/jls/se15/html/jls-3.html#jls-3.10\n\tvar decimalDigits = '[0-9](_*[0-9])*';\n\tvar frac = `\\\\.(${decimalDigits})`;\n\tvar hexDigits = '[0-9a-fA-F](_*[0-9a-fA-F])*';\n\tvar NUMERIC = {\n\t  className: 'number',\n\t  variants: [\n\t    // DecimalFloatingPointLiteral\n\t    // including ExponentPart\n\t    { begin: `(\\\\b(${decimalDigits})((${frac})|\\\\.)?|(${frac}))` +\n\t      `[eE][+-]?(${decimalDigits})[fFdD]?\\\\b` },\n\t    // excluding ExponentPart\n\t    { begin: `\\\\b(${decimalDigits})((${frac})[fFdD]?\\\\b|\\\\.([fFdD]\\\\b)?)` },\n\t    { begin: `(${frac})[fFdD]?\\\\b` },\n\t    { begin: `\\\\b(${decimalDigits})[fFdD]\\\\b` },\n\n\t    // HexadecimalFloatingPointLiteral\n\t    { begin: `\\\\b0[xX]((${hexDigits})\\\\.?|(${hexDigits})?\\\\.(${hexDigits}))` +\n\t      `[pP][+-]?(${decimalDigits})[fFdD]?\\\\b` },\n\n\t    // DecimalIntegerLiteral\n\t    { begin: '\\\\b(0|[1-9](_*[0-9])*)[lL]?\\\\b' },\n\n\t    // HexIntegerLiteral\n\t    { begin: `\\\\b0[xX](${hexDigits})[lL]?\\\\b` },\n\n\t    // OctalIntegerLiteral\n\t    { begin: '\\\\b0(_*[0-7])*[lL]?\\\\b' },\n\n\t    // BinaryIntegerLiteral\n\t    { begin: '\\\\b0[bB][01](_*[01])*[lL]?\\\\b' },\n\t  ],\n\t  relevance: 0\n\t};\n\n\t/*\n\tLanguage: Java\n\tAuthor: Vsevolod Solovyov <vsevolod.solovyov@gmail.com>\n\tCategory: common, enterprise\n\tWebsite: https://www.java.com/\n\t*/\n\n\t/**\n\t * Allows recursive regex expressions to a given depth\n\t *\n\t * ie: recurRegex(\"(abc~~~)\", /~~~/g, 2) becomes:\n\t * (abc(abc(abc)))\n\t *\n\t * @param {string} re\n\t * @param {RegExp} substitution (should be a g mode regex)\n\t * @param {number} depth\n\t * @returns {string}``\n\t */\n\tfunction recurRegex(re, substitution, depth) {\n\t  if (depth === -1) return \"\";\n\n\t  return re.replace(substitution, _ => {\n\t    return recurRegex(re, substitution, depth - 1);\n\t  });\n\t}\n\n\t/** @type LanguageFn */\n\tfunction java(hljs) {\n\t  const regex = hljs.regex;\n\t  const JAVA_IDENT_RE = '[\\u00C0-\\u02B8a-zA-Z_$][\\u00C0-\\u02B8a-zA-Z_$0-9]*';\n\t  const GENERIC_IDENT_RE = JAVA_IDENT_RE\n\t    + recurRegex('(?:<' + JAVA_IDENT_RE + '~~~(?:\\\\s*,\\\\s*' + JAVA_IDENT_RE + '~~~)*>)?', /~~~/g, 2);\n\t  const MAIN_KEYWORDS = [\n\t    'synchronized',\n\t    'abstract',\n\t    'private',\n\t    'var',\n\t    'static',\n\t    'if',\n\t    'const ',\n\t    'for',\n\t    'while',\n\t    'strictfp',\n\t    'finally',\n\t    'protected',\n\t    'import',\n\t    'native',\n\t    'final',\n\t    'void',\n\t    'enum',\n\t    'else',\n\t    'break',\n\t    'transient',\n\t    'catch',\n\t    'instanceof',\n\t    'volatile',\n\t    'case',\n\t    'assert',\n\t    'package',\n\t    'default',\n\t    'public',\n\t    'try',\n\t    'switch',\n\t    'continue',\n\t    'throws',\n\t    'protected',\n\t    'public',\n\t    'private',\n\t    'module',\n\t    'requires',\n\t    'exports',\n\t    'do',\n\t    'sealed'\n\t  ];\n\n\t  const BUILT_INS = [\n\t    'super',\n\t    'this'\n\t  ];\n\n\t  const LITERALS = [\n\t    'false',\n\t    'true',\n\t    'null'\n\t  ];\n\n\t  const TYPES = [\n\t    'char',\n\t    'boolean',\n\t    'long',\n\t    'float',\n\t    'int',\n\t    'byte',\n\t    'short',\n\t    'double'\n\t  ];\n\n\t  const KEYWORDS = {\n\t    keyword: MAIN_KEYWORDS,\n\t    literal: LITERALS,\n\t    type: TYPES,\n\t    built_in: BUILT_INS\n\t  };\n\n\t  const ANNOTATION = {\n\t    className: 'meta',\n\t    begin: '@' + JAVA_IDENT_RE,\n\t    contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [ \"self\" ] // allow nested () inside our annotation\n\t      }\n\t    ]\n\t  };\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    keywords: KEYWORDS,\n\t    relevance: 0,\n\t    contains: [ hljs.C_BLOCK_COMMENT_MODE ],\n\t    endsParent: true\n\t  };\n\n\t  return {\n\t    name: 'Java',\n\t    aliases: [ 'jsp' ],\n\t    keywords: KEYWORDS,\n\t    illegal: /<\\/|#/,\n\t    contains: [\n\t      hljs.COMMENT(\n\t        '/\\\\*\\\\*',\n\t        '\\\\*/',\n\t        {\n\t          relevance: 0,\n\t          contains: [\n\t            {\n\t              // eat up @'s in emails to prevent them to be recognized as doctags\n\t              begin: /\\w+@/,\n\t              relevance: 0\n\t            },\n\t            {\n\t              className: 'doctag',\n\t              begin: '@[A-Za-z]+'\n\t            }\n\t          ]\n\t        }\n\t      ),\n\t      // relevance boost\n\t      {\n\t        begin: /import java\\.[a-z]+\\./,\n\t        keywords: \"import\",\n\t        relevance: 2\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        begin: /\"\"\"/,\n\t        end: /\"\"\"/,\n\t        className: \"string\",\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        match: [\n\t          /\\b(?:class|interface|enum|extends|implements|new)/,\n\t          /\\s+/,\n\t          JAVA_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\t      {\n\t        // Exceptions for hyphenated keywords\n\t        match: /non-sealed/,\n\t        scope: \"keyword\"\n\t      },\n\t      {\n\t        begin: [\n\t          regex.concat(/(?!else)/, JAVA_IDENT_RE),\n\t          /\\s+/,\n\t          JAVA_IDENT_RE,\n\t          /\\s+/,\n\t          /=/\n\t        ],\n\t        className: {\n\t          1: \"type\",\n\t          3: \"variable\",\n\t          5: \"operator\"\n\t        }\n\t      },\n\t      {\n\t        begin: [\n\t          /record/,\n\t          /\\s+/,\n\t          JAVA_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        },\n\t        contains: [\n\t          PARAMS,\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      {\n\t        // Expression keywords prevent 'keyword Name(...)' from being\n\t        // recognized as a function definition\n\t        beginKeywords: 'new throw return else',\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: [\n\t          '(?:' + GENERIC_IDENT_RE + '\\\\s+)',\n\t          hljs.UNDERSCORE_IDENT_RE,\n\t          /\\s*(?=\\()/\n\t        ],\n\t        className: { 2: \"title.function\" },\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            keywords: KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              ANNOTATION,\n\t              hljs.APOS_STRING_MODE,\n\t              hljs.QUOTE_STRING_MODE,\n\t              NUMERIC,\n\t              hljs.C_BLOCK_COMMENT_MODE\n\t            ]\n\t          },\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      NUMERIC,\n\t      ANNOTATION\n\t    ]\n\t  };\n\t}\n\n\tjava_1 = java;\n\treturn java_1;\n}\n\nvar javascript_1;\nvar hasRequiredJavascript;\n\nfunction requireJavascript () {\n\tif (hasRequiredJavascript) return javascript_1;\n\thasRequiredJavascript = 1;\n\tconst IDENT_RE = '[A-Za-z$_][0-9A-Za-z$_]*';\n\tconst KEYWORDS = [\n\t  \"as\", // for exports\n\t  \"in\",\n\t  \"of\",\n\t  \"if\",\n\t  \"for\",\n\t  \"while\",\n\t  \"finally\",\n\t  \"var\",\n\t  \"new\",\n\t  \"function\",\n\t  \"do\",\n\t  \"return\",\n\t  \"void\",\n\t  \"else\",\n\t  \"break\",\n\t  \"catch\",\n\t  \"instanceof\",\n\t  \"with\",\n\t  \"throw\",\n\t  \"case\",\n\t  \"default\",\n\t  \"try\",\n\t  \"switch\",\n\t  \"continue\",\n\t  \"typeof\",\n\t  \"delete\",\n\t  \"let\",\n\t  \"yield\",\n\t  \"const\",\n\t  \"class\",\n\t  // JS handles these with a special rule\n\t  // \"get\",\n\t  // \"set\",\n\t  \"debugger\",\n\t  \"async\",\n\t  \"await\",\n\t  \"static\",\n\t  \"import\",\n\t  \"from\",\n\t  \"export\",\n\t  \"extends\"\n\t];\n\tconst LITERALS = [\n\t  \"true\",\n\t  \"false\",\n\t  \"null\",\n\t  \"undefined\",\n\t  \"NaN\",\n\t  \"Infinity\"\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects\n\tconst TYPES = [\n\t  // Fundamental objects\n\t  \"Object\",\n\t  \"Function\",\n\t  \"Boolean\",\n\t  \"Symbol\",\n\t  // numbers and dates\n\t  \"Math\",\n\t  \"Date\",\n\t  \"Number\",\n\t  \"BigInt\",\n\t  // text\n\t  \"String\",\n\t  \"RegExp\",\n\t  // Indexed collections\n\t  \"Array\",\n\t  \"Float32Array\",\n\t  \"Float64Array\",\n\t  \"Int8Array\",\n\t  \"Uint8Array\",\n\t  \"Uint8ClampedArray\",\n\t  \"Int16Array\",\n\t  \"Int32Array\",\n\t  \"Uint16Array\",\n\t  \"Uint32Array\",\n\t  \"BigInt64Array\",\n\t  \"BigUint64Array\",\n\t  // Keyed collections\n\t  \"Set\",\n\t  \"Map\",\n\t  \"WeakSet\",\n\t  \"WeakMap\",\n\t  // Structured data\n\t  \"ArrayBuffer\",\n\t  \"SharedArrayBuffer\",\n\t  \"Atomics\",\n\t  \"DataView\",\n\t  \"JSON\",\n\t  // Control abstraction objects\n\t  \"Promise\",\n\t  \"Generator\",\n\t  \"GeneratorFunction\",\n\t  \"AsyncFunction\",\n\t  // Reflection\n\t  \"Reflect\",\n\t  \"Proxy\",\n\t  // Internationalization\n\t  \"Intl\",\n\t  // WebAssembly\n\t  \"WebAssembly\"\n\t];\n\n\tconst ERROR_TYPES = [\n\t  \"Error\",\n\t  \"EvalError\",\n\t  \"InternalError\",\n\t  \"RangeError\",\n\t  \"ReferenceError\",\n\t  \"SyntaxError\",\n\t  \"TypeError\",\n\t  \"URIError\"\n\t];\n\n\tconst BUILT_IN_GLOBALS = [\n\t  \"setInterval\",\n\t  \"setTimeout\",\n\t  \"clearInterval\",\n\t  \"clearTimeout\",\n\n\t  \"require\",\n\t  \"exports\",\n\n\t  \"eval\",\n\t  \"isFinite\",\n\t  \"isNaN\",\n\t  \"parseFloat\",\n\t  \"parseInt\",\n\t  \"decodeURI\",\n\t  \"decodeURIComponent\",\n\t  \"encodeURI\",\n\t  \"encodeURIComponent\",\n\t  \"escape\",\n\t  \"unescape\"\n\t];\n\n\tconst BUILT_IN_VARIABLES = [\n\t  \"arguments\",\n\t  \"this\",\n\t  \"super\",\n\t  \"console\",\n\t  \"window\",\n\t  \"document\",\n\t  \"localStorage\",\n\t  \"module\",\n\t  \"global\" // Node.js\n\t];\n\n\tconst BUILT_INS = [].concat(\n\t  BUILT_IN_GLOBALS,\n\t  TYPES,\n\t  ERROR_TYPES\n\t);\n\n\t/*\n\tLanguage: JavaScript\n\tDescription: JavaScript (JS) is a lightweight, interpreted, or just-in-time compiled programming language with first-class functions.\n\tCategory: common, scripting, web\n\tWebsite: https://developer.mozilla.org/en-US/docs/Web/JavaScript\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction javascript(hljs) {\n\t  const regex = hljs.regex;\n\t  /**\n\t   * Takes a string like \"<Booger\" and checks to see\n\t   * if we can find a matching \"</Booger\" later in the\n\t   * content.\n\t   * @param {RegExpMatchArray} match\n\t   * @param {{after:number}} param1\n\t   */\n\t  const hasClosingTag = (match, { after }) => {\n\t    const tag = \"</\" + match[0].slice(1);\n\t    const pos = match.input.indexOf(tag, after);\n\t    return pos !== -1;\n\t  };\n\n\t  const IDENT_RE$1 = IDENT_RE;\n\t  const FRAGMENT = {\n\t    begin: '<>',\n\t    end: '</>'\n\t  };\n\t  // to avoid some special cases inside isTrulyOpeningTag\n\t  const XML_SELF_CLOSING = /<[A-Za-z0-9\\\\._:-]+\\s*\\/>/;\n\t  const XML_TAG = {\n\t    begin: /<[A-Za-z0-9\\\\._:-]+/,\n\t    end: /\\/[A-Za-z0-9\\\\._:-]+>|\\/>/,\n\t    /**\n\t     * @param {RegExpMatchArray} match\n\t     * @param {CallbackResponse} response\n\t     */\n\t    isTrulyOpeningTag: (match, response) => {\n\t      const afterMatchIndex = match[0].length + match.index;\n\t      const nextChar = match.input[afterMatchIndex];\n\t      if (\n\t        // HTML should not include another raw `<` inside a tag\n\t        // nested type?\n\t        // `<Array<Array<number>>`, etc.\n\t        nextChar === \"<\" ||\n\t        // the , gives away that this is not HTML\n\t        // `<T, A extends keyof T, V>`\n\t        nextChar === \",\") {\n\t        response.ignoreMatch();\n\t        return;\n\t      }\n\n\t      // `<something>`\n\t      // Quite possibly a tag, lets look for a matching closing tag...\n\t      if (nextChar === \">\") {\n\t        // if we cannot find a matching closing tag, then we\n\t        // will ignore it\n\t        if (!hasClosingTag(match, { after: afterMatchIndex })) {\n\t          response.ignoreMatch();\n\t        }\n\t      }\n\n\t      // `<blah />` (self-closing)\n\t      // handled by simpleSelfClosing rule\n\n\t      // `<From extends string>`\n\t      // technically this could be HTML, but it smells like a type\n\t      let m;\n\t      const afterMatch = match.input.substr(afterMatchIndex);\n\t      // NOTE: This is ugh, but added specifically for https://github.com/highlightjs/highlight.js/issues/3276\n\t      if ((m = afterMatch.match(/^\\s+extends\\s+/))) {\n\t        if (m.index === 0) {\n\t          response.ignoreMatch();\n\t          // eslint-disable-next-line no-useless-return\n\t          return;\n\t        }\n\t      }\n\t    }\n\t  };\n\t  const KEYWORDS$1 = {\n\t    $pattern: IDENT_RE,\n\t    keyword: KEYWORDS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS,\n\t    \"variable.language\": BUILT_IN_VARIABLES\n\t  };\n\n\t  // https://tc39.es/ecma262/#sec-literals-numeric-literals\n\t  const decimalDigits = '[0-9](_?[0-9])*';\n\t  const frac = `\\\\.(${decimalDigits})`;\n\t  // DecimalIntegerLiteral, including Annex B NonOctalDecimalIntegerLiteral\n\t  // https://tc39.es/ecma262/#sec-additional-syntax-numeric-literals\n\t  const decimalInteger = `0|[1-9](_?[0-9])*|0[0-7]*[89][0-9]*`;\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      // DecimalLiteral\n\t      { begin: `(\\\\b(${decimalInteger})((${frac})|\\\\.)?|(${frac}))` +\n\t        `[eE][+-]?(${decimalDigits})\\\\b` },\n\t      { begin: `\\\\b(${decimalInteger})\\\\b((${frac})\\\\b|\\\\.)?|(${frac})\\\\b` },\n\n\t      // DecimalBigIntegerLiteral\n\t      { begin: `\\\\b(0|[1-9](_?[0-9])*)n\\\\b` },\n\n\t      // NonDecimalIntegerLiteral\n\t      { begin: \"\\\\b0[xX][0-9a-fA-F](_?[0-9a-fA-F])*n?\\\\b\" },\n\t      { begin: \"\\\\b0[bB][0-1](_?[0-1])*n?\\\\b\" },\n\t      { begin: \"\\\\b0[oO][0-7](_?[0-7])*n?\\\\b\" },\n\n\t      // LegacyOctalIntegerLiteral (does not include underscore separators)\n\t      // https://tc39.es/ecma262/#sec-additional-syntax-numeric-literals\n\t      { begin: \"\\\\b0[0-7]+n?\\\\b\" },\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: '\\\\$\\\\{',\n\t    end: '\\\\}',\n\t    keywords: KEYWORDS$1,\n\t    contains: [] // defined later\n\t  };\n\t  const HTML_TEMPLATE = {\n\t    begin: 'html`',\n\t    end: '',\n\t    starts: {\n\t      end: '`',\n\t      returnEnd: false,\n\t      contains: [\n\t        hljs.BACKSLASH_ESCAPE,\n\t        SUBST\n\t      ],\n\t      subLanguage: 'xml'\n\t    }\n\t  };\n\t  const CSS_TEMPLATE = {\n\t    begin: 'css`',\n\t    end: '',\n\t    starts: {\n\t      end: '`',\n\t      returnEnd: false,\n\t      contains: [\n\t        hljs.BACKSLASH_ESCAPE,\n\t        SUBST\n\t      ],\n\t      subLanguage: 'css'\n\t    }\n\t  };\n\t  const TEMPLATE_STRING = {\n\t    className: 'string',\n\t    begin: '`',\n\t    end: '`',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ]\n\t  };\n\t  const JSDOC_COMMENT = hljs.COMMENT(\n\t    /\\/\\*\\*(?!\\/)/,\n\t    '\\\\*/',\n\t    {\n\t      relevance: 0,\n\t      contains: [\n\t        {\n\t          begin: '(?=@[A-Za-z]+)',\n\t          relevance: 0,\n\t          contains: [\n\t            {\n\t              className: 'doctag',\n\t              begin: '@[A-Za-z]+'\n\t            },\n\t            {\n\t              className: 'type',\n\t              begin: '\\\\{',\n\t              end: '\\\\}',\n\t              excludeEnd: true,\n\t              excludeBegin: true,\n\t              relevance: 0\n\t            },\n\t            {\n\t              className: 'variable',\n\t              begin: IDENT_RE$1 + '(?=\\\\s*(-)|$)',\n\t              endsParent: true,\n\t              relevance: 0\n\t            },\n\t            // eat spaces (not newlines) so we can find\n\t            // types or variables\n\t            {\n\t              begin: /(?=[^\\n])\\s/,\n\t              relevance: 0\n\t            }\n\t          ]\n\t        }\n\t      ]\n\t    }\n\t  );\n\t  const COMMENT = {\n\t    className: \"comment\",\n\t    variants: [\n\t      JSDOC_COMMENT,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_LINE_COMMENT_MODE\n\t    ]\n\t  };\n\t  const SUBST_INTERNALS = [\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    HTML_TEMPLATE,\n\t    CSS_TEMPLATE,\n\t    TEMPLATE_STRING,\n\t    NUMBER,\n\t    // This is intentional:\n\t    // See https://github.com/highlightjs/highlight.js/issues/3288\n\t    // hljs.REGEXP_MODE\n\t  ];\n\t  SUBST.contains = SUBST_INTERNALS\n\t    .concat({\n\t      // we need to pair up {} inside our subst to prevent\n\t      // it from ending too early by matching another }\n\t      begin: /\\{/,\n\t      end: /\\}/,\n\t      keywords: KEYWORDS$1,\n\t      contains: [\n\t        \"self\"\n\t      ].concat(SUBST_INTERNALS)\n\t    });\n\t  const SUBST_AND_COMMENTS = [].concat(COMMENT, SUBST.contains);\n\t  const PARAMS_CONTAINS = SUBST_AND_COMMENTS.concat([\n\t    // eat recursive parens in sub expressions\n\t    {\n\t      begin: /\\(/,\n\t      end: /\\)/,\n\t      keywords: KEYWORDS$1,\n\t      contains: [\"self\"].concat(SUBST_AND_COMMENTS)\n\t    }\n\t  ]);\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    keywords: KEYWORDS$1,\n\t    contains: PARAMS_CONTAINS\n\t  };\n\n\t  // ES6 classes\n\t  const CLASS_OR_EXTENDS = {\n\t    variants: [\n\t      // class Car extends vehicle\n\t      {\n\t        match: [\n\t          /class/,\n\t          /\\s+/,\n\t          IDENT_RE$1,\n\t          /\\s+/,\n\t          /extends/,\n\t          /\\s+/,\n\t          regex.concat(IDENT_RE$1, \"(\", regex.concat(/\\./, IDENT_RE$1), \")*\")\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.class\",\n\t          5: \"keyword\",\n\t          7: \"title.class.inherited\"\n\t        }\n\t      },\n\t      // class Car\n\t      {\n\t        match: [\n\t          /class/,\n\t          /\\s+/,\n\t          IDENT_RE$1\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\n\t    ]\n\t  };\n\n\t  const CLASS_REFERENCE = {\n\t    relevance: 0,\n\t    match:\n\t    regex.either(\n\t      // Hard coded exceptions\n\t      /\\bJSON/,\n\t      // Float32Array, OutT\n\t      /\\b[A-Z][a-z]+([A-Z][a-z]*|\\d)*/,\n\t      // CSSFactory, CSSFactoryT\n\t      /\\b[A-Z]{2,}([A-Z][a-z]+|\\d)+([A-Z][a-z]*)*/,\n\t      // FPs, FPsT\n\t      /\\b[A-Z]{2,}[a-z]+([A-Z][a-z]+|\\d)*([A-Z][a-z]*)*/,\n\t      // P\n\t      // single letters are not highlighted\n\t      // BLAH\n\t      // this will be flagged as a UPPER_CASE_CONSTANT instead\n\t    ),\n\t    className: \"title.class\",\n\t    keywords: {\n\t      _: [\n\t        // se we still get relevance credit for JS library classes\n\t        ...TYPES,\n\t        ...ERROR_TYPES\n\t      ]\n\t    }\n\t  };\n\n\t  const USE_STRICT = {\n\t    label: \"use_strict\",\n\t    className: 'meta',\n\t    relevance: 10,\n\t    begin: /^\\s*['\"]use (strict|asm)['\"]/\n\t  };\n\n\t  const FUNCTION_DEFINITION = {\n\t    variants: [\n\t      {\n\t        match: [\n\t          /function/,\n\t          /\\s+/,\n\t          IDENT_RE$1,\n\t          /(?=\\s*\\()/\n\t        ]\n\t      },\n\t      // anonymous function\n\t      {\n\t        match: [\n\t          /function/,\n\t          /\\s*(?=\\()/\n\t        ]\n\t      }\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    label: \"func.def\",\n\t    contains: [ PARAMS ],\n\t    illegal: /%/\n\t  };\n\n\t  const UPPER_CASE_CONSTANT = {\n\t    relevance: 0,\n\t    match: /\\b[A-Z][A-Z_0-9]+\\b/,\n\t    className: \"variable.constant\"\n\t  };\n\n\t  function noneOf(list) {\n\t    return regex.concat(\"(?!\", list.join(\"|\"), \")\");\n\t  }\n\n\t  const FUNCTION_CALL = {\n\t    match: regex.concat(\n\t      /\\b/,\n\t      noneOf([\n\t        ...BUILT_IN_GLOBALS,\n\t        \"super\"\n\t      ]),\n\t      IDENT_RE$1, regex.lookahead(/\\(/)),\n\t    className: \"title.function\",\n\t    relevance: 0\n\t  };\n\n\t  const PROPERTY_ACCESS = {\n\t    begin: regex.concat(/\\./, regex.lookahead(\n\t      regex.concat(IDENT_RE$1, /(?![0-9A-Za-z$_(])/)\n\t    )),\n\t    end: IDENT_RE$1,\n\t    excludeBegin: true,\n\t    keywords: \"prototype\",\n\t    className: \"property\",\n\t    relevance: 0\n\t  };\n\n\t  const GETTER_OR_SETTER = {\n\t    match: [\n\t      /get|set/,\n\t      /\\s+/,\n\t      IDENT_RE$1,\n\t      /(?=\\()/\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      { // eat to avoid empty params\n\t        begin: /\\(\\)/\n\t      },\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  const FUNC_LEAD_IN_RE = '(\\\\(' +\n\t    '[^()]*(\\\\(' +\n\t    '[^()]*(\\\\(' +\n\t    '[^()]*' +\n\t    '\\\\)[^()]*)*' +\n\t    '\\\\)[^()]*)*' +\n\t    '\\\\)|' + hljs.UNDERSCORE_IDENT_RE + ')\\\\s*=>';\n\n\t  const FUNCTION_VARIABLE = {\n\t    match: [\n\t      /const|var|let/, /\\s+/,\n\t      IDENT_RE$1, /\\s*/,\n\t      /=\\s*/,\n\t      /(async\\s*)?/, // async is optional\n\t      regex.lookahead(FUNC_LEAD_IN_RE)\n\t    ],\n\t    keywords: \"async\",\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Javascript',\n\t    aliases: ['js', 'jsx', 'mjs', 'cjs'],\n\t    keywords: KEYWORDS$1,\n\t    // this will be extended by TypeScript\n\t    exports: { PARAMS_CONTAINS, CLASS_REFERENCE },\n\t    illegal: /#(?![$_A-z])/,\n\t    contains: [\n\t      hljs.SHEBANG({\n\t        label: \"shebang\",\n\t        binary: \"node\",\n\t        relevance: 5\n\t      }),\n\t      USE_STRICT,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      HTML_TEMPLATE,\n\t      CSS_TEMPLATE,\n\t      TEMPLATE_STRING,\n\t      COMMENT,\n\t      NUMBER,\n\t      CLASS_REFERENCE,\n\t      {\n\t        className: 'attr',\n\t        begin: IDENT_RE$1 + regex.lookahead(':'),\n\t        relevance: 0\n\t      },\n\t      FUNCTION_VARIABLE,\n\t      { // \"value\" container\n\t        begin: '(' + hljs.RE_STARTERS_RE + '|\\\\b(case|return|throw)\\\\b)\\\\s*',\n\t        keywords: 'return throw case',\n\t        relevance: 0,\n\t        contains: [\n\t          COMMENT,\n\t          hljs.REGEXP_MODE,\n\t          {\n\t            className: 'function',\n\t            // we have to count the parens to make sure we actually have the\n\t            // correct bounding ( ) before the =>.  There could be any number of\n\t            // sub-expressions inside also surrounded by parens.\n\t            begin: FUNC_LEAD_IN_RE,\n\t            returnBegin: true,\n\t            end: '\\\\s*=>',\n\t            contains: [\n\t              {\n\t                className: 'params',\n\t                variants: [\n\t                  {\n\t                    begin: hljs.UNDERSCORE_IDENT_RE,\n\t                    relevance: 0\n\t                  },\n\t                  {\n\t                    className: null,\n\t                    begin: /\\(\\s*\\)/,\n\t                    skip: true\n\t                  },\n\t                  {\n\t                    begin: /\\(/,\n\t                    end: /\\)/,\n\t                    excludeBegin: true,\n\t                    excludeEnd: true,\n\t                    keywords: KEYWORDS$1,\n\t                    contains: PARAMS_CONTAINS\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          },\n\t          { // could be a comma delimited list of params to a function call\n\t            begin: /,/,\n\t            relevance: 0\n\t          },\n\t          {\n\t            match: /\\s+/,\n\t            relevance: 0\n\t          },\n\t          { // JSX\n\t            variants: [\n\t              { begin: FRAGMENT.begin, end: FRAGMENT.end },\n\t              { match: XML_SELF_CLOSING },\n\t              {\n\t                begin: XML_TAG.begin,\n\t                // we carefully check the opening tag to see if it truly\n\t                // is a tag and not a false positive\n\t                'on:begin': XML_TAG.isTrulyOpeningTag,\n\t                end: XML_TAG.end\n\t              }\n\t            ],\n\t            subLanguage: 'xml',\n\t            contains: [\n\t              {\n\t                begin: XML_TAG.begin,\n\t                end: XML_TAG.end,\n\t                skip: true,\n\t                contains: ['self']\n\t              }\n\t            ]\n\t          }\n\t        ],\n\t      },\n\t      FUNCTION_DEFINITION,\n\t      {\n\t        // prevent this from getting swallowed up by function\n\t        // since they appear \"function like\"\n\t        beginKeywords: \"while if switch catch for\"\n\t      },\n\t      {\n\t        // we have to count the parens to make sure we actually have the correct\n\t        // bounding ( ).  There could be any number of sub-expressions inside\n\t        // also surrounded by parens.\n\t        begin: '\\\\b(?!function)' + hljs.UNDERSCORE_IDENT_RE +\n\t          '\\\\(' + // first parens\n\t          '[^()]*(\\\\(' +\n\t            '[^()]*(\\\\(' +\n\t              '[^()]*' +\n\t            '\\\\)[^()]*)*' +\n\t          '\\\\)[^()]*)*' +\n\t          '\\\\)\\\\s*\\\\{', // end parens\n\t        returnBegin:true,\n\t        label: \"func.def\",\n\t        contains: [\n\t          PARAMS,\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: IDENT_RE$1, className: \"title.function\" })\n\t        ]\n\t      },\n\t      // catch ... so it won't trigger the property rule below\n\t      {\n\t        match: /\\.\\.\\./,\n\t        relevance: 0\n\t      },\n\t      PROPERTY_ACCESS,\n\t      // hack: prevents detection of keywords in some circumstances\n\t      // .keyword()\n\t      // $keyword = x\n\t      {\n\t        match: '\\\\$' + IDENT_RE$1,\n\t        relevance: 0\n\t      },\n\t      {\n\t        match: [ /\\bconstructor(?=\\s*\\()/ ],\n\t        className: { 1: \"title.function\" },\n\t        contains: [ PARAMS ]\n\t      },\n\t      FUNCTION_CALL,\n\t      UPPER_CASE_CONSTANT,\n\t      CLASS_OR_EXTENDS,\n\t      GETTER_OR_SETTER,\n\t      {\n\t        match: /\\$[(.]/ // relevance booster for a pattern common to JS libs: `$(something)` and `$.something`\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tjavascript_1 = javascript;\n\treturn javascript_1;\n}\n\n/*\n Language: JBoss CLI\n Author: Raphaël Parrëe <rparree@edc4it.com>\n Description: language definition jboss cli\n Website: https://docs.jboss.org/author/display/WFLY/Command+Line+Interface\n Category: config\n */\n\nvar jbossCli_1;\nvar hasRequiredJbossCli;\n\nfunction requireJbossCli () {\n\tif (hasRequiredJbossCli) return jbossCli_1;\n\thasRequiredJbossCli = 1;\n\tfunction jbossCli(hljs) {\n\t  const PARAM = {\n\t    begin: /[\\w-]+ *=/,\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        className: 'attr',\n\t        begin: /[\\w-]+/\n\t      }\n\t    ]\n\t  };\n\t  const PARAMSBLOCK = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    contains: [ PARAM ],\n\t    relevance: 0\n\t  };\n\t  const OPERATION = {\n\t    className: 'function',\n\t    begin: /:[\\w\\-.]+/,\n\t    relevance: 0\n\t  };\n\t  const PATH = {\n\t    className: 'string',\n\t    begin: /\\B([\\/.])[\\w\\-.\\/=]+/\n\t  };\n\t  const COMMAND_PARAMS = {\n\t    className: 'params',\n\t    begin: /--[\\w\\-=\\/]+/\n\t  };\n\t  return {\n\t    name: 'JBoss CLI',\n\t    aliases: [ 'wildfly-cli' ],\n\t    keywords: {\n\t      $pattern: '[a-z\\-]+',\n\t      keyword: 'alias batch cd clear command connect connection-factory connection-info data-source deploy '\n\t      + 'deployment-info deployment-overlay echo echo-dmr help history if jdbc-driver-info jms-queue|20 jms-topic|20 ls '\n\t      + 'patch pwd quit read-attribute read-operation reload rollout-plan run-batch set shutdown try unalias '\n\t      + 'undeploy unset version xa-data-source', // module\n\t      literal: 'true false'\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      COMMAND_PARAMS,\n\t      OPERATION,\n\t      PATH,\n\t      PARAMSBLOCK\n\t    ]\n\t  };\n\t}\n\n\tjbossCli_1 = jbossCli;\n\treturn jbossCli_1;\n}\n\n/*\nLanguage: JSON\nDescription: JSON (JavaScript Object Notation) is a lightweight data-interchange format.\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nWebsite: http://www.json.org\nCategory: common, protocols, web\n*/\n\nvar json_1;\nvar hasRequiredJson;\n\nfunction requireJson () {\n\tif (hasRequiredJson) return json_1;\n\thasRequiredJson = 1;\n\tfunction json(hljs) {\n\t  const ATTRIBUTE = {\n\t    className: 'attr',\n\t    begin: /\"(\\\\.|[^\\\\\"\\r\\n])*\"(?=\\s*:)/,\n\t    relevance: 1.01\n\t  };\n\t  const PUNCTUATION = {\n\t    match: /[{}[\\],:]/,\n\t    className: \"punctuation\",\n\t    relevance: 0\n\t  };\n\t  // normally we would rely on `keywords` for this but using a mode here allows us\n\t  // to use the very tight `illegal: \\S` rule later to flag any other character\n\t  // as illegal indicating that despite looking like JSON we do not truly have\n\t  // JSON and thus improve false-positively greatly since JSON will try and claim\n\t  // all sorts of JSON looking stuff\n\t  const LITERALS = { beginKeywords: [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\"\n\t  ].join(\" \") };\n\n\t  return {\n\t    name: 'JSON',\n\t    contains: [\n\t      ATTRIBUTE,\n\t      PUNCTUATION,\n\t      hljs.QUOTE_STRING_MODE,\n\t      LITERALS,\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ],\n\t    illegal: '\\\\S'\n\t  };\n\t}\n\n\tjson_1 = json;\n\treturn json_1;\n}\n\n/*\nLanguage: Julia\nDescription: Julia is a high-level, high-performance, dynamic programming language.\nAuthor: Kenta Sato <bicycle1885@gmail.com>\nContributors: Alex Arslan <ararslan@comcast.net>, Fredrik Ekre <ekrefredrik@gmail.com>\nWebsite: https://julialang.org\n*/\n\nvar julia_1;\nvar hasRequiredJulia;\n\nfunction requireJulia () {\n\tif (hasRequiredJulia) return julia_1;\n\thasRequiredJulia = 1;\n\tfunction julia(hljs) {\n\t  // Since there are numerous special names in Julia, it is too much trouble\n\t  // to maintain them by hand. Hence these names (i.e. keywords, literals and\n\t  // built-ins) are automatically generated from Julia 1.5.2 itself through\n\t  // the following scripts for each.\n\n\t  // ref: https://docs.julialang.org/en/v1/manual/variables/#Allowed-Variable-Names\n\t  const VARIABLE_NAME_RE = '[A-Za-z_\\\\u00A1-\\\\uFFFF][A-Za-z_0-9\\\\u00A1-\\\\uFFFF]*';\n\n\t  // # keyword generator, multi-word keywords handled manually below (Julia 1.5.2)\n\t  // import REPL.REPLCompletions\n\t  // res = String[\"in\", \"isa\", \"where\"]\n\t  // for kw in collect(x.keyword for x in REPLCompletions.complete_keyword(\"\"))\n\t  //     if !(contains(kw, \" \") || kw == \"struct\")\n\t  //         push!(res, kw)\n\t  //     end\n\t  // end\n\t  // sort!(unique!(res))\n\t  // foreach(x -> println(\"\\'\", x, \"\\',\"), res)\n\t  const KEYWORD_LIST = [\n\t    'baremodule',\n\t    'begin',\n\t    'break',\n\t    'catch',\n\t    'ccall',\n\t    'const',\n\t    'continue',\n\t    'do',\n\t    'else',\n\t    'elseif',\n\t    'end',\n\t    'export',\n\t    'false',\n\t    'finally',\n\t    'for',\n\t    'function',\n\t    'global',\n\t    'if',\n\t    'import',\n\t    'in',\n\t    'isa',\n\t    'let',\n\t    'local',\n\t    'macro',\n\t    'module',\n\t    'quote',\n\t    'return',\n\t    'true',\n\t    'try',\n\t    'using',\n\t    'where',\n\t    'while',\n\t  ];\n\n\t  // # literal generator (Julia 1.5.2)\n\t  // import REPL.REPLCompletions\n\t  // res = String[\"true\", \"false\"]\n\t  // for compl in filter!(x -> isa(x, REPLCompletions.ModuleCompletion) && (x.parent === Base || x.parent === Core),\n\t  //                     REPLCompletions.completions(\"\", 0)[1])\n\t  //     try\n\t  //         v = eval(Symbol(compl.mod))\n\t  //         if !(v isa Function || v isa Type || v isa TypeVar || v isa Module || v isa Colon)\n\t  //             push!(res, compl.mod)\n\t  //         end\n\t  //     catch e\n\t  //     end\n\t  // end\n\t  // sort!(unique!(res))\n\t  // foreach(x -> println(\"\\'\", x, \"\\',\"), res)\n\t  const LITERAL_LIST = [\n\t    'ARGS',\n\t    'C_NULL',\n\t    'DEPOT_PATH',\n\t    'ENDIAN_BOM',\n\t    'ENV',\n\t    'Inf',\n\t    'Inf16',\n\t    'Inf32',\n\t    'Inf64',\n\t    'InsertionSort',\n\t    'LOAD_PATH',\n\t    'MergeSort',\n\t    'NaN',\n\t    'NaN16',\n\t    'NaN32',\n\t    'NaN64',\n\t    'PROGRAM_FILE',\n\t    'QuickSort',\n\t    'RoundDown',\n\t    'RoundFromZero',\n\t    'RoundNearest',\n\t    'RoundNearestTiesAway',\n\t    'RoundNearestTiesUp',\n\t    'RoundToZero',\n\t    'RoundUp',\n\t    'VERSION|0',\n\t    'devnull',\n\t    'false',\n\t    'im',\n\t    'missing',\n\t    'nothing',\n\t    'pi',\n\t    'stderr',\n\t    'stdin',\n\t    'stdout',\n\t    'true',\n\t    'undef',\n\t    'π',\n\t    'ℯ',\n\t  ];\n\n\t  // # built_in generator (Julia 1.5.2)\n\t  // import REPL.REPLCompletions\n\t  // res = String[]\n\t  // for compl in filter!(x -> isa(x, REPLCompletions.ModuleCompletion) && (x.parent === Base || x.parent === Core),\n\t  //                     REPLCompletions.completions(\"\", 0)[1])\n\t  //     try\n\t  //         v = eval(Symbol(compl.mod))\n\t  //         if (v isa Type || v isa TypeVar) && (compl.mod != \"=>\")\n\t  //             push!(res, compl.mod)\n\t  //         end\n\t  //     catch e\n\t  //     end\n\t  // end\n\t  // sort!(unique!(res))\n\t  // foreach(x -> println(\"\\'\", x, \"\\',\"), res)\n\t  const BUILT_IN_LIST = [\n\t    'AbstractArray',\n\t    'AbstractChannel',\n\t    'AbstractChar',\n\t    'AbstractDict',\n\t    'AbstractDisplay',\n\t    'AbstractFloat',\n\t    'AbstractIrrational',\n\t    'AbstractMatrix',\n\t    'AbstractRange',\n\t    'AbstractSet',\n\t    'AbstractString',\n\t    'AbstractUnitRange',\n\t    'AbstractVecOrMat',\n\t    'AbstractVector',\n\t    'Any',\n\t    'ArgumentError',\n\t    'Array',\n\t    'AssertionError',\n\t    'BigFloat',\n\t    'BigInt',\n\t    'BitArray',\n\t    'BitMatrix',\n\t    'BitSet',\n\t    'BitVector',\n\t    'Bool',\n\t    'BoundsError',\n\t    'CapturedException',\n\t    'CartesianIndex',\n\t    'CartesianIndices',\n\t    'Cchar',\n\t    'Cdouble',\n\t    'Cfloat',\n\t    'Channel',\n\t    'Char',\n\t    'Cint',\n\t    'Cintmax_t',\n\t    'Clong',\n\t    'Clonglong',\n\t    'Cmd',\n\t    'Colon',\n\t    'Complex',\n\t    'ComplexF16',\n\t    'ComplexF32',\n\t    'ComplexF64',\n\t    'CompositeException',\n\t    'Condition',\n\t    'Cptrdiff_t',\n\t    'Cshort',\n\t    'Csize_t',\n\t    'Cssize_t',\n\t    'Cstring',\n\t    'Cuchar',\n\t    'Cuint',\n\t    'Cuintmax_t',\n\t    'Culong',\n\t    'Culonglong',\n\t    'Cushort',\n\t    'Cvoid',\n\t    'Cwchar_t',\n\t    'Cwstring',\n\t    'DataType',\n\t    'DenseArray',\n\t    'DenseMatrix',\n\t    'DenseVecOrMat',\n\t    'DenseVector',\n\t    'Dict',\n\t    'DimensionMismatch',\n\t    'Dims',\n\t    'DivideError',\n\t    'DomainError',\n\t    'EOFError',\n\t    'Enum',\n\t    'ErrorException',\n\t    'Exception',\n\t    'ExponentialBackOff',\n\t    'Expr',\n\t    'Float16',\n\t    'Float32',\n\t    'Float64',\n\t    'Function',\n\t    'GlobalRef',\n\t    'HTML',\n\t    'IO',\n\t    'IOBuffer',\n\t    'IOContext',\n\t    'IOStream',\n\t    'IdDict',\n\t    'IndexCartesian',\n\t    'IndexLinear',\n\t    'IndexStyle',\n\t    'InexactError',\n\t    'InitError',\n\t    'Int',\n\t    'Int128',\n\t    'Int16',\n\t    'Int32',\n\t    'Int64',\n\t    'Int8',\n\t    'Integer',\n\t    'InterruptException',\n\t    'InvalidStateException',\n\t    'Irrational',\n\t    'KeyError',\n\t    'LinRange',\n\t    'LineNumberNode',\n\t    'LinearIndices',\n\t    'LoadError',\n\t    'MIME',\n\t    'Matrix',\n\t    'Method',\n\t    'MethodError',\n\t    'Missing',\n\t    'MissingException',\n\t    'Module',\n\t    'NTuple',\n\t    'NamedTuple',\n\t    'Nothing',\n\t    'Number',\n\t    'OrdinalRange',\n\t    'OutOfMemoryError',\n\t    'OverflowError',\n\t    'Pair',\n\t    'PartialQuickSort',\n\t    'PermutedDimsArray',\n\t    'Pipe',\n\t    'ProcessFailedException',\n\t    'Ptr',\n\t    'QuoteNode',\n\t    'Rational',\n\t    'RawFD',\n\t    'ReadOnlyMemoryError',\n\t    'Real',\n\t    'ReentrantLock',\n\t    'Ref',\n\t    'Regex',\n\t    'RegexMatch',\n\t    'RoundingMode',\n\t    'SegmentationFault',\n\t    'Set',\n\t    'Signed',\n\t    'Some',\n\t    'StackOverflowError',\n\t    'StepRange',\n\t    'StepRangeLen',\n\t    'StridedArray',\n\t    'StridedMatrix',\n\t    'StridedVecOrMat',\n\t    'StridedVector',\n\t    'String',\n\t    'StringIndexError',\n\t    'SubArray',\n\t    'SubString',\n\t    'SubstitutionString',\n\t    'Symbol',\n\t    'SystemError',\n\t    'Task',\n\t    'TaskFailedException',\n\t    'Text',\n\t    'TextDisplay',\n\t    'Timer',\n\t    'Tuple',\n\t    'Type',\n\t    'TypeError',\n\t    'TypeVar',\n\t    'UInt',\n\t    'UInt128',\n\t    'UInt16',\n\t    'UInt32',\n\t    'UInt64',\n\t    'UInt8',\n\t    'UndefInitializer',\n\t    'UndefKeywordError',\n\t    'UndefRefError',\n\t    'UndefVarError',\n\t    'Union',\n\t    'UnionAll',\n\t    'UnitRange',\n\t    'Unsigned',\n\t    'Val',\n\t    'Vararg',\n\t    'VecElement',\n\t    'VecOrMat',\n\t    'Vector',\n\t    'VersionNumber',\n\t    'WeakKeyDict',\n\t    'WeakRef',\n\t  ];\n\n\t  const KEYWORDS = {\n\t    $pattern: VARIABLE_NAME_RE,\n\t    keyword: KEYWORD_LIST,\n\t    literal: LITERAL_LIST,\n\t    built_in: BUILT_IN_LIST,\n\t  };\n\n\t  // placeholder for recursive self-reference\n\t  const DEFAULT = {\n\t    keywords: KEYWORDS,\n\t    illegal: /<\\//\n\t  };\n\n\t  // ref: https://docs.julialang.org/en/v1/manual/integers-and-floating-point-numbers/\n\t  const NUMBER = {\n\t    className: 'number',\n\t    // supported numeric literals:\n\t    //  * binary literal (e.g. 0x10)\n\t    //  * octal literal (e.g. 0o76543210)\n\t    //  * hexadecimal literal (e.g. 0xfedcba876543210)\n\t    //  * hexadecimal floating point literal (e.g. 0x1p0, 0x1.2p2)\n\t    //  * decimal literal (e.g. 9876543210, 100_000_000)\n\t    //  * floating pointe literal (e.g. 1.2, 1.2f, .2, 1., 1.2e10, 1.2e-10)\n\t    begin: /(\\b0x[\\d_]*(\\.[\\d_]*)?|0x\\.\\d[\\d_]*)p[-+]?\\d+|\\b0[box][a-fA-F0-9][a-fA-F0-9_]*|(\\b\\d[\\d_]*(\\.[\\d_]*)?|\\.\\d[\\d_]*)([eEfF][-+]?\\d+)?/,\n\t    relevance: 0\n\t  };\n\n\t  const CHAR = {\n\t    className: 'string',\n\t    begin: /'(.|\\\\[xXuU][a-zA-Z0-9]+)'/\n\t  };\n\n\t  const INTERPOLATION = {\n\t    className: 'subst',\n\t    begin: /\\$\\(/,\n\t    end: /\\)/,\n\t    keywords: KEYWORDS\n\t  };\n\n\t  const INTERPOLATED_VARIABLE = {\n\t    className: 'variable',\n\t    begin: '\\\\$' + VARIABLE_NAME_RE\n\t  };\n\n\t  // TODO: neatly escape normal code in string literal\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      INTERPOLATION,\n\t      INTERPOLATED_VARIABLE\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: /\\w*\"\"\"/,\n\t        end: /\"\"\"\\w*/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /\\w*\"/,\n\t        end: /\"\\w*/\n\t      }\n\t    ]\n\t  };\n\n\t  const COMMAND = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      INTERPOLATION,\n\t      INTERPOLATED_VARIABLE\n\t    ],\n\t    begin: '`',\n\t    end: '`'\n\t  };\n\n\t  const MACROCALL = {\n\t    className: 'meta',\n\t    begin: '@' + VARIABLE_NAME_RE\n\t  };\n\n\t  const COMMENT = {\n\t    className: 'comment',\n\t    variants: [\n\t      {\n\t        begin: '#=',\n\t        end: '=#',\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: '#',\n\t        end: '$'\n\t      }\n\t    ]\n\t  };\n\n\t  DEFAULT.name = 'Julia';\n\t  DEFAULT.contains = [\n\t    NUMBER,\n\t    CHAR,\n\t    STRING,\n\t    COMMAND,\n\t    MACROCALL,\n\t    COMMENT,\n\t    hljs.HASH_COMMENT_MODE,\n\t    {\n\t      className: 'keyword',\n\t      begin:\n\t        '\\\\b(((abstract|primitive)\\\\s+)type|(mutable\\\\s+)?struct)\\\\b'\n\t    },\n\t    { begin: /<:/ } // relevance booster\n\t  ];\n\t  INTERPOLATION.contains = DEFAULT.contains;\n\n\t  return DEFAULT;\n\t}\n\n\tjulia_1 = julia;\n\treturn julia_1;\n}\n\n/*\nLanguage: Julia REPL\nDescription: Julia REPL sessions\nAuthor: Morten Piibeleht <morten.piibeleht@gmail.com>\nWebsite: https://julialang.org\nRequires: julia.js\n\nThe Julia REPL code blocks look something like the following:\n\n  julia> function foo(x)\n             x + 1\n         end\n  foo (generic function with 1 method)\n\nThey start on a new line with \"julia>\". Usually there should also be a space after this, but\nwe also allow the code to start right after the > character. The code may run over multiple\nlines, but the additional lines must start with six spaces (i.e. be indented to match\n\"julia>\"). The rest of the code is assumed to be output from the executed code and will be\nleft un-highlighted.\n\nUsing simply spaces to identify line continuations may get a false-positive if the output\nalso prints out six spaces, but such cases should be rare.\n*/\n\nvar juliaRepl_1;\nvar hasRequiredJuliaRepl;\n\nfunction requireJuliaRepl () {\n\tif (hasRequiredJuliaRepl) return juliaRepl_1;\n\thasRequiredJuliaRepl = 1;\n\tfunction juliaRepl(hljs) {\n\t  return {\n\t    name: 'Julia REPL',\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        begin: /^julia>/,\n\t        relevance: 10,\n\t        starts: {\n\t          // end the highlighting if we are on a new line and the line does not have at\n\t          // least six spaces in the beginning\n\t          end: /^(?![ ]{6})/,\n\t          subLanguage: 'julia'\n\t        },\n\t      },\n\t    ],\n\t    // jldoctest Markdown blocks are used in the Julia manual and package docs indicate\n\t    // code snippets that should be verified when the documentation is built. They can be\n\t    // either REPL-like or script-like, but are usually REPL-like and therefore we apply\n\t    // julia-repl highlighting to them. More information can be found in Documenter's\n\t    // manual: https://juliadocs.github.io/Documenter.jl/latest/man/doctests.html\n\t    aliases: [ 'jldoctest' ],\n\t  };\n\t}\n\n\tjuliaRepl_1 = juliaRepl;\n\treturn juliaRepl_1;\n}\n\nvar kotlin_1;\nvar hasRequiredKotlin;\n\nfunction requireKotlin () {\n\tif (hasRequiredKotlin) return kotlin_1;\n\thasRequiredKotlin = 1;\n\t// https://docs.oracle.com/javase/specs/jls/se15/html/jls-3.html#jls-3.10\n\tvar decimalDigits = '[0-9](_*[0-9])*';\n\tvar frac = `\\\\.(${decimalDigits})`;\n\tvar hexDigits = '[0-9a-fA-F](_*[0-9a-fA-F])*';\n\tvar NUMERIC = {\n\t  className: 'number',\n\t  variants: [\n\t    // DecimalFloatingPointLiteral\n\t    // including ExponentPart\n\t    { begin: `(\\\\b(${decimalDigits})((${frac})|\\\\.)?|(${frac}))` +\n\t      `[eE][+-]?(${decimalDigits})[fFdD]?\\\\b` },\n\t    // excluding ExponentPart\n\t    { begin: `\\\\b(${decimalDigits})((${frac})[fFdD]?\\\\b|\\\\.([fFdD]\\\\b)?)` },\n\t    { begin: `(${frac})[fFdD]?\\\\b` },\n\t    { begin: `\\\\b(${decimalDigits})[fFdD]\\\\b` },\n\n\t    // HexadecimalFloatingPointLiteral\n\t    { begin: `\\\\b0[xX]((${hexDigits})\\\\.?|(${hexDigits})?\\\\.(${hexDigits}))` +\n\t      `[pP][+-]?(${decimalDigits})[fFdD]?\\\\b` },\n\n\t    // DecimalIntegerLiteral\n\t    { begin: '\\\\b(0|[1-9](_*[0-9])*)[lL]?\\\\b' },\n\n\t    // HexIntegerLiteral\n\t    { begin: `\\\\b0[xX](${hexDigits})[lL]?\\\\b` },\n\n\t    // OctalIntegerLiteral\n\t    { begin: '\\\\b0(_*[0-7])*[lL]?\\\\b' },\n\n\t    // BinaryIntegerLiteral\n\t    { begin: '\\\\b0[bB][01](_*[01])*[lL]?\\\\b' },\n\t  ],\n\t  relevance: 0\n\t};\n\n\t/*\n\t Language: Kotlin\n\t Description: Kotlin is an OSS statically typed programming language that targets the JVM, Android, JavaScript and Native.\n\t Author: Sergey Mashkov <cy6erGn0m@gmail.com>\n\t Website: https://kotlinlang.org\n\t Category: common\n\t */\n\n\tfunction kotlin(hljs) {\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'abstract as val var vararg get set class object open private protected public noinline '\n\t      + 'crossinline dynamic final enum if else do while for when throw try catch finally '\n\t      + 'import package is in fun override companion reified inline lateinit init '\n\t      + 'interface annotation data sealed internal infix operator out by constructor super '\n\t      + 'tailrec where const inner suspend typealias external expect actual',\n\t    built_in:\n\t      'Byte Short Char Int Long Boolean Float Double Void Unit Nothing',\n\t    literal:\n\t      'true false null'\n\t  };\n\t  const KEYWORDS_WITH_LABEL = {\n\t    className: 'keyword',\n\t    begin: /\\b(break|continue|return|this)\\b/,\n\t    starts: { contains: [\n\t      {\n\t        className: 'symbol',\n\t        begin: /@\\w+/\n\t      }\n\t    ] }\n\t  };\n\t  const LABEL = {\n\t    className: 'symbol',\n\t    begin: hljs.UNDERSCORE_IDENT_RE + '@'\n\t  };\n\n\t  // for string templates\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /\\$\\{/,\n\t    end: /\\}/,\n\t    contains: [ hljs.C_NUMBER_MODE ]\n\t  };\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: '\\\\$' + hljs.UNDERSCORE_IDENT_RE\n\t  };\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"(?=[^\"])',\n\t        contains: [\n\t          VARIABLE,\n\t          SUBST\n\t        ]\n\t      },\n\t      // Can't use built-in modes easily, as we want to use STRING in the meta\n\t      // context as 'meta-string' and there's no syntax to remove explicitly set\n\t      // classNames in built-in modes.\n\t      {\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        illegal: /\\n/,\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        illegal: /\\n/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          VARIABLE,\n\t          SUBST\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t  SUBST.contains.push(STRING);\n\n\t  const ANNOTATION_USE_SITE = {\n\t    className: 'meta',\n\t    begin: '@(?:file|property|field|get|set|receiver|param|setparam|delegate)\\\\s*:(?:\\\\s*' + hljs.UNDERSCORE_IDENT_RE + ')?'\n\t  };\n\t  const ANNOTATION = {\n\t    className: 'meta',\n\t    begin: '@' + hljs.UNDERSCORE_IDENT_RE,\n\t    contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [ hljs.inherit(STRING, { className: 'string' }) ]\n\t      }\n\t    ]\n\t  };\n\n\t  // https://kotlinlang.org/docs/reference/whatsnew11.html#underscores-in-numeric-literals\n\t  // According to the doc above, the number mode of kotlin is the same as java 8,\n\t  // so the code below is copied from java.js\n\t  const KOTLIN_NUMBER_MODE = NUMERIC;\n\t  const KOTLIN_NESTED_COMMENT = hljs.COMMENT(\n\t    '/\\\\*', '\\\\*/',\n\t    { contains: [ hljs.C_BLOCK_COMMENT_MODE ] }\n\t  );\n\t  const KOTLIN_PAREN_TYPE = { variants: [\n\t    {\n\t      className: 'type',\n\t      begin: hljs.UNDERSCORE_IDENT_RE\n\t    },\n\t    {\n\t      begin: /\\(/,\n\t      end: /\\)/,\n\t      contains: [] // defined later\n\t    }\n\t  ] };\n\t  const KOTLIN_PAREN_TYPE2 = KOTLIN_PAREN_TYPE;\n\t  KOTLIN_PAREN_TYPE2.variants[1].contains = [ KOTLIN_PAREN_TYPE ];\n\t  KOTLIN_PAREN_TYPE.variants[1].contains = [ KOTLIN_PAREN_TYPE2 ];\n\n\t  return {\n\t    name: 'Kotlin',\n\t    aliases: [\n\t      'kt',\n\t      'kts'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.COMMENT(\n\t        '/\\\\*\\\\*',\n\t        '\\\\*/',\n\t        {\n\t          relevance: 0,\n\t          contains: [\n\t            {\n\t              className: 'doctag',\n\t              begin: '@[A-Za-z]+'\n\t            }\n\t          ]\n\t        }\n\t      ),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      KOTLIN_NESTED_COMMENT,\n\t      KEYWORDS_WITH_LABEL,\n\t      LABEL,\n\t      ANNOTATION_USE_SITE,\n\t      ANNOTATION,\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'fun',\n\t        end: '[(]|$',\n\t        returnBegin: true,\n\t        excludeEnd: true,\n\t        keywords: KEYWORDS,\n\t        relevance: 5,\n\t        contains: [\n\t          {\n\t            begin: hljs.UNDERSCORE_IDENT_RE + '\\\\s*\\\\(',\n\t            returnBegin: true,\n\t            relevance: 0,\n\t            contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t          },\n\t          {\n\t            className: 'type',\n\t            begin: /</,\n\t            end: />/,\n\t            keywords: 'reified',\n\t            relevance: 0\n\t          },\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            endsParent: true,\n\t            keywords: KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              {\n\t                begin: /:/,\n\t                end: /[=,\\/]/,\n\t                endsWithParent: true,\n\t                contains: [\n\t                  KOTLIN_PAREN_TYPE,\n\t                  hljs.C_LINE_COMMENT_MODE,\n\t                  KOTLIN_NESTED_COMMENT\n\t                ],\n\t                relevance: 0\n\t              },\n\t              hljs.C_LINE_COMMENT_MODE,\n\t              KOTLIN_NESTED_COMMENT,\n\t              ANNOTATION_USE_SITE,\n\t              ANNOTATION,\n\t              STRING,\n\t              hljs.C_NUMBER_MODE\n\t            ]\n\t          },\n\t          KOTLIN_NESTED_COMMENT\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class interface trait', // remove 'trait' when removed from KEYWORDS\n\t        end: /[:\\{(]|$/,\n\t        excludeEnd: true,\n\t        illegal: 'extends implements',\n\t        contains: [\n\t          { beginKeywords: 'public protected internal private constructor' },\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          {\n\t            className: 'type',\n\t            begin: /</,\n\t            end: />/,\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            relevance: 0\n\t          },\n\t          {\n\t            className: 'type',\n\t            begin: /[,:]\\s*/,\n\t            end: /[<\\(,]|$/,\n\t            excludeBegin: true,\n\t            returnEnd: true\n\t          },\n\t          ANNOTATION_USE_SITE,\n\t          ANNOTATION\n\t        ]\n\t      },\n\t      STRING,\n\t      {\n\t        className: 'meta',\n\t        begin: \"^#!/usr/bin/env\",\n\t        end: '$',\n\t        illegal: '\\n'\n\t      },\n\t      KOTLIN_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tkotlin_1 = kotlin;\n\treturn kotlin_1;\n}\n\n/*\nLanguage: Lasso\nAuthor: Eric Knibbe <eric@lassosoft.com>\nDescription: Lasso is a language and server platform for database-driven web applications. This definition handles Lasso 9 syntax and LassoScript for Lasso 8.6 and earlier.\nWebsite: http://www.lassosoft.com/What-Is-Lasso\n*/\n\nvar lasso_1;\nvar hasRequiredLasso;\n\nfunction requireLasso () {\n\tif (hasRequiredLasso) return lasso_1;\n\thasRequiredLasso = 1;\n\tfunction lasso(hljs) {\n\t  const LASSO_IDENT_RE = '[a-zA-Z_][\\\\w.]*';\n\t  const LASSO_ANGLE_RE = '<\\\\?(lasso(script)?|=)';\n\t  const LASSO_CLOSE_RE = '\\\\]|\\\\?>';\n\t  const LASSO_KEYWORDS = {\n\t    $pattern: LASSO_IDENT_RE + '|&[lg]t;',\n\t    literal:\n\t      'true false none minimal full all void and or not '\n\t      + 'bw nbw ew new cn ncn lt lte gt gte eq neq rx nrx ft',\n\t    built_in:\n\t      'array date decimal duration integer map pair string tag xml null '\n\t      + 'boolean bytes keyword list locale queue set stack staticarray '\n\t      + 'local var variable global data self inherited currentcapture givenblock',\n\t    keyword:\n\t      'cache database_names database_schemanames database_tablenames '\n\t      + 'define_tag define_type email_batch encode_set html_comment handle '\n\t      + 'handle_error header if inline iterate ljax_target link '\n\t      + 'link_currentaction link_currentgroup link_currentrecord link_detail '\n\t      + 'link_firstgroup link_firstrecord link_lastgroup link_lastrecord '\n\t      + 'link_nextgroup link_nextrecord link_prevgroup link_prevrecord log '\n\t      + 'loop namespace_using output_none portal private protect records '\n\t      + 'referer referrer repeating resultset rows search_args '\n\t      + 'search_arguments select sort_args sort_arguments thread_atomic '\n\t      + 'value_list while abort case else fail_if fail_ifnot fail if_empty '\n\t      + 'if_false if_null if_true loop_abort loop_continue loop_count params '\n\t      + 'params_up return return_value run_children soap_definetag '\n\t      + 'soap_lastrequest soap_lastresponse tag_name ascending average by '\n\t      + 'define descending do equals frozen group handle_failure import in '\n\t      + 'into join let match max min on order parent protected provide public '\n\t      + 'require returnhome skip split_thread sum take thread to trait type '\n\t      + 'where with yield yieldhome'\n\t  };\n\t  const HTML_COMMENT = hljs.COMMENT(\n\t    '<!--',\n\t    '-->',\n\t    { relevance: 0 }\n\t  );\n\t  const LASSO_NOPROCESS = {\n\t    className: 'meta',\n\t    begin: '\\\\[noprocess\\\\]',\n\t    starts: {\n\t      end: '\\\\[/noprocess\\\\]',\n\t      returnEnd: true,\n\t      contains: [ HTML_COMMENT ]\n\t    }\n\t  };\n\t  const LASSO_START = {\n\t    className: 'meta',\n\t    begin: '\\\\[/noprocess|' + LASSO_ANGLE_RE\n\t  };\n\t  const LASSO_DATAMEMBER = {\n\t    className: 'symbol',\n\t    begin: '\\'' + LASSO_IDENT_RE + '\\''\n\t  };\n\t  const LASSO_CODE = [\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.inherit(hljs.C_NUMBER_MODE, { begin: hljs.C_NUMBER_RE + '|(-?infinity|NaN)\\\\b' }),\n\t    hljs.inherit(hljs.APOS_STRING_MODE, { illegal: null }),\n\t    hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }),\n\t    {\n\t      className: 'string',\n\t      begin: '`',\n\t      end: '`'\n\t    },\n\t    { // variables\n\t      variants: [\n\t        { begin: '[#$]' + LASSO_IDENT_RE },\n\t        {\n\t          begin: '#',\n\t          end: '\\\\d+',\n\t          illegal: '\\\\W'\n\t        }\n\t      ] },\n\t    {\n\t      className: 'type',\n\t      begin: '::\\\\s*',\n\t      end: LASSO_IDENT_RE,\n\t      illegal: '\\\\W'\n\t    },\n\t    {\n\t      className: 'params',\n\t      variants: [\n\t        {\n\t          begin: '-(?!infinity)' + LASSO_IDENT_RE,\n\t          relevance: 0\n\t        },\n\t        { begin: '(\\\\.\\\\.\\\\.)' }\n\t      ]\n\t    },\n\t    {\n\t      begin: /(->|\\.)\\s*/,\n\t      relevance: 0,\n\t      contains: [ LASSO_DATAMEMBER ]\n\t    },\n\t    {\n\t      className: 'class',\n\t      beginKeywords: 'define',\n\t      returnEnd: true,\n\t      end: '\\\\(|=>',\n\t      contains: [ hljs.inherit(hljs.TITLE_MODE, { begin: LASSO_IDENT_RE + '(=(?!>))?|[-+*/%](?!>)' }) ]\n\t    }\n\t  ];\n\t  return {\n\t    name: 'Lasso',\n\t    aliases: [\n\t      'ls',\n\t      'lassoscript'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: LASSO_KEYWORDS,\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: LASSO_CLOSE_RE,\n\t        relevance: 0,\n\t        starts: { // markup\n\t          end: '\\\\[|' + LASSO_ANGLE_RE,\n\t          returnEnd: true,\n\t          relevance: 0,\n\t          contains: [ HTML_COMMENT ]\n\t        }\n\t      },\n\t      LASSO_NOPROCESS,\n\t      LASSO_START,\n\t      {\n\t        className: 'meta',\n\t        begin: '\\\\[no_square_brackets',\n\t        starts: {\n\t          end: '\\\\[/no_square_brackets\\\\]', // not implemented in the language\n\t          keywords: LASSO_KEYWORDS,\n\t          contains: [\n\t            {\n\t              className: 'meta',\n\t              begin: LASSO_CLOSE_RE,\n\t              relevance: 0,\n\t              starts: {\n\t                end: '\\\\[noprocess\\\\]|' + LASSO_ANGLE_RE,\n\t                returnEnd: true,\n\t                contains: [ HTML_COMMENT ]\n\t              }\n\t            },\n\t            LASSO_NOPROCESS,\n\t            LASSO_START\n\t          ].concat(LASSO_CODE)\n\t        }\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '\\\\[',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '^#!',\n\t        end: 'lasso9$',\n\t        relevance: 10\n\t      }\n\t    ].concat(LASSO_CODE)\n\t  };\n\t}\n\n\tlasso_1 = lasso;\n\treturn lasso_1;\n}\n\n/*\nLanguage: LaTeX\nAuthor: Benedikt Wilde <bwilde@posteo.de>\nWebsite: https://www.latex-project.org\nCategory: markup\n*/\n\nvar latex_1;\nvar hasRequiredLatex;\n\nfunction requireLatex () {\n\tif (hasRequiredLatex) return latex_1;\n\thasRequiredLatex = 1;\n\t/** @type LanguageFn */\n\tfunction latex(hljs) {\n\t  const regex = hljs.regex;\n\t  const KNOWN_CONTROL_WORDS = regex.either(...[\n\t    '(?:NeedsTeXFormat|RequirePackage|GetIdInfo)',\n\t    'Provides(?:Expl)?(?:Package|Class|File)',\n\t    '(?:DeclareOption|ProcessOptions)',\n\t    '(?:documentclass|usepackage|input|include)',\n\t    'makeat(?:letter|other)',\n\t    'ExplSyntax(?:On|Off)',\n\t    '(?:new|renew|provide)?command',\n\t    '(?:re)newenvironment',\n\t    '(?:New|Renew|Provide|Declare)(?:Expandable)?DocumentCommand',\n\t    '(?:New|Renew|Provide|Declare)DocumentEnvironment',\n\t    '(?:(?:e|g|x)?def|let)',\n\t    '(?:begin|end)',\n\t    '(?:part|chapter|(?:sub){0,2}section|(?:sub)?paragraph)',\n\t    'caption',\n\t    '(?:label|(?:eq|page|name)?ref|(?:paren|foot|super)?cite)',\n\t    '(?:alpha|beta|[Gg]amma|[Dd]elta|(?:var)?epsilon|zeta|eta|[Tt]heta|vartheta)',\n\t    '(?:iota|(?:var)?kappa|[Ll]ambda|mu|nu|[Xx]i|[Pp]i|varpi|(?:var)rho)',\n\t    '(?:[Ss]igma|varsigma|tau|[Uu]psilon|[Pp]hi|varphi|chi|[Pp]si|[Oo]mega)',\n\t    '(?:frac|sum|prod|lim|infty|times|sqrt|leq|geq|left|right|middle|[bB]igg?)',\n\t    '(?:[lr]angle|q?quad|[lcvdi]?dots|d?dot|hat|tilde|bar)'\n\t  ].map(word => word + '(?![a-zA-Z@:_])'));\n\t  const L3_REGEX = new RegExp([\n\t    // A function \\module_function_name:signature or \\__module_function_name:signature,\n\t    // where both module and function_name need at least two characters and\n\t    // function_name may contain single underscores.\n\t    '(?:__)?[a-zA-Z]{2,}_[a-zA-Z](?:_?[a-zA-Z])+:[a-zA-Z]*',\n\t    // A variable \\scope_module_and_name_type or \\scope__module_ane_name_type,\n\t    // where scope is one of l, g or c, type needs at least two characters\n\t    // and module_and_name may contain single underscores.\n\t    '[lgc]__?[a-zA-Z](?:_?[a-zA-Z])*_[a-zA-Z]{2,}',\n\t    // A quark \\q_the_name or \\q__the_name or\n\t    // scan mark \\s_the_name or \\s__vthe_name,\n\t    // where variable_name needs at least two characters and\n\t    // may contain single underscores.\n\t    '[qs]__?[a-zA-Z](?:_?[a-zA-Z])+',\n\t    // Other LaTeX3 macro names that are not covered by the three rules above.\n\t    'use(?:_i)?:[a-zA-Z]*',\n\t    '(?:else|fi|or):',\n\t    '(?:if|cs|exp):w',\n\t    '(?:hbox|vbox):n',\n\t    '::[a-zA-Z]_unbraced',\n\t    '::[a-zA-Z:]'\n\t  ].map(pattern => pattern + '(?![a-zA-Z:_])').join('|'));\n\t  const L2_VARIANTS = [\n\t    { begin: /[a-zA-Z@]+/ }, // control word\n\t    { begin: /[^a-zA-Z@]?/ } // control symbol\n\t  ];\n\t  const DOUBLE_CARET_VARIANTS = [\n\t    { begin: /\\^{6}[0-9a-f]{6}/ },\n\t    { begin: /\\^{5}[0-9a-f]{5}/ },\n\t    { begin: /\\^{4}[0-9a-f]{4}/ },\n\t    { begin: /\\^{3}[0-9a-f]{3}/ },\n\t    { begin: /\\^{2}[0-9a-f]{2}/ },\n\t    { begin: /\\^{2}[\\u0000-\\u007f]/ }\n\t  ];\n\t  const CONTROL_SEQUENCE = {\n\t    className: 'keyword',\n\t    begin: /\\\\/,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        endsParent: true,\n\t        begin: KNOWN_CONTROL_WORDS\n\t      },\n\t      {\n\t        endsParent: true,\n\t        begin: L3_REGEX\n\t      },\n\t      {\n\t        endsParent: true,\n\t        variants: DOUBLE_CARET_VARIANTS\n\t      },\n\t      {\n\t        endsParent: true,\n\t        relevance: 0,\n\t        variants: L2_VARIANTS\n\t      }\n\t    ]\n\t  };\n\t  const MACRO_PARAM = {\n\t    className: 'params',\n\t    relevance: 0,\n\t    begin: /#+\\d?/\n\t  };\n\t  const DOUBLE_CARET_CHAR = {\n\t    // relevance: 1\n\t    variants: DOUBLE_CARET_VARIANTS };\n\t  const SPECIAL_CATCODE = {\n\t    className: 'built_in',\n\t    relevance: 0,\n\t    begin: /[$&^_]/\n\t  };\n\t  const MAGIC_COMMENT = {\n\t    className: 'meta',\n\t    begin: /% ?!(T[eE]X|tex|BIB|bib)/,\n\t    end: '$',\n\t    relevance: 10\n\t  };\n\t  const COMMENT = hljs.COMMENT(\n\t    '%',\n\t    '$',\n\t    { relevance: 0 }\n\t  );\n\t  const EVERYTHING_BUT_VERBATIM = [\n\t    CONTROL_SEQUENCE,\n\t    MACRO_PARAM,\n\t    DOUBLE_CARET_CHAR,\n\t    SPECIAL_CATCODE,\n\t    MAGIC_COMMENT,\n\t    COMMENT\n\t  ];\n\t  const BRACE_GROUP_NO_VERBATIM = {\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    relevance: 0,\n\t    contains: [\n\t      'self',\n\t      ...EVERYTHING_BUT_VERBATIM\n\t    ]\n\t  };\n\t  const ARGUMENT_BRACES = hljs.inherit(\n\t    BRACE_GROUP_NO_VERBATIM,\n\t    {\n\t      relevance: 0,\n\t      endsParent: true,\n\t      contains: [\n\t        BRACE_GROUP_NO_VERBATIM,\n\t        ...EVERYTHING_BUT_VERBATIM\n\t      ]\n\t    }\n\t  );\n\t  const ARGUMENT_BRACKETS = {\n\t    begin: /\\[/,\n\t    end: /\\]/,\n\t    endsParent: true,\n\t    relevance: 0,\n\t    contains: [\n\t      BRACE_GROUP_NO_VERBATIM,\n\t      ...EVERYTHING_BUT_VERBATIM\n\t    ]\n\t  };\n\t  const SPACE_GOBBLER = {\n\t    begin: /\\s+/,\n\t    relevance: 0\n\t  };\n\t  const ARGUMENT_M = [ ARGUMENT_BRACES ];\n\t  const ARGUMENT_O = [ ARGUMENT_BRACKETS ];\n\t  const ARGUMENT_AND_THEN = function(arg, starts_mode) {\n\t    return {\n\t      contains: [ SPACE_GOBBLER ],\n\t      starts: {\n\t        relevance: 0,\n\t        contains: arg,\n\t        starts: starts_mode\n\t      }\n\t    };\n\t  };\n\t  const CSNAME = function(csname, starts_mode) {\n\t    return {\n\t      begin: '\\\\\\\\' + csname + '(?![a-zA-Z@:_])',\n\t      keywords: {\n\t        $pattern: /\\\\[a-zA-Z]+/,\n\t        keyword: '\\\\' + csname\n\t      },\n\t      relevance: 0,\n\t      contains: [ SPACE_GOBBLER ],\n\t      starts: starts_mode\n\t    };\n\t  };\n\t  const BEGIN_ENV = function(envname, starts_mode) {\n\t    return hljs.inherit(\n\t      {\n\t        begin: '\\\\\\\\begin(?=[ \\t]*(\\\\r?\\\\n[ \\t]*)?\\\\{' + envname + '\\\\})',\n\t        keywords: {\n\t          $pattern: /\\\\[a-zA-Z]+/,\n\t          keyword: '\\\\begin'\n\t        },\n\t        relevance: 0,\n\t      },\n\t      ARGUMENT_AND_THEN(ARGUMENT_M, starts_mode)\n\t    );\n\t  };\n\t  const VERBATIM_DELIMITED_EQUAL = (innerName = \"string\") => {\n\t    return hljs.END_SAME_AS_BEGIN({\n\t      className: innerName,\n\t      begin: /(.|\\r?\\n)/,\n\t      end: /(.|\\r?\\n)/,\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      endsParent: true\n\t    });\n\t  };\n\t  const VERBATIM_DELIMITED_ENV = function(envname) {\n\t    return {\n\t      className: 'string',\n\t      end: '(?=\\\\\\\\end\\\\{' + envname + '\\\\})'\n\t    };\n\t  };\n\n\t  const VERBATIM_DELIMITED_BRACES = (innerName = \"string\") => {\n\t    return {\n\t      relevance: 0,\n\t      begin: /\\{/,\n\t      starts: {\n\t        endsParent: true,\n\t        contains: [\n\t          {\n\t            className: innerName,\n\t            end: /(?=\\})/,\n\t            endsParent: true,\n\t            contains: [\n\t              {\n\t                begin: /\\{/,\n\t                end: /\\}/,\n\t                relevance: 0,\n\t                contains: [ \"self\" ]\n\t              }\n\t            ],\n\t          }\n\t        ]\n\t      }\n\t    };\n\t  };\n\t  const VERBATIM = [\n\t    ...[\n\t      'verb',\n\t      'lstinline'\n\t    ].map(csname => CSNAME(csname, { contains: [ VERBATIM_DELIMITED_EQUAL() ] })),\n\t    CSNAME('mint', ARGUMENT_AND_THEN(ARGUMENT_M, { contains: [ VERBATIM_DELIMITED_EQUAL() ] })),\n\t    CSNAME('mintinline', ARGUMENT_AND_THEN(ARGUMENT_M, { contains: [\n\t      VERBATIM_DELIMITED_BRACES(),\n\t      VERBATIM_DELIMITED_EQUAL()\n\t    ] })),\n\t    CSNAME('url', { contains: [\n\t      VERBATIM_DELIMITED_BRACES(\"link\"),\n\t      VERBATIM_DELIMITED_BRACES(\"link\")\n\t    ] }),\n\t    CSNAME('hyperref', { contains: [ VERBATIM_DELIMITED_BRACES(\"link\") ] }),\n\t    CSNAME('href', ARGUMENT_AND_THEN(ARGUMENT_O, { contains: [ VERBATIM_DELIMITED_BRACES(\"link\") ] })),\n\t    ...[].concat(...[\n\t      '',\n\t      '\\\\*'\n\t    ].map(suffix => [\n\t      BEGIN_ENV('verbatim' + suffix, VERBATIM_DELIMITED_ENV('verbatim' + suffix)),\n\t      BEGIN_ENV('filecontents' + suffix, ARGUMENT_AND_THEN(ARGUMENT_M, VERBATIM_DELIMITED_ENV('filecontents' + suffix))),\n\t      ...[\n\t        '',\n\t        'B',\n\t        'L'\n\t      ].map(prefix =>\n\t        BEGIN_ENV(prefix + 'Verbatim' + suffix, ARGUMENT_AND_THEN(ARGUMENT_O, VERBATIM_DELIMITED_ENV(prefix + 'Verbatim' + suffix)))\n\t      )\n\t    ])),\n\t    BEGIN_ENV('minted', ARGUMENT_AND_THEN(ARGUMENT_O, ARGUMENT_AND_THEN(ARGUMENT_M, VERBATIM_DELIMITED_ENV('minted')))),\n\t  ];\n\n\t  return {\n\t    name: 'LaTeX',\n\t    aliases: [ 'tex' ],\n\t    contains: [\n\t      ...VERBATIM,\n\t      ...EVERYTHING_BUT_VERBATIM\n\t    ]\n\t  };\n\t}\n\n\tlatex_1 = latex;\n\treturn latex_1;\n}\n\n/*\nLanguage: LDIF\nContributors: Jacob Childress <jacobc@gmail.com>\nCategory: enterprise, config\nWebsite: https://en.wikipedia.org/wiki/LDAP_Data_Interchange_Format\n*/\n\nvar ldif_1;\nvar hasRequiredLdif;\n\nfunction requireLdif () {\n\tif (hasRequiredLdif) return ldif_1;\n\thasRequiredLdif = 1;\n\t/** @type LanguageFn */\n\tfunction ldif(hljs) {\n\t  return {\n\t    name: 'LDIF',\n\t    contains: [\n\t      {\n\t        className: 'attribute',\n\t        match: '^dn(?=:)',\n\t        relevance: 10\n\t      },\n\t      {\n\t        className: 'attribute',\n\t        match: '^\\\\w+(?=:)'\n\t      },\n\t      {\n\t        className: 'literal',\n\t        match: '^-'\n\t      },\n\t      hljs.HASH_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tldif_1 = ldif;\n\treturn ldif_1;\n}\n\n/*\nLanguage: Leaf\nAuthor: Hale Chan <halechan@qq.com>\nDescription: Based on the Leaf reference from https://vapor.github.io/documentation/guide/leaf.html.\n*/\n\nvar leaf_1;\nvar hasRequiredLeaf;\n\nfunction requireLeaf () {\n\tif (hasRequiredLeaf) return leaf_1;\n\thasRequiredLeaf = 1;\n\tfunction leaf(hljs) {\n\t  return {\n\t    name: 'Leaf',\n\t    contains: [\n\t      {\n\t        className: 'function',\n\t        begin: '#+' + '[A-Za-z_0-9]*' + '\\\\(',\n\t        end: / \\{/,\n\t        returnBegin: true,\n\t        excludeEnd: true,\n\t        contains: [\n\t          {\n\t            className: 'keyword',\n\t            begin: '#+'\n\t          },\n\t          {\n\t            className: 'title',\n\t            begin: '[A-Za-z_][A-Za-z_0-9]*'\n\t          },\n\t          {\n\t            className: 'params',\n\t            begin: '\\\\(',\n\t            end: '\\\\)',\n\t            endsParent: true,\n\t            contains: [\n\t              {\n\t                className: 'string',\n\t                begin: '\"',\n\t                end: '\"'\n\t              },\n\t              {\n\t                className: 'variable',\n\t                begin: '[A-Za-z_][A-Za-z_0-9]*'\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tleaf_1 = leaf;\n\treturn leaf_1;\n}\n\nvar less_1;\nvar hasRequiredLess;\n\nfunction requireLess () {\n\tif (hasRequiredLess) return less_1;\n\thasRequiredLess = 1;\n\tconst MODES = (hljs) => {\n\t  return {\n\t    IMPORTANT: {\n\t      scope: 'meta',\n\t      begin: '!important'\n\t    },\n\t    BLOCK_COMMENT: hljs.C_BLOCK_COMMENT_MODE,\n\t    HEXCOLOR: {\n\t      scope: 'number',\n\t      begin: /#(([0-9a-fA-F]{3,4})|(([0-9a-fA-F]{2}){3,4}))\\b/\n\t    },\n\t    FUNCTION_DISPATCH: {\n\t      className: \"built_in\",\n\t      begin: /[\\w-]+(?=\\()/\n\t    },\n\t    ATTRIBUTE_SELECTOR_MODE: {\n\t      scope: 'selector-attr',\n\t      begin: /\\[/,\n\t      end: /\\]/,\n\t      illegal: '$',\n\t      contains: [\n\t        hljs.APOS_STRING_MODE,\n\t        hljs.QUOTE_STRING_MODE\n\t      ]\n\t    },\n\t    CSS_NUMBER_MODE: {\n\t      scope: 'number',\n\t      begin: hljs.NUMBER_RE + '(' +\n\t        '%|em|ex|ch|rem' +\n\t        '|vw|vh|vmin|vmax' +\n\t        '|cm|mm|in|pt|pc|px' +\n\t        '|deg|grad|rad|turn' +\n\t        '|s|ms' +\n\t        '|Hz|kHz' +\n\t        '|dpi|dpcm|dppx' +\n\t        ')?',\n\t      relevance: 0\n\t    },\n\t    CSS_VARIABLE: {\n\t      className: \"attr\",\n\t      begin: /--[A-Za-z][A-Za-z0-9_-]*/\n\t    }\n\t  };\n\t};\n\n\tconst TAGS = [\n\t  'a',\n\t  'abbr',\n\t  'address',\n\t  'article',\n\t  'aside',\n\t  'audio',\n\t  'b',\n\t  'blockquote',\n\t  'body',\n\t  'button',\n\t  'canvas',\n\t  'caption',\n\t  'cite',\n\t  'code',\n\t  'dd',\n\t  'del',\n\t  'details',\n\t  'dfn',\n\t  'div',\n\t  'dl',\n\t  'dt',\n\t  'em',\n\t  'fieldset',\n\t  'figcaption',\n\t  'figure',\n\t  'footer',\n\t  'form',\n\t  'h1',\n\t  'h2',\n\t  'h3',\n\t  'h4',\n\t  'h5',\n\t  'h6',\n\t  'header',\n\t  'hgroup',\n\t  'html',\n\t  'i',\n\t  'iframe',\n\t  'img',\n\t  'input',\n\t  'ins',\n\t  'kbd',\n\t  'label',\n\t  'legend',\n\t  'li',\n\t  'main',\n\t  'mark',\n\t  'menu',\n\t  'nav',\n\t  'object',\n\t  'ol',\n\t  'p',\n\t  'q',\n\t  'quote',\n\t  'samp',\n\t  'section',\n\t  'span',\n\t  'strong',\n\t  'summary',\n\t  'sup',\n\t  'table',\n\t  'tbody',\n\t  'td',\n\t  'textarea',\n\t  'tfoot',\n\t  'th',\n\t  'thead',\n\t  'time',\n\t  'tr',\n\t  'ul',\n\t  'var',\n\t  'video'\n\t];\n\n\tconst MEDIA_FEATURES = [\n\t  'any-hover',\n\t  'any-pointer',\n\t  'aspect-ratio',\n\t  'color',\n\t  'color-gamut',\n\t  'color-index',\n\t  'device-aspect-ratio',\n\t  'device-height',\n\t  'device-width',\n\t  'display-mode',\n\t  'forced-colors',\n\t  'grid',\n\t  'height',\n\t  'hover',\n\t  'inverted-colors',\n\t  'monochrome',\n\t  'orientation',\n\t  'overflow-block',\n\t  'overflow-inline',\n\t  'pointer',\n\t  'prefers-color-scheme',\n\t  'prefers-contrast',\n\t  'prefers-reduced-motion',\n\t  'prefers-reduced-transparency',\n\t  'resolution',\n\t  'scan',\n\t  'scripting',\n\t  'update',\n\t  'width',\n\t  // TODO: find a better solution?\n\t  'min-width',\n\t  'max-width',\n\t  'min-height',\n\t  'max-height'\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-classes\n\tconst PSEUDO_CLASSES = [\n\t  'active',\n\t  'any-link',\n\t  'blank',\n\t  'checked',\n\t  'current',\n\t  'default',\n\t  'defined',\n\t  'dir', // dir()\n\t  'disabled',\n\t  'drop',\n\t  'empty',\n\t  'enabled',\n\t  'first',\n\t  'first-child',\n\t  'first-of-type',\n\t  'fullscreen',\n\t  'future',\n\t  'focus',\n\t  'focus-visible',\n\t  'focus-within',\n\t  'has', // has()\n\t  'host', // host or host()\n\t  'host-context', // host-context()\n\t  'hover',\n\t  'indeterminate',\n\t  'in-range',\n\t  'invalid',\n\t  'is', // is()\n\t  'lang', // lang()\n\t  'last-child',\n\t  'last-of-type',\n\t  'left',\n\t  'link',\n\t  'local-link',\n\t  'not', // not()\n\t  'nth-child', // nth-child()\n\t  'nth-col', // nth-col()\n\t  'nth-last-child', // nth-last-child()\n\t  'nth-last-col', // nth-last-col()\n\t  'nth-last-of-type', //nth-last-of-type()\n\t  'nth-of-type', //nth-of-type()\n\t  'only-child',\n\t  'only-of-type',\n\t  'optional',\n\t  'out-of-range',\n\t  'past',\n\t  'placeholder-shown',\n\t  'read-only',\n\t  'read-write',\n\t  'required',\n\t  'right',\n\t  'root',\n\t  'scope',\n\t  'target',\n\t  'target-within',\n\t  'user-invalid',\n\t  'valid',\n\t  'visited',\n\t  'where' // where()\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-elements\n\tconst PSEUDO_ELEMENTS = [\n\t  'after',\n\t  'backdrop',\n\t  'before',\n\t  'cue',\n\t  'cue-region',\n\t  'first-letter',\n\t  'first-line',\n\t  'grammar-error',\n\t  'marker',\n\t  'part',\n\t  'placeholder',\n\t  'selection',\n\t  'slotted',\n\t  'spelling-error'\n\t];\n\n\tconst ATTRIBUTES = [\n\t  'align-content',\n\t  'align-items',\n\t  'align-self',\n\t  'all',\n\t  'animation',\n\t  'animation-delay',\n\t  'animation-direction',\n\t  'animation-duration',\n\t  'animation-fill-mode',\n\t  'animation-iteration-count',\n\t  'animation-name',\n\t  'animation-play-state',\n\t  'animation-timing-function',\n\t  'backface-visibility',\n\t  'background',\n\t  'background-attachment',\n\t  'background-blend-mode',\n\t  'background-clip',\n\t  'background-color',\n\t  'background-image',\n\t  'background-origin',\n\t  'background-position',\n\t  'background-repeat',\n\t  'background-size',\n\t  'block-size',\n\t  'border',\n\t  'border-block',\n\t  'border-block-color',\n\t  'border-block-end',\n\t  'border-block-end-color',\n\t  'border-block-end-style',\n\t  'border-block-end-width',\n\t  'border-block-start',\n\t  'border-block-start-color',\n\t  'border-block-start-style',\n\t  'border-block-start-width',\n\t  'border-block-style',\n\t  'border-block-width',\n\t  'border-bottom',\n\t  'border-bottom-color',\n\t  'border-bottom-left-radius',\n\t  'border-bottom-right-radius',\n\t  'border-bottom-style',\n\t  'border-bottom-width',\n\t  'border-collapse',\n\t  'border-color',\n\t  'border-image',\n\t  'border-image-outset',\n\t  'border-image-repeat',\n\t  'border-image-slice',\n\t  'border-image-source',\n\t  'border-image-width',\n\t  'border-inline',\n\t  'border-inline-color',\n\t  'border-inline-end',\n\t  'border-inline-end-color',\n\t  'border-inline-end-style',\n\t  'border-inline-end-width',\n\t  'border-inline-start',\n\t  'border-inline-start-color',\n\t  'border-inline-start-style',\n\t  'border-inline-start-width',\n\t  'border-inline-style',\n\t  'border-inline-width',\n\t  'border-left',\n\t  'border-left-color',\n\t  'border-left-style',\n\t  'border-left-width',\n\t  'border-radius',\n\t  'border-right',\n\t  'border-right-color',\n\t  'border-right-style',\n\t  'border-right-width',\n\t  'border-spacing',\n\t  'border-style',\n\t  'border-top',\n\t  'border-top-color',\n\t  'border-top-left-radius',\n\t  'border-top-right-radius',\n\t  'border-top-style',\n\t  'border-top-width',\n\t  'border-width',\n\t  'bottom',\n\t  'box-decoration-break',\n\t  'box-shadow',\n\t  'box-sizing',\n\t  'break-after',\n\t  'break-before',\n\t  'break-inside',\n\t  'caption-side',\n\t  'caret-color',\n\t  'clear',\n\t  'clip',\n\t  'clip-path',\n\t  'clip-rule',\n\t  'color',\n\t  'column-count',\n\t  'column-fill',\n\t  'column-gap',\n\t  'column-rule',\n\t  'column-rule-color',\n\t  'column-rule-style',\n\t  'column-rule-width',\n\t  'column-span',\n\t  'column-width',\n\t  'columns',\n\t  'contain',\n\t  'content',\n\t  'content-visibility',\n\t  'counter-increment',\n\t  'counter-reset',\n\t  'cue',\n\t  'cue-after',\n\t  'cue-before',\n\t  'cursor',\n\t  'direction',\n\t  'display',\n\t  'empty-cells',\n\t  'filter',\n\t  'flex',\n\t  'flex-basis',\n\t  'flex-direction',\n\t  'flex-flow',\n\t  'flex-grow',\n\t  'flex-shrink',\n\t  'flex-wrap',\n\t  'float',\n\t  'flow',\n\t  'font',\n\t  'font-display',\n\t  'font-family',\n\t  'font-feature-settings',\n\t  'font-kerning',\n\t  'font-language-override',\n\t  'font-size',\n\t  'font-size-adjust',\n\t  'font-smoothing',\n\t  'font-stretch',\n\t  'font-style',\n\t  'font-synthesis',\n\t  'font-variant',\n\t  'font-variant-caps',\n\t  'font-variant-east-asian',\n\t  'font-variant-ligatures',\n\t  'font-variant-numeric',\n\t  'font-variant-position',\n\t  'font-variation-settings',\n\t  'font-weight',\n\t  'gap',\n\t  'glyph-orientation-vertical',\n\t  'grid',\n\t  'grid-area',\n\t  'grid-auto-columns',\n\t  'grid-auto-flow',\n\t  'grid-auto-rows',\n\t  'grid-column',\n\t  'grid-column-end',\n\t  'grid-column-start',\n\t  'grid-gap',\n\t  'grid-row',\n\t  'grid-row-end',\n\t  'grid-row-start',\n\t  'grid-template',\n\t  'grid-template-areas',\n\t  'grid-template-columns',\n\t  'grid-template-rows',\n\t  'hanging-punctuation',\n\t  'height',\n\t  'hyphens',\n\t  'icon',\n\t  'image-orientation',\n\t  'image-rendering',\n\t  'image-resolution',\n\t  'ime-mode',\n\t  'inline-size',\n\t  'isolation',\n\t  'justify-content',\n\t  'left',\n\t  'letter-spacing',\n\t  'line-break',\n\t  'line-height',\n\t  'list-style',\n\t  'list-style-image',\n\t  'list-style-position',\n\t  'list-style-type',\n\t  'margin',\n\t  'margin-block',\n\t  'margin-block-end',\n\t  'margin-block-start',\n\t  'margin-bottom',\n\t  'margin-inline',\n\t  'margin-inline-end',\n\t  'margin-inline-start',\n\t  'margin-left',\n\t  'margin-right',\n\t  'margin-top',\n\t  'marks',\n\t  'mask',\n\t  'mask-border',\n\t  'mask-border-mode',\n\t  'mask-border-outset',\n\t  'mask-border-repeat',\n\t  'mask-border-slice',\n\t  'mask-border-source',\n\t  'mask-border-width',\n\t  'mask-clip',\n\t  'mask-composite',\n\t  'mask-image',\n\t  'mask-mode',\n\t  'mask-origin',\n\t  'mask-position',\n\t  'mask-repeat',\n\t  'mask-size',\n\t  'mask-type',\n\t  'max-block-size',\n\t  'max-height',\n\t  'max-inline-size',\n\t  'max-width',\n\t  'min-block-size',\n\t  'min-height',\n\t  'min-inline-size',\n\t  'min-width',\n\t  'mix-blend-mode',\n\t  'nav-down',\n\t  'nav-index',\n\t  'nav-left',\n\t  'nav-right',\n\t  'nav-up',\n\t  'none',\n\t  'normal',\n\t  'object-fit',\n\t  'object-position',\n\t  'opacity',\n\t  'order',\n\t  'orphans',\n\t  'outline',\n\t  'outline-color',\n\t  'outline-offset',\n\t  'outline-style',\n\t  'outline-width',\n\t  'overflow',\n\t  'overflow-wrap',\n\t  'overflow-x',\n\t  'overflow-y',\n\t  'padding',\n\t  'padding-block',\n\t  'padding-block-end',\n\t  'padding-block-start',\n\t  'padding-bottom',\n\t  'padding-inline',\n\t  'padding-inline-end',\n\t  'padding-inline-start',\n\t  'padding-left',\n\t  'padding-right',\n\t  'padding-top',\n\t  'page-break-after',\n\t  'page-break-before',\n\t  'page-break-inside',\n\t  'pause',\n\t  'pause-after',\n\t  'pause-before',\n\t  'perspective',\n\t  'perspective-origin',\n\t  'pointer-events',\n\t  'position',\n\t  'quotes',\n\t  'resize',\n\t  'rest',\n\t  'rest-after',\n\t  'rest-before',\n\t  'right',\n\t  'row-gap',\n\t  'scroll-margin',\n\t  'scroll-margin-block',\n\t  'scroll-margin-block-end',\n\t  'scroll-margin-block-start',\n\t  'scroll-margin-bottom',\n\t  'scroll-margin-inline',\n\t  'scroll-margin-inline-end',\n\t  'scroll-margin-inline-start',\n\t  'scroll-margin-left',\n\t  'scroll-margin-right',\n\t  'scroll-margin-top',\n\t  'scroll-padding',\n\t  'scroll-padding-block',\n\t  'scroll-padding-block-end',\n\t  'scroll-padding-block-start',\n\t  'scroll-padding-bottom',\n\t  'scroll-padding-inline',\n\t  'scroll-padding-inline-end',\n\t  'scroll-padding-inline-start',\n\t  'scroll-padding-left',\n\t  'scroll-padding-right',\n\t  'scroll-padding-top',\n\t  'scroll-snap-align',\n\t  'scroll-snap-stop',\n\t  'scroll-snap-type',\n\t  'scrollbar-color',\n\t  'scrollbar-gutter',\n\t  'scrollbar-width',\n\t  'shape-image-threshold',\n\t  'shape-margin',\n\t  'shape-outside',\n\t  'speak',\n\t  'speak-as',\n\t  'src', // @font-face\n\t  'tab-size',\n\t  'table-layout',\n\t  'text-align',\n\t  'text-align-all',\n\t  'text-align-last',\n\t  'text-combine-upright',\n\t  'text-decoration',\n\t  'text-decoration-color',\n\t  'text-decoration-line',\n\t  'text-decoration-style',\n\t  'text-emphasis',\n\t  'text-emphasis-color',\n\t  'text-emphasis-position',\n\t  'text-emphasis-style',\n\t  'text-indent',\n\t  'text-justify',\n\t  'text-orientation',\n\t  'text-overflow',\n\t  'text-rendering',\n\t  'text-shadow',\n\t  'text-transform',\n\t  'text-underline-position',\n\t  'top',\n\t  'transform',\n\t  'transform-box',\n\t  'transform-origin',\n\t  'transform-style',\n\t  'transition',\n\t  'transition-delay',\n\t  'transition-duration',\n\t  'transition-property',\n\t  'transition-timing-function',\n\t  'unicode-bidi',\n\t  'vertical-align',\n\t  'visibility',\n\t  'voice-balance',\n\t  'voice-duration',\n\t  'voice-family',\n\t  'voice-pitch',\n\t  'voice-range',\n\t  'voice-rate',\n\t  'voice-stress',\n\t  'voice-volume',\n\t  'white-space',\n\t  'widows',\n\t  'width',\n\t  'will-change',\n\t  'word-break',\n\t  'word-spacing',\n\t  'word-wrap',\n\t  'writing-mode',\n\t  'z-index'\n\t  // reverse makes sure longer attributes `font-weight` are matched fully\n\t  // instead of getting false positives on say `font`\n\t].reverse();\n\n\t// some grammars use them all as a single group\n\tconst PSEUDO_SELECTORS = PSEUDO_CLASSES.concat(PSEUDO_ELEMENTS);\n\n\t/*\n\tLanguage: Less\n\tDescription: It's CSS, with just a little more.\n\tAuthor:   Max Mikhailov <seven.phases.max@gmail.com>\n\tWebsite: http://lesscss.org\n\tCategory: common, css, web\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction less(hljs) {\n\t  const modes = MODES(hljs);\n\t  const PSEUDO_SELECTORS$1 = PSEUDO_SELECTORS;\n\n\t  const AT_MODIFIERS = \"and or not only\";\n\t  const IDENT_RE = '[\\\\w-]+'; // yes, Less identifiers may begin with a digit\n\t  const INTERP_IDENT_RE = '(' + IDENT_RE + '|@\\\\{' + IDENT_RE + '\\\\})';\n\n\t  /* Generic Modes */\n\n\t  const RULES = []; const VALUE_MODES = []; // forward def. for recursive modes\n\n\t  const STRING_MODE = function(c) {\n\t    return {\n\t    // Less strings are not multiline (also include '~' for more consistent coloring of \"escaped\" strings)\n\t      className: 'string',\n\t      begin: '~?' + c + '.*?' + c\n\t    };\n\t  };\n\n\t  const IDENT_MODE = function(name, begin, relevance) {\n\t    return {\n\t      className: name,\n\t      begin: begin,\n\t      relevance: relevance\n\t    };\n\t  };\n\n\t  const AT_KEYWORDS = {\n\t    $pattern: /[a-z-]+/,\n\t    keyword: AT_MODIFIERS,\n\t    attribute: MEDIA_FEATURES.join(\" \")\n\t  };\n\n\t  const PARENS_MODE = {\n\t    // used only to properly balance nested parens inside mixin call, def. arg list\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    contains: VALUE_MODES,\n\t    keywords: AT_KEYWORDS,\n\t    relevance: 0\n\t  };\n\n\t  // generic Less highlighter (used almost everywhere except selectors):\n\t  VALUE_MODES.push(\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    STRING_MODE(\"'\"),\n\t    STRING_MODE('\"'),\n\t    modes.CSS_NUMBER_MODE, // fixme: it does not include dot for numbers like .5em :(\n\t    {\n\t      begin: '(url|data-uri)\\\\(',\n\t      starts: {\n\t        className: 'string',\n\t        end: '[\\\\)\\\\n]',\n\t        excludeEnd: true\n\t      }\n\t    },\n\t    modes.HEXCOLOR,\n\t    PARENS_MODE,\n\t    IDENT_MODE('variable', '@@?' + IDENT_RE, 10),\n\t    IDENT_MODE('variable', '@\\\\{' + IDENT_RE + '\\\\}'),\n\t    IDENT_MODE('built_in', '~?`[^`]*?`'), // inline javascript (or whatever host language) *multiline* string\n\t    { // @media features (it’s here to not duplicate things in AT_RULE_MODE with extra PARENS_MODE overriding):\n\t      className: 'attribute',\n\t      begin: IDENT_RE + '\\\\s*:',\n\t      end: ':',\n\t      returnBegin: true,\n\t      excludeEnd: true\n\t    },\n\t    modes.IMPORTANT\n\t  );\n\n\t  const VALUE_WITH_RULESETS = VALUE_MODES.concat({\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    contains: RULES\n\t  });\n\n\t  const MIXIN_GUARD_MODE = {\n\t    beginKeywords: 'when',\n\t    endsWithParent: true,\n\t    contains: [ { beginKeywords: 'and not' } ].concat(VALUE_MODES) // using this form to override VALUE’s 'function' match\n\t  };\n\n\t  /* Rule-Level Modes */\n\n\t  const RULE_MODE = {\n\t    begin: INTERP_IDENT_RE + '\\\\s*:',\n\t    returnBegin: true,\n\t    end: /[;}]/,\n\t    relevance: 0,\n\t    contains: [\n\t      { begin: /-(webkit|moz|ms|o)-/ },\n\t      modes.CSS_VARIABLE,\n\t      {\n\t        className: 'attribute',\n\t        begin: '\\\\b(' + ATTRIBUTES.join('|') + ')\\\\b',\n\t        end: /(?=:)/,\n\t        starts: {\n\t          endsWithParent: true,\n\t          illegal: '[<=$]',\n\t          relevance: 0,\n\t          contains: VALUE_MODES\n\t        }\n\t      }\n\t    ]\n\t  };\n\n\t  const AT_RULE_MODE = {\n\t    className: 'keyword',\n\t    begin: '@(import|media|charset|font-face|(-[a-z]+-)?keyframes|supports|document|namespace|page|viewport|host)\\\\b',\n\t    starts: {\n\t      end: '[;{}]',\n\t      keywords: AT_KEYWORDS,\n\t      returnEnd: true,\n\t      contains: VALUE_MODES,\n\t      relevance: 0\n\t    }\n\t  };\n\n\t  // variable definitions and calls\n\t  const VAR_RULE_MODE = {\n\t    className: 'variable',\n\t    variants: [\n\t      // using more strict pattern for higher relevance to increase chances of Less detection.\n\t      // this is *the only* Less specific statement used in most of the sources, so...\n\t      // (we’ll still often loose to the css-parser unless there's '//' comment,\n\t      // simply because 1 variable just can't beat 99 properties :)\n\t      {\n\t        begin: '@' + IDENT_RE + '\\\\s*:',\n\t        relevance: 15\n\t      },\n\t      { begin: '@' + IDENT_RE }\n\t    ],\n\t    starts: {\n\t      end: '[;}]',\n\t      returnEnd: true,\n\t      contains: VALUE_WITH_RULESETS\n\t    }\n\t  };\n\n\t  const SELECTOR_MODE = {\n\t    // first parse unambiguous selectors (i.e. those not starting with tag)\n\t    // then fall into the scary lookahead-discriminator variant.\n\t    // this mode also handles mixin definitions and calls\n\t    variants: [\n\t      {\n\t        begin: '[\\\\.#:&\\\\[>]',\n\t        end: '[;{}]' // mixin calls end with ';'\n\t      },\n\t      {\n\t        begin: INTERP_IDENT_RE,\n\t        end: /\\{/\n\t      }\n\t    ],\n\t    returnBegin: true,\n\t    returnEnd: true,\n\t    illegal: '[<=\\'$\"]',\n\t    relevance: 0,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      MIXIN_GUARD_MODE,\n\t      IDENT_MODE('keyword', 'all\\\\b'),\n\t      IDENT_MODE('variable', '@\\\\{' + IDENT_RE + '\\\\}'), // otherwise it’s identified as tag\n\t      {\n\t        begin: '\\\\b(' + TAGS.join('|') + ')\\\\b',\n\t        className: 'selector-tag'\n\t      },\n\t      modes.CSS_NUMBER_MODE,\n\t      IDENT_MODE('selector-tag', INTERP_IDENT_RE, 0),\n\t      IDENT_MODE('selector-id', '#' + INTERP_IDENT_RE),\n\t      IDENT_MODE('selector-class', '\\\\.' + INTERP_IDENT_RE, 0),\n\t      IDENT_MODE('selector-tag', '&', 0),\n\t      modes.ATTRIBUTE_SELECTOR_MODE,\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: ':(' + PSEUDO_CLASSES.join('|') + ')'\n\t      },\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: ':(:)?(' + PSEUDO_ELEMENTS.join('|') + ')'\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        relevance: 0,\n\t        contains: VALUE_WITH_RULESETS\n\t      }, // argument list of parametric mixins\n\t      { begin: '!important' }, // eat !important after mixin call or it will be colored as tag\n\t      modes.FUNCTION_DISPATCH\n\t    ]\n\t  };\n\n\t  const PSEUDO_SELECTOR_MODE = {\n\t    begin: IDENT_RE + ':(:)?' + `(${PSEUDO_SELECTORS$1.join('|')})`,\n\t    returnBegin: true,\n\t    contains: [ SELECTOR_MODE ]\n\t  };\n\n\t  RULES.push(\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    AT_RULE_MODE,\n\t    VAR_RULE_MODE,\n\t    PSEUDO_SELECTOR_MODE,\n\t    RULE_MODE,\n\t    SELECTOR_MODE\n\t  );\n\n\t  return {\n\t    name: 'Less',\n\t    case_insensitive: true,\n\t    illegal: '[=>\\'/<($\"]',\n\t    contains: RULES\n\t  };\n\t}\n\n\tless_1 = less;\n\treturn less_1;\n}\n\n/*\nLanguage: Lisp\nDescription: Generic lisp syntax\nAuthor: Vasily Polovnyov <vast@whiteants.net>\nCategory: lisp\n*/\n\nvar lisp_1;\nvar hasRequiredLisp;\n\nfunction requireLisp () {\n\tif (hasRequiredLisp) return lisp_1;\n\thasRequiredLisp = 1;\n\tfunction lisp(hljs) {\n\t  const LISP_IDENT_RE = '[a-zA-Z_\\\\-+\\\\*\\\\/<=>&#][a-zA-Z0-9_\\\\-+*\\\\/<=>&#!]*';\n\t  const MEC_RE = '\\\\|[^]*?\\\\|';\n\t  const LISP_SIMPLE_NUMBER_RE = '(-|\\\\+)?\\\\d+(\\\\.\\\\d+|\\\\/\\\\d+)?((d|e|f|l|s|D|E|F|L|S)(\\\\+|-)?\\\\d+)?';\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: '\\\\b(t{1}|nil)\\\\b'\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      {\n\t        begin: LISP_SIMPLE_NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      { begin: '#(b|B)[0-1]+(/[0-1]+)?' },\n\t      { begin: '#(o|O)[0-7]+(/[0-7]+)?' },\n\t      { begin: '#(x|X)[0-9a-fA-F]+(/[0-9a-fA-F]+)?' },\n\t      {\n\t        begin: '#(c|C)\\\\(' + LISP_SIMPLE_NUMBER_RE + ' +' + LISP_SIMPLE_NUMBER_RE,\n\t        end: '\\\\)'\n\t      }\n\t    ]\n\t  };\n\t  const STRING = hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null });\n\t  const COMMENT = hljs.COMMENT(\n\t    ';', '$',\n\t    { relevance: 0 }\n\t  );\n\t  const VARIABLE = {\n\t    begin: '\\\\*',\n\t    end: '\\\\*'\n\t  };\n\t  const KEYWORD = {\n\t    className: 'symbol',\n\t    begin: '[:&]' + LISP_IDENT_RE\n\t  };\n\t  const IDENT = {\n\t    begin: LISP_IDENT_RE,\n\t    relevance: 0\n\t  };\n\t  const MEC = { begin: MEC_RE };\n\t  const QUOTED_LIST = {\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    contains: [\n\t      'self',\n\t      LITERAL,\n\t      STRING,\n\t      NUMBER,\n\t      IDENT\n\t    ]\n\t  };\n\t  const QUOTED = {\n\t    contains: [\n\t      NUMBER,\n\t      STRING,\n\t      VARIABLE,\n\t      KEYWORD,\n\t      QUOTED_LIST,\n\t      IDENT\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: '[\\'`]\\\\(',\n\t        end: '\\\\)'\n\t      },\n\t      {\n\t        begin: '\\\\(quote ',\n\t        end: '\\\\)',\n\t        keywords: { name: 'quote' }\n\t      },\n\t      { begin: '\\'' + MEC_RE }\n\t    ]\n\t  };\n\t  const QUOTED_ATOM = { variants: [\n\t    { begin: '\\'' + LISP_IDENT_RE },\n\t    { begin: '#\\'' + LISP_IDENT_RE + '(::' + LISP_IDENT_RE + ')*' }\n\t  ] };\n\t  const LIST = {\n\t    begin: '\\\\(\\\\s*',\n\t    end: '\\\\)'\n\t  };\n\t  const BODY = {\n\t    endsWithParent: true,\n\t    relevance: 0\n\t  };\n\t  LIST.contains = [\n\t    {\n\t      className: 'name',\n\t      variants: [\n\t        {\n\t          begin: LISP_IDENT_RE,\n\t          relevance: 0,\n\t        },\n\t        { begin: MEC_RE }\n\t      ]\n\t    },\n\t    BODY\n\t  ];\n\t  BODY.contains = [\n\t    QUOTED,\n\t    QUOTED_ATOM,\n\t    LIST,\n\t    LITERAL,\n\t    NUMBER,\n\t    STRING,\n\t    COMMENT,\n\t    VARIABLE,\n\t    KEYWORD,\n\t    MEC,\n\t    IDENT\n\t  ];\n\n\t  return {\n\t    name: 'Lisp',\n\t    illegal: /\\S/,\n\t    contains: [\n\t      NUMBER,\n\t      hljs.SHEBANG(),\n\t      LITERAL,\n\t      STRING,\n\t      COMMENT,\n\t      QUOTED,\n\t      QUOTED_ATOM,\n\t      LIST,\n\t      IDENT\n\t    ]\n\t  };\n\t}\n\n\tlisp_1 = lisp;\n\treturn lisp_1;\n}\n\n/*\nLanguage: LiveCode\nAuthor: Ralf Bitter <rabit@revigniter.com>\nDescription: Language definition for LiveCode server accounting for revIgniter (a web application framework) characteristics.\nVersion: 1.1\nDate: 2019-04-17\nCategory: enterprise\n*/\n\nvar livecodeserver_1;\nvar hasRequiredLivecodeserver;\n\nfunction requireLivecodeserver () {\n\tif (hasRequiredLivecodeserver) return livecodeserver_1;\n\thasRequiredLivecodeserver = 1;\n\tfunction livecodeserver(hljs) {\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: '\\\\b([gtps][A-Z]{1}[a-zA-Z0-9]*)(\\\\[.+\\\\])?(?:\\\\s*?)' },\n\t      { begin: '\\\\$_[A-Z]+' }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const COMMENT_MODES = [\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.HASH_COMMENT_MODE,\n\t    hljs.COMMENT('--', '$'),\n\t    hljs.COMMENT('[^:]//', '$')\n\t  ];\n\t  const TITLE1 = hljs.inherit(hljs.TITLE_MODE, { variants: [\n\t    { begin: '\\\\b_*rig[A-Z][A-Za-z0-9_\\\\-]*' },\n\t    { begin: '\\\\b_[a-z0-9\\\\-]+' }\n\t  ] });\n\t  const TITLE2 = hljs.inherit(hljs.TITLE_MODE, { begin: '\\\\b([A-Za-z0-9_\\\\-]+)\\\\b' });\n\t  return {\n\t    name: 'LiveCode',\n\t    case_insensitive: false,\n\t    keywords: {\n\t      keyword:\n\t        '$_COOKIE $_FILES $_GET $_GET_BINARY $_GET_RAW $_POST $_POST_BINARY $_POST_RAW $_SESSION $_SERVER '\n\t        + 'codepoint codepoints segment segments codeunit codeunits sentence sentences trueWord trueWords paragraph '\n\t        + 'after byte bytes english the until http forever descending using line real8 with seventh '\n\t        + 'for stdout finally element word words fourth before black ninth sixth characters chars stderr '\n\t        + 'uInt1 uInt1s uInt2 uInt2s stdin string lines relative rel any fifth items from middle mid '\n\t        + 'at else of catch then third it file milliseconds seconds second secs sec int1 int1s int4 '\n\t        + 'int4s internet int2 int2s normal text item last long detailed effective uInt4 uInt4s repeat '\n\t        + 'end repeat URL in try into switch to words https token binfile each tenth as ticks tick '\n\t        + 'system real4 by dateItems without char character ascending eighth whole dateTime numeric short '\n\t        + 'first ftp integer abbreviated abbr abbrev private case while if '\n\t        + 'div mod wrap and or bitAnd bitNot bitOr bitXor among not in a an within '\n\t        + 'contains ends with begins the keys of keys',\n\t      literal:\n\t        'SIX TEN FORMFEED NINE ZERO NONE SPACE FOUR FALSE COLON CRLF PI COMMA ENDOFFILE EOF EIGHT FIVE '\n\t        + 'QUOTE EMPTY ONE TRUE RETURN CR LINEFEED RIGHT BACKSLASH NULL SEVEN TAB THREE TWO '\n\t        + 'six ten formfeed nine zero none space four false colon crlf pi comma endoffile eof eight five '\n\t        + 'quote empty one true return cr linefeed right backslash null seven tab three two '\n\t        + 'RIVERSION RISTATE FILE_READ_MODE FILE_WRITE_MODE FILE_WRITE_MODE DIR_WRITE_MODE FILE_READ_UMASK '\n\t        + 'FILE_WRITE_UMASK DIR_READ_UMASK DIR_WRITE_UMASK',\n\t      built_in:\n\t        'put abs acos aliasReference annuity arrayDecode arrayEncode asin atan atan2 average avg avgDev base64Decode '\n\t        + 'base64Encode baseConvert binaryDecode binaryEncode byteOffset byteToNum cachedURL cachedURLs charToNum '\n\t        + 'cipherNames codepointOffset codepointProperty codepointToNum codeunitOffset commandNames compound compress '\n\t        + 'constantNames cos date dateFormat decompress difference directories '\n\t        + 'diskSpace DNSServers exp exp1 exp2 exp10 extents files flushEvents folders format functionNames geometricMean global '\n\t        + 'globals hasMemory harmonicMean hostAddress hostAddressToName hostName hostNameToAddress isNumber ISOToMac itemOffset '\n\t        + 'keys len length libURLErrorData libUrlFormData libURLftpCommand libURLLastHTTPHeaders libURLLastRHHeaders '\n\t        + 'libUrlMultipartFormAddPart libUrlMultipartFormData libURLVersion lineOffset ln ln1 localNames log log2 log10 '\n\t        + 'longFilePath lower macToISO matchChunk matchText matrixMultiply max md5Digest median merge messageAuthenticationCode messageDigest millisec '\n\t        + 'millisecs millisecond milliseconds min monthNames nativeCharToNum normalizeText num number numToByte numToChar '\n\t        + 'numToCodepoint numToNativeChar offset open openfiles openProcesses openProcessIDs openSockets '\n\t        + 'paragraphOffset paramCount param params peerAddress pendingMessages platform popStdDev populationStandardDeviation '\n\t        + 'populationVariance popVariance processID random randomBytes replaceText result revCreateXMLTree revCreateXMLTreeFromFile '\n\t        + 'revCurrentRecord revCurrentRecordIsFirst revCurrentRecordIsLast revDatabaseColumnCount revDatabaseColumnIsNull '\n\t        + 'revDatabaseColumnLengths revDatabaseColumnNames revDatabaseColumnNamed revDatabaseColumnNumbered '\n\t        + 'revDatabaseColumnTypes revDatabaseConnectResult revDatabaseCursors revDatabaseID revDatabaseTableNames '\n\t        + 'revDatabaseType revDataFromQuery revdb_closeCursor revdb_columnbynumber revdb_columncount revdb_columnisnull '\n\t        + 'revdb_columnlengths revdb_columnnames revdb_columntypes revdb_commit revdb_connect revdb_connections '\n\t        + 'revdb_connectionerr revdb_currentrecord revdb_cursorconnection revdb_cursorerr revdb_cursors revdb_dbtype '\n\t        + 'revdb_disconnect revdb_execute revdb_iseof revdb_isbof revdb_movefirst revdb_movelast revdb_movenext '\n\t        + 'revdb_moveprev revdb_query revdb_querylist revdb_recordcount revdb_rollback revdb_tablenames '\n\t        + 'revGetDatabaseDriverPath revNumberOfRecords revOpenDatabase revOpenDatabases revQueryDatabase '\n\t        + 'revQueryDatabaseBlob revQueryResult revQueryIsAtStart revQueryIsAtEnd revUnixFromMacPath revXMLAttribute '\n\t        + 'revXMLAttributes revXMLAttributeValues revXMLChildContents revXMLChildNames revXMLCreateTreeFromFileWithNamespaces '\n\t        + 'revXMLCreateTreeWithNamespaces revXMLDataFromXPathQuery revXMLEvaluateXPath revXMLFirstChild revXMLMatchingNode '\n\t        + 'revXMLNextSibling revXMLNodeContents revXMLNumberOfChildren revXMLParent revXMLPreviousSibling '\n\t        + 'revXMLRootNode revXMLRPC_CreateRequest revXMLRPC_Documents revXMLRPC_Error '\n\t        + 'revXMLRPC_GetHost revXMLRPC_GetMethod revXMLRPC_GetParam revXMLText revXMLRPC_Execute '\n\t        + 'revXMLRPC_GetParamCount revXMLRPC_GetParamNode revXMLRPC_GetParamType revXMLRPC_GetPath revXMLRPC_GetPort '\n\t        + 'revXMLRPC_GetProtocol revXMLRPC_GetRequest revXMLRPC_GetResponse revXMLRPC_GetSocket revXMLTree '\n\t        + 'revXMLTrees revXMLValidateDTD revZipDescribeItem revZipEnumerateItems revZipOpenArchives round sampVariance '\n\t        + 'sec secs seconds sentenceOffset sha1Digest shell shortFilePath sin specialFolderPath sqrt standardDeviation statRound '\n\t        + 'stdDev sum sysError systemVersion tan tempName textDecode textEncode tick ticks time to tokenOffset toLower toUpper '\n\t        + 'transpose truewordOffset trunc uniDecode uniEncode upper URLDecode URLEncode URLStatus uuid value variableNames '\n\t        + 'variance version waitDepth weekdayNames wordOffset xsltApplyStylesheet xsltApplyStylesheetFromFile xsltLoadStylesheet '\n\t        + 'xsltLoadStylesheetFromFile add breakpoint cancel clear local variable file word line folder directory URL close socket process '\n\t        + 'combine constant convert create new alias folder directory decrypt delete variable word line folder '\n\t        + 'directory URL dispatch divide do encrypt filter get include intersect kill libURLDownloadToFile '\n\t        + 'libURLFollowHttpRedirects libURLftpUpload libURLftpUploadFile libURLresetAll libUrlSetAuthCallback libURLSetDriver '\n\t        + 'libURLSetCustomHTTPHeaders libUrlSetExpect100 libURLSetFTPListCommand libURLSetFTPMode libURLSetFTPStopTime '\n\t        + 'libURLSetStatusCallback load extension loadedExtensions multiply socket prepare process post seek rel relative read from process rename '\n\t        + 'replace require resetAll resolve revAddXMLNode revAppendXML revCloseCursor revCloseDatabase revCommitDatabase '\n\t        + 'revCopyFile revCopyFolder revCopyXMLNode revDeleteFolder revDeleteXMLNode revDeleteAllXMLTrees '\n\t        + 'revDeleteXMLTree revExecuteSQL revGoURL revInsertXMLNode revMoveFolder revMoveToFirstRecord revMoveToLastRecord '\n\t        + 'revMoveToNextRecord revMoveToPreviousRecord revMoveToRecord revMoveXMLNode revPutIntoXMLNode revRollBackDatabase '\n\t        + 'revSetDatabaseDriverPath revSetXMLAttribute revXMLRPC_AddParam revXMLRPC_DeleteAllDocuments revXMLAddDTD '\n\t        + 'revXMLRPC_Free revXMLRPC_FreeAll revXMLRPC_DeleteDocument revXMLRPC_DeleteParam revXMLRPC_SetHost '\n\t        + 'revXMLRPC_SetMethod revXMLRPC_SetPort revXMLRPC_SetProtocol revXMLRPC_SetSocket revZipAddItemWithData '\n\t        + 'revZipAddItemWithFile revZipAddUncompressedItemWithData revZipAddUncompressedItemWithFile revZipCancel '\n\t        + 'revZipCloseArchive revZipDeleteItem revZipExtractItemToFile revZipExtractItemToVariable revZipSetProgressCallback '\n\t        + 'revZipRenameItem revZipReplaceItemWithData revZipReplaceItemWithFile revZipOpenArchive send set sort split start stop '\n\t        + 'subtract symmetric union unload vectorDotProduct wait write'\n\t    },\n\t    contains: [\n\t      VARIABLE,\n\t      {\n\t        className: 'keyword',\n\t        begin: '\\\\bend\\\\sif\\\\b'\n\t      },\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: '$',\n\t        contains: [\n\t          VARIABLE,\n\t          TITLE2,\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.BINARY_NUMBER_MODE,\n\t          hljs.C_NUMBER_MODE,\n\t          TITLE1\n\t        ]\n\t      },\n\t      {\n\t        className: 'function',\n\t        begin: '\\\\bend\\\\s+',\n\t        end: '$',\n\t        keywords: 'end',\n\t        contains: [\n\t          TITLE2,\n\t          TITLE1\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        beginKeywords: 'command on',\n\t        end: '$',\n\t        contains: [\n\t          VARIABLE,\n\t          TITLE2,\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.BINARY_NUMBER_MODE,\n\t          hljs.C_NUMBER_MODE,\n\t          TITLE1\n\t        ]\n\t      },\n\t      {\n\t        className: 'meta',\n\t        variants: [\n\t          {\n\t            begin: '<\\\\?(rev|lc|livecode)',\n\t            relevance: 10\n\t          },\n\t          { begin: '<\\\\?' },\n\t          { begin: '\\\\?>' }\n\t        ]\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.BINARY_NUMBER_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      TITLE1\n\t    ].concat(COMMENT_MODES),\n\t    illegal: ';$|^\\\\[|^=|&|\\\\{'\n\t  };\n\t}\n\n\tlivecodeserver_1 = livecodeserver;\n\treturn livecodeserver_1;\n}\n\nvar livescript_1;\nvar hasRequiredLivescript;\n\nfunction requireLivescript () {\n\tif (hasRequiredLivescript) return livescript_1;\n\thasRequiredLivescript = 1;\n\tconst KEYWORDS = [\n\t  \"as\", // for exports\n\t  \"in\",\n\t  \"of\",\n\t  \"if\",\n\t  \"for\",\n\t  \"while\",\n\t  \"finally\",\n\t  \"var\",\n\t  \"new\",\n\t  \"function\",\n\t  \"do\",\n\t  \"return\",\n\t  \"void\",\n\t  \"else\",\n\t  \"break\",\n\t  \"catch\",\n\t  \"instanceof\",\n\t  \"with\",\n\t  \"throw\",\n\t  \"case\",\n\t  \"default\",\n\t  \"try\",\n\t  \"switch\",\n\t  \"continue\",\n\t  \"typeof\",\n\t  \"delete\",\n\t  \"let\",\n\t  \"yield\",\n\t  \"const\",\n\t  \"class\",\n\t  // JS handles these with a special rule\n\t  // \"get\",\n\t  // \"set\",\n\t  \"debugger\",\n\t  \"async\",\n\t  \"await\",\n\t  \"static\",\n\t  \"import\",\n\t  \"from\",\n\t  \"export\",\n\t  \"extends\"\n\t];\n\tconst LITERALS = [\n\t  \"true\",\n\t  \"false\",\n\t  \"null\",\n\t  \"undefined\",\n\t  \"NaN\",\n\t  \"Infinity\"\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects\n\tconst TYPES = [\n\t  // Fundamental objects\n\t  \"Object\",\n\t  \"Function\",\n\t  \"Boolean\",\n\t  \"Symbol\",\n\t  // numbers and dates\n\t  \"Math\",\n\t  \"Date\",\n\t  \"Number\",\n\t  \"BigInt\",\n\t  // text\n\t  \"String\",\n\t  \"RegExp\",\n\t  // Indexed collections\n\t  \"Array\",\n\t  \"Float32Array\",\n\t  \"Float64Array\",\n\t  \"Int8Array\",\n\t  \"Uint8Array\",\n\t  \"Uint8ClampedArray\",\n\t  \"Int16Array\",\n\t  \"Int32Array\",\n\t  \"Uint16Array\",\n\t  \"Uint32Array\",\n\t  \"BigInt64Array\",\n\t  \"BigUint64Array\",\n\t  // Keyed collections\n\t  \"Set\",\n\t  \"Map\",\n\t  \"WeakSet\",\n\t  \"WeakMap\",\n\t  // Structured data\n\t  \"ArrayBuffer\",\n\t  \"SharedArrayBuffer\",\n\t  \"Atomics\",\n\t  \"DataView\",\n\t  \"JSON\",\n\t  // Control abstraction objects\n\t  \"Promise\",\n\t  \"Generator\",\n\t  \"GeneratorFunction\",\n\t  \"AsyncFunction\",\n\t  // Reflection\n\t  \"Reflect\",\n\t  \"Proxy\",\n\t  // Internationalization\n\t  \"Intl\",\n\t  // WebAssembly\n\t  \"WebAssembly\"\n\t];\n\n\tconst ERROR_TYPES = [\n\t  \"Error\",\n\t  \"EvalError\",\n\t  \"InternalError\",\n\t  \"RangeError\",\n\t  \"ReferenceError\",\n\t  \"SyntaxError\",\n\t  \"TypeError\",\n\t  \"URIError\"\n\t];\n\n\tconst BUILT_IN_GLOBALS = [\n\t  \"setInterval\",\n\t  \"setTimeout\",\n\t  \"clearInterval\",\n\t  \"clearTimeout\",\n\n\t  \"require\",\n\t  \"exports\",\n\n\t  \"eval\",\n\t  \"isFinite\",\n\t  \"isNaN\",\n\t  \"parseFloat\",\n\t  \"parseInt\",\n\t  \"decodeURI\",\n\t  \"decodeURIComponent\",\n\t  \"encodeURI\",\n\t  \"encodeURIComponent\",\n\t  \"escape\",\n\t  \"unescape\"\n\t];\n\n\tconst BUILT_INS = [].concat(\n\t  BUILT_IN_GLOBALS,\n\t  TYPES,\n\t  ERROR_TYPES\n\t);\n\n\t/*\n\tLanguage: LiveScript\n\tAuthor: Taneli Vatanen <taneli.vatanen@gmail.com>\n\tContributors: Jen Evers-Corvina <jen@sevvie.net>\n\tOrigin: coffeescript.js\n\tDescription: LiveScript is a programming language that transcompiles to JavaScript. For info about language see http://livescript.net/\n\tWebsite: https://livescript.net\n\tCategory: scripting\n\t*/\n\n\tfunction livescript(hljs) {\n\t  const LIVESCRIPT_BUILT_INS = [\n\t    'npm',\n\t    'print'\n\t  ];\n\t  const LIVESCRIPT_LITERALS = [\n\t    'yes',\n\t    'no',\n\t    'on',\n\t    'off',\n\t    'it',\n\t    'that',\n\t    'void'\n\t  ];\n\t  const LIVESCRIPT_KEYWORDS = [\n\t    'then',\n\t    'unless',\n\t    'until',\n\t    'loop',\n\t    'of',\n\t    'by',\n\t    'when',\n\t    'and',\n\t    'or',\n\t    'is',\n\t    'isnt',\n\t    'not',\n\t    'it',\n\t    'that',\n\t    'otherwise',\n\t    'from',\n\t    'to',\n\t    'til',\n\t    'fallthrough',\n\t    'case',\n\t    'enum',\n\t    'native',\n\t    'list',\n\t    'map',\n\t    '__hasProp',\n\t    '__extends',\n\t    '__slice',\n\t    '__bind',\n\t    '__indexOf'\n\t  ];\n\t  const KEYWORDS$1 = {\n\t    keyword: KEYWORDS.concat(LIVESCRIPT_KEYWORDS),\n\t    literal: LITERALS.concat(LIVESCRIPT_LITERALS),\n\t    built_in: BUILT_INS.concat(LIVESCRIPT_BUILT_INS)\n\t  };\n\t  const JS_IDENT_RE = '[A-Za-z$_](?:-[0-9A-Za-z$_]|[0-9A-Za-z$_])*';\n\t  const TITLE = hljs.inherit(hljs.TITLE_MODE, { begin: JS_IDENT_RE });\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS$1\n\t  };\n\t  const SUBST_SIMPLE = {\n\t    className: 'subst',\n\t    begin: /#[A-Za-z$_]/,\n\t    end: /(?:-[0-9A-Za-z$_]|[0-9A-Za-z$_])*/,\n\t    keywords: KEYWORDS$1\n\t  };\n\t  const EXPRESSIONS = [\n\t    hljs.BINARY_NUMBER_MODE,\n\t    {\n\t      className: 'number',\n\t      begin: '(\\\\b0[xX][a-fA-F0-9_]+)|(\\\\b\\\\d(\\\\d|_\\\\d)*(\\\\.(\\\\d(\\\\d|_\\\\d)*)?)?(_*[eE]([-+]\\\\d(_\\\\d|\\\\d)*)?)?[_a-z]*)',\n\t      relevance: 0,\n\t      starts: {\n\t        end: '(\\\\s*/)?',\n\t        relevance: 0\n\t      } // a number tries to eat the following slash to prevent treating it as a regexp\n\t    },\n\t    {\n\t      className: 'string',\n\t      variants: [\n\t        {\n\t          begin: /'''/,\n\t          end: /'''/,\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /'/,\n\t          end: /'/,\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /\"\"\"/,\n\t          end: /\"\"\"/,\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST,\n\t            SUBST_SIMPLE\n\t          ]\n\t        },\n\t        {\n\t          begin: /\"/,\n\t          end: /\"/,\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST,\n\t            SUBST_SIMPLE\n\t          ]\n\t        },\n\t        {\n\t          begin: /\\\\/,\n\t          end: /(\\s|$)/,\n\t          excludeEnd: true\n\t        }\n\t      ]\n\t    },\n\t    {\n\t      className: 'regexp',\n\t      variants: [\n\t        {\n\t          begin: '//',\n\t          end: '//[gim]*',\n\t          contains: [\n\t            SUBST,\n\t            hljs.HASH_COMMENT_MODE\n\t          ]\n\t        },\n\t        {\n\t          // regex can't start with space to parse x / 2 / 3 as two divisions\n\t          // regex can't start with *, and it supports an \"illegal\" in the main mode\n\t          begin: /\\/(?![ *])(\\\\.|[^\\\\\\n])*?\\/[gim]*(?=\\W)/ }\n\t      ]\n\t    },\n\t    { begin: '@' + JS_IDENT_RE },\n\t    {\n\t      begin: '``',\n\t      end: '``',\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      subLanguage: 'javascript'\n\t    }\n\t  ];\n\t  SUBST.contains = EXPRESSIONS;\n\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\(',\n\t    returnBegin: true,\n\t    /* We need another contained nameless mode to not have every nested\n\t    pair of parens to be called \"params\" */\n\t    contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS$1,\n\t        contains: [ 'self' ].concat(EXPRESSIONS)\n\t      }\n\t    ]\n\t  };\n\n\t  const SYMBOLS = { begin: '(#=>|=>|\\\\|>>|-?->|!->)' };\n\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /class\\s+/,\n\t        JS_IDENT_RE,\n\t        /\\s+extends\\s+/,\n\t        JS_IDENT_RE\n\t      ] },\n\t      { match: [\n\t        /class\\s+/,\n\t        JS_IDENT_RE\n\t      ] }\n\t    ],\n\t    scope: {\n\t      2: \"title.class\",\n\t      4: \"title.class.inherited\"\n\t    },\n\t    keywords: KEYWORDS$1\n\t  };\n\n\t  return {\n\t    name: 'LiveScript',\n\t    aliases: [ 'ls' ],\n\t    keywords: KEYWORDS$1,\n\t    illegal: /\\/\\*/,\n\t    contains: EXPRESSIONS.concat([\n\t      hljs.COMMENT('\\\\/\\\\*', '\\\\*\\\\/'),\n\t      hljs.HASH_COMMENT_MODE,\n\t      SYMBOLS, // relevance booster\n\t      {\n\t        className: 'function',\n\t        contains: [\n\t          TITLE,\n\t          PARAMS\n\t        ],\n\t        returnBegin: true,\n\t        variants: [\n\t          {\n\t            begin: '(' + JS_IDENT_RE + '\\\\s*(?:=|:=)\\\\s*)?(\\\\(.*\\\\)\\\\s*)?\\\\B->\\\\*?',\n\t            end: '->\\\\*?'\n\t          },\n\t          {\n\t            begin: '(' + JS_IDENT_RE + '\\\\s*(?:=|:=)\\\\s*)?!?(\\\\(.*\\\\)\\\\s*)?\\\\B[-~]{1,2}>\\\\*?',\n\t            end: '[-~]{1,2}>\\\\*?'\n\t          },\n\t          {\n\t            begin: '(' + JS_IDENT_RE + '\\\\s*(?:=|:=)\\\\s*)?(\\\\(.*\\\\)\\\\s*)?\\\\B!?[-~]{1,2}>\\\\*?',\n\t            end: '!?[-~]{1,2}>\\\\*?'\n\t          }\n\t        ]\n\t      },\n\t      CLASS_DEFINITION,\n\t      {\n\t        begin: JS_IDENT_RE + ':',\n\t        end: ':',\n\t        returnBegin: true,\n\t        returnEnd: true,\n\t        relevance: 0\n\t      }\n\t    ])\n\t  };\n\t}\n\n\tlivescript_1 = livescript;\n\treturn livescript_1;\n}\n\n/*\nLanguage: LLVM IR\nAuthor: Michael Rodler <contact@f0rki.at>\nDescription: language used as intermediate representation in the LLVM compiler framework\nWebsite: https://llvm.org/docs/LangRef.html\nCategory: assembler\nAudit: 2020\n*/\n\nvar llvm_1;\nvar hasRequiredLlvm;\n\nfunction requireLlvm () {\n\tif (hasRequiredLlvm) return llvm_1;\n\thasRequiredLlvm = 1;\n\t/** @type LanguageFn */\n\tfunction llvm(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT_RE = /([-a-zA-Z$._][\\w$.-]*)/;\n\t  const TYPE = {\n\t    className: 'type',\n\t    begin: /\\bi\\d+(?=\\s|\\b)/\n\t  };\n\t  const OPERATOR = {\n\t    className: 'operator',\n\t    relevance: 0,\n\t    begin: /=/\n\t  };\n\t  const PUNCTUATION = {\n\t    className: 'punctuation',\n\t    relevance: 0,\n\t    begin: /,/\n\t  };\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      { begin: /[su]?0[xX][KMLHR]?[a-fA-F0-9]+/ },\n\t      { begin: /[-+]?\\d+(?:[.]\\d+)?(?:[eE][-+]?\\d+(?:[.]\\d+)?)?/ }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const LABEL = {\n\t    className: 'symbol',\n\t    variants: [ { begin: /^\\s*[a-z]+:/ }, // labels\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: regex.concat(/%/, IDENT_RE) },\n\t      { begin: /%\\d+/ },\n\t      { begin: /#\\d+/ },\n\t    ]\n\t  };\n\t  const FUNCTION = {\n\t    className: 'title',\n\t    variants: [\n\t      { begin: regex.concat(/@/, IDENT_RE) },\n\t      { begin: /@\\d+/ },\n\t      { begin: regex.concat(/!/, IDENT_RE) },\n\t      { begin: regex.concat(/!\\d+/, IDENT_RE) },\n\t      // https://llvm.org/docs/LangRef.html#namedmetadatastructure\n\t      // obviously a single digit can also be used in this fashion\n\t      { begin: /!\\d+/ }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'LLVM IR',\n\t    // TODO: split into different categories of keywords\n\t    keywords:\n\t      'begin end true false declare define global '\n\t      + 'constant private linker_private internal '\n\t      + 'available_externally linkonce linkonce_odr weak '\n\t      + 'weak_odr appending dllimport dllexport common '\n\t      + 'default hidden protected extern_weak external '\n\t      + 'thread_local zeroinitializer undef null to tail '\n\t      + 'target triple datalayout volatile nuw nsw nnan '\n\t      + 'ninf nsz arcp fast exact inbounds align '\n\t      + 'addrspace section alias module asm sideeffect '\n\t      + 'gc dbg linker_private_weak attributes blockaddress '\n\t      + 'initialexec localdynamic localexec prefix unnamed_addr '\n\t      + 'ccc fastcc coldcc x86_stdcallcc x86_fastcallcc '\n\t      + 'arm_apcscc arm_aapcscc arm_aapcs_vfpcc ptx_device '\n\t      + 'ptx_kernel intel_ocl_bicc msp430_intrcc spir_func '\n\t      + 'spir_kernel x86_64_sysvcc x86_64_win64cc x86_thiscallcc '\n\t      + 'cc c signext zeroext inreg sret nounwind '\n\t      + 'noreturn noalias nocapture byval nest readnone '\n\t      + 'readonly inlinehint noinline alwaysinline optsize ssp '\n\t      + 'sspreq noredzone noimplicitfloat naked builtin cold '\n\t      + 'nobuiltin noduplicate nonlazybind optnone returns_twice '\n\t      + 'sanitize_address sanitize_memory sanitize_thread sspstrong '\n\t      + 'uwtable returned type opaque eq ne slt sgt '\n\t      + 'sle sge ult ugt ule uge oeq one olt ogt '\n\t      + 'ole oge ord uno ueq une x acq_rel acquire '\n\t      + 'alignstack atomic catch cleanup filter inteldialect '\n\t      + 'max min monotonic nand personality release seq_cst '\n\t      + 'singlethread umax umin unordered xchg add fadd '\n\t      + 'sub fsub mul fmul udiv sdiv fdiv urem srem '\n\t      + 'frem shl lshr ashr and or xor icmp fcmp '\n\t      + 'phi call trunc zext sext fptrunc fpext uitofp '\n\t      + 'sitofp fptoui fptosi inttoptr ptrtoint bitcast '\n\t      + 'addrspacecast select va_arg ret br switch invoke '\n\t      + 'unwind unreachable indirectbr landingpad resume '\n\t      + 'malloc alloca free load store getelementptr '\n\t      + 'extractelement insertelement shufflevector getresult '\n\t      + 'extractvalue insertvalue atomicrmw cmpxchg fence '\n\t      + 'argmemonly double',\n\t    contains: [\n\t      TYPE,\n\t      // this matches \"empty comments\"...\n\t      // ...because it's far more likely this is a statement terminator in\n\t      // another language than an actual comment\n\t      hljs.COMMENT(/;\\s*$/, null, { relevance: 0 }),\n\t      hljs.COMMENT(/;/, /$/),\n\t      {\n\t        className: 'string',\n\t        begin: /\"/,\n\t        end: /\"/,\n\t        contains: [\n\t          {\n\t            className: 'char.escape',\n\t            match: /\\\\\\d\\d/\n\t          }\n\t        ]\n\t      },\n\t      FUNCTION,\n\t      PUNCTUATION,\n\t      OPERATOR,\n\t      VARIABLE,\n\t      LABEL,\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\tllvm_1 = llvm;\n\treturn llvm_1;\n}\n\n/*\nLanguage: LSL (Linden Scripting Language)\nDescription: The Linden Scripting Language is used in Second Life by Linden Labs.\nAuthor: Builder's Brewery <buildersbrewery@gmail.com>\nWebsite: http://wiki.secondlife.com/wiki/LSL_Portal\nCategory: scripting\n*/\n\nvar lsl_1;\nvar hasRequiredLsl;\n\nfunction requireLsl () {\n\tif (hasRequiredLsl) return lsl_1;\n\thasRequiredLsl = 1;\n\tfunction lsl(hljs) {\n\t  const LSL_STRING_ESCAPE_CHARS = {\n\t    className: 'subst',\n\t    begin: /\\\\[tn\"\\\\]/\n\t  };\n\n\t  const LSL_STRINGS = {\n\t    className: 'string',\n\t    begin: '\"',\n\t    end: '\"',\n\t    contains: [ LSL_STRING_ESCAPE_CHARS ]\n\t  };\n\n\t  const LSL_NUMBERS = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    begin: hljs.C_NUMBER_RE\n\t  };\n\n\t  const LSL_CONSTANTS = {\n\t    className: 'literal',\n\t    variants: [\n\t      { begin: '\\\\b(PI|TWO_PI|PI_BY_TWO|DEG_TO_RAD|RAD_TO_DEG|SQRT2)\\\\b' },\n\t      { begin: '\\\\b(XP_ERROR_(EXPERIENCES_DISABLED|EXPERIENCE_(DISABLED|SUSPENDED)|INVALID_(EXPERIENCE|PARAMETERS)|KEY_NOT_FOUND|MATURITY_EXCEEDED|NONE|NOT_(FOUND|PERMITTED(_LAND)?)|NO_EXPERIENCE|QUOTA_EXCEEDED|RETRY_UPDATE|STORAGE_EXCEPTION|STORE_DISABLED|THROTTLED|UNKNOWN_ERROR)|JSON_APPEND|STATUS_(PHYSICS|ROTATE_[XYZ]|PHANTOM|SANDBOX|BLOCK_GRAB(_OBJECT)?|(DIE|RETURN)_AT_EDGE|CAST_SHADOWS|OK|MALFORMED_PARAMS|TYPE_MISMATCH|BOUNDS_ERROR|NOT_(FOUND|SUPPORTED)|INTERNAL_ERROR|WHITELIST_FAILED)|AGENT(_(BY_(LEGACY_|USER)NAME|FLYING|ATTACHMENTS|SCRIPTED|MOUSELOOK|SITTING|ON_OBJECT|AWAY|WALKING|IN_AIR|TYPING|CROUCHING|BUSY|ALWAYS_RUN|AUTOPILOT|LIST_(PARCEL(_OWNER)?|REGION)))?|CAMERA_(PITCH|DISTANCE|BEHINDNESS_(ANGLE|LAG)|(FOCUS|POSITION)(_(THRESHOLD|LOCKED|LAG))?|FOCUS_OFFSET|ACTIVE)|ANIM_ON|LOOP|REVERSE|PING_PONG|SMOOTH|ROTATE|SCALE|ALL_SIDES|LINK_(ROOT|SET|ALL_(OTHERS|CHILDREN)|THIS)|ACTIVE|PASS(IVE|_(ALWAYS|IF_NOT_HANDLED|NEVER))|SCRIPTED|CONTROL_(FWD|BACK|(ROT_)?(LEFT|RIGHT)|UP|DOWN|(ML_)?LBUTTON)|PERMISSION_(RETURN_OBJECTS|DEBIT|OVERRIDE_ANIMATIONS|SILENT_ESTATE_MANAGEMENT|TAKE_CONTROLS|TRIGGER_ANIMATION|ATTACH|CHANGE_LINKS|(CONTROL|TRACK)_CAMERA|TELEPORT)|INVENTORY_(TEXTURE|SOUND|OBJECT|SCRIPT|LANDMARK|CLOTHING|NOTECARD|BODYPART|ANIMATION|GESTURE|ALL|NONE)|CHANGED_(INVENTORY|COLOR|SHAPE|SCALE|TEXTURE|LINK|ALLOWED_DROP|OWNER|REGION(_START)?|TELEPORT|MEDIA)|OBJECT_(CLICK_ACTION|HOVER_HEIGHT|LAST_OWNER_ID|(PHYSICS|SERVER|STREAMING)_COST|UNKNOWN_DETAIL|CHARACTER_TIME|PHANTOM|PHYSICS|TEMP_(ATTACHED|ON_REZ)|NAME|DESC|POS|PRIM_(COUNT|EQUIVALENCE)|RETURN_(PARCEL(_OWNER)?|REGION)|REZZER_KEY|ROO?T|VELOCITY|OMEGA|OWNER|GROUP(_TAG)?|CREATOR|ATTACHED_(POINT|SLOTS_AVAILABLE)|RENDER_WEIGHT|(BODY_SHAPE|PATHFINDING)_TYPE|(RUNNING|TOTAL)_SCRIPT_COUNT|TOTAL_INVENTORY_COUNT|SCRIPT_(MEMORY|TIME))|TYPE_(INTEGER|FLOAT|STRING|KEY|VECTOR|ROTATION|INVALID)|(DEBUG|PUBLIC)_CHANNEL|ATTACH_(AVATAR_CENTER|CHEST|HEAD|BACK|PELVIS|MOUTH|CHIN|NECK|NOSE|BELLY|[LR](SHOULDER|HAND|FOOT|EAR|EYE|[UL](ARM|LEG)|HIP)|(LEFT|RIGHT)_PEC|HUD_(CENTER_[12]|TOP_(RIGHT|CENTER|LEFT)|BOTTOM(_(RIGHT|LEFT))?)|[LR]HAND_RING1|TAIL_(BASE|TIP)|[LR]WING|FACE_(JAW|[LR]EAR|[LR]EYE|TOUNGE)|GROIN|HIND_[LR]FOOT)|LAND_(LEVEL|RAISE|LOWER|SMOOTH|NOISE|REVERT)|DATA_(ONLINE|NAME|BORN|SIM_(POS|STATUS|RATING)|PAYINFO)|PAYMENT_INFO_(ON_FILE|USED)|REMOTE_DATA_(CHANNEL|REQUEST|REPLY)|PSYS_(PART_(BF_(ZERO|ONE(_MINUS_(DEST_COLOR|SOURCE_(ALPHA|COLOR)))?|DEST_COLOR|SOURCE_(ALPHA|COLOR))|BLEND_FUNC_(DEST|SOURCE)|FLAGS|(START|END)_(COLOR|ALPHA|SCALE|GLOW)|MAX_AGE|(RIBBON|WIND|INTERP_(COLOR|SCALE)|BOUNCE|FOLLOW_(SRC|VELOCITY)|TARGET_(POS|LINEAR)|EMISSIVE)_MASK)|SRC_(MAX_AGE|PATTERN|ANGLE_(BEGIN|END)|BURST_(RATE|PART_COUNT|RADIUS|SPEED_(MIN|MAX))|ACCEL|TEXTURE|TARGET_KEY|OMEGA|PATTERN_(DROP|EXPLODE|ANGLE(_CONE(_EMPTY)?)?)))|VEHICLE_(REFERENCE_FRAME|TYPE_(NONE|SLED|CAR|BOAT|AIRPLANE|BALLOON)|(LINEAR|ANGULAR)_(FRICTION_TIMESCALE|MOTOR_DIRECTION)|LINEAR_MOTOR_OFFSET|HOVER_(HEIGHT|EFFICIENCY|TIMESCALE)|BUOYANCY|(LINEAR|ANGULAR)_(DEFLECTION_(EFFICIENCY|TIMESCALE)|MOTOR_(DECAY_)?TIMESCALE)|VERTICAL_ATTRACTION_(EFFICIENCY|TIMESCALE)|BANKING_(EFFICIENCY|MIX|TIMESCALE)|FLAG_(NO_DEFLECTION_UP|LIMIT_(ROLL_ONLY|MOTOR_UP)|HOVER_((WATER|TERRAIN|UP)_ONLY|GLOBAL_HEIGHT)|MOUSELOOK_(STEER|BANK)|CAMERA_DECOUPLED))|PRIM_(ALLOW_UNSIT|ALPHA_MODE(_(BLEND|EMISSIVE|MASK|NONE))?|NORMAL|SPECULAR|TYPE(_(BOX|CYLINDER|PRISM|SPHERE|TORUS|TUBE|RING|SCULPT))?|HOLE_(DEFAULT|CIRCLE|SQUARE|TRIANGLE)|MATERIAL(_(STONE|METAL|GLASS|WOOD|FLESH|PLASTIC|RUBBER))?|SHINY_(NONE|LOW|MEDIUM|HIGH)|BUMP_(NONE|BRIGHT|DARK|WOOD|BARK|BRICKS|CHECKER|CONCRETE|TILE|STONE|DISKS|GRAVEL|BLOBS|SIDING|LARGETILE|STUCCO|SUCTION|WEAVE)|TEXGEN_(DEFAULT|PLANAR)|SCRIPTED_SIT_ONLY|SCULPT_(TYPE_(SPHERE|TORUS|PLANE|CYLINDER|MASK)|FLAG_(MIRROR|INVERT))|PHYSICS(_(SHAPE_(CONVEX|NONE|PRIM|TYPE)))?|(POS|ROT)_LOCAL|SLICE|TEXT|FLEXIBLE|POINT_LIGHT|TEMP_ON_REZ|PHANTOM|POSITION|SIT_TARGET|SIZE|ROTATION|TEXTURE|NAME|OMEGA|DESC|LINK_TARGET|COLOR|BUMP_SHINY|FULLBRIGHT|TEXGEN|GLOW|MEDIA_(ALT_IMAGE_ENABLE|CONTROLS|(CURRENT|HOME)_URL|AUTO_(LOOP|PLAY|SCALE|ZOOM)|FIRST_CLICK_INTERACT|(WIDTH|HEIGHT)_PIXELS|WHITELIST(_ENABLE)?|PERMS_(INTERACT|CONTROL)|PARAM_MAX|CONTROLS_(STANDARD|MINI)|PERM_(NONE|OWNER|GROUP|ANYONE)|MAX_(URL_LENGTH|WHITELIST_(SIZE|COUNT)|(WIDTH|HEIGHT)_PIXELS)))|MASK_(BASE|OWNER|GROUP|EVERYONE|NEXT)|PERM_(TRANSFER|MODIFY|COPY|MOVE|ALL)|PARCEL_(MEDIA_COMMAND_(STOP|PAUSE|PLAY|LOOP|TEXTURE|URL|TIME|AGENT|UNLOAD|AUTO_ALIGN|TYPE|SIZE|DESC|LOOP_SET)|FLAG_(ALLOW_(FLY|(GROUP_)?SCRIPTS|LANDMARK|TERRAFORM|DAMAGE|CREATE_(GROUP_)?OBJECTS)|USE_(ACCESS_(GROUP|LIST)|BAN_LIST|LAND_PASS_LIST)|LOCAL_SOUND_ONLY|RESTRICT_PUSHOBJECT|ALLOW_(GROUP|ALL)_OBJECT_ENTRY)|COUNT_(TOTAL|OWNER|GROUP|OTHER|SELECTED|TEMP)|DETAILS_(NAME|DESC|OWNER|GROUP|AREA|ID|SEE_AVATARS))|LIST_STAT_(MAX|MIN|MEAN|MEDIAN|STD_DEV|SUM(_SQUARES)?|NUM_COUNT|GEOMETRIC_MEAN|RANGE)|PAY_(HIDE|DEFAULT)|REGION_FLAG_(ALLOW_DAMAGE|FIXED_SUN|BLOCK_TERRAFORM|SANDBOX|DISABLE_(COLLISIONS|PHYSICS)|BLOCK_FLY|ALLOW_DIRECT_TELEPORT|RESTRICT_PUSHOBJECT)|HTTP_(METHOD|MIMETYPE|BODY_(MAXLENGTH|TRUNCATED)|CUSTOM_HEADER|PRAGMA_NO_CACHE|VERBOSE_THROTTLE|VERIFY_CERT)|SIT_(INVALID_(AGENT|LINK_OBJECT)|NO(T_EXPERIENCE|_(ACCESS|EXPERIENCE_PERMISSION|SIT_TARGET)))|STRING_(TRIM(_(HEAD|TAIL))?)|CLICK_ACTION_(NONE|TOUCH|SIT|BUY|PAY|OPEN(_MEDIA)?|PLAY|ZOOM)|TOUCH_INVALID_FACE|PROFILE_(NONE|SCRIPT_MEMORY)|RC_(DATA_FLAGS|DETECT_PHANTOM|GET_(LINK_NUM|NORMAL|ROOT_KEY)|MAX_HITS|REJECT_(TYPES|AGENTS|(NON)?PHYSICAL|LAND))|RCERR_(CAST_TIME_EXCEEDED|SIM_PERF_LOW|UNKNOWN)|ESTATE_ACCESS_(ALLOWED_(AGENT|GROUP)_(ADD|REMOVE)|BANNED_AGENT_(ADD|REMOVE))|DENSITY|FRICTION|RESTITUTION|GRAVITY_MULTIPLIER|KFM_(COMMAND|CMD_(PLAY|STOP|PAUSE)|MODE|FORWARD|LOOP|PING_PONG|REVERSE|DATA|ROTATION|TRANSLATION)|ERR_(GENERIC|PARCEL_PERMISSIONS|MALFORMED_PARAMS|RUNTIME_PERMISSIONS|THROTTLED)|CHARACTER_(CMD_((SMOOTH_)?STOP|JUMP)|DESIRED_(TURN_)?SPEED|RADIUS|STAY_WITHIN_PARCEL|LENGTH|ORIENTATION|ACCOUNT_FOR_SKIPPED_FRAMES|AVOIDANCE_MODE|TYPE(_([ABCD]|NONE))?|MAX_(DECEL|TURN_RADIUS|(ACCEL|SPEED)))|PURSUIT_(OFFSET|FUZZ_FACTOR|GOAL_TOLERANCE|INTERCEPT)|REQUIRE_LINE_OF_SIGHT|FORCE_DIRECT_PATH|VERTICAL|HORIZONTAL|AVOID_(CHARACTERS|DYNAMIC_OBSTACLES|NONE)|PU_(EVADE_(HIDDEN|SPOTTED)|FAILURE_(DYNAMIC_PATHFINDING_DISABLED|INVALID_(GOAL|START)|NO_(NAVMESH|VALID_DESTINATION)|OTHER|TARGET_GONE|(PARCEL_)?UNREACHABLE)|(GOAL|SLOWDOWN_DISTANCE)_REACHED)|TRAVERSAL_TYPE(_(FAST|NONE|SLOW))?|CONTENT_TYPE_(ATOM|FORM|HTML|JSON|LLSD|RSS|TEXT|XHTML|XML)|GCNP_(RADIUS|STATIC)|(PATROL|WANDER)_PAUSE_AT_WAYPOINTS|OPT_(AVATAR|CHARACTER|EXCLUSION_VOLUME|LEGACY_LINKSET|MATERIAL_VOLUME|OTHER|STATIC_OBSTACLE|WALKABLE)|SIM_STAT_PCT_CHARS_STEPPED)\\\\b' },\n\t      { begin: '\\\\b(FALSE|TRUE)\\\\b' },\n\t      { begin: '\\\\b(ZERO_ROTATION)\\\\b' },\n\t      { begin: '\\\\b(EOF|JSON_(ARRAY|DELETE|FALSE|INVALID|NULL|NUMBER|OBJECT|STRING|TRUE)|NULL_KEY|TEXTURE_(BLANK|DEFAULT|MEDIA|PLYWOOD|TRANSPARENT)|URL_REQUEST_(GRANTED|DENIED))\\\\b' },\n\t      { begin: '\\\\b(ZERO_VECTOR|TOUCH_INVALID_(TEXCOORD|VECTOR))\\\\b' }\n\t    ]\n\t  };\n\n\t  const LSL_FUNCTIONS = {\n\t    className: 'built_in',\n\t    begin: '\\\\b(ll(AgentInExperience|(Create|DataSize|Delete|KeyCount|Keys|Read|Update)KeyValue|GetExperience(Details|ErrorMessage)|ReturnObjectsBy(ID|Owner)|Json(2List|[GS]etValue|ValueType)|Sin|Cos|Tan|Atan2|Sqrt|Pow|Abs|Fabs|Frand|Floor|Ceil|Round|Vec(Mag|Norm|Dist)|Rot(Between|2(Euler|Fwd|Left|Up))|(Euler|Axes)2Rot|Whisper|(Region|Owner)?Say|Shout|Listen(Control|Remove)?|Sensor(Repeat|Remove)?|Detected(Name|Key|Owner|Type|Pos|Vel|Grab|Rot|Group|LinkNumber)|Die|Ground|Wind|([GS]et)(AnimationOverride|MemoryLimit|PrimMediaParams|ParcelMusicURL|Object(Desc|Name)|PhysicsMaterial|Status|Scale|Color|Alpha|Texture|Pos|Rot|Force|Torque)|ResetAnimationOverride|(Scale|Offset|Rotate)Texture|(Rot)?Target(Remove)?|(Stop)?MoveToTarget|Apply(Rotational)?Impulse|Set(KeyframedMotion|ContentType|RegionPos|(Angular)?Velocity|Buoyancy|HoverHeight|ForceAndTorque|TimerEvent|ScriptState|Damage|TextureAnim|Sound(Queueing|Radius)|Vehicle(Type|(Float|Vector|Rotation)Param)|(Touch|Sit)?Text|Camera(Eye|At)Offset|PrimitiveParams|ClickAction|Link(Alpha|Color|PrimitiveParams(Fast)?|Texture(Anim)?|Camera|Media)|RemoteScriptAccessPin|PayPrice|LocalRot)|ScaleByFactor|Get((Max|Min)ScaleFactor|ClosestNavPoint|StaticPath|SimStats|Env|PrimitiveParams|Link(PrimitiveParams|Number(OfSides)?|Key|Name|Media)|HTTPHeader|FreeURLs|Object(Details|PermMask|PrimCount)|Parcel(MaxPrims|Details|Prim(Count|Owners))|Attached(List)?|(SPMax|Free|Used)Memory|Region(Name|TimeDilation|FPS|Corner|AgentCount)|Root(Position|Rotation)|UnixTime|(Parcel|Region)Flags|(Wall|GMT)clock|SimulatorHostname|BoundingBox|GeometricCenter|Creator|NumberOf(Prims|NotecardLines|Sides)|Animation(List)?|(Camera|Local)(Pos|Rot)|Vel|Accel|Omega|Time(stamp|OfDay)|(Object|CenterOf)?Mass|MassMKS|Energy|Owner|(Owner)?Key|SunDirection|Texture(Offset|Scale|Rot)|Inventory(Number|Name|Key|Type|Creator|PermMask)|Permissions(Key)?|StartParameter|List(Length|EntryType)|Date|Agent(Size|Info|Language|List)|LandOwnerAt|NotecardLine|Script(Name|State))|(Get|Reset|GetAndReset)Time|PlaySound(Slave)?|LoopSound(Master|Slave)?|(Trigger|Stop|Preload)Sound|((Get|Delete)Sub|Insert)String|To(Upper|Lower)|Give(InventoryList|Money)|RezObject|(Stop)?LookAt|Sleep|CollisionFilter|(Take|Release)Controls|DetachFromAvatar|AttachToAvatar(Temp)?|InstantMessage|(GetNext)?Email|StopHover|MinEventDelay|RotLookAt|String(Length|Trim)|(Start|Stop)Animation|TargetOmega|Request(Experience)?Permissions|(Create|Break)Link|BreakAllLinks|(Give|Remove)Inventory|Water|PassTouches|Request(Agent|Inventory)Data|TeleportAgent(Home|GlobalCoords)?|ModifyLand|CollisionSound|ResetScript|MessageLinked|PushObject|PassCollisions|AxisAngle2Rot|Rot2(Axis|Angle)|A(cos|sin)|AngleBetween|AllowInventoryDrop|SubStringIndex|List2(CSV|Integer|Json|Float|String|Key|Vector|Rot|List(Strided)?)|DeleteSubList|List(Statistics|Sort|Randomize|(Insert|Find|Replace)List)|EdgeOfWorld|AdjustSoundVolume|Key2Name|TriggerSoundLimited|EjectFromLand|(CSV|ParseString)2List|OverMyLand|SameGroup|UnSit|Ground(Slope|Normal|Contour)|GroundRepel|(Set|Remove)VehicleFlags|SitOnLink|(AvatarOn)?(Link)?SitTarget|Script(Danger|Profiler)|Dialog|VolumeDetect|ResetOtherScript|RemoteLoadScriptPin|(Open|Close)RemoteDataChannel|SendRemoteData|RemoteDataReply|(Integer|String)ToBase64|XorBase64|Log(10)?|Base64To(String|Integer)|ParseStringKeepNulls|RezAtRoot|RequestSimulatorData|ForceMouselook|(Load|Release|(E|Une)scape)URL|ParcelMedia(CommandList|Query)|ModPow|MapDestination|(RemoveFrom|AddTo|Reset)Land(Pass|Ban)List|(Set|Clear)CameraParams|HTTP(Request|Response)|TextBox|DetectedTouch(UV|Face|Pos|(N|Bin)ormal|ST)|(MD5|SHA1|DumpList2)String|Request(Secure)?URL|Clear(Prim|Link)Media|(Link)?ParticleSystem|(Get|Request)(Username|DisplayName)|RegionSayTo|CastRay|GenerateKey|TransferLindenDollars|ManageEstateAccess|(Create|Delete)Character|ExecCharacterCmd|Evade|FleeFrom|NavigateTo|PatrolPoints|Pursue|UpdateCharacter|WanderWithin))\\\\b'\n\t  };\n\n\t  return {\n\t    name: 'LSL (Linden Scripting Language)',\n\t    illegal: ':',\n\t    contains: [\n\t      LSL_STRINGS,\n\t      {\n\t        className: 'comment',\n\t        variants: [\n\t          hljs.COMMENT('//', '$'),\n\t          hljs.COMMENT('/\\\\*', '\\\\*/')\n\t        ],\n\t        relevance: 0\n\t      },\n\t      LSL_NUMBERS,\n\t      {\n\t        className: 'section',\n\t        variants: [\n\t          { begin: '\\\\b(state|default)\\\\b' },\n\t          { begin: '\\\\b(state_(entry|exit)|touch(_(start|end))?|(land_)?collision(_(start|end))?|timer|listen|(no_)?sensor|control|(not_)?at_(rot_)?target|money|email|experience_permissions(_denied)?|run_time_permissions|changed|attach|dataserver|moving_(start|end)|link_message|(on|object)_rez|remote_data|http_re(sponse|quest)|path_update|transaction_result)\\\\b' }\n\t        ]\n\t      },\n\t      LSL_FUNCTIONS,\n\t      LSL_CONSTANTS,\n\t      {\n\t        className: 'type',\n\t        begin: '\\\\b(integer|float|string|key|vector|quaternion|rotation|list)\\\\b'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tlsl_1 = lsl;\n\treturn lsl_1;\n}\n\n/*\nLanguage: Lua\nDescription: Lua is a powerful, efficient, lightweight, embeddable scripting language.\nAuthor: Andrew Fedorov <dmmdrs@mail.ru>\nCategory: common, scripting\nWebsite: https://www.lua.org\n*/\n\nvar lua_1;\nvar hasRequiredLua;\n\nfunction requireLua () {\n\tif (hasRequiredLua) return lua_1;\n\thasRequiredLua = 1;\n\tfunction lua(hljs) {\n\t  const OPENING_LONG_BRACKET = '\\\\[=*\\\\[';\n\t  const CLOSING_LONG_BRACKET = '\\\\]=*\\\\]';\n\t  const LONG_BRACKETS = {\n\t    begin: OPENING_LONG_BRACKET,\n\t    end: CLOSING_LONG_BRACKET,\n\t    contains: [ 'self' ]\n\t  };\n\t  const COMMENTS = [\n\t    hljs.COMMENT('--(?!' + OPENING_LONG_BRACKET + ')', '$'),\n\t    hljs.COMMENT(\n\t      '--' + OPENING_LONG_BRACKET,\n\t      CLOSING_LONG_BRACKET,\n\t      {\n\t        contains: [ LONG_BRACKETS ],\n\t        relevance: 10\n\t      }\n\t    )\n\t  ];\n\t  return {\n\t    name: 'Lua',\n\t    keywords: {\n\t      $pattern: hljs.UNDERSCORE_IDENT_RE,\n\t      literal: \"true false nil\",\n\t      keyword: \"and break do else elseif end for goto if in local not or repeat return then until while\",\n\t      built_in:\n\t        // Metatags and globals:\n\t        '_G _ENV _VERSION __index __newindex __mode __call __metatable __tostring __len '\n\t        + '__gc __add __sub __mul __div __mod __pow __concat __unm __eq __lt __le assert '\n\t        // Standard methods and properties:\n\t        + 'collectgarbage dofile error getfenv getmetatable ipairs load loadfile loadstring '\n\t        + 'module next pairs pcall print rawequal rawget rawset require select setfenv '\n\t        + 'setmetatable tonumber tostring type unpack xpcall arg self '\n\t        // Library methods and properties (one line per library):\n\t        + 'coroutine resume yield status wrap create running debug getupvalue '\n\t        + 'debug sethook getmetatable gethook setmetatable setlocal traceback setfenv getinfo setupvalue getlocal getregistry getfenv '\n\t        + 'io lines write close flush open output type read stderr stdin input stdout popen tmpfile '\n\t        + 'math log max acos huge ldexp pi cos tanh pow deg tan cosh sinh random randomseed frexp ceil floor rad abs sqrt modf asin min mod fmod log10 atan2 exp sin atan '\n\t        + 'os exit setlocale date getenv difftime remove time clock tmpname rename execute package preload loadlib loaded loaders cpath config path seeall '\n\t        + 'string sub upper len gfind rep find match char dump gmatch reverse byte format gsub lower '\n\t        + 'table setn insert getn foreachi maxn foreach concat sort remove'\n\t    },\n\t    contains: COMMENTS.concat([\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: '\\\\)',\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: '([_a-zA-Z]\\\\w*\\\\.)*([_a-zA-Z]\\\\w*:)?[_a-zA-Z]\\\\w*' }),\n\t          {\n\t            className: 'params',\n\t            begin: '\\\\(',\n\t            endsWithParent: true,\n\t            contains: COMMENTS\n\t          }\n\t        ].concat(COMMENTS)\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: OPENING_LONG_BRACKET,\n\t        end: CLOSING_LONG_BRACKET,\n\t        contains: [ LONG_BRACKETS ],\n\t        relevance: 5\n\t      }\n\t    ])\n\t  };\n\t}\n\n\tlua_1 = lua;\n\treturn lua_1;\n}\n\n/*\nLanguage: Makefile\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nContributors: Joël Porquet <joel@porquet.org>\nWebsite: https://www.gnu.org/software/make/manual/html_node/Introduction.html\nCategory: common\n*/\n\nvar makefile_1;\nvar hasRequiredMakefile;\n\nfunction requireMakefile () {\n\tif (hasRequiredMakefile) return makefile_1;\n\thasRequiredMakefile = 1;\n\tfunction makefile(hljs) {\n\t  /* Variables: simple (eg $(var)) and special (eg $@) */\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    variants: [\n\t      {\n\t        begin: '\\\\$\\\\(' + hljs.UNDERSCORE_IDENT_RE + '\\\\)',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      { begin: /\\$[@%<?\\^\\+\\*]/ }\n\t    ]\n\t  };\n\t  /* Quoted string with variables inside */\n\t  const QUOTE_STRING = {\n\t    className: 'string',\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      VARIABLE\n\t    ]\n\t  };\n\t  /* Function: $(func arg,...) */\n\t  const FUNC = {\n\t    className: 'variable',\n\t    begin: /\\$\\([\\w-]+\\s/,\n\t    end: /\\)/,\n\t    keywords: { built_in:\n\t        'subst patsubst strip findstring filter filter-out sort '\n\t        + 'word wordlist firstword lastword dir notdir suffix basename '\n\t        + 'addsuffix addprefix join wildcard realpath abspath error warning '\n\t        + 'shell origin flavor foreach if or and call eval file value' },\n\t    contains: [ VARIABLE ]\n\t  };\n\t  /* Variable assignment */\n\t  const ASSIGNMENT = { begin: '^' + hljs.UNDERSCORE_IDENT_RE + '\\\\s*(?=[:+?]?=)' };\n\t  /* Meta targets (.PHONY) */\n\t  const META = {\n\t    className: 'meta',\n\t    begin: /^\\.PHONY:/,\n\t    end: /$/,\n\t    keywords: {\n\t      $pattern: /[\\.\\w]+/,\n\t      keyword: '.PHONY'\n\t    }\n\t  };\n\t  /* Targets */\n\t  const TARGET = {\n\t    className: 'section',\n\t    begin: /^[^\\s]+:/,\n\t    end: /$/,\n\t    contains: [ VARIABLE ]\n\t  };\n\t  return {\n\t    name: 'Makefile',\n\t    aliases: [\n\t      'mk',\n\t      'mak',\n\t      'make',\n\t    ],\n\t    keywords: {\n\t      $pattern: /[\\w-]+/,\n\t      keyword: 'define endef undefine ifdef ifndef ifeq ifneq else endif '\n\t      + 'include -include sinclude override export unexport private vpath'\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      VARIABLE,\n\t      QUOTE_STRING,\n\t      FUNC,\n\t      ASSIGNMENT,\n\t      META,\n\t      TARGET\n\t    ]\n\t  };\n\t}\n\n\tmakefile_1 = makefile;\n\treturn makefile_1;\n}\n\nvar mathematica_1;\nvar hasRequiredMathematica;\n\nfunction requireMathematica () {\n\tif (hasRequiredMathematica) return mathematica_1;\n\thasRequiredMathematica = 1;\n\tconst SYSTEM_SYMBOLS = [\n\t  \"AASTriangle\",\n\t  \"AbelianGroup\",\n\t  \"Abort\",\n\t  \"AbortKernels\",\n\t  \"AbortProtect\",\n\t  \"AbortScheduledTask\",\n\t  \"Above\",\n\t  \"Abs\",\n\t  \"AbsArg\",\n\t  \"AbsArgPlot\",\n\t  \"Absolute\",\n\t  \"AbsoluteCorrelation\",\n\t  \"AbsoluteCorrelationFunction\",\n\t  \"AbsoluteCurrentValue\",\n\t  \"AbsoluteDashing\",\n\t  \"AbsoluteFileName\",\n\t  \"AbsoluteOptions\",\n\t  \"AbsolutePointSize\",\n\t  \"AbsoluteThickness\",\n\t  \"AbsoluteTime\",\n\t  \"AbsoluteTiming\",\n\t  \"AcceptanceThreshold\",\n\t  \"AccountingForm\",\n\t  \"Accumulate\",\n\t  \"Accuracy\",\n\t  \"AccuracyGoal\",\n\t  \"ActionDelay\",\n\t  \"ActionMenu\",\n\t  \"ActionMenuBox\",\n\t  \"ActionMenuBoxOptions\",\n\t  \"Activate\",\n\t  \"Active\",\n\t  \"ActiveClassification\",\n\t  \"ActiveClassificationObject\",\n\t  \"ActiveItem\",\n\t  \"ActivePrediction\",\n\t  \"ActivePredictionObject\",\n\t  \"ActiveStyle\",\n\t  \"AcyclicGraphQ\",\n\t  \"AddOnHelpPath\",\n\t  \"AddSides\",\n\t  \"AddTo\",\n\t  \"AddToSearchIndex\",\n\t  \"AddUsers\",\n\t  \"AdjacencyGraph\",\n\t  \"AdjacencyList\",\n\t  \"AdjacencyMatrix\",\n\t  \"AdjacentMeshCells\",\n\t  \"AdjustmentBox\",\n\t  \"AdjustmentBoxOptions\",\n\t  \"AdjustTimeSeriesForecast\",\n\t  \"AdministrativeDivisionData\",\n\t  \"AffineHalfSpace\",\n\t  \"AffineSpace\",\n\t  \"AffineStateSpaceModel\",\n\t  \"AffineTransform\",\n\t  \"After\",\n\t  \"AggregatedEntityClass\",\n\t  \"AggregationLayer\",\n\t  \"AircraftData\",\n\t  \"AirportData\",\n\t  \"AirPressureData\",\n\t  \"AirTemperatureData\",\n\t  \"AiryAi\",\n\t  \"AiryAiPrime\",\n\t  \"AiryAiZero\",\n\t  \"AiryBi\",\n\t  \"AiryBiPrime\",\n\t  \"AiryBiZero\",\n\t  \"AlgebraicIntegerQ\",\n\t  \"AlgebraicNumber\",\n\t  \"AlgebraicNumberDenominator\",\n\t  \"AlgebraicNumberNorm\",\n\t  \"AlgebraicNumberPolynomial\",\n\t  \"AlgebraicNumberTrace\",\n\t  \"AlgebraicRules\",\n\t  \"AlgebraicRulesData\",\n\t  \"Algebraics\",\n\t  \"AlgebraicUnitQ\",\n\t  \"Alignment\",\n\t  \"AlignmentMarker\",\n\t  \"AlignmentPoint\",\n\t  \"All\",\n\t  \"AllowAdultContent\",\n\t  \"AllowedCloudExtraParameters\",\n\t  \"AllowedCloudParameterExtensions\",\n\t  \"AllowedDimensions\",\n\t  \"AllowedFrequencyRange\",\n\t  \"AllowedHeads\",\n\t  \"AllowGroupClose\",\n\t  \"AllowIncomplete\",\n\t  \"AllowInlineCells\",\n\t  \"AllowKernelInitialization\",\n\t  \"AllowLooseGrammar\",\n\t  \"AllowReverseGroupClose\",\n\t  \"AllowScriptLevelChange\",\n\t  \"AllowVersionUpdate\",\n\t  \"AllTrue\",\n\t  \"Alphabet\",\n\t  \"AlphabeticOrder\",\n\t  \"AlphabeticSort\",\n\t  \"AlphaChannel\",\n\t  \"AlternateImage\",\n\t  \"AlternatingFactorial\",\n\t  \"AlternatingGroup\",\n\t  \"AlternativeHypothesis\",\n\t  \"Alternatives\",\n\t  \"AltitudeMethod\",\n\t  \"AmbientLight\",\n\t  \"AmbiguityFunction\",\n\t  \"AmbiguityList\",\n\t  \"Analytic\",\n\t  \"AnatomyData\",\n\t  \"AnatomyForm\",\n\t  \"AnatomyPlot3D\",\n\t  \"AnatomySkinStyle\",\n\t  \"AnatomyStyling\",\n\t  \"AnchoredSearch\",\n\t  \"And\",\n\t  \"AndersonDarlingTest\",\n\t  \"AngerJ\",\n\t  \"AngleBisector\",\n\t  \"AngleBracket\",\n\t  \"AnglePath\",\n\t  \"AnglePath3D\",\n\t  \"AngleVector\",\n\t  \"AngularGauge\",\n\t  \"Animate\",\n\t  \"AnimationCycleOffset\",\n\t  \"AnimationCycleRepetitions\",\n\t  \"AnimationDirection\",\n\t  \"AnimationDisplayTime\",\n\t  \"AnimationRate\",\n\t  \"AnimationRepetitions\",\n\t  \"AnimationRunning\",\n\t  \"AnimationRunTime\",\n\t  \"AnimationTimeIndex\",\n\t  \"Animator\",\n\t  \"AnimatorBox\",\n\t  \"AnimatorBoxOptions\",\n\t  \"AnimatorElements\",\n\t  \"Annotate\",\n\t  \"Annotation\",\n\t  \"AnnotationDelete\",\n\t  \"AnnotationKeys\",\n\t  \"AnnotationRules\",\n\t  \"AnnotationValue\",\n\t  \"Annuity\",\n\t  \"AnnuityDue\",\n\t  \"Annulus\",\n\t  \"AnomalyDetection\",\n\t  \"AnomalyDetector\",\n\t  \"AnomalyDetectorFunction\",\n\t  \"Anonymous\",\n\t  \"Antialiasing\",\n\t  \"AntihermitianMatrixQ\",\n\t  \"Antisymmetric\",\n\t  \"AntisymmetricMatrixQ\",\n\t  \"Antonyms\",\n\t  \"AnyOrder\",\n\t  \"AnySubset\",\n\t  \"AnyTrue\",\n\t  \"Apart\",\n\t  \"ApartSquareFree\",\n\t  \"APIFunction\",\n\t  \"Appearance\",\n\t  \"AppearanceElements\",\n\t  \"AppearanceRules\",\n\t  \"AppellF1\",\n\t  \"Append\",\n\t  \"AppendCheck\",\n\t  \"AppendLayer\",\n\t  \"AppendTo\",\n\t  \"Apply\",\n\t  \"ApplySides\",\n\t  \"ArcCos\",\n\t  \"ArcCosh\",\n\t  \"ArcCot\",\n\t  \"ArcCoth\",\n\t  \"ArcCsc\",\n\t  \"ArcCsch\",\n\t  \"ArcCurvature\",\n\t  \"ARCHProcess\",\n\t  \"ArcLength\",\n\t  \"ArcSec\",\n\t  \"ArcSech\",\n\t  \"ArcSin\",\n\t  \"ArcSinDistribution\",\n\t  \"ArcSinh\",\n\t  \"ArcTan\",\n\t  \"ArcTanh\",\n\t  \"Area\",\n\t  \"Arg\",\n\t  \"ArgMax\",\n\t  \"ArgMin\",\n\t  \"ArgumentCountQ\",\n\t  \"ARIMAProcess\",\n\t  \"ArithmeticGeometricMean\",\n\t  \"ARMAProcess\",\n\t  \"Around\",\n\t  \"AroundReplace\",\n\t  \"ARProcess\",\n\t  \"Array\",\n\t  \"ArrayComponents\",\n\t  \"ArrayDepth\",\n\t  \"ArrayFilter\",\n\t  \"ArrayFlatten\",\n\t  \"ArrayMesh\",\n\t  \"ArrayPad\",\n\t  \"ArrayPlot\",\n\t  \"ArrayQ\",\n\t  \"ArrayResample\",\n\t  \"ArrayReshape\",\n\t  \"ArrayRules\",\n\t  \"Arrays\",\n\t  \"Arrow\",\n\t  \"Arrow3DBox\",\n\t  \"ArrowBox\",\n\t  \"Arrowheads\",\n\t  \"ASATriangle\",\n\t  \"Ask\",\n\t  \"AskAppend\",\n\t  \"AskConfirm\",\n\t  \"AskDisplay\",\n\t  \"AskedQ\",\n\t  \"AskedValue\",\n\t  \"AskFunction\",\n\t  \"AskState\",\n\t  \"AskTemplateDisplay\",\n\t  \"AspectRatio\",\n\t  \"AspectRatioFixed\",\n\t  \"Assert\",\n\t  \"AssociateTo\",\n\t  \"Association\",\n\t  \"AssociationFormat\",\n\t  \"AssociationMap\",\n\t  \"AssociationQ\",\n\t  \"AssociationThread\",\n\t  \"AssumeDeterministic\",\n\t  \"Assuming\",\n\t  \"Assumptions\",\n\t  \"AstronomicalData\",\n\t  \"Asymptotic\",\n\t  \"AsymptoticDSolveValue\",\n\t  \"AsymptoticEqual\",\n\t  \"AsymptoticEquivalent\",\n\t  \"AsymptoticGreater\",\n\t  \"AsymptoticGreaterEqual\",\n\t  \"AsymptoticIntegrate\",\n\t  \"AsymptoticLess\",\n\t  \"AsymptoticLessEqual\",\n\t  \"AsymptoticOutputTracker\",\n\t  \"AsymptoticProduct\",\n\t  \"AsymptoticRSolveValue\",\n\t  \"AsymptoticSolve\",\n\t  \"AsymptoticSum\",\n\t  \"Asynchronous\",\n\t  \"AsynchronousTaskObject\",\n\t  \"AsynchronousTasks\",\n\t  \"Atom\",\n\t  \"AtomCoordinates\",\n\t  \"AtomCount\",\n\t  \"AtomDiagramCoordinates\",\n\t  \"AtomList\",\n\t  \"AtomQ\",\n\t  \"AttentionLayer\",\n\t  \"Attributes\",\n\t  \"Audio\",\n\t  \"AudioAmplify\",\n\t  \"AudioAnnotate\",\n\t  \"AudioAnnotationLookup\",\n\t  \"AudioBlockMap\",\n\t  \"AudioCapture\",\n\t  \"AudioChannelAssignment\",\n\t  \"AudioChannelCombine\",\n\t  \"AudioChannelMix\",\n\t  \"AudioChannels\",\n\t  \"AudioChannelSeparate\",\n\t  \"AudioData\",\n\t  \"AudioDelay\",\n\t  \"AudioDelete\",\n\t  \"AudioDevice\",\n\t  \"AudioDistance\",\n\t  \"AudioEncoding\",\n\t  \"AudioFade\",\n\t  \"AudioFrequencyShift\",\n\t  \"AudioGenerator\",\n\t  \"AudioIdentify\",\n\t  \"AudioInputDevice\",\n\t  \"AudioInsert\",\n\t  \"AudioInstanceQ\",\n\t  \"AudioIntervals\",\n\t  \"AudioJoin\",\n\t  \"AudioLabel\",\n\t  \"AudioLength\",\n\t  \"AudioLocalMeasurements\",\n\t  \"AudioLooping\",\n\t  \"AudioLoudness\",\n\t  \"AudioMeasurements\",\n\t  \"AudioNormalize\",\n\t  \"AudioOutputDevice\",\n\t  \"AudioOverlay\",\n\t  \"AudioPad\",\n\t  \"AudioPan\",\n\t  \"AudioPartition\",\n\t  \"AudioPause\",\n\t  \"AudioPitchShift\",\n\t  \"AudioPlay\",\n\t  \"AudioPlot\",\n\t  \"AudioQ\",\n\t  \"AudioRecord\",\n\t  \"AudioReplace\",\n\t  \"AudioResample\",\n\t  \"AudioReverb\",\n\t  \"AudioReverse\",\n\t  \"AudioSampleRate\",\n\t  \"AudioSpectralMap\",\n\t  \"AudioSpectralTransformation\",\n\t  \"AudioSplit\",\n\t  \"AudioStop\",\n\t  \"AudioStream\",\n\t  \"AudioStreams\",\n\t  \"AudioTimeStretch\",\n\t  \"AudioTracks\",\n\t  \"AudioTrim\",\n\t  \"AudioType\",\n\t  \"AugmentedPolyhedron\",\n\t  \"AugmentedSymmetricPolynomial\",\n\t  \"Authenticate\",\n\t  \"Authentication\",\n\t  \"AuthenticationDialog\",\n\t  \"AutoAction\",\n\t  \"Autocomplete\",\n\t  \"AutocompletionFunction\",\n\t  \"AutoCopy\",\n\t  \"AutocorrelationTest\",\n\t  \"AutoDelete\",\n\t  \"AutoEvaluateEvents\",\n\t  \"AutoGeneratedPackage\",\n\t  \"AutoIndent\",\n\t  \"AutoIndentSpacings\",\n\t  \"AutoItalicWords\",\n\t  \"AutoloadPath\",\n\t  \"AutoMatch\",\n\t  \"Automatic\",\n\t  \"AutomaticImageSize\",\n\t  \"AutoMultiplicationSymbol\",\n\t  \"AutoNumberFormatting\",\n\t  \"AutoOpenNotebooks\",\n\t  \"AutoOpenPalettes\",\n\t  \"AutoQuoteCharacters\",\n\t  \"AutoRefreshed\",\n\t  \"AutoRemove\",\n\t  \"AutorunSequencing\",\n\t  \"AutoScaling\",\n\t  \"AutoScroll\",\n\t  \"AutoSpacing\",\n\t  \"AutoStyleOptions\",\n\t  \"AutoStyleWords\",\n\t  \"AutoSubmitting\",\n\t  \"Axes\",\n\t  \"AxesEdge\",\n\t  \"AxesLabel\",\n\t  \"AxesOrigin\",\n\t  \"AxesStyle\",\n\t  \"AxiomaticTheory\",\n\t  \"Axis\",\n\t  \"BabyMonsterGroupB\",\n\t  \"Back\",\n\t  \"Background\",\n\t  \"BackgroundAppearance\",\n\t  \"BackgroundTasksSettings\",\n\t  \"Backslash\",\n\t  \"Backsubstitution\",\n\t  \"Backward\",\n\t  \"Ball\",\n\t  \"Band\",\n\t  \"BandpassFilter\",\n\t  \"BandstopFilter\",\n\t  \"BarabasiAlbertGraphDistribution\",\n\t  \"BarChart\",\n\t  \"BarChart3D\",\n\t  \"BarcodeImage\",\n\t  \"BarcodeRecognize\",\n\t  \"BaringhausHenzeTest\",\n\t  \"BarLegend\",\n\t  \"BarlowProschanImportance\",\n\t  \"BarnesG\",\n\t  \"BarOrigin\",\n\t  \"BarSpacing\",\n\t  \"BartlettHannWindow\",\n\t  \"BartlettWindow\",\n\t  \"BaseDecode\",\n\t  \"BaseEncode\",\n\t  \"BaseForm\",\n\t  \"Baseline\",\n\t  \"BaselinePosition\",\n\t  \"BaseStyle\",\n\t  \"BasicRecurrentLayer\",\n\t  \"BatchNormalizationLayer\",\n\t  \"BatchSize\",\n\t  \"BatesDistribution\",\n\t  \"BattleLemarieWavelet\",\n\t  \"BayesianMaximization\",\n\t  \"BayesianMaximizationObject\",\n\t  \"BayesianMinimization\",\n\t  \"BayesianMinimizationObject\",\n\t  \"Because\",\n\t  \"BeckmannDistribution\",\n\t  \"Beep\",\n\t  \"Before\",\n\t  \"Begin\",\n\t  \"BeginDialogPacket\",\n\t  \"BeginFrontEndInteractionPacket\",\n\t  \"BeginPackage\",\n\t  \"BellB\",\n\t  \"BellY\",\n\t  \"Below\",\n\t  \"BenfordDistribution\",\n\t  \"BeniniDistribution\",\n\t  \"BenktanderGibratDistribution\",\n\t  \"BenktanderWeibullDistribution\",\n\t  \"BernoulliB\",\n\t  \"BernoulliDistribution\",\n\t  \"BernoulliGraphDistribution\",\n\t  \"BernoulliProcess\",\n\t  \"BernsteinBasis\",\n\t  \"BesselFilterModel\",\n\t  \"BesselI\",\n\t  \"BesselJ\",\n\t  \"BesselJZero\",\n\t  \"BesselK\",\n\t  \"BesselY\",\n\t  \"BesselYZero\",\n\t  \"Beta\",\n\t  \"BetaBinomialDistribution\",\n\t  \"BetaDistribution\",\n\t  \"BetaNegativeBinomialDistribution\",\n\t  \"BetaPrimeDistribution\",\n\t  \"BetaRegularized\",\n\t  \"Between\",\n\t  \"BetweennessCentrality\",\n\t  \"BeveledPolyhedron\",\n\t  \"BezierCurve\",\n\t  \"BezierCurve3DBox\",\n\t  \"BezierCurve3DBoxOptions\",\n\t  \"BezierCurveBox\",\n\t  \"BezierCurveBoxOptions\",\n\t  \"BezierFunction\",\n\t  \"BilateralFilter\",\n\t  \"Binarize\",\n\t  \"BinaryDeserialize\",\n\t  \"BinaryDistance\",\n\t  \"BinaryFormat\",\n\t  \"BinaryImageQ\",\n\t  \"BinaryRead\",\n\t  \"BinaryReadList\",\n\t  \"BinarySerialize\",\n\t  \"BinaryWrite\",\n\t  \"BinCounts\",\n\t  \"BinLists\",\n\t  \"Binomial\",\n\t  \"BinomialDistribution\",\n\t  \"BinomialProcess\",\n\t  \"BinormalDistribution\",\n\t  \"BiorthogonalSplineWavelet\",\n\t  \"BipartiteGraphQ\",\n\t  \"BiquadraticFilterModel\",\n\t  \"BirnbaumImportance\",\n\t  \"BirnbaumSaundersDistribution\",\n\t  \"BitAnd\",\n\t  \"BitClear\",\n\t  \"BitGet\",\n\t  \"BitLength\",\n\t  \"BitNot\",\n\t  \"BitOr\",\n\t  \"BitSet\",\n\t  \"BitShiftLeft\",\n\t  \"BitShiftRight\",\n\t  \"BitXor\",\n\t  \"BiweightLocation\",\n\t  \"BiweightMidvariance\",\n\t  \"Black\",\n\t  \"BlackmanHarrisWindow\",\n\t  \"BlackmanNuttallWindow\",\n\t  \"BlackmanWindow\",\n\t  \"Blank\",\n\t  \"BlankForm\",\n\t  \"BlankNullSequence\",\n\t  \"BlankSequence\",\n\t  \"Blend\",\n\t  \"Block\",\n\t  \"BlockchainAddressData\",\n\t  \"BlockchainBase\",\n\t  \"BlockchainBlockData\",\n\t  \"BlockchainContractValue\",\n\t  \"BlockchainData\",\n\t  \"BlockchainGet\",\n\t  \"BlockchainKeyEncode\",\n\t  \"BlockchainPut\",\n\t  \"BlockchainTokenData\",\n\t  \"BlockchainTransaction\",\n\t  \"BlockchainTransactionData\",\n\t  \"BlockchainTransactionSign\",\n\t  \"BlockchainTransactionSubmit\",\n\t  \"BlockMap\",\n\t  \"BlockRandom\",\n\t  \"BlomqvistBeta\",\n\t  \"BlomqvistBetaTest\",\n\t  \"Blue\",\n\t  \"Blur\",\n\t  \"BodePlot\",\n\t  \"BohmanWindow\",\n\t  \"Bold\",\n\t  \"Bond\",\n\t  \"BondCount\",\n\t  \"BondList\",\n\t  \"BondQ\",\n\t  \"Bookmarks\",\n\t  \"Boole\",\n\t  \"BooleanConsecutiveFunction\",\n\t  \"BooleanConvert\",\n\t  \"BooleanCountingFunction\",\n\t  \"BooleanFunction\",\n\t  \"BooleanGraph\",\n\t  \"BooleanMaxterms\",\n\t  \"BooleanMinimize\",\n\t  \"BooleanMinterms\",\n\t  \"BooleanQ\",\n\t  \"BooleanRegion\",\n\t  \"Booleans\",\n\t  \"BooleanStrings\",\n\t  \"BooleanTable\",\n\t  \"BooleanVariables\",\n\t  \"BorderDimensions\",\n\t  \"BorelTannerDistribution\",\n\t  \"Bottom\",\n\t  \"BottomHatTransform\",\n\t  \"BoundaryDiscretizeGraphics\",\n\t  \"BoundaryDiscretizeRegion\",\n\t  \"BoundaryMesh\",\n\t  \"BoundaryMeshRegion\",\n\t  \"BoundaryMeshRegionQ\",\n\t  \"BoundaryStyle\",\n\t  \"BoundedRegionQ\",\n\t  \"BoundingRegion\",\n\t  \"Bounds\",\n\t  \"Box\",\n\t  \"BoxBaselineShift\",\n\t  \"BoxData\",\n\t  \"BoxDimensions\",\n\t  \"Boxed\",\n\t  \"Boxes\",\n\t  \"BoxForm\",\n\t  \"BoxFormFormatTypes\",\n\t  \"BoxFrame\",\n\t  \"BoxID\",\n\t  \"BoxMargins\",\n\t  \"BoxMatrix\",\n\t  \"BoxObject\",\n\t  \"BoxRatios\",\n\t  \"BoxRotation\",\n\t  \"BoxRotationPoint\",\n\t  \"BoxStyle\",\n\t  \"BoxWhiskerChart\",\n\t  \"Bra\",\n\t  \"BracketingBar\",\n\t  \"BraKet\",\n\t  \"BrayCurtisDistance\",\n\t  \"BreadthFirstScan\",\n\t  \"Break\",\n\t  \"BridgeData\",\n\t  \"BrightnessEqualize\",\n\t  \"BroadcastStationData\",\n\t  \"Brown\",\n\t  \"BrownForsytheTest\",\n\t  \"BrownianBridgeProcess\",\n\t  \"BrowserCategory\",\n\t  \"BSplineBasis\",\n\t  \"BSplineCurve\",\n\t  \"BSplineCurve3DBox\",\n\t  \"BSplineCurve3DBoxOptions\",\n\t  \"BSplineCurveBox\",\n\t  \"BSplineCurveBoxOptions\",\n\t  \"BSplineFunction\",\n\t  \"BSplineSurface\",\n\t  \"BSplineSurface3DBox\",\n\t  \"BSplineSurface3DBoxOptions\",\n\t  \"BubbleChart\",\n\t  \"BubbleChart3D\",\n\t  \"BubbleScale\",\n\t  \"BubbleSizes\",\n\t  \"BuildingData\",\n\t  \"BulletGauge\",\n\t  \"BusinessDayQ\",\n\t  \"ButterflyGraph\",\n\t  \"ButterworthFilterModel\",\n\t  \"Button\",\n\t  \"ButtonBar\",\n\t  \"ButtonBox\",\n\t  \"ButtonBoxOptions\",\n\t  \"ButtonCell\",\n\t  \"ButtonContents\",\n\t  \"ButtonData\",\n\t  \"ButtonEvaluator\",\n\t  \"ButtonExpandable\",\n\t  \"ButtonFrame\",\n\t  \"ButtonFunction\",\n\t  \"ButtonMargins\",\n\t  \"ButtonMinHeight\",\n\t  \"ButtonNote\",\n\t  \"ButtonNotebook\",\n\t  \"ButtonSource\",\n\t  \"ButtonStyle\",\n\t  \"ButtonStyleMenuListing\",\n\t  \"Byte\",\n\t  \"ByteArray\",\n\t  \"ByteArrayFormat\",\n\t  \"ByteArrayQ\",\n\t  \"ByteArrayToString\",\n\t  \"ByteCount\",\n\t  \"ByteOrdering\",\n\t  \"C\",\n\t  \"CachedValue\",\n\t  \"CacheGraphics\",\n\t  \"CachePersistence\",\n\t  \"CalendarConvert\",\n\t  \"CalendarData\",\n\t  \"CalendarType\",\n\t  \"Callout\",\n\t  \"CalloutMarker\",\n\t  \"CalloutStyle\",\n\t  \"CallPacket\",\n\t  \"CanberraDistance\",\n\t  \"Cancel\",\n\t  \"CancelButton\",\n\t  \"CandlestickChart\",\n\t  \"CanonicalGraph\",\n\t  \"CanonicalizePolygon\",\n\t  \"CanonicalizePolyhedron\",\n\t  \"CanonicalName\",\n\t  \"CanonicalWarpingCorrespondence\",\n\t  \"CanonicalWarpingDistance\",\n\t  \"CantorMesh\",\n\t  \"CantorStaircase\",\n\t  \"Cap\",\n\t  \"CapForm\",\n\t  \"CapitalDifferentialD\",\n\t  \"Capitalize\",\n\t  \"CapsuleShape\",\n\t  \"CaptureRunning\",\n\t  \"CardinalBSplineBasis\",\n\t  \"CarlemanLinearize\",\n\t  \"CarmichaelLambda\",\n\t  \"CaseOrdering\",\n\t  \"Cases\",\n\t  \"CaseSensitive\",\n\t  \"Cashflow\",\n\t  \"Casoratian\",\n\t  \"Catalan\",\n\t  \"CatalanNumber\",\n\t  \"Catch\",\n\t  \"CategoricalDistribution\",\n\t  \"Catenate\",\n\t  \"CatenateLayer\",\n\t  \"CauchyDistribution\",\n\t  \"CauchyWindow\",\n\t  \"CayleyGraph\",\n\t  \"CDF\",\n\t  \"CDFDeploy\",\n\t  \"CDFInformation\",\n\t  \"CDFWavelet\",\n\t  \"Ceiling\",\n\t  \"CelestialSystem\",\n\t  \"Cell\",\n\t  \"CellAutoOverwrite\",\n\t  \"CellBaseline\",\n\t  \"CellBoundingBox\",\n\t  \"CellBracketOptions\",\n\t  \"CellChangeTimes\",\n\t  \"CellContents\",\n\t  \"CellContext\",\n\t  \"CellDingbat\",\n\t  \"CellDynamicExpression\",\n\t  \"CellEditDuplicate\",\n\t  \"CellElementsBoundingBox\",\n\t  \"CellElementSpacings\",\n\t  \"CellEpilog\",\n\t  \"CellEvaluationDuplicate\",\n\t  \"CellEvaluationFunction\",\n\t  \"CellEvaluationLanguage\",\n\t  \"CellEventActions\",\n\t  \"CellFrame\",\n\t  \"CellFrameColor\",\n\t  \"CellFrameLabelMargins\",\n\t  \"CellFrameLabels\",\n\t  \"CellFrameMargins\",\n\t  \"CellGroup\",\n\t  \"CellGroupData\",\n\t  \"CellGrouping\",\n\t  \"CellGroupingRules\",\n\t  \"CellHorizontalScrolling\",\n\t  \"CellID\",\n\t  \"CellLabel\",\n\t  \"CellLabelAutoDelete\",\n\t  \"CellLabelMargins\",\n\t  \"CellLabelPositioning\",\n\t  \"CellLabelStyle\",\n\t  \"CellLabelTemplate\",\n\t  \"CellMargins\",\n\t  \"CellObject\",\n\t  \"CellOpen\",\n\t  \"CellPrint\",\n\t  \"CellProlog\",\n\t  \"Cells\",\n\t  \"CellSize\",\n\t  \"CellStyle\",\n\t  \"CellTags\",\n\t  \"CellularAutomaton\",\n\t  \"CensoredDistribution\",\n\t  \"Censoring\",\n\t  \"Center\",\n\t  \"CenterArray\",\n\t  \"CenterDot\",\n\t  \"CentralFeature\",\n\t  \"CentralMoment\",\n\t  \"CentralMomentGeneratingFunction\",\n\t  \"Cepstrogram\",\n\t  \"CepstrogramArray\",\n\t  \"CepstrumArray\",\n\t  \"CForm\",\n\t  \"ChampernowneNumber\",\n\t  \"ChangeOptions\",\n\t  \"ChannelBase\",\n\t  \"ChannelBrokerAction\",\n\t  \"ChannelDatabin\",\n\t  \"ChannelHistoryLength\",\n\t  \"ChannelListen\",\n\t  \"ChannelListener\",\n\t  \"ChannelListeners\",\n\t  \"ChannelListenerWait\",\n\t  \"ChannelObject\",\n\t  \"ChannelPreSendFunction\",\n\t  \"ChannelReceiverFunction\",\n\t  \"ChannelSend\",\n\t  \"ChannelSubscribers\",\n\t  \"ChanVeseBinarize\",\n\t  \"Character\",\n\t  \"CharacterCounts\",\n\t  \"CharacterEncoding\",\n\t  \"CharacterEncodingsPath\",\n\t  \"CharacteristicFunction\",\n\t  \"CharacteristicPolynomial\",\n\t  \"CharacterName\",\n\t  \"CharacterNormalize\",\n\t  \"CharacterRange\",\n\t  \"Characters\",\n\t  \"ChartBaseStyle\",\n\t  \"ChartElementData\",\n\t  \"ChartElementDataFunction\",\n\t  \"ChartElementFunction\",\n\t  \"ChartElements\",\n\t  \"ChartLabels\",\n\t  \"ChartLayout\",\n\t  \"ChartLegends\",\n\t  \"ChartStyle\",\n\t  \"Chebyshev1FilterModel\",\n\t  \"Chebyshev2FilterModel\",\n\t  \"ChebyshevDistance\",\n\t  \"ChebyshevT\",\n\t  \"ChebyshevU\",\n\t  \"Check\",\n\t  \"CheckAbort\",\n\t  \"CheckAll\",\n\t  \"Checkbox\",\n\t  \"CheckboxBar\",\n\t  \"CheckboxBox\",\n\t  \"CheckboxBoxOptions\",\n\t  \"ChemicalData\",\n\t  \"ChessboardDistance\",\n\t  \"ChiDistribution\",\n\t  \"ChineseRemainder\",\n\t  \"ChiSquareDistribution\",\n\t  \"ChoiceButtons\",\n\t  \"ChoiceDialog\",\n\t  \"CholeskyDecomposition\",\n\t  \"Chop\",\n\t  \"ChromaticityPlot\",\n\t  \"ChromaticityPlot3D\",\n\t  \"ChromaticPolynomial\",\n\t  \"Circle\",\n\t  \"CircleBox\",\n\t  \"CircleDot\",\n\t  \"CircleMinus\",\n\t  \"CirclePlus\",\n\t  \"CirclePoints\",\n\t  \"CircleThrough\",\n\t  \"CircleTimes\",\n\t  \"CirculantGraph\",\n\t  \"CircularOrthogonalMatrixDistribution\",\n\t  \"CircularQuaternionMatrixDistribution\",\n\t  \"CircularRealMatrixDistribution\",\n\t  \"CircularSymplecticMatrixDistribution\",\n\t  \"CircularUnitaryMatrixDistribution\",\n\t  \"Circumsphere\",\n\t  \"CityData\",\n\t  \"ClassifierFunction\",\n\t  \"ClassifierInformation\",\n\t  \"ClassifierMeasurements\",\n\t  \"ClassifierMeasurementsObject\",\n\t  \"Classify\",\n\t  \"ClassPriors\",\n\t  \"Clear\",\n\t  \"ClearAll\",\n\t  \"ClearAttributes\",\n\t  \"ClearCookies\",\n\t  \"ClearPermissions\",\n\t  \"ClearSystemCache\",\n\t  \"ClebschGordan\",\n\t  \"ClickPane\",\n\t  \"Clip\",\n\t  \"ClipboardNotebook\",\n\t  \"ClipFill\",\n\t  \"ClippingStyle\",\n\t  \"ClipPlanes\",\n\t  \"ClipPlanesStyle\",\n\t  \"ClipRange\",\n\t  \"Clock\",\n\t  \"ClockGauge\",\n\t  \"ClockwiseContourIntegral\",\n\t  \"Close\",\n\t  \"Closed\",\n\t  \"CloseKernels\",\n\t  \"ClosenessCentrality\",\n\t  \"Closing\",\n\t  \"ClosingAutoSave\",\n\t  \"ClosingEvent\",\n\t  \"ClosingSaveDialog\",\n\t  \"CloudAccountData\",\n\t  \"CloudBase\",\n\t  \"CloudConnect\",\n\t  \"CloudConnections\",\n\t  \"CloudDeploy\",\n\t  \"CloudDirectory\",\n\t  \"CloudDisconnect\",\n\t  \"CloudEvaluate\",\n\t  \"CloudExport\",\n\t  \"CloudExpression\",\n\t  \"CloudExpressions\",\n\t  \"CloudFunction\",\n\t  \"CloudGet\",\n\t  \"CloudImport\",\n\t  \"CloudLoggingData\",\n\t  \"CloudObject\",\n\t  \"CloudObjectInformation\",\n\t  \"CloudObjectInformationData\",\n\t  \"CloudObjectNameFormat\",\n\t  \"CloudObjects\",\n\t  \"CloudObjectURLType\",\n\t  \"CloudPublish\",\n\t  \"CloudPut\",\n\t  \"CloudRenderingMethod\",\n\t  \"CloudSave\",\n\t  \"CloudShare\",\n\t  \"CloudSubmit\",\n\t  \"CloudSymbol\",\n\t  \"CloudUnshare\",\n\t  \"CloudUserID\",\n\t  \"ClusterClassify\",\n\t  \"ClusterDissimilarityFunction\",\n\t  \"ClusteringComponents\",\n\t  \"ClusteringTree\",\n\t  \"CMYKColor\",\n\t  \"Coarse\",\n\t  \"CodeAssistOptions\",\n\t  \"Coefficient\",\n\t  \"CoefficientArrays\",\n\t  \"CoefficientDomain\",\n\t  \"CoefficientList\",\n\t  \"CoefficientRules\",\n\t  \"CoifletWavelet\",\n\t  \"Collect\",\n\t  \"Colon\",\n\t  \"ColonForm\",\n\t  \"ColorBalance\",\n\t  \"ColorCombine\",\n\t  \"ColorConvert\",\n\t  \"ColorCoverage\",\n\t  \"ColorData\",\n\t  \"ColorDataFunction\",\n\t  \"ColorDetect\",\n\t  \"ColorDistance\",\n\t  \"ColorFunction\",\n\t  \"ColorFunctionScaling\",\n\t  \"Colorize\",\n\t  \"ColorNegate\",\n\t  \"ColorOutput\",\n\t  \"ColorProfileData\",\n\t  \"ColorQ\",\n\t  \"ColorQuantize\",\n\t  \"ColorReplace\",\n\t  \"ColorRules\",\n\t  \"ColorSelectorSettings\",\n\t  \"ColorSeparate\",\n\t  \"ColorSetter\",\n\t  \"ColorSetterBox\",\n\t  \"ColorSetterBoxOptions\",\n\t  \"ColorSlider\",\n\t  \"ColorsNear\",\n\t  \"ColorSpace\",\n\t  \"ColorToneMapping\",\n\t  \"Column\",\n\t  \"ColumnAlignments\",\n\t  \"ColumnBackgrounds\",\n\t  \"ColumnForm\",\n\t  \"ColumnLines\",\n\t  \"ColumnsEqual\",\n\t  \"ColumnSpacings\",\n\t  \"ColumnWidths\",\n\t  \"CombinedEntityClass\",\n\t  \"CombinerFunction\",\n\t  \"CometData\",\n\t  \"CommonDefaultFormatTypes\",\n\t  \"Commonest\",\n\t  \"CommonestFilter\",\n\t  \"CommonName\",\n\t  \"CommonUnits\",\n\t  \"CommunityBoundaryStyle\",\n\t  \"CommunityGraphPlot\",\n\t  \"CommunityLabels\",\n\t  \"CommunityRegionStyle\",\n\t  \"CompanyData\",\n\t  \"CompatibleUnitQ\",\n\t  \"CompilationOptions\",\n\t  \"CompilationTarget\",\n\t  \"Compile\",\n\t  \"Compiled\",\n\t  \"CompiledCodeFunction\",\n\t  \"CompiledFunction\",\n\t  \"CompilerOptions\",\n\t  \"Complement\",\n\t  \"ComplementedEntityClass\",\n\t  \"CompleteGraph\",\n\t  \"CompleteGraphQ\",\n\t  \"CompleteKaryTree\",\n\t  \"CompletionsListPacket\",\n\t  \"Complex\",\n\t  \"ComplexContourPlot\",\n\t  \"Complexes\",\n\t  \"ComplexExpand\",\n\t  \"ComplexInfinity\",\n\t  \"ComplexityFunction\",\n\t  \"ComplexListPlot\",\n\t  \"ComplexPlot\",\n\t  \"ComplexPlot3D\",\n\t  \"ComplexRegionPlot\",\n\t  \"ComplexStreamPlot\",\n\t  \"ComplexVectorPlot\",\n\t  \"ComponentMeasurements\",\n\t  \"ComponentwiseContextMenu\",\n\t  \"Compose\",\n\t  \"ComposeList\",\n\t  \"ComposeSeries\",\n\t  \"CompositeQ\",\n\t  \"Composition\",\n\t  \"CompoundElement\",\n\t  \"CompoundExpression\",\n\t  \"CompoundPoissonDistribution\",\n\t  \"CompoundPoissonProcess\",\n\t  \"CompoundRenewalProcess\",\n\t  \"Compress\",\n\t  \"CompressedData\",\n\t  \"CompressionLevel\",\n\t  \"ComputeUncertainty\",\n\t  \"Condition\",\n\t  \"ConditionalExpression\",\n\t  \"Conditioned\",\n\t  \"Cone\",\n\t  \"ConeBox\",\n\t  \"ConfidenceLevel\",\n\t  \"ConfidenceRange\",\n\t  \"ConfidenceTransform\",\n\t  \"ConfigurationPath\",\n\t  \"ConformAudio\",\n\t  \"ConformImages\",\n\t  \"Congruent\",\n\t  \"ConicHullRegion\",\n\t  \"ConicHullRegion3DBox\",\n\t  \"ConicHullRegionBox\",\n\t  \"ConicOptimization\",\n\t  \"Conjugate\",\n\t  \"ConjugateTranspose\",\n\t  \"Conjunction\",\n\t  \"Connect\",\n\t  \"ConnectedComponents\",\n\t  \"ConnectedGraphComponents\",\n\t  \"ConnectedGraphQ\",\n\t  \"ConnectedMeshComponents\",\n\t  \"ConnectedMoleculeComponents\",\n\t  \"ConnectedMoleculeQ\",\n\t  \"ConnectionSettings\",\n\t  \"ConnectLibraryCallbackFunction\",\n\t  \"ConnectSystemModelComponents\",\n\t  \"ConnesWindow\",\n\t  \"ConoverTest\",\n\t  \"ConsoleMessage\",\n\t  \"ConsoleMessagePacket\",\n\t  \"Constant\",\n\t  \"ConstantArray\",\n\t  \"ConstantArrayLayer\",\n\t  \"ConstantImage\",\n\t  \"ConstantPlusLayer\",\n\t  \"ConstantRegionQ\",\n\t  \"Constants\",\n\t  \"ConstantTimesLayer\",\n\t  \"ConstellationData\",\n\t  \"ConstrainedMax\",\n\t  \"ConstrainedMin\",\n\t  \"Construct\",\n\t  \"Containing\",\n\t  \"ContainsAll\",\n\t  \"ContainsAny\",\n\t  \"ContainsExactly\",\n\t  \"ContainsNone\",\n\t  \"ContainsOnly\",\n\t  \"ContentFieldOptions\",\n\t  \"ContentLocationFunction\",\n\t  \"ContentObject\",\n\t  \"ContentPadding\",\n\t  \"ContentsBoundingBox\",\n\t  \"ContentSelectable\",\n\t  \"ContentSize\",\n\t  \"Context\",\n\t  \"ContextMenu\",\n\t  \"Contexts\",\n\t  \"ContextToFileName\",\n\t  \"Continuation\",\n\t  \"Continue\",\n\t  \"ContinuedFraction\",\n\t  \"ContinuedFractionK\",\n\t  \"ContinuousAction\",\n\t  \"ContinuousMarkovProcess\",\n\t  \"ContinuousTask\",\n\t  \"ContinuousTimeModelQ\",\n\t  \"ContinuousWaveletData\",\n\t  \"ContinuousWaveletTransform\",\n\t  \"ContourDetect\",\n\t  \"ContourGraphics\",\n\t  \"ContourIntegral\",\n\t  \"ContourLabels\",\n\t  \"ContourLines\",\n\t  \"ContourPlot\",\n\t  \"ContourPlot3D\",\n\t  \"Contours\",\n\t  \"ContourShading\",\n\t  \"ContourSmoothing\",\n\t  \"ContourStyle\",\n\t  \"ContraharmonicMean\",\n\t  \"ContrastiveLossLayer\",\n\t  \"Control\",\n\t  \"ControlActive\",\n\t  \"ControlAlignment\",\n\t  \"ControlGroupContentsBox\",\n\t  \"ControllabilityGramian\",\n\t  \"ControllabilityMatrix\",\n\t  \"ControllableDecomposition\",\n\t  \"ControllableModelQ\",\n\t  \"ControllerDuration\",\n\t  \"ControllerInformation\",\n\t  \"ControllerInformationData\",\n\t  \"ControllerLinking\",\n\t  \"ControllerManipulate\",\n\t  \"ControllerMethod\",\n\t  \"ControllerPath\",\n\t  \"ControllerState\",\n\t  \"ControlPlacement\",\n\t  \"ControlsRendering\",\n\t  \"ControlType\",\n\t  \"Convergents\",\n\t  \"ConversionOptions\",\n\t  \"ConversionRules\",\n\t  \"ConvertToBitmapPacket\",\n\t  \"ConvertToPostScript\",\n\t  \"ConvertToPostScriptPacket\",\n\t  \"ConvexHullMesh\",\n\t  \"ConvexPolygonQ\",\n\t  \"ConvexPolyhedronQ\",\n\t  \"ConvolutionLayer\",\n\t  \"Convolve\",\n\t  \"ConwayGroupCo1\",\n\t  \"ConwayGroupCo2\",\n\t  \"ConwayGroupCo3\",\n\t  \"CookieFunction\",\n\t  \"Cookies\",\n\t  \"CoordinateBoundingBox\",\n\t  \"CoordinateBoundingBoxArray\",\n\t  \"CoordinateBounds\",\n\t  \"CoordinateBoundsArray\",\n\t  \"CoordinateChartData\",\n\t  \"CoordinatesToolOptions\",\n\t  \"CoordinateTransform\",\n\t  \"CoordinateTransformData\",\n\t  \"CoprimeQ\",\n\t  \"Coproduct\",\n\t  \"CopulaDistribution\",\n\t  \"Copyable\",\n\t  \"CopyDatabin\",\n\t  \"CopyDirectory\",\n\t  \"CopyFile\",\n\t  \"CopyTag\",\n\t  \"CopyToClipboard\",\n\t  \"CornerFilter\",\n\t  \"CornerNeighbors\",\n\t  \"Correlation\",\n\t  \"CorrelationDistance\",\n\t  \"CorrelationFunction\",\n\t  \"CorrelationTest\",\n\t  \"Cos\",\n\t  \"Cosh\",\n\t  \"CoshIntegral\",\n\t  \"CosineDistance\",\n\t  \"CosineWindow\",\n\t  \"CosIntegral\",\n\t  \"Cot\",\n\t  \"Coth\",\n\t  \"Count\",\n\t  \"CountDistinct\",\n\t  \"CountDistinctBy\",\n\t  \"CounterAssignments\",\n\t  \"CounterBox\",\n\t  \"CounterBoxOptions\",\n\t  \"CounterClockwiseContourIntegral\",\n\t  \"CounterEvaluator\",\n\t  \"CounterFunction\",\n\t  \"CounterIncrements\",\n\t  \"CounterStyle\",\n\t  \"CounterStyleMenuListing\",\n\t  \"CountRoots\",\n\t  \"CountryData\",\n\t  \"Counts\",\n\t  \"CountsBy\",\n\t  \"Covariance\",\n\t  \"CovarianceEstimatorFunction\",\n\t  \"CovarianceFunction\",\n\t  \"CoxianDistribution\",\n\t  \"CoxIngersollRossProcess\",\n\t  \"CoxModel\",\n\t  \"CoxModelFit\",\n\t  \"CramerVonMisesTest\",\n\t  \"CreateArchive\",\n\t  \"CreateCellID\",\n\t  \"CreateChannel\",\n\t  \"CreateCloudExpression\",\n\t  \"CreateDatabin\",\n\t  \"CreateDataStructure\",\n\t  \"CreateDataSystemModel\",\n\t  \"CreateDialog\",\n\t  \"CreateDirectory\",\n\t  \"CreateDocument\",\n\t  \"CreateFile\",\n\t  \"CreateIntermediateDirectories\",\n\t  \"CreateManagedLibraryExpression\",\n\t  \"CreateNotebook\",\n\t  \"CreatePacletArchive\",\n\t  \"CreatePalette\",\n\t  \"CreatePalettePacket\",\n\t  \"CreatePermissionsGroup\",\n\t  \"CreateScheduledTask\",\n\t  \"CreateSearchIndex\",\n\t  \"CreateSystemModel\",\n\t  \"CreateTemporary\",\n\t  \"CreateUUID\",\n\t  \"CreateWindow\",\n\t  \"CriterionFunction\",\n\t  \"CriticalityFailureImportance\",\n\t  \"CriticalitySuccessImportance\",\n\t  \"CriticalSection\",\n\t  \"Cross\",\n\t  \"CrossEntropyLossLayer\",\n\t  \"CrossingCount\",\n\t  \"CrossingDetect\",\n\t  \"CrossingPolygon\",\n\t  \"CrossMatrix\",\n\t  \"Csc\",\n\t  \"Csch\",\n\t  \"CTCLossLayer\",\n\t  \"Cube\",\n\t  \"CubeRoot\",\n\t  \"Cubics\",\n\t  \"Cuboid\",\n\t  \"CuboidBox\",\n\t  \"Cumulant\",\n\t  \"CumulantGeneratingFunction\",\n\t  \"Cup\",\n\t  \"CupCap\",\n\t  \"Curl\",\n\t  \"CurlyDoubleQuote\",\n\t  \"CurlyQuote\",\n\t  \"CurrencyConvert\",\n\t  \"CurrentDate\",\n\t  \"CurrentImage\",\n\t  \"CurrentlySpeakingPacket\",\n\t  \"CurrentNotebookImage\",\n\t  \"CurrentScreenImage\",\n\t  \"CurrentValue\",\n\t  \"Curry\",\n\t  \"CurryApplied\",\n\t  \"CurvatureFlowFilter\",\n\t  \"CurveClosed\",\n\t  \"Cyan\",\n\t  \"CycleGraph\",\n\t  \"CycleIndexPolynomial\",\n\t  \"Cycles\",\n\t  \"CyclicGroup\",\n\t  \"Cyclotomic\",\n\t  \"Cylinder\",\n\t  \"CylinderBox\",\n\t  \"CylindricalDecomposition\",\n\t  \"D\",\n\t  \"DagumDistribution\",\n\t  \"DamData\",\n\t  \"DamerauLevenshteinDistance\",\n\t  \"DampingFactor\",\n\t  \"Darker\",\n\t  \"Dashed\",\n\t  \"Dashing\",\n\t  \"DatabaseConnect\",\n\t  \"DatabaseDisconnect\",\n\t  \"DatabaseReference\",\n\t  \"Databin\",\n\t  \"DatabinAdd\",\n\t  \"DatabinRemove\",\n\t  \"Databins\",\n\t  \"DatabinUpload\",\n\t  \"DataCompression\",\n\t  \"DataDistribution\",\n\t  \"DataRange\",\n\t  \"DataReversed\",\n\t  \"Dataset\",\n\t  \"DatasetDisplayPanel\",\n\t  \"DataStructure\",\n\t  \"DataStructureQ\",\n\t  \"Date\",\n\t  \"DateBounds\",\n\t  \"Dated\",\n\t  \"DateDelimiters\",\n\t  \"DateDifference\",\n\t  \"DatedUnit\",\n\t  \"DateFormat\",\n\t  \"DateFunction\",\n\t  \"DateHistogram\",\n\t  \"DateInterval\",\n\t  \"DateList\",\n\t  \"DateListLogPlot\",\n\t  \"DateListPlot\",\n\t  \"DateListStepPlot\",\n\t  \"DateObject\",\n\t  \"DateObjectQ\",\n\t  \"DateOverlapsQ\",\n\t  \"DatePattern\",\n\t  \"DatePlus\",\n\t  \"DateRange\",\n\t  \"DateReduction\",\n\t  \"DateString\",\n\t  \"DateTicksFormat\",\n\t  \"DateValue\",\n\t  \"DateWithinQ\",\n\t  \"DaubechiesWavelet\",\n\t  \"DavisDistribution\",\n\t  \"DawsonF\",\n\t  \"DayCount\",\n\t  \"DayCountConvention\",\n\t  \"DayHemisphere\",\n\t  \"DaylightQ\",\n\t  \"DayMatchQ\",\n\t  \"DayName\",\n\t  \"DayNightTerminator\",\n\t  \"DayPlus\",\n\t  \"DayRange\",\n\t  \"DayRound\",\n\t  \"DeBruijnGraph\",\n\t  \"DeBruijnSequence\",\n\t  \"Debug\",\n\t  \"DebugTag\",\n\t  \"Decapitalize\",\n\t  \"Decimal\",\n\t  \"DecimalForm\",\n\t  \"DeclareKnownSymbols\",\n\t  \"DeclarePackage\",\n\t  \"Decompose\",\n\t  \"DeconvolutionLayer\",\n\t  \"Decrement\",\n\t  \"Decrypt\",\n\t  \"DecryptFile\",\n\t  \"DedekindEta\",\n\t  \"DeepSpaceProbeData\",\n\t  \"Default\",\n\t  \"DefaultAxesStyle\",\n\t  \"DefaultBaseStyle\",\n\t  \"DefaultBoxStyle\",\n\t  \"DefaultButton\",\n\t  \"DefaultColor\",\n\t  \"DefaultControlPlacement\",\n\t  \"DefaultDuplicateCellStyle\",\n\t  \"DefaultDuration\",\n\t  \"DefaultElement\",\n\t  \"DefaultFaceGridsStyle\",\n\t  \"DefaultFieldHintStyle\",\n\t  \"DefaultFont\",\n\t  \"DefaultFontProperties\",\n\t  \"DefaultFormatType\",\n\t  \"DefaultFormatTypeForStyle\",\n\t  \"DefaultFrameStyle\",\n\t  \"DefaultFrameTicksStyle\",\n\t  \"DefaultGridLinesStyle\",\n\t  \"DefaultInlineFormatType\",\n\t  \"DefaultInputFormatType\",\n\t  \"DefaultLabelStyle\",\n\t  \"DefaultMenuStyle\",\n\t  \"DefaultNaturalLanguage\",\n\t  \"DefaultNewCellStyle\",\n\t  \"DefaultNewInlineCellStyle\",\n\t  \"DefaultNotebook\",\n\t  \"DefaultOptions\",\n\t  \"DefaultOutputFormatType\",\n\t  \"DefaultPrintPrecision\",\n\t  \"DefaultStyle\",\n\t  \"DefaultStyleDefinitions\",\n\t  \"DefaultTextFormatType\",\n\t  \"DefaultTextInlineFormatType\",\n\t  \"DefaultTicksStyle\",\n\t  \"DefaultTooltipStyle\",\n\t  \"DefaultValue\",\n\t  \"DefaultValues\",\n\t  \"Defer\",\n\t  \"DefineExternal\",\n\t  \"DefineInputStreamMethod\",\n\t  \"DefineOutputStreamMethod\",\n\t  \"DefineResourceFunction\",\n\t  \"Definition\",\n\t  \"Degree\",\n\t  \"DegreeCentrality\",\n\t  \"DegreeGraphDistribution\",\n\t  \"DegreeLexicographic\",\n\t  \"DegreeReverseLexicographic\",\n\t  \"DEigensystem\",\n\t  \"DEigenvalues\",\n\t  \"Deinitialization\",\n\t  \"Del\",\n\t  \"DelaunayMesh\",\n\t  \"Delayed\",\n\t  \"Deletable\",\n\t  \"Delete\",\n\t  \"DeleteAnomalies\",\n\t  \"DeleteBorderComponents\",\n\t  \"DeleteCases\",\n\t  \"DeleteChannel\",\n\t  \"DeleteCloudExpression\",\n\t  \"DeleteContents\",\n\t  \"DeleteDirectory\",\n\t  \"DeleteDuplicates\",\n\t  \"DeleteDuplicatesBy\",\n\t  \"DeleteFile\",\n\t  \"DeleteMissing\",\n\t  \"DeleteObject\",\n\t  \"DeletePermissionsKey\",\n\t  \"DeleteSearchIndex\",\n\t  \"DeleteSmallComponents\",\n\t  \"DeleteStopwords\",\n\t  \"DeleteWithContents\",\n\t  \"DeletionWarning\",\n\t  \"DelimitedArray\",\n\t  \"DelimitedSequence\",\n\t  \"Delimiter\",\n\t  \"DelimiterFlashTime\",\n\t  \"DelimiterMatching\",\n\t  \"Delimiters\",\n\t  \"DeliveryFunction\",\n\t  \"Dendrogram\",\n\t  \"Denominator\",\n\t  \"DensityGraphics\",\n\t  \"DensityHistogram\",\n\t  \"DensityPlot\",\n\t  \"DensityPlot3D\",\n\t  \"DependentVariables\",\n\t  \"Deploy\",\n\t  \"Deployed\",\n\t  \"Depth\",\n\t  \"DepthFirstScan\",\n\t  \"Derivative\",\n\t  \"DerivativeFilter\",\n\t  \"DerivedKey\",\n\t  \"DescriptorStateSpace\",\n\t  \"DesignMatrix\",\n\t  \"DestroyAfterEvaluation\",\n\t  \"Det\",\n\t  \"DeviceClose\",\n\t  \"DeviceConfigure\",\n\t  \"DeviceExecute\",\n\t  \"DeviceExecuteAsynchronous\",\n\t  \"DeviceObject\",\n\t  \"DeviceOpen\",\n\t  \"DeviceOpenQ\",\n\t  \"DeviceRead\",\n\t  \"DeviceReadBuffer\",\n\t  \"DeviceReadLatest\",\n\t  \"DeviceReadList\",\n\t  \"DeviceReadTimeSeries\",\n\t  \"Devices\",\n\t  \"DeviceStreams\",\n\t  \"DeviceWrite\",\n\t  \"DeviceWriteBuffer\",\n\t  \"DGaussianWavelet\",\n\t  \"DiacriticalPositioning\",\n\t  \"Diagonal\",\n\t  \"DiagonalizableMatrixQ\",\n\t  \"DiagonalMatrix\",\n\t  \"DiagonalMatrixQ\",\n\t  \"Dialog\",\n\t  \"DialogIndent\",\n\t  \"DialogInput\",\n\t  \"DialogLevel\",\n\t  \"DialogNotebook\",\n\t  \"DialogProlog\",\n\t  \"DialogReturn\",\n\t  \"DialogSymbols\",\n\t  \"Diamond\",\n\t  \"DiamondMatrix\",\n\t  \"DiceDissimilarity\",\n\t  \"DictionaryLookup\",\n\t  \"DictionaryWordQ\",\n\t  \"DifferenceDelta\",\n\t  \"DifferenceOrder\",\n\t  \"DifferenceQuotient\",\n\t  \"DifferenceRoot\",\n\t  \"DifferenceRootReduce\",\n\t  \"Differences\",\n\t  \"DifferentialD\",\n\t  \"DifferentialRoot\",\n\t  \"DifferentialRootReduce\",\n\t  \"DifferentiatorFilter\",\n\t  \"DigitalSignature\",\n\t  \"DigitBlock\",\n\t  \"DigitBlockMinimum\",\n\t  \"DigitCharacter\",\n\t  \"DigitCount\",\n\t  \"DigitQ\",\n\t  \"DihedralAngle\",\n\t  \"DihedralGroup\",\n\t  \"Dilation\",\n\t  \"DimensionalCombinations\",\n\t  \"DimensionalMeshComponents\",\n\t  \"DimensionReduce\",\n\t  \"DimensionReducerFunction\",\n\t  \"DimensionReduction\",\n\t  \"Dimensions\",\n\t  \"DiracComb\",\n\t  \"DiracDelta\",\n\t  \"DirectedEdge\",\n\t  \"DirectedEdges\",\n\t  \"DirectedGraph\",\n\t  \"DirectedGraphQ\",\n\t  \"DirectedInfinity\",\n\t  \"Direction\",\n\t  \"Directive\",\n\t  \"Directory\",\n\t  \"DirectoryName\",\n\t  \"DirectoryQ\",\n\t  \"DirectoryStack\",\n\t  \"DirichletBeta\",\n\t  \"DirichletCharacter\",\n\t  \"DirichletCondition\",\n\t  \"DirichletConvolve\",\n\t  \"DirichletDistribution\",\n\t  \"DirichletEta\",\n\t  \"DirichletL\",\n\t  \"DirichletLambda\",\n\t  \"DirichletTransform\",\n\t  \"DirichletWindow\",\n\t  \"DisableConsolePrintPacket\",\n\t  \"DisableFormatting\",\n\t  \"DiscreteAsymptotic\",\n\t  \"DiscreteChirpZTransform\",\n\t  \"DiscreteConvolve\",\n\t  \"DiscreteDelta\",\n\t  \"DiscreteHadamardTransform\",\n\t  \"DiscreteIndicator\",\n\t  \"DiscreteLimit\",\n\t  \"DiscreteLQEstimatorGains\",\n\t  \"DiscreteLQRegulatorGains\",\n\t  \"DiscreteLyapunovSolve\",\n\t  \"DiscreteMarkovProcess\",\n\t  \"DiscreteMaxLimit\",\n\t  \"DiscreteMinLimit\",\n\t  \"DiscretePlot\",\n\t  \"DiscretePlot3D\",\n\t  \"DiscreteRatio\",\n\t  \"DiscreteRiccatiSolve\",\n\t  \"DiscreteShift\",\n\t  \"DiscreteTimeModelQ\",\n\t  \"DiscreteUniformDistribution\",\n\t  \"DiscreteVariables\",\n\t  \"DiscreteWaveletData\",\n\t  \"DiscreteWaveletPacketTransform\",\n\t  \"DiscreteWaveletTransform\",\n\t  \"DiscretizeGraphics\",\n\t  \"DiscretizeRegion\",\n\t  \"Discriminant\",\n\t  \"DisjointQ\",\n\t  \"Disjunction\",\n\t  \"Disk\",\n\t  \"DiskBox\",\n\t  \"DiskMatrix\",\n\t  \"DiskSegment\",\n\t  \"Dispatch\",\n\t  \"DispatchQ\",\n\t  \"DispersionEstimatorFunction\",\n\t  \"Display\",\n\t  \"DisplayAllSteps\",\n\t  \"DisplayEndPacket\",\n\t  \"DisplayFlushImagePacket\",\n\t  \"DisplayForm\",\n\t  \"DisplayFunction\",\n\t  \"DisplayPacket\",\n\t  \"DisplayRules\",\n\t  \"DisplaySetSizePacket\",\n\t  \"DisplayString\",\n\t  \"DisplayTemporary\",\n\t  \"DisplayWith\",\n\t  \"DisplayWithRef\",\n\t  \"DisplayWithVariable\",\n\t  \"DistanceFunction\",\n\t  \"DistanceMatrix\",\n\t  \"DistanceTransform\",\n\t  \"Distribute\",\n\t  \"Distributed\",\n\t  \"DistributedContexts\",\n\t  \"DistributeDefinitions\",\n\t  \"DistributionChart\",\n\t  \"DistributionDomain\",\n\t  \"DistributionFitTest\",\n\t  \"DistributionParameterAssumptions\",\n\t  \"DistributionParameterQ\",\n\t  \"Dithering\",\n\t  \"Div\",\n\t  \"Divergence\",\n\t  \"Divide\",\n\t  \"DivideBy\",\n\t  \"Dividers\",\n\t  \"DivideSides\",\n\t  \"Divisible\",\n\t  \"Divisors\",\n\t  \"DivisorSigma\",\n\t  \"DivisorSum\",\n\t  \"DMSList\",\n\t  \"DMSString\",\n\t  \"Do\",\n\t  \"DockedCells\",\n\t  \"DocumentGenerator\",\n\t  \"DocumentGeneratorInformation\",\n\t  \"DocumentGeneratorInformationData\",\n\t  \"DocumentGenerators\",\n\t  \"DocumentNotebook\",\n\t  \"DocumentWeightingRules\",\n\t  \"Dodecahedron\",\n\t  \"DomainRegistrationInformation\",\n\t  \"DominantColors\",\n\t  \"DOSTextFormat\",\n\t  \"Dot\",\n\t  \"DotDashed\",\n\t  \"DotEqual\",\n\t  \"DotLayer\",\n\t  \"DotPlusLayer\",\n\t  \"Dotted\",\n\t  \"DoubleBracketingBar\",\n\t  \"DoubleContourIntegral\",\n\t  \"DoubleDownArrow\",\n\t  \"DoubleLeftArrow\",\n\t  \"DoubleLeftRightArrow\",\n\t  \"DoubleLeftTee\",\n\t  \"DoubleLongLeftArrow\",\n\t  \"DoubleLongLeftRightArrow\",\n\t  \"DoubleLongRightArrow\",\n\t  \"DoubleRightArrow\",\n\t  \"DoubleRightTee\",\n\t  \"DoubleUpArrow\",\n\t  \"DoubleUpDownArrow\",\n\t  \"DoubleVerticalBar\",\n\t  \"DoublyInfinite\",\n\t  \"Down\",\n\t  \"DownArrow\",\n\t  \"DownArrowBar\",\n\t  \"DownArrowUpArrow\",\n\t  \"DownLeftRightVector\",\n\t  \"DownLeftTeeVector\",\n\t  \"DownLeftVector\",\n\t  \"DownLeftVectorBar\",\n\t  \"DownRightTeeVector\",\n\t  \"DownRightVector\",\n\t  \"DownRightVectorBar\",\n\t  \"Downsample\",\n\t  \"DownTee\",\n\t  \"DownTeeArrow\",\n\t  \"DownValues\",\n\t  \"DragAndDrop\",\n\t  \"DrawEdges\",\n\t  \"DrawFrontFaces\",\n\t  \"DrawHighlighted\",\n\t  \"Drop\",\n\t  \"DropoutLayer\",\n\t  \"DSolve\",\n\t  \"DSolveValue\",\n\t  \"Dt\",\n\t  \"DualLinearProgramming\",\n\t  \"DualPolyhedron\",\n\t  \"DualSystemsModel\",\n\t  \"DumpGet\",\n\t  \"DumpSave\",\n\t  \"DuplicateFreeQ\",\n\t  \"Duration\",\n\t  \"Dynamic\",\n\t  \"DynamicBox\",\n\t  \"DynamicBoxOptions\",\n\t  \"DynamicEvaluationTimeout\",\n\t  \"DynamicGeoGraphics\",\n\t  \"DynamicImage\",\n\t  \"DynamicLocation\",\n\t  \"DynamicModule\",\n\t  \"DynamicModuleBox\",\n\t  \"DynamicModuleBoxOptions\",\n\t  \"DynamicModuleParent\",\n\t  \"DynamicModuleValues\",\n\t  \"DynamicName\",\n\t  \"DynamicNamespace\",\n\t  \"DynamicReference\",\n\t  \"DynamicSetting\",\n\t  \"DynamicUpdating\",\n\t  \"DynamicWrapper\",\n\t  \"DynamicWrapperBox\",\n\t  \"DynamicWrapperBoxOptions\",\n\t  \"E\",\n\t  \"EarthImpactData\",\n\t  \"EarthquakeData\",\n\t  \"EccentricityCentrality\",\n\t  \"Echo\",\n\t  \"EchoFunction\",\n\t  \"EclipseType\",\n\t  \"EdgeAdd\",\n\t  \"EdgeBetweennessCentrality\",\n\t  \"EdgeCapacity\",\n\t  \"EdgeCapForm\",\n\t  \"EdgeColor\",\n\t  \"EdgeConnectivity\",\n\t  \"EdgeContract\",\n\t  \"EdgeCost\",\n\t  \"EdgeCount\",\n\t  \"EdgeCoverQ\",\n\t  \"EdgeCycleMatrix\",\n\t  \"EdgeDashing\",\n\t  \"EdgeDelete\",\n\t  \"EdgeDetect\",\n\t  \"EdgeForm\",\n\t  \"EdgeIndex\",\n\t  \"EdgeJoinForm\",\n\t  \"EdgeLabeling\",\n\t  \"EdgeLabels\",\n\t  \"EdgeLabelStyle\",\n\t  \"EdgeList\",\n\t  \"EdgeOpacity\",\n\t  \"EdgeQ\",\n\t  \"EdgeRenderingFunction\",\n\t  \"EdgeRules\",\n\t  \"EdgeShapeFunction\",\n\t  \"EdgeStyle\",\n\t  \"EdgeTaggedGraph\",\n\t  \"EdgeTaggedGraphQ\",\n\t  \"EdgeTags\",\n\t  \"EdgeThickness\",\n\t  \"EdgeWeight\",\n\t  \"EdgeWeightedGraphQ\",\n\t  \"Editable\",\n\t  \"EditButtonSettings\",\n\t  \"EditCellTagsSettings\",\n\t  \"EditDistance\",\n\t  \"EffectiveInterest\",\n\t  \"Eigensystem\",\n\t  \"Eigenvalues\",\n\t  \"EigenvectorCentrality\",\n\t  \"Eigenvectors\",\n\t  \"Element\",\n\t  \"ElementData\",\n\t  \"ElementwiseLayer\",\n\t  \"ElidedForms\",\n\t  \"Eliminate\",\n\t  \"EliminationOrder\",\n\t  \"Ellipsoid\",\n\t  \"EllipticE\",\n\t  \"EllipticExp\",\n\t  \"EllipticExpPrime\",\n\t  \"EllipticF\",\n\t  \"EllipticFilterModel\",\n\t  \"EllipticK\",\n\t  \"EllipticLog\",\n\t  \"EllipticNomeQ\",\n\t  \"EllipticPi\",\n\t  \"EllipticReducedHalfPeriods\",\n\t  \"EllipticTheta\",\n\t  \"EllipticThetaPrime\",\n\t  \"EmbedCode\",\n\t  \"EmbeddedHTML\",\n\t  \"EmbeddedService\",\n\t  \"EmbeddingLayer\",\n\t  \"EmbeddingObject\",\n\t  \"EmitSound\",\n\t  \"EmphasizeSyntaxErrors\",\n\t  \"EmpiricalDistribution\",\n\t  \"Empty\",\n\t  \"EmptyGraphQ\",\n\t  \"EmptyRegion\",\n\t  \"EnableConsolePrintPacket\",\n\t  \"Enabled\",\n\t  \"Encode\",\n\t  \"Encrypt\",\n\t  \"EncryptedObject\",\n\t  \"EncryptFile\",\n\t  \"End\",\n\t  \"EndAdd\",\n\t  \"EndDialogPacket\",\n\t  \"EndFrontEndInteractionPacket\",\n\t  \"EndOfBuffer\",\n\t  \"EndOfFile\",\n\t  \"EndOfLine\",\n\t  \"EndOfString\",\n\t  \"EndPackage\",\n\t  \"EngineEnvironment\",\n\t  \"EngineeringForm\",\n\t  \"Enter\",\n\t  \"EnterExpressionPacket\",\n\t  \"EnterTextPacket\",\n\t  \"Entity\",\n\t  \"EntityClass\",\n\t  \"EntityClassList\",\n\t  \"EntityCopies\",\n\t  \"EntityFunction\",\n\t  \"EntityGroup\",\n\t  \"EntityInstance\",\n\t  \"EntityList\",\n\t  \"EntityPrefetch\",\n\t  \"EntityProperties\",\n\t  \"EntityProperty\",\n\t  \"EntityPropertyClass\",\n\t  \"EntityRegister\",\n\t  \"EntityStore\",\n\t  \"EntityStores\",\n\t  \"EntityTypeName\",\n\t  \"EntityUnregister\",\n\t  \"EntityValue\",\n\t  \"Entropy\",\n\t  \"EntropyFilter\",\n\t  \"Environment\",\n\t  \"Epilog\",\n\t  \"EpilogFunction\",\n\t  \"Equal\",\n\t  \"EqualColumns\",\n\t  \"EqualRows\",\n\t  \"EqualTilde\",\n\t  \"EqualTo\",\n\t  \"EquatedTo\",\n\t  \"Equilibrium\",\n\t  \"EquirippleFilterKernel\",\n\t  \"Equivalent\",\n\t  \"Erf\",\n\t  \"Erfc\",\n\t  \"Erfi\",\n\t  \"ErlangB\",\n\t  \"ErlangC\",\n\t  \"ErlangDistribution\",\n\t  \"Erosion\",\n\t  \"ErrorBox\",\n\t  \"ErrorBoxOptions\",\n\t  \"ErrorNorm\",\n\t  \"ErrorPacket\",\n\t  \"ErrorsDialogSettings\",\n\t  \"EscapeRadius\",\n\t  \"EstimatedBackground\",\n\t  \"EstimatedDistribution\",\n\t  \"EstimatedProcess\",\n\t  \"EstimatorGains\",\n\t  \"EstimatorRegulator\",\n\t  \"EuclideanDistance\",\n\t  \"EulerAngles\",\n\t  \"EulerCharacteristic\",\n\t  \"EulerE\",\n\t  \"EulerGamma\",\n\t  \"EulerianGraphQ\",\n\t  \"EulerMatrix\",\n\t  \"EulerPhi\",\n\t  \"Evaluatable\",\n\t  \"Evaluate\",\n\t  \"Evaluated\",\n\t  \"EvaluatePacket\",\n\t  \"EvaluateScheduledTask\",\n\t  \"EvaluationBox\",\n\t  \"EvaluationCell\",\n\t  \"EvaluationCompletionAction\",\n\t  \"EvaluationData\",\n\t  \"EvaluationElements\",\n\t  \"EvaluationEnvironment\",\n\t  \"EvaluationMode\",\n\t  \"EvaluationMonitor\",\n\t  \"EvaluationNotebook\",\n\t  \"EvaluationObject\",\n\t  \"EvaluationOrder\",\n\t  \"Evaluator\",\n\t  \"EvaluatorNames\",\n\t  \"EvenQ\",\n\t  \"EventData\",\n\t  \"EventEvaluator\",\n\t  \"EventHandler\",\n\t  \"EventHandlerTag\",\n\t  \"EventLabels\",\n\t  \"EventSeries\",\n\t  \"ExactBlackmanWindow\",\n\t  \"ExactNumberQ\",\n\t  \"ExactRootIsolation\",\n\t  \"ExampleData\",\n\t  \"Except\",\n\t  \"ExcludedForms\",\n\t  \"ExcludedLines\",\n\t  \"ExcludedPhysicalQuantities\",\n\t  \"ExcludePods\",\n\t  \"Exclusions\",\n\t  \"ExclusionsStyle\",\n\t  \"Exists\",\n\t  \"Exit\",\n\t  \"ExitDialog\",\n\t  \"ExoplanetData\",\n\t  \"Exp\",\n\t  \"Expand\",\n\t  \"ExpandAll\",\n\t  \"ExpandDenominator\",\n\t  \"ExpandFileName\",\n\t  \"ExpandNumerator\",\n\t  \"Expectation\",\n\t  \"ExpectationE\",\n\t  \"ExpectedValue\",\n\t  \"ExpGammaDistribution\",\n\t  \"ExpIntegralE\",\n\t  \"ExpIntegralEi\",\n\t  \"ExpirationDate\",\n\t  \"Exponent\",\n\t  \"ExponentFunction\",\n\t  \"ExponentialDistribution\",\n\t  \"ExponentialFamily\",\n\t  \"ExponentialGeneratingFunction\",\n\t  \"ExponentialMovingAverage\",\n\t  \"ExponentialPowerDistribution\",\n\t  \"ExponentPosition\",\n\t  \"ExponentStep\",\n\t  \"Export\",\n\t  \"ExportAutoReplacements\",\n\t  \"ExportByteArray\",\n\t  \"ExportForm\",\n\t  \"ExportPacket\",\n\t  \"ExportString\",\n\t  \"Expression\",\n\t  \"ExpressionCell\",\n\t  \"ExpressionGraph\",\n\t  \"ExpressionPacket\",\n\t  \"ExpressionUUID\",\n\t  \"ExpToTrig\",\n\t  \"ExtendedEntityClass\",\n\t  \"ExtendedGCD\",\n\t  \"Extension\",\n\t  \"ExtentElementFunction\",\n\t  \"ExtentMarkers\",\n\t  \"ExtentSize\",\n\t  \"ExternalBundle\",\n\t  \"ExternalCall\",\n\t  \"ExternalDataCharacterEncoding\",\n\t  \"ExternalEvaluate\",\n\t  \"ExternalFunction\",\n\t  \"ExternalFunctionName\",\n\t  \"ExternalIdentifier\",\n\t  \"ExternalObject\",\n\t  \"ExternalOptions\",\n\t  \"ExternalSessionObject\",\n\t  \"ExternalSessions\",\n\t  \"ExternalStorageBase\",\n\t  \"ExternalStorageDownload\",\n\t  \"ExternalStorageGet\",\n\t  \"ExternalStorageObject\",\n\t  \"ExternalStoragePut\",\n\t  \"ExternalStorageUpload\",\n\t  \"ExternalTypeSignature\",\n\t  \"ExternalValue\",\n\t  \"Extract\",\n\t  \"ExtractArchive\",\n\t  \"ExtractLayer\",\n\t  \"ExtractPacletArchive\",\n\t  \"ExtremeValueDistribution\",\n\t  \"FaceAlign\",\n\t  \"FaceForm\",\n\t  \"FaceGrids\",\n\t  \"FaceGridsStyle\",\n\t  \"FacialFeatures\",\n\t  \"Factor\",\n\t  \"FactorComplete\",\n\t  \"Factorial\",\n\t  \"Factorial2\",\n\t  \"FactorialMoment\",\n\t  \"FactorialMomentGeneratingFunction\",\n\t  \"FactorialPower\",\n\t  \"FactorInteger\",\n\t  \"FactorList\",\n\t  \"FactorSquareFree\",\n\t  \"FactorSquareFreeList\",\n\t  \"FactorTerms\",\n\t  \"FactorTermsList\",\n\t  \"Fail\",\n\t  \"Failure\",\n\t  \"FailureAction\",\n\t  \"FailureDistribution\",\n\t  \"FailureQ\",\n\t  \"False\",\n\t  \"FareySequence\",\n\t  \"FARIMAProcess\",\n\t  \"FeatureDistance\",\n\t  \"FeatureExtract\",\n\t  \"FeatureExtraction\",\n\t  \"FeatureExtractor\",\n\t  \"FeatureExtractorFunction\",\n\t  \"FeatureNames\",\n\t  \"FeatureNearest\",\n\t  \"FeatureSpacePlot\",\n\t  \"FeatureSpacePlot3D\",\n\t  \"FeatureTypes\",\n\t  \"FEDisableConsolePrintPacket\",\n\t  \"FeedbackLinearize\",\n\t  \"FeedbackSector\",\n\t  \"FeedbackSectorStyle\",\n\t  \"FeedbackType\",\n\t  \"FEEnableConsolePrintPacket\",\n\t  \"FetalGrowthData\",\n\t  \"Fibonacci\",\n\t  \"Fibonorial\",\n\t  \"FieldCompletionFunction\",\n\t  \"FieldHint\",\n\t  \"FieldHintStyle\",\n\t  \"FieldMasked\",\n\t  \"FieldSize\",\n\t  \"File\",\n\t  \"FileBaseName\",\n\t  \"FileByteCount\",\n\t  \"FileConvert\",\n\t  \"FileDate\",\n\t  \"FileExistsQ\",\n\t  \"FileExtension\",\n\t  \"FileFormat\",\n\t  \"FileHandler\",\n\t  \"FileHash\",\n\t  \"FileInformation\",\n\t  \"FileName\",\n\t  \"FileNameDepth\",\n\t  \"FileNameDialogSettings\",\n\t  \"FileNameDrop\",\n\t  \"FileNameForms\",\n\t  \"FileNameJoin\",\n\t  \"FileNames\",\n\t  \"FileNameSetter\",\n\t  \"FileNameSplit\",\n\t  \"FileNameTake\",\n\t  \"FilePrint\",\n\t  \"FileSize\",\n\t  \"FileSystemMap\",\n\t  \"FileSystemScan\",\n\t  \"FileTemplate\",\n\t  \"FileTemplateApply\",\n\t  \"FileType\",\n\t  \"FilledCurve\",\n\t  \"FilledCurveBox\",\n\t  \"FilledCurveBoxOptions\",\n\t  \"Filling\",\n\t  \"FillingStyle\",\n\t  \"FillingTransform\",\n\t  \"FilteredEntityClass\",\n\t  \"FilterRules\",\n\t  \"FinancialBond\",\n\t  \"FinancialData\",\n\t  \"FinancialDerivative\",\n\t  \"FinancialIndicator\",\n\t  \"Find\",\n\t  \"FindAnomalies\",\n\t  \"FindArgMax\",\n\t  \"FindArgMin\",\n\t  \"FindChannels\",\n\t  \"FindClique\",\n\t  \"FindClusters\",\n\t  \"FindCookies\",\n\t  \"FindCurvePath\",\n\t  \"FindCycle\",\n\t  \"FindDevices\",\n\t  \"FindDistribution\",\n\t  \"FindDistributionParameters\",\n\t  \"FindDivisions\",\n\t  \"FindEdgeCover\",\n\t  \"FindEdgeCut\",\n\t  \"FindEdgeIndependentPaths\",\n\t  \"FindEquationalProof\",\n\t  \"FindEulerianCycle\",\n\t  \"FindExternalEvaluators\",\n\t  \"FindFaces\",\n\t  \"FindFile\",\n\t  \"FindFit\",\n\t  \"FindFormula\",\n\t  \"FindFundamentalCycles\",\n\t  \"FindGeneratingFunction\",\n\t  \"FindGeoLocation\",\n\t  \"FindGeometricConjectures\",\n\t  \"FindGeometricTransform\",\n\t  \"FindGraphCommunities\",\n\t  \"FindGraphIsomorphism\",\n\t  \"FindGraphPartition\",\n\t  \"FindHamiltonianCycle\",\n\t  \"FindHamiltonianPath\",\n\t  \"FindHiddenMarkovStates\",\n\t  \"FindImageText\",\n\t  \"FindIndependentEdgeSet\",\n\t  \"FindIndependentVertexSet\",\n\t  \"FindInstance\",\n\t  \"FindIntegerNullVector\",\n\t  \"FindKClan\",\n\t  \"FindKClique\",\n\t  \"FindKClub\",\n\t  \"FindKPlex\",\n\t  \"FindLibrary\",\n\t  \"FindLinearRecurrence\",\n\t  \"FindList\",\n\t  \"FindMatchingColor\",\n\t  \"FindMaximum\",\n\t  \"FindMaximumCut\",\n\t  \"FindMaximumFlow\",\n\t  \"FindMaxValue\",\n\t  \"FindMeshDefects\",\n\t  \"FindMinimum\",\n\t  \"FindMinimumCostFlow\",\n\t  \"FindMinimumCut\",\n\t  \"FindMinValue\",\n\t  \"FindMoleculeSubstructure\",\n\t  \"FindPath\",\n\t  \"FindPeaks\",\n\t  \"FindPermutation\",\n\t  \"FindPostmanTour\",\n\t  \"FindProcessParameters\",\n\t  \"FindRepeat\",\n\t  \"FindRoot\",\n\t  \"FindSequenceFunction\",\n\t  \"FindSettings\",\n\t  \"FindShortestPath\",\n\t  \"FindShortestTour\",\n\t  \"FindSpanningTree\",\n\t  \"FindSystemModelEquilibrium\",\n\t  \"FindTextualAnswer\",\n\t  \"FindThreshold\",\n\t  \"FindTransientRepeat\",\n\t  \"FindVertexCover\",\n\t  \"FindVertexCut\",\n\t  \"FindVertexIndependentPaths\",\n\t  \"Fine\",\n\t  \"FinishDynamic\",\n\t  \"FiniteAbelianGroupCount\",\n\t  \"FiniteGroupCount\",\n\t  \"FiniteGroupData\",\n\t  \"First\",\n\t  \"FirstCase\",\n\t  \"FirstPassageTimeDistribution\",\n\t  \"FirstPosition\",\n\t  \"FischerGroupFi22\",\n\t  \"FischerGroupFi23\",\n\t  \"FischerGroupFi24Prime\",\n\t  \"FisherHypergeometricDistribution\",\n\t  \"FisherRatioTest\",\n\t  \"FisherZDistribution\",\n\t  \"Fit\",\n\t  \"FitAll\",\n\t  \"FitRegularization\",\n\t  \"FittedModel\",\n\t  \"FixedOrder\",\n\t  \"FixedPoint\",\n\t  \"FixedPointList\",\n\t  \"FlashSelection\",\n\t  \"Flat\",\n\t  \"Flatten\",\n\t  \"FlattenAt\",\n\t  \"FlattenLayer\",\n\t  \"FlatTopWindow\",\n\t  \"FlipView\",\n\t  \"Floor\",\n\t  \"FlowPolynomial\",\n\t  \"FlushPrintOutputPacket\",\n\t  \"Fold\",\n\t  \"FoldList\",\n\t  \"FoldPair\",\n\t  \"FoldPairList\",\n\t  \"FollowRedirects\",\n\t  \"Font\",\n\t  \"FontColor\",\n\t  \"FontFamily\",\n\t  \"FontForm\",\n\t  \"FontName\",\n\t  \"FontOpacity\",\n\t  \"FontPostScriptName\",\n\t  \"FontProperties\",\n\t  \"FontReencoding\",\n\t  \"FontSize\",\n\t  \"FontSlant\",\n\t  \"FontSubstitutions\",\n\t  \"FontTracking\",\n\t  \"FontVariations\",\n\t  \"FontWeight\",\n\t  \"For\",\n\t  \"ForAll\",\n\t  \"ForceVersionInstall\",\n\t  \"Format\",\n\t  \"FormatRules\",\n\t  \"FormatType\",\n\t  \"FormatTypeAutoConvert\",\n\t  \"FormatValues\",\n\t  \"FormBox\",\n\t  \"FormBoxOptions\",\n\t  \"FormControl\",\n\t  \"FormFunction\",\n\t  \"FormLayoutFunction\",\n\t  \"FormObject\",\n\t  \"FormPage\",\n\t  \"FormTheme\",\n\t  \"FormulaData\",\n\t  \"FormulaLookup\",\n\t  \"FortranForm\",\n\t  \"Forward\",\n\t  \"ForwardBackward\",\n\t  \"Fourier\",\n\t  \"FourierCoefficient\",\n\t  \"FourierCosCoefficient\",\n\t  \"FourierCosSeries\",\n\t  \"FourierCosTransform\",\n\t  \"FourierDCT\",\n\t  \"FourierDCTFilter\",\n\t  \"FourierDCTMatrix\",\n\t  \"FourierDST\",\n\t  \"FourierDSTMatrix\",\n\t  \"FourierMatrix\",\n\t  \"FourierParameters\",\n\t  \"FourierSequenceTransform\",\n\t  \"FourierSeries\",\n\t  \"FourierSinCoefficient\",\n\t  \"FourierSinSeries\",\n\t  \"FourierSinTransform\",\n\t  \"FourierTransform\",\n\t  \"FourierTrigSeries\",\n\t  \"FractionalBrownianMotionProcess\",\n\t  \"FractionalGaussianNoiseProcess\",\n\t  \"FractionalPart\",\n\t  \"FractionBox\",\n\t  \"FractionBoxOptions\",\n\t  \"FractionLine\",\n\t  \"Frame\",\n\t  \"FrameBox\",\n\t  \"FrameBoxOptions\",\n\t  \"Framed\",\n\t  \"FrameInset\",\n\t  \"FrameLabel\",\n\t  \"Frameless\",\n\t  \"FrameMargins\",\n\t  \"FrameRate\",\n\t  \"FrameStyle\",\n\t  \"FrameTicks\",\n\t  \"FrameTicksStyle\",\n\t  \"FRatioDistribution\",\n\t  \"FrechetDistribution\",\n\t  \"FreeQ\",\n\t  \"FrenetSerretSystem\",\n\t  \"FrequencySamplingFilterKernel\",\n\t  \"FresnelC\",\n\t  \"FresnelF\",\n\t  \"FresnelG\",\n\t  \"FresnelS\",\n\t  \"Friday\",\n\t  \"FrobeniusNumber\",\n\t  \"FrobeniusSolve\",\n\t  \"FromAbsoluteTime\",\n\t  \"FromCharacterCode\",\n\t  \"FromCoefficientRules\",\n\t  \"FromContinuedFraction\",\n\t  \"FromDate\",\n\t  \"FromDigits\",\n\t  \"FromDMS\",\n\t  \"FromEntity\",\n\t  \"FromJulianDate\",\n\t  \"FromLetterNumber\",\n\t  \"FromPolarCoordinates\",\n\t  \"FromRomanNumeral\",\n\t  \"FromSphericalCoordinates\",\n\t  \"FromUnixTime\",\n\t  \"Front\",\n\t  \"FrontEndDynamicExpression\",\n\t  \"FrontEndEventActions\",\n\t  \"FrontEndExecute\",\n\t  \"FrontEndObject\",\n\t  \"FrontEndResource\",\n\t  \"FrontEndResourceString\",\n\t  \"FrontEndStackSize\",\n\t  \"FrontEndToken\",\n\t  \"FrontEndTokenExecute\",\n\t  \"FrontEndValueCache\",\n\t  \"FrontEndVersion\",\n\t  \"FrontFaceColor\",\n\t  \"FrontFaceOpacity\",\n\t  \"Full\",\n\t  \"FullAxes\",\n\t  \"FullDefinition\",\n\t  \"FullForm\",\n\t  \"FullGraphics\",\n\t  \"FullInformationOutputRegulator\",\n\t  \"FullOptions\",\n\t  \"FullRegion\",\n\t  \"FullSimplify\",\n\t  \"Function\",\n\t  \"FunctionCompile\",\n\t  \"FunctionCompileExport\",\n\t  \"FunctionCompileExportByteArray\",\n\t  \"FunctionCompileExportLibrary\",\n\t  \"FunctionCompileExportString\",\n\t  \"FunctionDomain\",\n\t  \"FunctionExpand\",\n\t  \"FunctionInterpolation\",\n\t  \"FunctionPeriod\",\n\t  \"FunctionRange\",\n\t  \"FunctionSpace\",\n\t  \"FussellVeselyImportance\",\n\t  \"GaborFilter\",\n\t  \"GaborMatrix\",\n\t  \"GaborWavelet\",\n\t  \"GainMargins\",\n\t  \"GainPhaseMargins\",\n\t  \"GalaxyData\",\n\t  \"GalleryView\",\n\t  \"Gamma\",\n\t  \"GammaDistribution\",\n\t  \"GammaRegularized\",\n\t  \"GapPenalty\",\n\t  \"GARCHProcess\",\n\t  \"GatedRecurrentLayer\",\n\t  \"Gather\",\n\t  \"GatherBy\",\n\t  \"GaugeFaceElementFunction\",\n\t  \"GaugeFaceStyle\",\n\t  \"GaugeFrameElementFunction\",\n\t  \"GaugeFrameSize\",\n\t  \"GaugeFrameStyle\",\n\t  \"GaugeLabels\",\n\t  \"GaugeMarkers\",\n\t  \"GaugeStyle\",\n\t  \"GaussianFilter\",\n\t  \"GaussianIntegers\",\n\t  \"GaussianMatrix\",\n\t  \"GaussianOrthogonalMatrixDistribution\",\n\t  \"GaussianSymplecticMatrixDistribution\",\n\t  \"GaussianUnitaryMatrixDistribution\",\n\t  \"GaussianWindow\",\n\t  \"GCD\",\n\t  \"GegenbauerC\",\n\t  \"General\",\n\t  \"GeneralizedLinearModelFit\",\n\t  \"GenerateAsymmetricKeyPair\",\n\t  \"GenerateConditions\",\n\t  \"GeneratedCell\",\n\t  \"GeneratedDocumentBinding\",\n\t  \"GenerateDerivedKey\",\n\t  \"GenerateDigitalSignature\",\n\t  \"GenerateDocument\",\n\t  \"GeneratedParameters\",\n\t  \"GeneratedQuantityMagnitudes\",\n\t  \"GenerateFileSignature\",\n\t  \"GenerateHTTPResponse\",\n\t  \"GenerateSecuredAuthenticationKey\",\n\t  \"GenerateSymmetricKey\",\n\t  \"GeneratingFunction\",\n\t  \"GeneratorDescription\",\n\t  \"GeneratorHistoryLength\",\n\t  \"GeneratorOutputType\",\n\t  \"Generic\",\n\t  \"GenericCylindricalDecomposition\",\n\t  \"GenomeData\",\n\t  \"GenomeLookup\",\n\t  \"GeoAntipode\",\n\t  \"GeoArea\",\n\t  \"GeoArraySize\",\n\t  \"GeoBackground\",\n\t  \"GeoBoundingBox\",\n\t  \"GeoBounds\",\n\t  \"GeoBoundsRegion\",\n\t  \"GeoBubbleChart\",\n\t  \"GeoCenter\",\n\t  \"GeoCircle\",\n\t  \"GeoContourPlot\",\n\t  \"GeoDensityPlot\",\n\t  \"GeodesicClosing\",\n\t  \"GeodesicDilation\",\n\t  \"GeodesicErosion\",\n\t  \"GeodesicOpening\",\n\t  \"GeoDestination\",\n\t  \"GeodesyData\",\n\t  \"GeoDirection\",\n\t  \"GeoDisk\",\n\t  \"GeoDisplacement\",\n\t  \"GeoDistance\",\n\t  \"GeoDistanceList\",\n\t  \"GeoElevationData\",\n\t  \"GeoEntities\",\n\t  \"GeoGraphics\",\n\t  \"GeogravityModelData\",\n\t  \"GeoGridDirectionDifference\",\n\t  \"GeoGridLines\",\n\t  \"GeoGridLinesStyle\",\n\t  \"GeoGridPosition\",\n\t  \"GeoGridRange\",\n\t  \"GeoGridRangePadding\",\n\t  \"GeoGridUnitArea\",\n\t  \"GeoGridUnitDistance\",\n\t  \"GeoGridVector\",\n\t  \"GeoGroup\",\n\t  \"GeoHemisphere\",\n\t  \"GeoHemisphereBoundary\",\n\t  \"GeoHistogram\",\n\t  \"GeoIdentify\",\n\t  \"GeoImage\",\n\t  \"GeoLabels\",\n\t  \"GeoLength\",\n\t  \"GeoListPlot\",\n\t  \"GeoLocation\",\n\t  \"GeologicalPeriodData\",\n\t  \"GeomagneticModelData\",\n\t  \"GeoMarker\",\n\t  \"GeometricAssertion\",\n\t  \"GeometricBrownianMotionProcess\",\n\t  \"GeometricDistribution\",\n\t  \"GeometricMean\",\n\t  \"GeometricMeanFilter\",\n\t  \"GeometricOptimization\",\n\t  \"GeometricScene\",\n\t  \"GeometricTransformation\",\n\t  \"GeometricTransformation3DBox\",\n\t  \"GeometricTransformation3DBoxOptions\",\n\t  \"GeometricTransformationBox\",\n\t  \"GeometricTransformationBoxOptions\",\n\t  \"GeoModel\",\n\t  \"GeoNearest\",\n\t  \"GeoPath\",\n\t  \"GeoPosition\",\n\t  \"GeoPositionENU\",\n\t  \"GeoPositionXYZ\",\n\t  \"GeoProjection\",\n\t  \"GeoProjectionData\",\n\t  \"GeoRange\",\n\t  \"GeoRangePadding\",\n\t  \"GeoRegionValuePlot\",\n\t  \"GeoResolution\",\n\t  \"GeoScaleBar\",\n\t  \"GeoServer\",\n\t  \"GeoSmoothHistogram\",\n\t  \"GeoStreamPlot\",\n\t  \"GeoStyling\",\n\t  \"GeoStylingImageFunction\",\n\t  \"GeoVariant\",\n\t  \"GeoVector\",\n\t  \"GeoVectorENU\",\n\t  \"GeoVectorPlot\",\n\t  \"GeoVectorXYZ\",\n\t  \"GeoVisibleRegion\",\n\t  \"GeoVisibleRegionBoundary\",\n\t  \"GeoWithinQ\",\n\t  \"GeoZoomLevel\",\n\t  \"GestureHandler\",\n\t  \"GestureHandlerTag\",\n\t  \"Get\",\n\t  \"GetBoundingBoxSizePacket\",\n\t  \"GetContext\",\n\t  \"GetEnvironment\",\n\t  \"GetFileName\",\n\t  \"GetFrontEndOptionsDataPacket\",\n\t  \"GetLinebreakInformationPacket\",\n\t  \"GetMenusPacket\",\n\t  \"GetPageBreakInformationPacket\",\n\t  \"Glaisher\",\n\t  \"GlobalClusteringCoefficient\",\n\t  \"GlobalPreferences\",\n\t  \"GlobalSession\",\n\t  \"Glow\",\n\t  \"GoldenAngle\",\n\t  \"GoldenRatio\",\n\t  \"GompertzMakehamDistribution\",\n\t  \"GoochShading\",\n\t  \"GoodmanKruskalGamma\",\n\t  \"GoodmanKruskalGammaTest\",\n\t  \"Goto\",\n\t  \"Grad\",\n\t  \"Gradient\",\n\t  \"GradientFilter\",\n\t  \"GradientOrientationFilter\",\n\t  \"GrammarApply\",\n\t  \"GrammarRules\",\n\t  \"GrammarToken\",\n\t  \"Graph\",\n\t  \"Graph3D\",\n\t  \"GraphAssortativity\",\n\t  \"GraphAutomorphismGroup\",\n\t  \"GraphCenter\",\n\t  \"GraphComplement\",\n\t  \"GraphData\",\n\t  \"GraphDensity\",\n\t  \"GraphDiameter\",\n\t  \"GraphDifference\",\n\t  \"GraphDisjointUnion\",\n\t  \"GraphDistance\",\n\t  \"GraphDistanceMatrix\",\n\t  \"GraphElementData\",\n\t  \"GraphEmbedding\",\n\t  \"GraphHighlight\",\n\t  \"GraphHighlightStyle\",\n\t  \"GraphHub\",\n\t  \"Graphics\",\n\t  \"Graphics3D\",\n\t  \"Graphics3DBox\",\n\t  \"Graphics3DBoxOptions\",\n\t  \"GraphicsArray\",\n\t  \"GraphicsBaseline\",\n\t  \"GraphicsBox\",\n\t  \"GraphicsBoxOptions\",\n\t  \"GraphicsColor\",\n\t  \"GraphicsColumn\",\n\t  \"GraphicsComplex\",\n\t  \"GraphicsComplex3DBox\",\n\t  \"GraphicsComplex3DBoxOptions\",\n\t  \"GraphicsComplexBox\",\n\t  \"GraphicsComplexBoxOptions\",\n\t  \"GraphicsContents\",\n\t  \"GraphicsData\",\n\t  \"GraphicsGrid\",\n\t  \"GraphicsGridBox\",\n\t  \"GraphicsGroup\",\n\t  \"GraphicsGroup3DBox\",\n\t  \"GraphicsGroup3DBoxOptions\",\n\t  \"GraphicsGroupBox\",\n\t  \"GraphicsGroupBoxOptions\",\n\t  \"GraphicsGrouping\",\n\t  \"GraphicsHighlightColor\",\n\t  \"GraphicsRow\",\n\t  \"GraphicsSpacing\",\n\t  \"GraphicsStyle\",\n\t  \"GraphIntersection\",\n\t  \"GraphLayout\",\n\t  \"GraphLinkEfficiency\",\n\t  \"GraphPeriphery\",\n\t  \"GraphPlot\",\n\t  \"GraphPlot3D\",\n\t  \"GraphPower\",\n\t  \"GraphPropertyDistribution\",\n\t  \"GraphQ\",\n\t  \"GraphRadius\",\n\t  \"GraphReciprocity\",\n\t  \"GraphRoot\",\n\t  \"GraphStyle\",\n\t  \"GraphUnion\",\n\t  \"Gray\",\n\t  \"GrayLevel\",\n\t  \"Greater\",\n\t  \"GreaterEqual\",\n\t  \"GreaterEqualLess\",\n\t  \"GreaterEqualThan\",\n\t  \"GreaterFullEqual\",\n\t  \"GreaterGreater\",\n\t  \"GreaterLess\",\n\t  \"GreaterSlantEqual\",\n\t  \"GreaterThan\",\n\t  \"GreaterTilde\",\n\t  \"Green\",\n\t  \"GreenFunction\",\n\t  \"Grid\",\n\t  \"GridBaseline\",\n\t  \"GridBox\",\n\t  \"GridBoxAlignment\",\n\t  \"GridBoxBackground\",\n\t  \"GridBoxDividers\",\n\t  \"GridBoxFrame\",\n\t  \"GridBoxItemSize\",\n\t  \"GridBoxItemStyle\",\n\t  \"GridBoxOptions\",\n\t  \"GridBoxSpacings\",\n\t  \"GridCreationSettings\",\n\t  \"GridDefaultElement\",\n\t  \"GridElementStyleOptions\",\n\t  \"GridFrame\",\n\t  \"GridFrameMargins\",\n\t  \"GridGraph\",\n\t  \"GridLines\",\n\t  \"GridLinesStyle\",\n\t  \"GroebnerBasis\",\n\t  \"GroupActionBase\",\n\t  \"GroupBy\",\n\t  \"GroupCentralizer\",\n\t  \"GroupElementFromWord\",\n\t  \"GroupElementPosition\",\n\t  \"GroupElementQ\",\n\t  \"GroupElements\",\n\t  \"GroupElementToWord\",\n\t  \"GroupGenerators\",\n\t  \"Groupings\",\n\t  \"GroupMultiplicationTable\",\n\t  \"GroupOrbits\",\n\t  \"GroupOrder\",\n\t  \"GroupPageBreakWithin\",\n\t  \"GroupSetwiseStabilizer\",\n\t  \"GroupStabilizer\",\n\t  \"GroupStabilizerChain\",\n\t  \"GroupTogetherGrouping\",\n\t  \"GroupTogetherNestedGrouping\",\n\t  \"GrowCutComponents\",\n\t  \"Gudermannian\",\n\t  \"GuidedFilter\",\n\t  \"GumbelDistribution\",\n\t  \"HaarWavelet\",\n\t  \"HadamardMatrix\",\n\t  \"HalfLine\",\n\t  \"HalfNormalDistribution\",\n\t  \"HalfPlane\",\n\t  \"HalfSpace\",\n\t  \"HalftoneShading\",\n\t  \"HamiltonianGraphQ\",\n\t  \"HammingDistance\",\n\t  \"HammingWindow\",\n\t  \"HandlerFunctions\",\n\t  \"HandlerFunctionsKeys\",\n\t  \"HankelH1\",\n\t  \"HankelH2\",\n\t  \"HankelMatrix\",\n\t  \"HankelTransform\",\n\t  \"HannPoissonWindow\",\n\t  \"HannWindow\",\n\t  \"HaradaNortonGroupHN\",\n\t  \"HararyGraph\",\n\t  \"HarmonicMean\",\n\t  \"HarmonicMeanFilter\",\n\t  \"HarmonicNumber\",\n\t  \"Hash\",\n\t  \"HatchFilling\",\n\t  \"HatchShading\",\n\t  \"Haversine\",\n\t  \"HazardFunction\",\n\t  \"Head\",\n\t  \"HeadCompose\",\n\t  \"HeaderAlignment\",\n\t  \"HeaderBackground\",\n\t  \"HeaderDisplayFunction\",\n\t  \"HeaderLines\",\n\t  \"HeaderSize\",\n\t  \"HeaderStyle\",\n\t  \"Heads\",\n\t  \"HeavisideLambda\",\n\t  \"HeavisidePi\",\n\t  \"HeavisideTheta\",\n\t  \"HeldGroupHe\",\n\t  \"HeldPart\",\n\t  \"HelpBrowserLookup\",\n\t  \"HelpBrowserNotebook\",\n\t  \"HelpBrowserSettings\",\n\t  \"Here\",\n\t  \"HermiteDecomposition\",\n\t  \"HermiteH\",\n\t  \"HermitianMatrixQ\",\n\t  \"HessenbergDecomposition\",\n\t  \"Hessian\",\n\t  \"HeunB\",\n\t  \"HeunBPrime\",\n\t  \"HeunC\",\n\t  \"HeunCPrime\",\n\t  \"HeunD\",\n\t  \"HeunDPrime\",\n\t  \"HeunG\",\n\t  \"HeunGPrime\",\n\t  \"HeunT\",\n\t  \"HeunTPrime\",\n\t  \"HexadecimalCharacter\",\n\t  \"Hexahedron\",\n\t  \"HexahedronBox\",\n\t  \"HexahedronBoxOptions\",\n\t  \"HiddenItems\",\n\t  \"HiddenMarkovProcess\",\n\t  \"HiddenSurface\",\n\t  \"Highlighted\",\n\t  \"HighlightGraph\",\n\t  \"HighlightImage\",\n\t  \"HighlightMesh\",\n\t  \"HighpassFilter\",\n\t  \"HigmanSimsGroupHS\",\n\t  \"HilbertCurve\",\n\t  \"HilbertFilter\",\n\t  \"HilbertMatrix\",\n\t  \"Histogram\",\n\t  \"Histogram3D\",\n\t  \"HistogramDistribution\",\n\t  \"HistogramList\",\n\t  \"HistogramTransform\",\n\t  \"HistogramTransformInterpolation\",\n\t  \"HistoricalPeriodData\",\n\t  \"HitMissTransform\",\n\t  \"HITSCentrality\",\n\t  \"HjorthDistribution\",\n\t  \"HodgeDual\",\n\t  \"HoeffdingD\",\n\t  \"HoeffdingDTest\",\n\t  \"Hold\",\n\t  \"HoldAll\",\n\t  \"HoldAllComplete\",\n\t  \"HoldComplete\",\n\t  \"HoldFirst\",\n\t  \"HoldForm\",\n\t  \"HoldPattern\",\n\t  \"HoldRest\",\n\t  \"HolidayCalendar\",\n\t  \"HomeDirectory\",\n\t  \"HomePage\",\n\t  \"Horizontal\",\n\t  \"HorizontalForm\",\n\t  \"HorizontalGauge\",\n\t  \"HorizontalScrollPosition\",\n\t  \"HornerForm\",\n\t  \"HostLookup\",\n\t  \"HotellingTSquareDistribution\",\n\t  \"HoytDistribution\",\n\t  \"HTMLSave\",\n\t  \"HTTPErrorResponse\",\n\t  \"HTTPRedirect\",\n\t  \"HTTPRequest\",\n\t  \"HTTPRequestData\",\n\t  \"HTTPResponse\",\n\t  \"Hue\",\n\t  \"HumanGrowthData\",\n\t  \"HumpDownHump\",\n\t  \"HumpEqual\",\n\t  \"HurwitzLerchPhi\",\n\t  \"HurwitzZeta\",\n\t  \"HyperbolicDistribution\",\n\t  \"HypercubeGraph\",\n\t  \"HyperexponentialDistribution\",\n\t  \"Hyperfactorial\",\n\t  \"Hypergeometric0F1\",\n\t  \"Hypergeometric0F1Regularized\",\n\t  \"Hypergeometric1F1\",\n\t  \"Hypergeometric1F1Regularized\",\n\t  \"Hypergeometric2F1\",\n\t  \"Hypergeometric2F1Regularized\",\n\t  \"HypergeometricDistribution\",\n\t  \"HypergeometricPFQ\",\n\t  \"HypergeometricPFQRegularized\",\n\t  \"HypergeometricU\",\n\t  \"Hyperlink\",\n\t  \"HyperlinkAction\",\n\t  \"HyperlinkCreationSettings\",\n\t  \"Hyperplane\",\n\t  \"Hyphenation\",\n\t  \"HyphenationOptions\",\n\t  \"HypoexponentialDistribution\",\n\t  \"HypothesisTestData\",\n\t  \"I\",\n\t  \"IconData\",\n\t  \"Iconize\",\n\t  \"IconizedObject\",\n\t  \"IconRules\",\n\t  \"Icosahedron\",\n\t  \"Identity\",\n\t  \"IdentityMatrix\",\n\t  \"If\",\n\t  \"IgnoreCase\",\n\t  \"IgnoreDiacritics\",\n\t  \"IgnorePunctuation\",\n\t  \"IgnoreSpellCheck\",\n\t  \"IgnoringInactive\",\n\t  \"Im\",\n\t  \"Image\",\n\t  \"Image3D\",\n\t  \"Image3DProjection\",\n\t  \"Image3DSlices\",\n\t  \"ImageAccumulate\",\n\t  \"ImageAdd\",\n\t  \"ImageAdjust\",\n\t  \"ImageAlign\",\n\t  \"ImageApply\",\n\t  \"ImageApplyIndexed\",\n\t  \"ImageAspectRatio\",\n\t  \"ImageAssemble\",\n\t  \"ImageAugmentationLayer\",\n\t  \"ImageBoundingBoxes\",\n\t  \"ImageCache\",\n\t  \"ImageCacheValid\",\n\t  \"ImageCapture\",\n\t  \"ImageCaptureFunction\",\n\t  \"ImageCases\",\n\t  \"ImageChannels\",\n\t  \"ImageClip\",\n\t  \"ImageCollage\",\n\t  \"ImageColorSpace\",\n\t  \"ImageCompose\",\n\t  \"ImageContainsQ\",\n\t  \"ImageContents\",\n\t  \"ImageConvolve\",\n\t  \"ImageCooccurrence\",\n\t  \"ImageCorners\",\n\t  \"ImageCorrelate\",\n\t  \"ImageCorrespondingPoints\",\n\t  \"ImageCrop\",\n\t  \"ImageData\",\n\t  \"ImageDeconvolve\",\n\t  \"ImageDemosaic\",\n\t  \"ImageDifference\",\n\t  \"ImageDimensions\",\n\t  \"ImageDisplacements\",\n\t  \"ImageDistance\",\n\t  \"ImageEffect\",\n\t  \"ImageExposureCombine\",\n\t  \"ImageFeatureTrack\",\n\t  \"ImageFileApply\",\n\t  \"ImageFileFilter\",\n\t  \"ImageFileScan\",\n\t  \"ImageFilter\",\n\t  \"ImageFocusCombine\",\n\t  \"ImageForestingComponents\",\n\t  \"ImageFormattingWidth\",\n\t  \"ImageForwardTransformation\",\n\t  \"ImageGraphics\",\n\t  \"ImageHistogram\",\n\t  \"ImageIdentify\",\n\t  \"ImageInstanceQ\",\n\t  \"ImageKeypoints\",\n\t  \"ImageLabels\",\n\t  \"ImageLegends\",\n\t  \"ImageLevels\",\n\t  \"ImageLines\",\n\t  \"ImageMargins\",\n\t  \"ImageMarker\",\n\t  \"ImageMarkers\",\n\t  \"ImageMeasurements\",\n\t  \"ImageMesh\",\n\t  \"ImageMultiply\",\n\t  \"ImageOffset\",\n\t  \"ImagePad\",\n\t  \"ImagePadding\",\n\t  \"ImagePartition\",\n\t  \"ImagePeriodogram\",\n\t  \"ImagePerspectiveTransformation\",\n\t  \"ImagePosition\",\n\t  \"ImagePreviewFunction\",\n\t  \"ImagePyramid\",\n\t  \"ImagePyramidApply\",\n\t  \"ImageQ\",\n\t  \"ImageRangeCache\",\n\t  \"ImageRecolor\",\n\t  \"ImageReflect\",\n\t  \"ImageRegion\",\n\t  \"ImageResize\",\n\t  \"ImageResolution\",\n\t  \"ImageRestyle\",\n\t  \"ImageRotate\",\n\t  \"ImageRotated\",\n\t  \"ImageSaliencyFilter\",\n\t  \"ImageScaled\",\n\t  \"ImageScan\",\n\t  \"ImageSize\",\n\t  \"ImageSizeAction\",\n\t  \"ImageSizeCache\",\n\t  \"ImageSizeMultipliers\",\n\t  \"ImageSizeRaw\",\n\t  \"ImageSubtract\",\n\t  \"ImageTake\",\n\t  \"ImageTransformation\",\n\t  \"ImageTrim\",\n\t  \"ImageType\",\n\t  \"ImageValue\",\n\t  \"ImageValuePositions\",\n\t  \"ImagingDevice\",\n\t  \"ImplicitRegion\",\n\t  \"Implies\",\n\t  \"Import\",\n\t  \"ImportAutoReplacements\",\n\t  \"ImportByteArray\",\n\t  \"ImportOptions\",\n\t  \"ImportString\",\n\t  \"ImprovementImportance\",\n\t  \"In\",\n\t  \"Inactivate\",\n\t  \"Inactive\",\n\t  \"IncidenceGraph\",\n\t  \"IncidenceList\",\n\t  \"IncidenceMatrix\",\n\t  \"IncludeAromaticBonds\",\n\t  \"IncludeConstantBasis\",\n\t  \"IncludeDefinitions\",\n\t  \"IncludeDirectories\",\n\t  \"IncludeFileExtension\",\n\t  \"IncludeGeneratorTasks\",\n\t  \"IncludeHydrogens\",\n\t  \"IncludeInflections\",\n\t  \"IncludeMetaInformation\",\n\t  \"IncludePods\",\n\t  \"IncludeQuantities\",\n\t  \"IncludeRelatedTables\",\n\t  \"IncludeSingularTerm\",\n\t  \"IncludeWindowTimes\",\n\t  \"Increment\",\n\t  \"IndefiniteMatrixQ\",\n\t  \"Indent\",\n\t  \"IndentingNewlineSpacings\",\n\t  \"IndentMaxFraction\",\n\t  \"IndependenceTest\",\n\t  \"IndependentEdgeSetQ\",\n\t  \"IndependentPhysicalQuantity\",\n\t  \"IndependentUnit\",\n\t  \"IndependentUnitDimension\",\n\t  \"IndependentVertexSetQ\",\n\t  \"Indeterminate\",\n\t  \"IndeterminateThreshold\",\n\t  \"IndexCreationOptions\",\n\t  \"Indexed\",\n\t  \"IndexEdgeTaggedGraph\",\n\t  \"IndexGraph\",\n\t  \"IndexTag\",\n\t  \"Inequality\",\n\t  \"InexactNumberQ\",\n\t  \"InexactNumbers\",\n\t  \"InfiniteFuture\",\n\t  \"InfiniteLine\",\n\t  \"InfinitePast\",\n\t  \"InfinitePlane\",\n\t  \"Infinity\",\n\t  \"Infix\",\n\t  \"InflationAdjust\",\n\t  \"InflationMethod\",\n\t  \"Information\",\n\t  \"InformationData\",\n\t  \"InformationDataGrid\",\n\t  \"Inherited\",\n\t  \"InheritScope\",\n\t  \"InhomogeneousPoissonProcess\",\n\t  \"InitialEvaluationHistory\",\n\t  \"Initialization\",\n\t  \"InitializationCell\",\n\t  \"InitializationCellEvaluation\",\n\t  \"InitializationCellWarning\",\n\t  \"InitializationObjects\",\n\t  \"InitializationValue\",\n\t  \"Initialize\",\n\t  \"InitialSeeding\",\n\t  \"InlineCounterAssignments\",\n\t  \"InlineCounterIncrements\",\n\t  \"InlineRules\",\n\t  \"Inner\",\n\t  \"InnerPolygon\",\n\t  \"InnerPolyhedron\",\n\t  \"Inpaint\",\n\t  \"Input\",\n\t  \"InputAliases\",\n\t  \"InputAssumptions\",\n\t  \"InputAutoReplacements\",\n\t  \"InputField\",\n\t  \"InputFieldBox\",\n\t  \"InputFieldBoxOptions\",\n\t  \"InputForm\",\n\t  \"InputGrouping\",\n\t  \"InputNamePacket\",\n\t  \"InputNotebook\",\n\t  \"InputPacket\",\n\t  \"InputSettings\",\n\t  \"InputStream\",\n\t  \"InputString\",\n\t  \"InputStringPacket\",\n\t  \"InputToBoxFormPacket\",\n\t  \"Insert\",\n\t  \"InsertionFunction\",\n\t  \"InsertionPointObject\",\n\t  \"InsertLinebreaks\",\n\t  \"InsertResults\",\n\t  \"Inset\",\n\t  \"Inset3DBox\",\n\t  \"Inset3DBoxOptions\",\n\t  \"InsetBox\",\n\t  \"InsetBoxOptions\",\n\t  \"Insphere\",\n\t  \"Install\",\n\t  \"InstallService\",\n\t  \"InstanceNormalizationLayer\",\n\t  \"InString\",\n\t  \"Integer\",\n\t  \"IntegerDigits\",\n\t  \"IntegerExponent\",\n\t  \"IntegerLength\",\n\t  \"IntegerName\",\n\t  \"IntegerPart\",\n\t  \"IntegerPartitions\",\n\t  \"IntegerQ\",\n\t  \"IntegerReverse\",\n\t  \"Integers\",\n\t  \"IntegerString\",\n\t  \"Integral\",\n\t  \"Integrate\",\n\t  \"Interactive\",\n\t  \"InteractiveTradingChart\",\n\t  \"Interlaced\",\n\t  \"Interleaving\",\n\t  \"InternallyBalancedDecomposition\",\n\t  \"InterpolatingFunction\",\n\t  \"InterpolatingPolynomial\",\n\t  \"Interpolation\",\n\t  \"InterpolationOrder\",\n\t  \"InterpolationPoints\",\n\t  \"InterpolationPrecision\",\n\t  \"Interpretation\",\n\t  \"InterpretationBox\",\n\t  \"InterpretationBoxOptions\",\n\t  \"InterpretationFunction\",\n\t  \"Interpreter\",\n\t  \"InterpretTemplate\",\n\t  \"InterquartileRange\",\n\t  \"Interrupt\",\n\t  \"InterruptSettings\",\n\t  \"IntersectedEntityClass\",\n\t  \"IntersectingQ\",\n\t  \"Intersection\",\n\t  \"Interval\",\n\t  \"IntervalIntersection\",\n\t  \"IntervalMarkers\",\n\t  \"IntervalMarkersStyle\",\n\t  \"IntervalMemberQ\",\n\t  \"IntervalSlider\",\n\t  \"IntervalUnion\",\n\t  \"Into\",\n\t  \"Inverse\",\n\t  \"InverseBetaRegularized\",\n\t  \"InverseCDF\",\n\t  \"InverseChiSquareDistribution\",\n\t  \"InverseContinuousWaveletTransform\",\n\t  \"InverseDistanceTransform\",\n\t  \"InverseEllipticNomeQ\",\n\t  \"InverseErf\",\n\t  \"InverseErfc\",\n\t  \"InverseFourier\",\n\t  \"InverseFourierCosTransform\",\n\t  \"InverseFourierSequenceTransform\",\n\t  \"InverseFourierSinTransform\",\n\t  \"InverseFourierTransform\",\n\t  \"InverseFunction\",\n\t  \"InverseFunctions\",\n\t  \"InverseGammaDistribution\",\n\t  \"InverseGammaRegularized\",\n\t  \"InverseGaussianDistribution\",\n\t  \"InverseGudermannian\",\n\t  \"InverseHankelTransform\",\n\t  \"InverseHaversine\",\n\t  \"InverseImagePyramid\",\n\t  \"InverseJacobiCD\",\n\t  \"InverseJacobiCN\",\n\t  \"InverseJacobiCS\",\n\t  \"InverseJacobiDC\",\n\t  \"InverseJacobiDN\",\n\t  \"InverseJacobiDS\",\n\t  \"InverseJacobiNC\",\n\t  \"InverseJacobiND\",\n\t  \"InverseJacobiNS\",\n\t  \"InverseJacobiSC\",\n\t  \"InverseJacobiSD\",\n\t  \"InverseJacobiSN\",\n\t  \"InverseLaplaceTransform\",\n\t  \"InverseMellinTransform\",\n\t  \"InversePermutation\",\n\t  \"InverseRadon\",\n\t  \"InverseRadonTransform\",\n\t  \"InverseSeries\",\n\t  \"InverseShortTimeFourier\",\n\t  \"InverseSpectrogram\",\n\t  \"InverseSurvivalFunction\",\n\t  \"InverseTransformedRegion\",\n\t  \"InverseWaveletTransform\",\n\t  \"InverseWeierstrassP\",\n\t  \"InverseWishartMatrixDistribution\",\n\t  \"InverseZTransform\",\n\t  \"Invisible\",\n\t  \"InvisibleApplication\",\n\t  \"InvisibleTimes\",\n\t  \"IPAddress\",\n\t  \"IrreduciblePolynomialQ\",\n\t  \"IslandData\",\n\t  \"IsolatingInterval\",\n\t  \"IsomorphicGraphQ\",\n\t  \"IsotopeData\",\n\t  \"Italic\",\n\t  \"Item\",\n\t  \"ItemAspectRatio\",\n\t  \"ItemBox\",\n\t  \"ItemBoxOptions\",\n\t  \"ItemDisplayFunction\",\n\t  \"ItemSize\",\n\t  \"ItemStyle\",\n\t  \"ItoProcess\",\n\t  \"JaccardDissimilarity\",\n\t  \"JacobiAmplitude\",\n\t  \"Jacobian\",\n\t  \"JacobiCD\",\n\t  \"JacobiCN\",\n\t  \"JacobiCS\",\n\t  \"JacobiDC\",\n\t  \"JacobiDN\",\n\t  \"JacobiDS\",\n\t  \"JacobiNC\",\n\t  \"JacobiND\",\n\t  \"JacobiNS\",\n\t  \"JacobiP\",\n\t  \"JacobiSC\",\n\t  \"JacobiSD\",\n\t  \"JacobiSN\",\n\t  \"JacobiSymbol\",\n\t  \"JacobiZeta\",\n\t  \"JankoGroupJ1\",\n\t  \"JankoGroupJ2\",\n\t  \"JankoGroupJ3\",\n\t  \"JankoGroupJ4\",\n\t  \"JarqueBeraALMTest\",\n\t  \"JohnsonDistribution\",\n\t  \"Join\",\n\t  \"JoinAcross\",\n\t  \"Joined\",\n\t  \"JoinedCurve\",\n\t  \"JoinedCurveBox\",\n\t  \"JoinedCurveBoxOptions\",\n\t  \"JoinForm\",\n\t  \"JordanDecomposition\",\n\t  \"JordanModelDecomposition\",\n\t  \"JulianDate\",\n\t  \"JuliaSetBoettcher\",\n\t  \"JuliaSetIterationCount\",\n\t  \"JuliaSetPlot\",\n\t  \"JuliaSetPoints\",\n\t  \"K\",\n\t  \"KagiChart\",\n\t  \"KaiserBesselWindow\",\n\t  \"KaiserWindow\",\n\t  \"KalmanEstimator\",\n\t  \"KalmanFilter\",\n\t  \"KarhunenLoeveDecomposition\",\n\t  \"KaryTree\",\n\t  \"KatzCentrality\",\n\t  \"KCoreComponents\",\n\t  \"KDistribution\",\n\t  \"KEdgeConnectedComponents\",\n\t  \"KEdgeConnectedGraphQ\",\n\t  \"KeepExistingVersion\",\n\t  \"KelvinBei\",\n\t  \"KelvinBer\",\n\t  \"KelvinKei\",\n\t  \"KelvinKer\",\n\t  \"KendallTau\",\n\t  \"KendallTauTest\",\n\t  \"KernelExecute\",\n\t  \"KernelFunction\",\n\t  \"KernelMixtureDistribution\",\n\t  \"KernelObject\",\n\t  \"Kernels\",\n\t  \"Ket\",\n\t  \"Key\",\n\t  \"KeyCollisionFunction\",\n\t  \"KeyComplement\",\n\t  \"KeyDrop\",\n\t  \"KeyDropFrom\",\n\t  \"KeyExistsQ\",\n\t  \"KeyFreeQ\",\n\t  \"KeyIntersection\",\n\t  \"KeyMap\",\n\t  \"KeyMemberQ\",\n\t  \"KeypointStrength\",\n\t  \"Keys\",\n\t  \"KeySelect\",\n\t  \"KeySort\",\n\t  \"KeySortBy\",\n\t  \"KeyTake\",\n\t  \"KeyUnion\",\n\t  \"KeyValueMap\",\n\t  \"KeyValuePattern\",\n\t  \"Khinchin\",\n\t  \"KillProcess\",\n\t  \"KirchhoffGraph\",\n\t  \"KirchhoffMatrix\",\n\t  \"KleinInvariantJ\",\n\t  \"KnapsackSolve\",\n\t  \"KnightTourGraph\",\n\t  \"KnotData\",\n\t  \"KnownUnitQ\",\n\t  \"KochCurve\",\n\t  \"KolmogorovSmirnovTest\",\n\t  \"KroneckerDelta\",\n\t  \"KroneckerModelDecomposition\",\n\t  \"KroneckerProduct\",\n\t  \"KroneckerSymbol\",\n\t  \"KuiperTest\",\n\t  \"KumaraswamyDistribution\",\n\t  \"Kurtosis\",\n\t  \"KuwaharaFilter\",\n\t  \"KVertexConnectedComponents\",\n\t  \"KVertexConnectedGraphQ\",\n\t  \"LABColor\",\n\t  \"Label\",\n\t  \"Labeled\",\n\t  \"LabeledSlider\",\n\t  \"LabelingFunction\",\n\t  \"LabelingSize\",\n\t  \"LabelStyle\",\n\t  \"LabelVisibility\",\n\t  \"LaguerreL\",\n\t  \"LakeData\",\n\t  \"LambdaComponents\",\n\t  \"LambertW\",\n\t  \"LaminaData\",\n\t  \"LanczosWindow\",\n\t  \"LandauDistribution\",\n\t  \"Language\",\n\t  \"LanguageCategory\",\n\t  \"LanguageData\",\n\t  \"LanguageIdentify\",\n\t  \"LanguageOptions\",\n\t  \"LaplaceDistribution\",\n\t  \"LaplaceTransform\",\n\t  \"Laplacian\",\n\t  \"LaplacianFilter\",\n\t  \"LaplacianGaussianFilter\",\n\t  \"Large\",\n\t  \"Larger\",\n\t  \"Last\",\n\t  \"Latitude\",\n\t  \"LatitudeLongitude\",\n\t  \"LatticeData\",\n\t  \"LatticeReduce\",\n\t  \"Launch\",\n\t  \"LaunchKernels\",\n\t  \"LayeredGraphPlot\",\n\t  \"LayerSizeFunction\",\n\t  \"LayoutInformation\",\n\t  \"LCHColor\",\n\t  \"LCM\",\n\t  \"LeaderSize\",\n\t  \"LeafCount\",\n\t  \"LeapYearQ\",\n\t  \"LearnDistribution\",\n\t  \"LearnedDistribution\",\n\t  \"LearningRate\",\n\t  \"LearningRateMultipliers\",\n\t  \"LeastSquares\",\n\t  \"LeastSquaresFilterKernel\",\n\t  \"Left\",\n\t  \"LeftArrow\",\n\t  \"LeftArrowBar\",\n\t  \"LeftArrowRightArrow\",\n\t  \"LeftDownTeeVector\",\n\t  \"LeftDownVector\",\n\t  \"LeftDownVectorBar\",\n\t  \"LeftRightArrow\",\n\t  \"LeftRightVector\",\n\t  \"LeftTee\",\n\t  \"LeftTeeArrow\",\n\t  \"LeftTeeVector\",\n\t  \"LeftTriangle\",\n\t  \"LeftTriangleBar\",\n\t  \"LeftTriangleEqual\",\n\t  \"LeftUpDownVector\",\n\t  \"LeftUpTeeVector\",\n\t  \"LeftUpVector\",\n\t  \"LeftUpVectorBar\",\n\t  \"LeftVector\",\n\t  \"LeftVectorBar\",\n\t  \"LegendAppearance\",\n\t  \"Legended\",\n\t  \"LegendFunction\",\n\t  \"LegendLabel\",\n\t  \"LegendLayout\",\n\t  \"LegendMargins\",\n\t  \"LegendMarkers\",\n\t  \"LegendMarkerSize\",\n\t  \"LegendreP\",\n\t  \"LegendreQ\",\n\t  \"LegendreType\",\n\t  \"Length\",\n\t  \"LengthWhile\",\n\t  \"LerchPhi\",\n\t  \"Less\",\n\t  \"LessEqual\",\n\t  \"LessEqualGreater\",\n\t  \"LessEqualThan\",\n\t  \"LessFullEqual\",\n\t  \"LessGreater\",\n\t  \"LessLess\",\n\t  \"LessSlantEqual\",\n\t  \"LessThan\",\n\t  \"LessTilde\",\n\t  \"LetterCharacter\",\n\t  \"LetterCounts\",\n\t  \"LetterNumber\",\n\t  \"LetterQ\",\n\t  \"Level\",\n\t  \"LeveneTest\",\n\t  \"LeviCivitaTensor\",\n\t  \"LevyDistribution\",\n\t  \"Lexicographic\",\n\t  \"LibraryDataType\",\n\t  \"LibraryFunction\",\n\t  \"LibraryFunctionError\",\n\t  \"LibraryFunctionInformation\",\n\t  \"LibraryFunctionLoad\",\n\t  \"LibraryFunctionUnload\",\n\t  \"LibraryLoad\",\n\t  \"LibraryUnload\",\n\t  \"LicenseID\",\n\t  \"LiftingFilterData\",\n\t  \"LiftingWaveletTransform\",\n\t  \"LightBlue\",\n\t  \"LightBrown\",\n\t  \"LightCyan\",\n\t  \"Lighter\",\n\t  \"LightGray\",\n\t  \"LightGreen\",\n\t  \"Lighting\",\n\t  \"LightingAngle\",\n\t  \"LightMagenta\",\n\t  \"LightOrange\",\n\t  \"LightPink\",\n\t  \"LightPurple\",\n\t  \"LightRed\",\n\t  \"LightSources\",\n\t  \"LightYellow\",\n\t  \"Likelihood\",\n\t  \"Limit\",\n\t  \"LimitsPositioning\",\n\t  \"LimitsPositioningTokens\",\n\t  \"LindleyDistribution\",\n\t  \"Line\",\n\t  \"Line3DBox\",\n\t  \"Line3DBoxOptions\",\n\t  \"LinearFilter\",\n\t  \"LinearFractionalOptimization\",\n\t  \"LinearFractionalTransform\",\n\t  \"LinearGradientImage\",\n\t  \"LinearizingTransformationData\",\n\t  \"LinearLayer\",\n\t  \"LinearModelFit\",\n\t  \"LinearOffsetFunction\",\n\t  \"LinearOptimization\",\n\t  \"LinearProgramming\",\n\t  \"LinearRecurrence\",\n\t  \"LinearSolve\",\n\t  \"LinearSolveFunction\",\n\t  \"LineBox\",\n\t  \"LineBoxOptions\",\n\t  \"LineBreak\",\n\t  \"LinebreakAdjustments\",\n\t  \"LineBreakChart\",\n\t  \"LinebreakSemicolonWeighting\",\n\t  \"LineBreakWithin\",\n\t  \"LineColor\",\n\t  \"LineGraph\",\n\t  \"LineIndent\",\n\t  \"LineIndentMaxFraction\",\n\t  \"LineIntegralConvolutionPlot\",\n\t  \"LineIntegralConvolutionScale\",\n\t  \"LineLegend\",\n\t  \"LineOpacity\",\n\t  \"LineSpacing\",\n\t  \"LineWrapParts\",\n\t  \"LinkActivate\",\n\t  \"LinkClose\",\n\t  \"LinkConnect\",\n\t  \"LinkConnectedQ\",\n\t  \"LinkCreate\",\n\t  \"LinkError\",\n\t  \"LinkFlush\",\n\t  \"LinkFunction\",\n\t  \"LinkHost\",\n\t  \"LinkInterrupt\",\n\t  \"LinkLaunch\",\n\t  \"LinkMode\",\n\t  \"LinkObject\",\n\t  \"LinkOpen\",\n\t  \"LinkOptions\",\n\t  \"LinkPatterns\",\n\t  \"LinkProtocol\",\n\t  \"LinkRankCentrality\",\n\t  \"LinkRead\",\n\t  \"LinkReadHeld\",\n\t  \"LinkReadyQ\",\n\t  \"Links\",\n\t  \"LinkService\",\n\t  \"LinkWrite\",\n\t  \"LinkWriteHeld\",\n\t  \"LiouvilleLambda\",\n\t  \"List\",\n\t  \"Listable\",\n\t  \"ListAnimate\",\n\t  \"ListContourPlot\",\n\t  \"ListContourPlot3D\",\n\t  \"ListConvolve\",\n\t  \"ListCorrelate\",\n\t  \"ListCurvePathPlot\",\n\t  \"ListDeconvolve\",\n\t  \"ListDensityPlot\",\n\t  \"ListDensityPlot3D\",\n\t  \"Listen\",\n\t  \"ListFormat\",\n\t  \"ListFourierSequenceTransform\",\n\t  \"ListInterpolation\",\n\t  \"ListLineIntegralConvolutionPlot\",\n\t  \"ListLinePlot\",\n\t  \"ListLogLinearPlot\",\n\t  \"ListLogLogPlot\",\n\t  \"ListLogPlot\",\n\t  \"ListPicker\",\n\t  \"ListPickerBox\",\n\t  \"ListPickerBoxBackground\",\n\t  \"ListPickerBoxOptions\",\n\t  \"ListPlay\",\n\t  \"ListPlot\",\n\t  \"ListPlot3D\",\n\t  \"ListPointPlot3D\",\n\t  \"ListPolarPlot\",\n\t  \"ListQ\",\n\t  \"ListSliceContourPlot3D\",\n\t  \"ListSliceDensityPlot3D\",\n\t  \"ListSliceVectorPlot3D\",\n\t  \"ListStepPlot\",\n\t  \"ListStreamDensityPlot\",\n\t  \"ListStreamPlot\",\n\t  \"ListSurfacePlot3D\",\n\t  \"ListVectorDensityPlot\",\n\t  \"ListVectorPlot\",\n\t  \"ListVectorPlot3D\",\n\t  \"ListZTransform\",\n\t  \"Literal\",\n\t  \"LiteralSearch\",\n\t  \"LocalAdaptiveBinarize\",\n\t  \"LocalCache\",\n\t  \"LocalClusteringCoefficient\",\n\t  \"LocalizeDefinitions\",\n\t  \"LocalizeVariables\",\n\t  \"LocalObject\",\n\t  \"LocalObjects\",\n\t  \"LocalResponseNormalizationLayer\",\n\t  \"LocalSubmit\",\n\t  \"LocalSymbol\",\n\t  \"LocalTime\",\n\t  \"LocalTimeZone\",\n\t  \"LocationEquivalenceTest\",\n\t  \"LocationTest\",\n\t  \"Locator\",\n\t  \"LocatorAutoCreate\",\n\t  \"LocatorBox\",\n\t  \"LocatorBoxOptions\",\n\t  \"LocatorCentering\",\n\t  \"LocatorPane\",\n\t  \"LocatorPaneBox\",\n\t  \"LocatorPaneBoxOptions\",\n\t  \"LocatorRegion\",\n\t  \"Locked\",\n\t  \"Log\",\n\t  \"Log10\",\n\t  \"Log2\",\n\t  \"LogBarnesG\",\n\t  \"LogGamma\",\n\t  \"LogGammaDistribution\",\n\t  \"LogicalExpand\",\n\t  \"LogIntegral\",\n\t  \"LogisticDistribution\",\n\t  \"LogisticSigmoid\",\n\t  \"LogitModelFit\",\n\t  \"LogLikelihood\",\n\t  \"LogLinearPlot\",\n\t  \"LogLogisticDistribution\",\n\t  \"LogLogPlot\",\n\t  \"LogMultinormalDistribution\",\n\t  \"LogNormalDistribution\",\n\t  \"LogPlot\",\n\t  \"LogRankTest\",\n\t  \"LogSeriesDistribution\",\n\t  \"LongEqual\",\n\t  \"Longest\",\n\t  \"LongestCommonSequence\",\n\t  \"LongestCommonSequencePositions\",\n\t  \"LongestCommonSubsequence\",\n\t  \"LongestCommonSubsequencePositions\",\n\t  \"LongestMatch\",\n\t  \"LongestOrderedSequence\",\n\t  \"LongForm\",\n\t  \"Longitude\",\n\t  \"LongLeftArrow\",\n\t  \"LongLeftRightArrow\",\n\t  \"LongRightArrow\",\n\t  \"LongShortTermMemoryLayer\",\n\t  \"Lookup\",\n\t  \"Loopback\",\n\t  \"LoopFreeGraphQ\",\n\t  \"Looping\",\n\t  \"LossFunction\",\n\t  \"LowerCaseQ\",\n\t  \"LowerLeftArrow\",\n\t  \"LowerRightArrow\",\n\t  \"LowerTriangularize\",\n\t  \"LowerTriangularMatrixQ\",\n\t  \"LowpassFilter\",\n\t  \"LQEstimatorGains\",\n\t  \"LQGRegulator\",\n\t  \"LQOutputRegulatorGains\",\n\t  \"LQRegulatorGains\",\n\t  \"LUBackSubstitution\",\n\t  \"LucasL\",\n\t  \"LuccioSamiComponents\",\n\t  \"LUDecomposition\",\n\t  \"LunarEclipse\",\n\t  \"LUVColor\",\n\t  \"LyapunovSolve\",\n\t  \"LyonsGroupLy\",\n\t  \"MachineID\",\n\t  \"MachineName\",\n\t  \"MachineNumberQ\",\n\t  \"MachinePrecision\",\n\t  \"MacintoshSystemPageSetup\",\n\t  \"Magenta\",\n\t  \"Magnification\",\n\t  \"Magnify\",\n\t  \"MailAddressValidation\",\n\t  \"MailExecute\",\n\t  \"MailFolder\",\n\t  \"MailItem\",\n\t  \"MailReceiverFunction\",\n\t  \"MailResponseFunction\",\n\t  \"MailSearch\",\n\t  \"MailServerConnect\",\n\t  \"MailServerConnection\",\n\t  \"MailSettings\",\n\t  \"MainSolve\",\n\t  \"MaintainDynamicCaches\",\n\t  \"Majority\",\n\t  \"MakeBoxes\",\n\t  \"MakeExpression\",\n\t  \"MakeRules\",\n\t  \"ManagedLibraryExpressionID\",\n\t  \"ManagedLibraryExpressionQ\",\n\t  \"MandelbrotSetBoettcher\",\n\t  \"MandelbrotSetDistance\",\n\t  \"MandelbrotSetIterationCount\",\n\t  \"MandelbrotSetMemberQ\",\n\t  \"MandelbrotSetPlot\",\n\t  \"MangoldtLambda\",\n\t  \"ManhattanDistance\",\n\t  \"Manipulate\",\n\t  \"Manipulator\",\n\t  \"MannedSpaceMissionData\",\n\t  \"MannWhitneyTest\",\n\t  \"MantissaExponent\",\n\t  \"Manual\",\n\t  \"Map\",\n\t  \"MapAll\",\n\t  \"MapAt\",\n\t  \"MapIndexed\",\n\t  \"MAProcess\",\n\t  \"MapThread\",\n\t  \"MarchenkoPasturDistribution\",\n\t  \"MarcumQ\",\n\t  \"MardiaCombinedTest\",\n\t  \"MardiaKurtosisTest\",\n\t  \"MardiaSkewnessTest\",\n\t  \"MarginalDistribution\",\n\t  \"MarkovProcessProperties\",\n\t  \"Masking\",\n\t  \"MatchingDissimilarity\",\n\t  \"MatchLocalNameQ\",\n\t  \"MatchLocalNames\",\n\t  \"MatchQ\",\n\t  \"Material\",\n\t  \"MathematicalFunctionData\",\n\t  \"MathematicaNotation\",\n\t  \"MathieuC\",\n\t  \"MathieuCharacteristicA\",\n\t  \"MathieuCharacteristicB\",\n\t  \"MathieuCharacteristicExponent\",\n\t  \"MathieuCPrime\",\n\t  \"MathieuGroupM11\",\n\t  \"MathieuGroupM12\",\n\t  \"MathieuGroupM22\",\n\t  \"MathieuGroupM23\",\n\t  \"MathieuGroupM24\",\n\t  \"MathieuS\",\n\t  \"MathieuSPrime\",\n\t  \"MathMLForm\",\n\t  \"MathMLText\",\n\t  \"Matrices\",\n\t  \"MatrixExp\",\n\t  \"MatrixForm\",\n\t  \"MatrixFunction\",\n\t  \"MatrixLog\",\n\t  \"MatrixNormalDistribution\",\n\t  \"MatrixPlot\",\n\t  \"MatrixPower\",\n\t  \"MatrixPropertyDistribution\",\n\t  \"MatrixQ\",\n\t  \"MatrixRank\",\n\t  \"MatrixTDistribution\",\n\t  \"Max\",\n\t  \"MaxBend\",\n\t  \"MaxCellMeasure\",\n\t  \"MaxColorDistance\",\n\t  \"MaxDate\",\n\t  \"MaxDetect\",\n\t  \"MaxDuration\",\n\t  \"MaxExtraBandwidths\",\n\t  \"MaxExtraConditions\",\n\t  \"MaxFeatureDisplacement\",\n\t  \"MaxFeatures\",\n\t  \"MaxFilter\",\n\t  \"MaximalBy\",\n\t  \"Maximize\",\n\t  \"MaxItems\",\n\t  \"MaxIterations\",\n\t  \"MaxLimit\",\n\t  \"MaxMemoryUsed\",\n\t  \"MaxMixtureKernels\",\n\t  \"MaxOverlapFraction\",\n\t  \"MaxPlotPoints\",\n\t  \"MaxPoints\",\n\t  \"MaxRecursion\",\n\t  \"MaxStableDistribution\",\n\t  \"MaxStepFraction\",\n\t  \"MaxSteps\",\n\t  \"MaxStepSize\",\n\t  \"MaxTrainingRounds\",\n\t  \"MaxValue\",\n\t  \"MaxwellDistribution\",\n\t  \"MaxWordGap\",\n\t  \"McLaughlinGroupMcL\",\n\t  \"Mean\",\n\t  \"MeanAbsoluteLossLayer\",\n\t  \"MeanAround\",\n\t  \"MeanClusteringCoefficient\",\n\t  \"MeanDegreeConnectivity\",\n\t  \"MeanDeviation\",\n\t  \"MeanFilter\",\n\t  \"MeanGraphDistance\",\n\t  \"MeanNeighborDegree\",\n\t  \"MeanShift\",\n\t  \"MeanShiftFilter\",\n\t  \"MeanSquaredLossLayer\",\n\t  \"Median\",\n\t  \"MedianDeviation\",\n\t  \"MedianFilter\",\n\t  \"MedicalTestData\",\n\t  \"Medium\",\n\t  \"MeijerG\",\n\t  \"MeijerGReduce\",\n\t  \"MeixnerDistribution\",\n\t  \"MellinConvolve\",\n\t  \"MellinTransform\",\n\t  \"MemberQ\",\n\t  \"MemoryAvailable\",\n\t  \"MemoryConstrained\",\n\t  \"MemoryConstraint\",\n\t  \"MemoryInUse\",\n\t  \"MengerMesh\",\n\t  \"Menu\",\n\t  \"MenuAppearance\",\n\t  \"MenuCommandKey\",\n\t  \"MenuEvaluator\",\n\t  \"MenuItem\",\n\t  \"MenuList\",\n\t  \"MenuPacket\",\n\t  \"MenuSortingValue\",\n\t  \"MenuStyle\",\n\t  \"MenuView\",\n\t  \"Merge\",\n\t  \"MergeDifferences\",\n\t  \"MergingFunction\",\n\t  \"MersennePrimeExponent\",\n\t  \"MersennePrimeExponentQ\",\n\t  \"Mesh\",\n\t  \"MeshCellCentroid\",\n\t  \"MeshCellCount\",\n\t  \"MeshCellHighlight\",\n\t  \"MeshCellIndex\",\n\t  \"MeshCellLabel\",\n\t  \"MeshCellMarker\",\n\t  \"MeshCellMeasure\",\n\t  \"MeshCellQuality\",\n\t  \"MeshCells\",\n\t  \"MeshCellShapeFunction\",\n\t  \"MeshCellStyle\",\n\t  \"MeshConnectivityGraph\",\n\t  \"MeshCoordinates\",\n\t  \"MeshFunctions\",\n\t  \"MeshPrimitives\",\n\t  \"MeshQualityGoal\",\n\t  \"MeshRange\",\n\t  \"MeshRefinementFunction\",\n\t  \"MeshRegion\",\n\t  \"MeshRegionQ\",\n\t  \"MeshShading\",\n\t  \"MeshStyle\",\n\t  \"Message\",\n\t  \"MessageDialog\",\n\t  \"MessageList\",\n\t  \"MessageName\",\n\t  \"MessageObject\",\n\t  \"MessageOptions\",\n\t  \"MessagePacket\",\n\t  \"Messages\",\n\t  \"MessagesNotebook\",\n\t  \"MetaCharacters\",\n\t  \"MetaInformation\",\n\t  \"MeteorShowerData\",\n\t  \"Method\",\n\t  \"MethodOptions\",\n\t  \"MexicanHatWavelet\",\n\t  \"MeyerWavelet\",\n\t  \"Midpoint\",\n\t  \"Min\",\n\t  \"MinColorDistance\",\n\t  \"MinDate\",\n\t  \"MinDetect\",\n\t  \"MineralData\",\n\t  \"MinFilter\",\n\t  \"MinimalBy\",\n\t  \"MinimalPolynomial\",\n\t  \"MinimalStateSpaceModel\",\n\t  \"Minimize\",\n\t  \"MinimumTimeIncrement\",\n\t  \"MinIntervalSize\",\n\t  \"MinkowskiQuestionMark\",\n\t  \"MinLimit\",\n\t  \"MinMax\",\n\t  \"MinorPlanetData\",\n\t  \"Minors\",\n\t  \"MinRecursion\",\n\t  \"MinSize\",\n\t  \"MinStableDistribution\",\n\t  \"Minus\",\n\t  \"MinusPlus\",\n\t  \"MinValue\",\n\t  \"Missing\",\n\t  \"MissingBehavior\",\n\t  \"MissingDataMethod\",\n\t  \"MissingDataRules\",\n\t  \"MissingQ\",\n\t  \"MissingString\",\n\t  \"MissingStyle\",\n\t  \"MissingValuePattern\",\n\t  \"MittagLefflerE\",\n\t  \"MixedFractionParts\",\n\t  \"MixedGraphQ\",\n\t  \"MixedMagnitude\",\n\t  \"MixedRadix\",\n\t  \"MixedRadixQuantity\",\n\t  \"MixedUnit\",\n\t  \"MixtureDistribution\",\n\t  \"Mod\",\n\t  \"Modal\",\n\t  \"Mode\",\n\t  \"Modular\",\n\t  \"ModularInverse\",\n\t  \"ModularLambda\",\n\t  \"Module\",\n\t  \"Modulus\",\n\t  \"MoebiusMu\",\n\t  \"Molecule\",\n\t  \"MoleculeContainsQ\",\n\t  \"MoleculeEquivalentQ\",\n\t  \"MoleculeGraph\",\n\t  \"MoleculeModify\",\n\t  \"MoleculePattern\",\n\t  \"MoleculePlot\",\n\t  \"MoleculePlot3D\",\n\t  \"MoleculeProperty\",\n\t  \"MoleculeQ\",\n\t  \"MoleculeRecognize\",\n\t  \"MoleculeValue\",\n\t  \"Moment\",\n\t  \"Momentary\",\n\t  \"MomentConvert\",\n\t  \"MomentEvaluate\",\n\t  \"MomentGeneratingFunction\",\n\t  \"MomentOfInertia\",\n\t  \"Monday\",\n\t  \"Monitor\",\n\t  \"MonomialList\",\n\t  \"MonomialOrder\",\n\t  \"MonsterGroupM\",\n\t  \"MoonPhase\",\n\t  \"MoonPosition\",\n\t  \"MorletWavelet\",\n\t  \"MorphologicalBinarize\",\n\t  \"MorphologicalBranchPoints\",\n\t  \"MorphologicalComponents\",\n\t  \"MorphologicalEulerNumber\",\n\t  \"MorphologicalGraph\",\n\t  \"MorphologicalPerimeter\",\n\t  \"MorphologicalTransform\",\n\t  \"MortalityData\",\n\t  \"Most\",\n\t  \"MountainData\",\n\t  \"MouseAnnotation\",\n\t  \"MouseAppearance\",\n\t  \"MouseAppearanceTag\",\n\t  \"MouseButtons\",\n\t  \"Mouseover\",\n\t  \"MousePointerNote\",\n\t  \"MousePosition\",\n\t  \"MovieData\",\n\t  \"MovingAverage\",\n\t  \"MovingMap\",\n\t  \"MovingMedian\",\n\t  \"MoyalDistribution\",\n\t  \"Multicolumn\",\n\t  \"MultiedgeStyle\",\n\t  \"MultigraphQ\",\n\t  \"MultilaunchWarning\",\n\t  \"MultiLetterItalics\",\n\t  \"MultiLetterStyle\",\n\t  \"MultilineFunction\",\n\t  \"Multinomial\",\n\t  \"MultinomialDistribution\",\n\t  \"MultinormalDistribution\",\n\t  \"MultiplicativeOrder\",\n\t  \"Multiplicity\",\n\t  \"MultiplySides\",\n\t  \"Multiselection\",\n\t  \"MultivariateHypergeometricDistribution\",\n\t  \"MultivariatePoissonDistribution\",\n\t  \"MultivariateTDistribution\",\n\t  \"N\",\n\t  \"NakagamiDistribution\",\n\t  \"NameQ\",\n\t  \"Names\",\n\t  \"NamespaceBox\",\n\t  \"NamespaceBoxOptions\",\n\t  \"Nand\",\n\t  \"NArgMax\",\n\t  \"NArgMin\",\n\t  \"NBernoulliB\",\n\t  \"NBodySimulation\",\n\t  \"NBodySimulationData\",\n\t  \"NCache\",\n\t  \"NDEigensystem\",\n\t  \"NDEigenvalues\",\n\t  \"NDSolve\",\n\t  \"NDSolveValue\",\n\t  \"Nearest\",\n\t  \"NearestFunction\",\n\t  \"NearestMeshCells\",\n\t  \"NearestNeighborGraph\",\n\t  \"NearestTo\",\n\t  \"NebulaData\",\n\t  \"NeedCurrentFrontEndPackagePacket\",\n\t  \"NeedCurrentFrontEndSymbolsPacket\",\n\t  \"NeedlemanWunschSimilarity\",\n\t  \"Needs\",\n\t  \"Negative\",\n\t  \"NegativeBinomialDistribution\",\n\t  \"NegativeDefiniteMatrixQ\",\n\t  \"NegativeIntegers\",\n\t  \"NegativeMultinomialDistribution\",\n\t  \"NegativeRationals\",\n\t  \"NegativeReals\",\n\t  \"NegativeSemidefiniteMatrixQ\",\n\t  \"NeighborhoodData\",\n\t  \"NeighborhoodGraph\",\n\t  \"Nest\",\n\t  \"NestedGreaterGreater\",\n\t  \"NestedLessLess\",\n\t  \"NestedScriptRules\",\n\t  \"NestGraph\",\n\t  \"NestList\",\n\t  \"NestWhile\",\n\t  \"NestWhileList\",\n\t  \"NetAppend\",\n\t  \"NetBidirectionalOperator\",\n\t  \"NetChain\",\n\t  \"NetDecoder\",\n\t  \"NetDelete\",\n\t  \"NetDrop\",\n\t  \"NetEncoder\",\n\t  \"NetEvaluationMode\",\n\t  \"NetExtract\",\n\t  \"NetFlatten\",\n\t  \"NetFoldOperator\",\n\t  \"NetGANOperator\",\n\t  \"NetGraph\",\n\t  \"NetInformation\",\n\t  \"NetInitialize\",\n\t  \"NetInsert\",\n\t  \"NetInsertSharedArrays\",\n\t  \"NetJoin\",\n\t  \"NetMapOperator\",\n\t  \"NetMapThreadOperator\",\n\t  \"NetMeasurements\",\n\t  \"NetModel\",\n\t  \"NetNestOperator\",\n\t  \"NetPairEmbeddingOperator\",\n\t  \"NetPort\",\n\t  \"NetPortGradient\",\n\t  \"NetPrepend\",\n\t  \"NetRename\",\n\t  \"NetReplace\",\n\t  \"NetReplacePart\",\n\t  \"NetSharedArray\",\n\t  \"NetStateObject\",\n\t  \"NetTake\",\n\t  \"NetTrain\",\n\t  \"NetTrainResultsObject\",\n\t  \"NetworkPacketCapture\",\n\t  \"NetworkPacketRecording\",\n\t  \"NetworkPacketRecordingDuring\",\n\t  \"NetworkPacketTrace\",\n\t  \"NeumannValue\",\n\t  \"NevilleThetaC\",\n\t  \"NevilleThetaD\",\n\t  \"NevilleThetaN\",\n\t  \"NevilleThetaS\",\n\t  \"NewPrimitiveStyle\",\n\t  \"NExpectation\",\n\t  \"Next\",\n\t  \"NextCell\",\n\t  \"NextDate\",\n\t  \"NextPrime\",\n\t  \"NextScheduledTaskTime\",\n\t  \"NHoldAll\",\n\t  \"NHoldFirst\",\n\t  \"NHoldRest\",\n\t  \"NicholsGridLines\",\n\t  \"NicholsPlot\",\n\t  \"NightHemisphere\",\n\t  \"NIntegrate\",\n\t  \"NMaximize\",\n\t  \"NMaxValue\",\n\t  \"NMinimize\",\n\t  \"NMinValue\",\n\t  \"NominalVariables\",\n\t  \"NonAssociative\",\n\t  \"NoncentralBetaDistribution\",\n\t  \"NoncentralChiSquareDistribution\",\n\t  \"NoncentralFRatioDistribution\",\n\t  \"NoncentralStudentTDistribution\",\n\t  \"NonCommutativeMultiply\",\n\t  \"NonConstants\",\n\t  \"NondimensionalizationTransform\",\n\t  \"None\",\n\t  \"NoneTrue\",\n\t  \"NonlinearModelFit\",\n\t  \"NonlinearStateSpaceModel\",\n\t  \"NonlocalMeansFilter\",\n\t  \"NonNegative\",\n\t  \"NonNegativeIntegers\",\n\t  \"NonNegativeRationals\",\n\t  \"NonNegativeReals\",\n\t  \"NonPositive\",\n\t  \"NonPositiveIntegers\",\n\t  \"NonPositiveRationals\",\n\t  \"NonPositiveReals\",\n\t  \"Nor\",\n\t  \"NorlundB\",\n\t  \"Norm\",\n\t  \"Normal\",\n\t  \"NormalDistribution\",\n\t  \"NormalGrouping\",\n\t  \"NormalizationLayer\",\n\t  \"Normalize\",\n\t  \"Normalized\",\n\t  \"NormalizedSquaredEuclideanDistance\",\n\t  \"NormalMatrixQ\",\n\t  \"NormalsFunction\",\n\t  \"NormFunction\",\n\t  \"Not\",\n\t  \"NotCongruent\",\n\t  \"NotCupCap\",\n\t  \"NotDoubleVerticalBar\",\n\t  \"Notebook\",\n\t  \"NotebookApply\",\n\t  \"NotebookAutoSave\",\n\t  \"NotebookClose\",\n\t  \"NotebookConvertSettings\",\n\t  \"NotebookCreate\",\n\t  \"NotebookCreateReturnObject\",\n\t  \"NotebookDefault\",\n\t  \"NotebookDelete\",\n\t  \"NotebookDirectory\",\n\t  \"NotebookDynamicExpression\",\n\t  \"NotebookEvaluate\",\n\t  \"NotebookEventActions\",\n\t  \"NotebookFileName\",\n\t  \"NotebookFind\",\n\t  \"NotebookFindReturnObject\",\n\t  \"NotebookGet\",\n\t  \"NotebookGetLayoutInformationPacket\",\n\t  \"NotebookGetMisspellingsPacket\",\n\t  \"NotebookImport\",\n\t  \"NotebookInformation\",\n\t  \"NotebookInterfaceObject\",\n\t  \"NotebookLocate\",\n\t  \"NotebookObject\",\n\t  \"NotebookOpen\",\n\t  \"NotebookOpenReturnObject\",\n\t  \"NotebookPath\",\n\t  \"NotebookPrint\",\n\t  \"NotebookPut\",\n\t  \"NotebookPutReturnObject\",\n\t  \"NotebookRead\",\n\t  \"NotebookResetGeneratedCells\",\n\t  \"Notebooks\",\n\t  \"NotebookSave\",\n\t  \"NotebookSaveAs\",\n\t  \"NotebookSelection\",\n\t  \"NotebookSetupLayoutInformationPacket\",\n\t  \"NotebooksMenu\",\n\t  \"NotebookTemplate\",\n\t  \"NotebookWrite\",\n\t  \"NotElement\",\n\t  \"NotEqualTilde\",\n\t  \"NotExists\",\n\t  \"NotGreater\",\n\t  \"NotGreaterEqual\",\n\t  \"NotGreaterFullEqual\",\n\t  \"NotGreaterGreater\",\n\t  \"NotGreaterLess\",\n\t  \"NotGreaterSlantEqual\",\n\t  \"NotGreaterTilde\",\n\t  \"Nothing\",\n\t  \"NotHumpDownHump\",\n\t  \"NotHumpEqual\",\n\t  \"NotificationFunction\",\n\t  \"NotLeftTriangle\",\n\t  \"NotLeftTriangleBar\",\n\t  \"NotLeftTriangleEqual\",\n\t  \"NotLess\",\n\t  \"NotLessEqual\",\n\t  \"NotLessFullEqual\",\n\t  \"NotLessGreater\",\n\t  \"NotLessLess\",\n\t  \"NotLessSlantEqual\",\n\t  \"NotLessTilde\",\n\t  \"NotNestedGreaterGreater\",\n\t  \"NotNestedLessLess\",\n\t  \"NotPrecedes\",\n\t  \"NotPrecedesEqual\",\n\t  \"NotPrecedesSlantEqual\",\n\t  \"NotPrecedesTilde\",\n\t  \"NotReverseElement\",\n\t  \"NotRightTriangle\",\n\t  \"NotRightTriangleBar\",\n\t  \"NotRightTriangleEqual\",\n\t  \"NotSquareSubset\",\n\t  \"NotSquareSubsetEqual\",\n\t  \"NotSquareSuperset\",\n\t  \"NotSquareSupersetEqual\",\n\t  \"NotSubset\",\n\t  \"NotSubsetEqual\",\n\t  \"NotSucceeds\",\n\t  \"NotSucceedsEqual\",\n\t  \"NotSucceedsSlantEqual\",\n\t  \"NotSucceedsTilde\",\n\t  \"NotSuperset\",\n\t  \"NotSupersetEqual\",\n\t  \"NotTilde\",\n\t  \"NotTildeEqual\",\n\t  \"NotTildeFullEqual\",\n\t  \"NotTildeTilde\",\n\t  \"NotVerticalBar\",\n\t  \"Now\",\n\t  \"NoWhitespace\",\n\t  \"NProbability\",\n\t  \"NProduct\",\n\t  \"NProductFactors\",\n\t  \"NRoots\",\n\t  \"NSolve\",\n\t  \"NSum\",\n\t  \"NSumTerms\",\n\t  \"NuclearExplosionData\",\n\t  \"NuclearReactorData\",\n\t  \"Null\",\n\t  \"NullRecords\",\n\t  \"NullSpace\",\n\t  \"NullWords\",\n\t  \"Number\",\n\t  \"NumberCompose\",\n\t  \"NumberDecompose\",\n\t  \"NumberExpand\",\n\t  \"NumberFieldClassNumber\",\n\t  \"NumberFieldDiscriminant\",\n\t  \"NumberFieldFundamentalUnits\",\n\t  \"NumberFieldIntegralBasis\",\n\t  \"NumberFieldNormRepresentatives\",\n\t  \"NumberFieldRegulator\",\n\t  \"NumberFieldRootsOfUnity\",\n\t  \"NumberFieldSignature\",\n\t  \"NumberForm\",\n\t  \"NumberFormat\",\n\t  \"NumberLinePlot\",\n\t  \"NumberMarks\",\n\t  \"NumberMultiplier\",\n\t  \"NumberPadding\",\n\t  \"NumberPoint\",\n\t  \"NumberQ\",\n\t  \"NumberSeparator\",\n\t  \"NumberSigns\",\n\t  \"NumberString\",\n\t  \"Numerator\",\n\t  \"NumeratorDenominator\",\n\t  \"NumericalOrder\",\n\t  \"NumericalSort\",\n\t  \"NumericArray\",\n\t  \"NumericArrayQ\",\n\t  \"NumericArrayType\",\n\t  \"NumericFunction\",\n\t  \"NumericQ\",\n\t  \"NuttallWindow\",\n\t  \"NValues\",\n\t  \"NyquistGridLines\",\n\t  \"NyquistPlot\",\n\t  \"O\",\n\t  \"ObservabilityGramian\",\n\t  \"ObservabilityMatrix\",\n\t  \"ObservableDecomposition\",\n\t  \"ObservableModelQ\",\n\t  \"OceanData\",\n\t  \"Octahedron\",\n\t  \"OddQ\",\n\t  \"Off\",\n\t  \"Offset\",\n\t  \"OLEData\",\n\t  \"On\",\n\t  \"ONanGroupON\",\n\t  \"Once\",\n\t  \"OneIdentity\",\n\t  \"Opacity\",\n\t  \"OpacityFunction\",\n\t  \"OpacityFunctionScaling\",\n\t  \"Open\",\n\t  \"OpenAppend\",\n\t  \"Opener\",\n\t  \"OpenerBox\",\n\t  \"OpenerBoxOptions\",\n\t  \"OpenerView\",\n\t  \"OpenFunctionInspectorPacket\",\n\t  \"Opening\",\n\t  \"OpenRead\",\n\t  \"OpenSpecialOptions\",\n\t  \"OpenTemporary\",\n\t  \"OpenWrite\",\n\t  \"Operate\",\n\t  \"OperatingSystem\",\n\t  \"OperatorApplied\",\n\t  \"OptimumFlowData\",\n\t  \"Optional\",\n\t  \"OptionalElement\",\n\t  \"OptionInspectorSettings\",\n\t  \"OptionQ\",\n\t  \"Options\",\n\t  \"OptionsPacket\",\n\t  \"OptionsPattern\",\n\t  \"OptionValue\",\n\t  \"OptionValueBox\",\n\t  \"OptionValueBoxOptions\",\n\t  \"Or\",\n\t  \"Orange\",\n\t  \"Order\",\n\t  \"OrderDistribution\",\n\t  \"OrderedQ\",\n\t  \"Ordering\",\n\t  \"OrderingBy\",\n\t  \"OrderingLayer\",\n\t  \"Orderless\",\n\t  \"OrderlessPatternSequence\",\n\t  \"OrnsteinUhlenbeckProcess\",\n\t  \"Orthogonalize\",\n\t  \"OrthogonalMatrixQ\",\n\t  \"Out\",\n\t  \"Outer\",\n\t  \"OuterPolygon\",\n\t  \"OuterPolyhedron\",\n\t  \"OutputAutoOverwrite\",\n\t  \"OutputControllabilityMatrix\",\n\t  \"OutputControllableModelQ\",\n\t  \"OutputForm\",\n\t  \"OutputFormData\",\n\t  \"OutputGrouping\",\n\t  \"OutputMathEditExpression\",\n\t  \"OutputNamePacket\",\n\t  \"OutputResponse\",\n\t  \"OutputSizeLimit\",\n\t  \"OutputStream\",\n\t  \"Over\",\n\t  \"OverBar\",\n\t  \"OverDot\",\n\t  \"Overflow\",\n\t  \"OverHat\",\n\t  \"Overlaps\",\n\t  \"Overlay\",\n\t  \"OverlayBox\",\n\t  \"OverlayBoxOptions\",\n\t  \"Overscript\",\n\t  \"OverscriptBox\",\n\t  \"OverscriptBoxOptions\",\n\t  \"OverTilde\",\n\t  \"OverVector\",\n\t  \"OverwriteTarget\",\n\t  \"OwenT\",\n\t  \"OwnValues\",\n\t  \"Package\",\n\t  \"PackingMethod\",\n\t  \"PackPaclet\",\n\t  \"PacletDataRebuild\",\n\t  \"PacletDirectoryAdd\",\n\t  \"PacletDirectoryLoad\",\n\t  \"PacletDirectoryRemove\",\n\t  \"PacletDirectoryUnload\",\n\t  \"PacletDisable\",\n\t  \"PacletEnable\",\n\t  \"PacletFind\",\n\t  \"PacletFindRemote\",\n\t  \"PacletInformation\",\n\t  \"PacletInstall\",\n\t  \"PacletInstallSubmit\",\n\t  \"PacletNewerQ\",\n\t  \"PacletObject\",\n\t  \"PacletObjectQ\",\n\t  \"PacletSite\",\n\t  \"PacletSiteObject\",\n\t  \"PacletSiteRegister\",\n\t  \"PacletSites\",\n\t  \"PacletSiteUnregister\",\n\t  \"PacletSiteUpdate\",\n\t  \"PacletUninstall\",\n\t  \"PacletUpdate\",\n\t  \"PaddedForm\",\n\t  \"Padding\",\n\t  \"PaddingLayer\",\n\t  \"PaddingSize\",\n\t  \"PadeApproximant\",\n\t  \"PadLeft\",\n\t  \"PadRight\",\n\t  \"PageBreakAbove\",\n\t  \"PageBreakBelow\",\n\t  \"PageBreakWithin\",\n\t  \"PageFooterLines\",\n\t  \"PageFooters\",\n\t  \"PageHeaderLines\",\n\t  \"PageHeaders\",\n\t  \"PageHeight\",\n\t  \"PageRankCentrality\",\n\t  \"PageTheme\",\n\t  \"PageWidth\",\n\t  \"Pagination\",\n\t  \"PairedBarChart\",\n\t  \"PairedHistogram\",\n\t  \"PairedSmoothHistogram\",\n\t  \"PairedTTest\",\n\t  \"PairedZTest\",\n\t  \"PaletteNotebook\",\n\t  \"PalettePath\",\n\t  \"PalindromeQ\",\n\t  \"Pane\",\n\t  \"PaneBox\",\n\t  \"PaneBoxOptions\",\n\t  \"Panel\",\n\t  \"PanelBox\",\n\t  \"PanelBoxOptions\",\n\t  \"Paneled\",\n\t  \"PaneSelector\",\n\t  \"PaneSelectorBox\",\n\t  \"PaneSelectorBoxOptions\",\n\t  \"PaperWidth\",\n\t  \"ParabolicCylinderD\",\n\t  \"ParagraphIndent\",\n\t  \"ParagraphSpacing\",\n\t  \"ParallelArray\",\n\t  \"ParallelCombine\",\n\t  \"ParallelDo\",\n\t  \"Parallelepiped\",\n\t  \"ParallelEvaluate\",\n\t  \"Parallelization\",\n\t  \"Parallelize\",\n\t  \"ParallelMap\",\n\t  \"ParallelNeeds\",\n\t  \"Parallelogram\",\n\t  \"ParallelProduct\",\n\t  \"ParallelSubmit\",\n\t  \"ParallelSum\",\n\t  \"ParallelTable\",\n\t  \"ParallelTry\",\n\t  \"Parameter\",\n\t  \"ParameterEstimator\",\n\t  \"ParameterMixtureDistribution\",\n\t  \"ParameterVariables\",\n\t  \"ParametricFunction\",\n\t  \"ParametricNDSolve\",\n\t  \"ParametricNDSolveValue\",\n\t  \"ParametricPlot\",\n\t  \"ParametricPlot3D\",\n\t  \"ParametricRampLayer\",\n\t  \"ParametricRegion\",\n\t  \"ParentBox\",\n\t  \"ParentCell\",\n\t  \"ParentConnect\",\n\t  \"ParentDirectory\",\n\t  \"ParentForm\",\n\t  \"Parenthesize\",\n\t  \"ParentList\",\n\t  \"ParentNotebook\",\n\t  \"ParetoDistribution\",\n\t  \"ParetoPickandsDistribution\",\n\t  \"ParkData\",\n\t  \"Part\",\n\t  \"PartBehavior\",\n\t  \"PartialCorrelationFunction\",\n\t  \"PartialD\",\n\t  \"ParticleAcceleratorData\",\n\t  \"ParticleData\",\n\t  \"Partition\",\n\t  \"PartitionGranularity\",\n\t  \"PartitionsP\",\n\t  \"PartitionsQ\",\n\t  \"PartLayer\",\n\t  \"PartOfSpeech\",\n\t  \"PartProtection\",\n\t  \"ParzenWindow\",\n\t  \"PascalDistribution\",\n\t  \"PassEventsDown\",\n\t  \"PassEventsUp\",\n\t  \"Paste\",\n\t  \"PasteAutoQuoteCharacters\",\n\t  \"PasteBoxFormInlineCells\",\n\t  \"PasteButton\",\n\t  \"Path\",\n\t  \"PathGraph\",\n\t  \"PathGraphQ\",\n\t  \"Pattern\",\n\t  \"PatternFilling\",\n\t  \"PatternSequence\",\n\t  \"PatternTest\",\n\t  \"PauliMatrix\",\n\t  \"PaulWavelet\",\n\t  \"Pause\",\n\t  \"PausedTime\",\n\t  \"PDF\",\n\t  \"PeakDetect\",\n\t  \"PeanoCurve\",\n\t  \"PearsonChiSquareTest\",\n\t  \"PearsonCorrelationTest\",\n\t  \"PearsonDistribution\",\n\t  \"PercentForm\",\n\t  \"PerfectNumber\",\n\t  \"PerfectNumberQ\",\n\t  \"PerformanceGoal\",\n\t  \"Perimeter\",\n\t  \"PeriodicBoundaryCondition\",\n\t  \"PeriodicInterpolation\",\n\t  \"Periodogram\",\n\t  \"PeriodogramArray\",\n\t  \"Permanent\",\n\t  \"Permissions\",\n\t  \"PermissionsGroup\",\n\t  \"PermissionsGroupMemberQ\",\n\t  \"PermissionsGroups\",\n\t  \"PermissionsKey\",\n\t  \"PermissionsKeys\",\n\t  \"PermutationCycles\",\n\t  \"PermutationCyclesQ\",\n\t  \"PermutationGroup\",\n\t  \"PermutationLength\",\n\t  \"PermutationList\",\n\t  \"PermutationListQ\",\n\t  \"PermutationMax\",\n\t  \"PermutationMin\",\n\t  \"PermutationOrder\",\n\t  \"PermutationPower\",\n\t  \"PermutationProduct\",\n\t  \"PermutationReplace\",\n\t  \"Permutations\",\n\t  \"PermutationSupport\",\n\t  \"Permute\",\n\t  \"PeronaMalikFilter\",\n\t  \"Perpendicular\",\n\t  \"PerpendicularBisector\",\n\t  \"PersistenceLocation\",\n\t  \"PersistenceTime\",\n\t  \"PersistentObject\",\n\t  \"PersistentObjects\",\n\t  \"PersistentValue\",\n\t  \"PersonData\",\n\t  \"PERTDistribution\",\n\t  \"PetersenGraph\",\n\t  \"PhaseMargins\",\n\t  \"PhaseRange\",\n\t  \"PhysicalSystemData\",\n\t  \"Pi\",\n\t  \"Pick\",\n\t  \"PIDData\",\n\t  \"PIDDerivativeFilter\",\n\t  \"PIDFeedforward\",\n\t  \"PIDTune\",\n\t  \"Piecewise\",\n\t  \"PiecewiseExpand\",\n\t  \"PieChart\",\n\t  \"PieChart3D\",\n\t  \"PillaiTrace\",\n\t  \"PillaiTraceTest\",\n\t  \"PingTime\",\n\t  \"Pink\",\n\t  \"PitchRecognize\",\n\t  \"Pivoting\",\n\t  \"PixelConstrained\",\n\t  \"PixelValue\",\n\t  \"PixelValuePositions\",\n\t  \"Placed\",\n\t  \"Placeholder\",\n\t  \"PlaceholderReplace\",\n\t  \"Plain\",\n\t  \"PlanarAngle\",\n\t  \"PlanarGraph\",\n\t  \"PlanarGraphQ\",\n\t  \"PlanckRadiationLaw\",\n\t  \"PlaneCurveData\",\n\t  \"PlanetaryMoonData\",\n\t  \"PlanetData\",\n\t  \"PlantData\",\n\t  \"Play\",\n\t  \"PlayRange\",\n\t  \"Plot\",\n\t  \"Plot3D\",\n\t  \"Plot3Matrix\",\n\t  \"PlotDivision\",\n\t  \"PlotJoined\",\n\t  \"PlotLabel\",\n\t  \"PlotLabels\",\n\t  \"PlotLayout\",\n\t  \"PlotLegends\",\n\t  \"PlotMarkers\",\n\t  \"PlotPoints\",\n\t  \"PlotRange\",\n\t  \"PlotRangeClipping\",\n\t  \"PlotRangeClipPlanesStyle\",\n\t  \"PlotRangePadding\",\n\t  \"PlotRegion\",\n\t  \"PlotStyle\",\n\t  \"PlotTheme\",\n\t  \"Pluralize\",\n\t  \"Plus\",\n\t  \"PlusMinus\",\n\t  \"Pochhammer\",\n\t  \"PodStates\",\n\t  \"PodWidth\",\n\t  \"Point\",\n\t  \"Point3DBox\",\n\t  \"Point3DBoxOptions\",\n\t  \"PointBox\",\n\t  \"PointBoxOptions\",\n\t  \"PointFigureChart\",\n\t  \"PointLegend\",\n\t  \"PointSize\",\n\t  \"PoissonConsulDistribution\",\n\t  \"PoissonDistribution\",\n\t  \"PoissonProcess\",\n\t  \"PoissonWindow\",\n\t  \"PolarAxes\",\n\t  \"PolarAxesOrigin\",\n\t  \"PolarGridLines\",\n\t  \"PolarPlot\",\n\t  \"PolarTicks\",\n\t  \"PoleZeroMarkers\",\n\t  \"PolyaAeppliDistribution\",\n\t  \"PolyGamma\",\n\t  \"Polygon\",\n\t  \"Polygon3DBox\",\n\t  \"Polygon3DBoxOptions\",\n\t  \"PolygonalNumber\",\n\t  \"PolygonAngle\",\n\t  \"PolygonBox\",\n\t  \"PolygonBoxOptions\",\n\t  \"PolygonCoordinates\",\n\t  \"PolygonDecomposition\",\n\t  \"PolygonHoleScale\",\n\t  \"PolygonIntersections\",\n\t  \"PolygonScale\",\n\t  \"Polyhedron\",\n\t  \"PolyhedronAngle\",\n\t  \"PolyhedronCoordinates\",\n\t  \"PolyhedronData\",\n\t  \"PolyhedronDecomposition\",\n\t  \"PolyhedronGenus\",\n\t  \"PolyLog\",\n\t  \"PolynomialExtendedGCD\",\n\t  \"PolynomialForm\",\n\t  \"PolynomialGCD\",\n\t  \"PolynomialLCM\",\n\t  \"PolynomialMod\",\n\t  \"PolynomialQ\",\n\t  \"PolynomialQuotient\",\n\t  \"PolynomialQuotientRemainder\",\n\t  \"PolynomialReduce\",\n\t  \"PolynomialRemainder\",\n\t  \"Polynomials\",\n\t  \"PoolingLayer\",\n\t  \"PopupMenu\",\n\t  \"PopupMenuBox\",\n\t  \"PopupMenuBoxOptions\",\n\t  \"PopupView\",\n\t  \"PopupWindow\",\n\t  \"Position\",\n\t  \"PositionIndex\",\n\t  \"Positive\",\n\t  \"PositiveDefiniteMatrixQ\",\n\t  \"PositiveIntegers\",\n\t  \"PositiveRationals\",\n\t  \"PositiveReals\",\n\t  \"PositiveSemidefiniteMatrixQ\",\n\t  \"PossibleZeroQ\",\n\t  \"Postfix\",\n\t  \"PostScript\",\n\t  \"Power\",\n\t  \"PowerDistribution\",\n\t  \"PowerExpand\",\n\t  \"PowerMod\",\n\t  \"PowerModList\",\n\t  \"PowerRange\",\n\t  \"PowerSpectralDensity\",\n\t  \"PowersRepresentations\",\n\t  \"PowerSymmetricPolynomial\",\n\t  \"Precedence\",\n\t  \"PrecedenceForm\",\n\t  \"Precedes\",\n\t  \"PrecedesEqual\",\n\t  \"PrecedesSlantEqual\",\n\t  \"PrecedesTilde\",\n\t  \"Precision\",\n\t  \"PrecisionGoal\",\n\t  \"PreDecrement\",\n\t  \"Predict\",\n\t  \"PredictionRoot\",\n\t  \"PredictorFunction\",\n\t  \"PredictorInformation\",\n\t  \"PredictorMeasurements\",\n\t  \"PredictorMeasurementsObject\",\n\t  \"PreemptProtect\",\n\t  \"PreferencesPath\",\n\t  \"Prefix\",\n\t  \"PreIncrement\",\n\t  \"Prepend\",\n\t  \"PrependLayer\",\n\t  \"PrependTo\",\n\t  \"PreprocessingRules\",\n\t  \"PreserveColor\",\n\t  \"PreserveImageOptions\",\n\t  \"Previous\",\n\t  \"PreviousCell\",\n\t  \"PreviousDate\",\n\t  \"PriceGraphDistribution\",\n\t  \"PrimaryPlaceholder\",\n\t  \"Prime\",\n\t  \"PrimeNu\",\n\t  \"PrimeOmega\",\n\t  \"PrimePi\",\n\t  \"PrimePowerQ\",\n\t  \"PrimeQ\",\n\t  \"Primes\",\n\t  \"PrimeZetaP\",\n\t  \"PrimitivePolynomialQ\",\n\t  \"PrimitiveRoot\",\n\t  \"PrimitiveRootList\",\n\t  \"PrincipalComponents\",\n\t  \"PrincipalValue\",\n\t  \"Print\",\n\t  \"PrintableASCIIQ\",\n\t  \"PrintAction\",\n\t  \"PrintForm\",\n\t  \"PrintingCopies\",\n\t  \"PrintingOptions\",\n\t  \"PrintingPageRange\",\n\t  \"PrintingStartingPageNumber\",\n\t  \"PrintingStyleEnvironment\",\n\t  \"Printout3D\",\n\t  \"Printout3DPreviewer\",\n\t  \"PrintPrecision\",\n\t  \"PrintTemporary\",\n\t  \"Prism\",\n\t  \"PrismBox\",\n\t  \"PrismBoxOptions\",\n\t  \"PrivateCellOptions\",\n\t  \"PrivateEvaluationOptions\",\n\t  \"PrivateFontOptions\",\n\t  \"PrivateFrontEndOptions\",\n\t  \"PrivateKey\",\n\t  \"PrivateNotebookOptions\",\n\t  \"PrivatePaths\",\n\t  \"Probability\",\n\t  \"ProbabilityDistribution\",\n\t  \"ProbabilityPlot\",\n\t  \"ProbabilityPr\",\n\t  \"ProbabilityScalePlot\",\n\t  \"ProbitModelFit\",\n\t  \"ProcessConnection\",\n\t  \"ProcessDirectory\",\n\t  \"ProcessEnvironment\",\n\t  \"Processes\",\n\t  \"ProcessEstimator\",\n\t  \"ProcessInformation\",\n\t  \"ProcessObject\",\n\t  \"ProcessParameterAssumptions\",\n\t  \"ProcessParameterQ\",\n\t  \"ProcessStateDomain\",\n\t  \"ProcessStatus\",\n\t  \"ProcessTimeDomain\",\n\t  \"Product\",\n\t  \"ProductDistribution\",\n\t  \"ProductLog\",\n\t  \"ProgressIndicator\",\n\t  \"ProgressIndicatorBox\",\n\t  \"ProgressIndicatorBoxOptions\",\n\t  \"Projection\",\n\t  \"Prolog\",\n\t  \"PromptForm\",\n\t  \"ProofObject\",\n\t  \"Properties\",\n\t  \"Property\",\n\t  \"PropertyList\",\n\t  \"PropertyValue\",\n\t  \"Proportion\",\n\t  \"Proportional\",\n\t  \"Protect\",\n\t  \"Protected\",\n\t  \"ProteinData\",\n\t  \"Pruning\",\n\t  \"PseudoInverse\",\n\t  \"PsychrometricPropertyData\",\n\t  \"PublicKey\",\n\t  \"PublisherID\",\n\t  \"PulsarData\",\n\t  \"PunctuationCharacter\",\n\t  \"Purple\",\n\t  \"Put\",\n\t  \"PutAppend\",\n\t  \"Pyramid\",\n\t  \"PyramidBox\",\n\t  \"PyramidBoxOptions\",\n\t  \"QBinomial\",\n\t  \"QFactorial\",\n\t  \"QGamma\",\n\t  \"QHypergeometricPFQ\",\n\t  \"QnDispersion\",\n\t  \"QPochhammer\",\n\t  \"QPolyGamma\",\n\t  \"QRDecomposition\",\n\t  \"QuadraticIrrationalQ\",\n\t  \"QuadraticOptimization\",\n\t  \"Quantile\",\n\t  \"QuantilePlot\",\n\t  \"Quantity\",\n\t  \"QuantityArray\",\n\t  \"QuantityDistribution\",\n\t  \"QuantityForm\",\n\t  \"QuantityMagnitude\",\n\t  \"QuantityQ\",\n\t  \"QuantityUnit\",\n\t  \"QuantityVariable\",\n\t  \"QuantityVariableCanonicalUnit\",\n\t  \"QuantityVariableDimensions\",\n\t  \"QuantityVariableIdentifier\",\n\t  \"QuantityVariablePhysicalQuantity\",\n\t  \"Quartics\",\n\t  \"QuartileDeviation\",\n\t  \"Quartiles\",\n\t  \"QuartileSkewness\",\n\t  \"Query\",\n\t  \"QueueingNetworkProcess\",\n\t  \"QueueingProcess\",\n\t  \"QueueProperties\",\n\t  \"Quiet\",\n\t  \"Quit\",\n\t  \"Quotient\",\n\t  \"QuotientRemainder\",\n\t  \"RadialGradientImage\",\n\t  \"RadialityCentrality\",\n\t  \"RadicalBox\",\n\t  \"RadicalBoxOptions\",\n\t  \"RadioButton\",\n\t  \"RadioButtonBar\",\n\t  \"RadioButtonBox\",\n\t  \"RadioButtonBoxOptions\",\n\t  \"Radon\",\n\t  \"RadonTransform\",\n\t  \"RamanujanTau\",\n\t  \"RamanujanTauL\",\n\t  \"RamanujanTauTheta\",\n\t  \"RamanujanTauZ\",\n\t  \"Ramp\",\n\t  \"Random\",\n\t  \"RandomChoice\",\n\t  \"RandomColor\",\n\t  \"RandomComplex\",\n\t  \"RandomEntity\",\n\t  \"RandomFunction\",\n\t  \"RandomGeoPosition\",\n\t  \"RandomGraph\",\n\t  \"RandomImage\",\n\t  \"RandomInstance\",\n\t  \"RandomInteger\",\n\t  \"RandomPermutation\",\n\t  \"RandomPoint\",\n\t  \"RandomPolygon\",\n\t  \"RandomPolyhedron\",\n\t  \"RandomPrime\",\n\t  \"RandomReal\",\n\t  \"RandomSample\",\n\t  \"RandomSeed\",\n\t  \"RandomSeeding\",\n\t  \"RandomVariate\",\n\t  \"RandomWalkProcess\",\n\t  \"RandomWord\",\n\t  \"Range\",\n\t  \"RangeFilter\",\n\t  \"RangeSpecification\",\n\t  \"RankedMax\",\n\t  \"RankedMin\",\n\t  \"RarerProbability\",\n\t  \"Raster\",\n\t  \"Raster3D\",\n\t  \"Raster3DBox\",\n\t  \"Raster3DBoxOptions\",\n\t  \"RasterArray\",\n\t  \"RasterBox\",\n\t  \"RasterBoxOptions\",\n\t  \"Rasterize\",\n\t  \"RasterSize\",\n\t  \"Rational\",\n\t  \"RationalFunctions\",\n\t  \"Rationalize\",\n\t  \"Rationals\",\n\t  \"Ratios\",\n\t  \"RawArray\",\n\t  \"RawBoxes\",\n\t  \"RawData\",\n\t  \"RawMedium\",\n\t  \"RayleighDistribution\",\n\t  \"Re\",\n\t  \"Read\",\n\t  \"ReadByteArray\",\n\t  \"ReadLine\",\n\t  \"ReadList\",\n\t  \"ReadProtected\",\n\t  \"ReadString\",\n\t  \"Real\",\n\t  \"RealAbs\",\n\t  \"RealBlockDiagonalForm\",\n\t  \"RealDigits\",\n\t  \"RealExponent\",\n\t  \"Reals\",\n\t  \"RealSign\",\n\t  \"Reap\",\n\t  \"RebuildPacletData\",\n\t  \"RecognitionPrior\",\n\t  \"RecognitionThreshold\",\n\t  \"Record\",\n\t  \"RecordLists\",\n\t  \"RecordSeparators\",\n\t  \"Rectangle\",\n\t  \"RectangleBox\",\n\t  \"RectangleBoxOptions\",\n\t  \"RectangleChart\",\n\t  \"RectangleChart3D\",\n\t  \"RectangularRepeatingElement\",\n\t  \"RecurrenceFilter\",\n\t  \"RecurrenceTable\",\n\t  \"RecurringDigitsForm\",\n\t  \"Red\",\n\t  \"Reduce\",\n\t  \"RefBox\",\n\t  \"ReferenceLineStyle\",\n\t  \"ReferenceMarkers\",\n\t  \"ReferenceMarkerStyle\",\n\t  \"Refine\",\n\t  \"ReflectionMatrix\",\n\t  \"ReflectionTransform\",\n\t  \"Refresh\",\n\t  \"RefreshRate\",\n\t  \"Region\",\n\t  \"RegionBinarize\",\n\t  \"RegionBoundary\",\n\t  \"RegionBoundaryStyle\",\n\t  \"RegionBounds\",\n\t  \"RegionCentroid\",\n\t  \"RegionDifference\",\n\t  \"RegionDimension\",\n\t  \"RegionDisjoint\",\n\t  \"RegionDistance\",\n\t  \"RegionDistanceFunction\",\n\t  \"RegionEmbeddingDimension\",\n\t  \"RegionEqual\",\n\t  \"RegionFillingStyle\",\n\t  \"RegionFunction\",\n\t  \"RegionImage\",\n\t  \"RegionIntersection\",\n\t  \"RegionMeasure\",\n\t  \"RegionMember\",\n\t  \"RegionMemberFunction\",\n\t  \"RegionMoment\",\n\t  \"RegionNearest\",\n\t  \"RegionNearestFunction\",\n\t  \"RegionPlot\",\n\t  \"RegionPlot3D\",\n\t  \"RegionProduct\",\n\t  \"RegionQ\",\n\t  \"RegionResize\",\n\t  \"RegionSize\",\n\t  \"RegionSymmetricDifference\",\n\t  \"RegionUnion\",\n\t  \"RegionWithin\",\n\t  \"RegisterExternalEvaluator\",\n\t  \"RegularExpression\",\n\t  \"Regularization\",\n\t  \"RegularlySampledQ\",\n\t  \"RegularPolygon\",\n\t  \"ReIm\",\n\t  \"ReImLabels\",\n\t  \"ReImPlot\",\n\t  \"ReImStyle\",\n\t  \"Reinstall\",\n\t  \"RelationalDatabase\",\n\t  \"RelationGraph\",\n\t  \"Release\",\n\t  \"ReleaseHold\",\n\t  \"ReliabilityDistribution\",\n\t  \"ReliefImage\",\n\t  \"ReliefPlot\",\n\t  \"RemoteAuthorizationCaching\",\n\t  \"RemoteConnect\",\n\t  \"RemoteConnectionObject\",\n\t  \"RemoteFile\",\n\t  \"RemoteRun\",\n\t  \"RemoteRunProcess\",\n\t  \"Remove\",\n\t  \"RemoveAlphaChannel\",\n\t  \"RemoveAsynchronousTask\",\n\t  \"RemoveAudioStream\",\n\t  \"RemoveBackground\",\n\t  \"RemoveChannelListener\",\n\t  \"RemoveChannelSubscribers\",\n\t  \"Removed\",\n\t  \"RemoveDiacritics\",\n\t  \"RemoveInputStreamMethod\",\n\t  \"RemoveOutputStreamMethod\",\n\t  \"RemoveProperty\",\n\t  \"RemoveScheduledTask\",\n\t  \"RemoveUsers\",\n\t  \"RemoveVideoStream\",\n\t  \"RenameDirectory\",\n\t  \"RenameFile\",\n\t  \"RenderAll\",\n\t  \"RenderingOptions\",\n\t  \"RenewalProcess\",\n\t  \"RenkoChart\",\n\t  \"RepairMesh\",\n\t  \"Repeated\",\n\t  \"RepeatedNull\",\n\t  \"RepeatedString\",\n\t  \"RepeatedTiming\",\n\t  \"RepeatingElement\",\n\t  \"Replace\",\n\t  \"ReplaceAll\",\n\t  \"ReplaceHeldPart\",\n\t  \"ReplaceImageValue\",\n\t  \"ReplaceList\",\n\t  \"ReplacePart\",\n\t  \"ReplacePixelValue\",\n\t  \"ReplaceRepeated\",\n\t  \"ReplicateLayer\",\n\t  \"RequiredPhysicalQuantities\",\n\t  \"Resampling\",\n\t  \"ResamplingAlgorithmData\",\n\t  \"ResamplingMethod\",\n\t  \"Rescale\",\n\t  \"RescalingTransform\",\n\t  \"ResetDirectory\",\n\t  \"ResetMenusPacket\",\n\t  \"ResetScheduledTask\",\n\t  \"ReshapeLayer\",\n\t  \"Residue\",\n\t  \"ResizeLayer\",\n\t  \"Resolve\",\n\t  \"ResourceAcquire\",\n\t  \"ResourceData\",\n\t  \"ResourceFunction\",\n\t  \"ResourceObject\",\n\t  \"ResourceRegister\",\n\t  \"ResourceRemove\",\n\t  \"ResourceSearch\",\n\t  \"ResourceSubmissionObject\",\n\t  \"ResourceSubmit\",\n\t  \"ResourceSystemBase\",\n\t  \"ResourceSystemPath\",\n\t  \"ResourceUpdate\",\n\t  \"ResourceVersion\",\n\t  \"ResponseForm\",\n\t  \"Rest\",\n\t  \"RestartInterval\",\n\t  \"Restricted\",\n\t  \"Resultant\",\n\t  \"ResumePacket\",\n\t  \"Return\",\n\t  \"ReturnEntersInput\",\n\t  \"ReturnExpressionPacket\",\n\t  \"ReturnInputFormPacket\",\n\t  \"ReturnPacket\",\n\t  \"ReturnReceiptFunction\",\n\t  \"ReturnTextPacket\",\n\t  \"Reverse\",\n\t  \"ReverseApplied\",\n\t  \"ReverseBiorthogonalSplineWavelet\",\n\t  \"ReverseElement\",\n\t  \"ReverseEquilibrium\",\n\t  \"ReverseGraph\",\n\t  \"ReverseSort\",\n\t  \"ReverseSortBy\",\n\t  \"ReverseUpEquilibrium\",\n\t  \"RevolutionAxis\",\n\t  \"RevolutionPlot3D\",\n\t  \"RGBColor\",\n\t  \"RiccatiSolve\",\n\t  \"RiceDistribution\",\n\t  \"RidgeFilter\",\n\t  \"RiemannR\",\n\t  \"RiemannSiegelTheta\",\n\t  \"RiemannSiegelZ\",\n\t  \"RiemannXi\",\n\t  \"Riffle\",\n\t  \"Right\",\n\t  \"RightArrow\",\n\t  \"RightArrowBar\",\n\t  \"RightArrowLeftArrow\",\n\t  \"RightComposition\",\n\t  \"RightCosetRepresentative\",\n\t  \"RightDownTeeVector\",\n\t  \"RightDownVector\",\n\t  \"RightDownVectorBar\",\n\t  \"RightTee\",\n\t  \"RightTeeArrow\",\n\t  \"RightTeeVector\",\n\t  \"RightTriangle\",\n\t  \"RightTriangleBar\",\n\t  \"RightTriangleEqual\",\n\t  \"RightUpDownVector\",\n\t  \"RightUpTeeVector\",\n\t  \"RightUpVector\",\n\t  \"RightUpVectorBar\",\n\t  \"RightVector\",\n\t  \"RightVectorBar\",\n\t  \"RiskAchievementImportance\",\n\t  \"RiskReductionImportance\",\n\t  \"RogersTanimotoDissimilarity\",\n\t  \"RollPitchYawAngles\",\n\t  \"RollPitchYawMatrix\",\n\t  \"RomanNumeral\",\n\t  \"Root\",\n\t  \"RootApproximant\",\n\t  \"RootIntervals\",\n\t  \"RootLocusPlot\",\n\t  \"RootMeanSquare\",\n\t  \"RootOfUnityQ\",\n\t  \"RootReduce\",\n\t  \"Roots\",\n\t  \"RootSum\",\n\t  \"Rotate\",\n\t  \"RotateLabel\",\n\t  \"RotateLeft\",\n\t  \"RotateRight\",\n\t  \"RotationAction\",\n\t  \"RotationBox\",\n\t  \"RotationBoxOptions\",\n\t  \"RotationMatrix\",\n\t  \"RotationTransform\",\n\t  \"Round\",\n\t  \"RoundImplies\",\n\t  \"RoundingRadius\",\n\t  \"Row\",\n\t  \"RowAlignments\",\n\t  \"RowBackgrounds\",\n\t  \"RowBox\",\n\t  \"RowHeights\",\n\t  \"RowLines\",\n\t  \"RowMinHeight\",\n\t  \"RowReduce\",\n\t  \"RowsEqual\",\n\t  \"RowSpacings\",\n\t  \"RSolve\",\n\t  \"RSolveValue\",\n\t  \"RudinShapiro\",\n\t  \"RudvalisGroupRu\",\n\t  \"Rule\",\n\t  \"RuleCondition\",\n\t  \"RuleDelayed\",\n\t  \"RuleForm\",\n\t  \"RulePlot\",\n\t  \"RulerUnits\",\n\t  \"Run\",\n\t  \"RunProcess\",\n\t  \"RunScheduledTask\",\n\t  \"RunThrough\",\n\t  \"RuntimeAttributes\",\n\t  \"RuntimeOptions\",\n\t  \"RussellRaoDissimilarity\",\n\t  \"SameQ\",\n\t  \"SameTest\",\n\t  \"SameTestProperties\",\n\t  \"SampledEntityClass\",\n\t  \"SampleDepth\",\n\t  \"SampledSoundFunction\",\n\t  \"SampledSoundList\",\n\t  \"SampleRate\",\n\t  \"SamplingPeriod\",\n\t  \"SARIMAProcess\",\n\t  \"SARMAProcess\",\n\t  \"SASTriangle\",\n\t  \"SatelliteData\",\n\t  \"SatisfiabilityCount\",\n\t  \"SatisfiabilityInstances\",\n\t  \"SatisfiableQ\",\n\t  \"Saturday\",\n\t  \"Save\",\n\t  \"Saveable\",\n\t  \"SaveAutoDelete\",\n\t  \"SaveConnection\",\n\t  \"SaveDefinitions\",\n\t  \"SavitzkyGolayMatrix\",\n\t  \"SawtoothWave\",\n\t  \"Scale\",\n\t  \"Scaled\",\n\t  \"ScaleDivisions\",\n\t  \"ScaledMousePosition\",\n\t  \"ScaleOrigin\",\n\t  \"ScalePadding\",\n\t  \"ScaleRanges\",\n\t  \"ScaleRangeStyle\",\n\t  \"ScalingFunctions\",\n\t  \"ScalingMatrix\",\n\t  \"ScalingTransform\",\n\t  \"Scan\",\n\t  \"ScheduledTask\",\n\t  \"ScheduledTaskActiveQ\",\n\t  \"ScheduledTaskInformation\",\n\t  \"ScheduledTaskInformationData\",\n\t  \"ScheduledTaskObject\",\n\t  \"ScheduledTasks\",\n\t  \"SchurDecomposition\",\n\t  \"ScientificForm\",\n\t  \"ScientificNotationThreshold\",\n\t  \"ScorerGi\",\n\t  \"ScorerGiPrime\",\n\t  \"ScorerHi\",\n\t  \"ScorerHiPrime\",\n\t  \"ScreenRectangle\",\n\t  \"ScreenStyleEnvironment\",\n\t  \"ScriptBaselineShifts\",\n\t  \"ScriptForm\",\n\t  \"ScriptLevel\",\n\t  \"ScriptMinSize\",\n\t  \"ScriptRules\",\n\t  \"ScriptSizeMultipliers\",\n\t  \"Scrollbars\",\n\t  \"ScrollingOptions\",\n\t  \"ScrollPosition\",\n\t  \"SearchAdjustment\",\n\t  \"SearchIndexObject\",\n\t  \"SearchIndices\",\n\t  \"SearchQueryString\",\n\t  \"SearchResultObject\",\n\t  \"Sec\",\n\t  \"Sech\",\n\t  \"SechDistribution\",\n\t  \"SecondOrderConeOptimization\",\n\t  \"SectionGrouping\",\n\t  \"SectorChart\",\n\t  \"SectorChart3D\",\n\t  \"SectorOrigin\",\n\t  \"SectorSpacing\",\n\t  \"SecuredAuthenticationKey\",\n\t  \"SecuredAuthenticationKeys\",\n\t  \"SeedRandom\",\n\t  \"Select\",\n\t  \"Selectable\",\n\t  \"SelectComponents\",\n\t  \"SelectedCells\",\n\t  \"SelectedNotebook\",\n\t  \"SelectFirst\",\n\t  \"Selection\",\n\t  \"SelectionAnimate\",\n\t  \"SelectionCell\",\n\t  \"SelectionCellCreateCell\",\n\t  \"SelectionCellDefaultStyle\",\n\t  \"SelectionCellParentStyle\",\n\t  \"SelectionCreateCell\",\n\t  \"SelectionDebuggerTag\",\n\t  \"SelectionDuplicateCell\",\n\t  \"SelectionEvaluate\",\n\t  \"SelectionEvaluateCreateCell\",\n\t  \"SelectionMove\",\n\t  \"SelectionPlaceholder\",\n\t  \"SelectionSetStyle\",\n\t  \"SelectWithContents\",\n\t  \"SelfLoops\",\n\t  \"SelfLoopStyle\",\n\t  \"SemanticImport\",\n\t  \"SemanticImportString\",\n\t  \"SemanticInterpretation\",\n\t  \"SemialgebraicComponentInstances\",\n\t  \"SemidefiniteOptimization\",\n\t  \"SendMail\",\n\t  \"SendMessage\",\n\t  \"Sequence\",\n\t  \"SequenceAlignment\",\n\t  \"SequenceAttentionLayer\",\n\t  \"SequenceCases\",\n\t  \"SequenceCount\",\n\t  \"SequenceFold\",\n\t  \"SequenceFoldList\",\n\t  \"SequenceForm\",\n\t  \"SequenceHold\",\n\t  \"SequenceLastLayer\",\n\t  \"SequenceMostLayer\",\n\t  \"SequencePosition\",\n\t  \"SequencePredict\",\n\t  \"SequencePredictorFunction\",\n\t  \"SequenceReplace\",\n\t  \"SequenceRestLayer\",\n\t  \"SequenceReverseLayer\",\n\t  \"SequenceSplit\",\n\t  \"Series\",\n\t  \"SeriesCoefficient\",\n\t  \"SeriesData\",\n\t  \"SeriesTermGoal\",\n\t  \"ServiceConnect\",\n\t  \"ServiceDisconnect\",\n\t  \"ServiceExecute\",\n\t  \"ServiceObject\",\n\t  \"ServiceRequest\",\n\t  \"ServiceResponse\",\n\t  \"ServiceSubmit\",\n\t  \"SessionSubmit\",\n\t  \"SessionTime\",\n\t  \"Set\",\n\t  \"SetAccuracy\",\n\t  \"SetAlphaChannel\",\n\t  \"SetAttributes\",\n\t  \"Setbacks\",\n\t  \"SetBoxFormNamesPacket\",\n\t  \"SetCloudDirectory\",\n\t  \"SetCookies\",\n\t  \"SetDelayed\",\n\t  \"SetDirectory\",\n\t  \"SetEnvironment\",\n\t  \"SetEvaluationNotebook\",\n\t  \"SetFileDate\",\n\t  \"SetFileLoadingContext\",\n\t  \"SetNotebookStatusLine\",\n\t  \"SetOptions\",\n\t  \"SetOptionsPacket\",\n\t  \"SetPermissions\",\n\t  \"SetPrecision\",\n\t  \"SetProperty\",\n\t  \"SetSecuredAuthenticationKey\",\n\t  \"SetSelectedNotebook\",\n\t  \"SetSharedFunction\",\n\t  \"SetSharedVariable\",\n\t  \"SetSpeechParametersPacket\",\n\t  \"SetStreamPosition\",\n\t  \"SetSystemModel\",\n\t  \"SetSystemOptions\",\n\t  \"Setter\",\n\t  \"SetterBar\",\n\t  \"SetterBox\",\n\t  \"SetterBoxOptions\",\n\t  \"Setting\",\n\t  \"SetUsers\",\n\t  \"SetValue\",\n\t  \"Shading\",\n\t  \"Shallow\",\n\t  \"ShannonWavelet\",\n\t  \"ShapiroWilkTest\",\n\t  \"Share\",\n\t  \"SharingList\",\n\t  \"Sharpen\",\n\t  \"ShearingMatrix\",\n\t  \"ShearingTransform\",\n\t  \"ShellRegion\",\n\t  \"ShenCastanMatrix\",\n\t  \"ShiftedGompertzDistribution\",\n\t  \"ShiftRegisterSequence\",\n\t  \"Short\",\n\t  \"ShortDownArrow\",\n\t  \"Shortest\",\n\t  \"ShortestMatch\",\n\t  \"ShortestPathFunction\",\n\t  \"ShortLeftArrow\",\n\t  \"ShortRightArrow\",\n\t  \"ShortTimeFourier\",\n\t  \"ShortTimeFourierData\",\n\t  \"ShortUpArrow\",\n\t  \"Show\",\n\t  \"ShowAutoConvert\",\n\t  \"ShowAutoSpellCheck\",\n\t  \"ShowAutoStyles\",\n\t  \"ShowCellBracket\",\n\t  \"ShowCellLabel\",\n\t  \"ShowCellTags\",\n\t  \"ShowClosedCellArea\",\n\t  \"ShowCodeAssist\",\n\t  \"ShowContents\",\n\t  \"ShowControls\",\n\t  \"ShowCursorTracker\",\n\t  \"ShowGroupOpenCloseIcon\",\n\t  \"ShowGroupOpener\",\n\t  \"ShowInvisibleCharacters\",\n\t  \"ShowPageBreaks\",\n\t  \"ShowPredictiveInterface\",\n\t  \"ShowSelection\",\n\t  \"ShowShortBoxForm\",\n\t  \"ShowSpecialCharacters\",\n\t  \"ShowStringCharacters\",\n\t  \"ShowSyntaxStyles\",\n\t  \"ShrinkingDelay\",\n\t  \"ShrinkWrapBoundingBox\",\n\t  \"SiderealTime\",\n\t  \"SiegelTheta\",\n\t  \"SiegelTukeyTest\",\n\t  \"SierpinskiCurve\",\n\t  \"SierpinskiMesh\",\n\t  \"Sign\",\n\t  \"Signature\",\n\t  \"SignedRankTest\",\n\t  \"SignedRegionDistance\",\n\t  \"SignificanceLevel\",\n\t  \"SignPadding\",\n\t  \"SignTest\",\n\t  \"SimilarityRules\",\n\t  \"SimpleGraph\",\n\t  \"SimpleGraphQ\",\n\t  \"SimplePolygonQ\",\n\t  \"SimplePolyhedronQ\",\n\t  \"Simplex\",\n\t  \"Simplify\",\n\t  \"Sin\",\n\t  \"Sinc\",\n\t  \"SinghMaddalaDistribution\",\n\t  \"SingleEvaluation\",\n\t  \"SingleLetterItalics\",\n\t  \"SingleLetterStyle\",\n\t  \"SingularValueDecomposition\",\n\t  \"SingularValueList\",\n\t  \"SingularValuePlot\",\n\t  \"SingularValues\",\n\t  \"Sinh\",\n\t  \"SinhIntegral\",\n\t  \"SinIntegral\",\n\t  \"SixJSymbol\",\n\t  \"Skeleton\",\n\t  \"SkeletonTransform\",\n\t  \"SkellamDistribution\",\n\t  \"Skewness\",\n\t  \"SkewNormalDistribution\",\n\t  \"SkinStyle\",\n\t  \"Skip\",\n\t  \"SliceContourPlot3D\",\n\t  \"SliceDensityPlot3D\",\n\t  \"SliceDistribution\",\n\t  \"SliceVectorPlot3D\",\n\t  \"Slider\",\n\t  \"Slider2D\",\n\t  \"Slider2DBox\",\n\t  \"Slider2DBoxOptions\",\n\t  \"SliderBox\",\n\t  \"SliderBoxOptions\",\n\t  \"SlideView\",\n\t  \"Slot\",\n\t  \"SlotSequence\",\n\t  \"Small\",\n\t  \"SmallCircle\",\n\t  \"Smaller\",\n\t  \"SmithDecomposition\",\n\t  \"SmithDelayCompensator\",\n\t  \"SmithWatermanSimilarity\",\n\t  \"SmoothDensityHistogram\",\n\t  \"SmoothHistogram\",\n\t  \"SmoothHistogram3D\",\n\t  \"SmoothKernelDistribution\",\n\t  \"SnDispersion\",\n\t  \"Snippet\",\n\t  \"SnubPolyhedron\",\n\t  \"SocialMediaData\",\n\t  \"Socket\",\n\t  \"SocketConnect\",\n\t  \"SocketListen\",\n\t  \"SocketListener\",\n\t  \"SocketObject\",\n\t  \"SocketOpen\",\n\t  \"SocketReadMessage\",\n\t  \"SocketReadyQ\",\n\t  \"Sockets\",\n\t  \"SocketWaitAll\",\n\t  \"SocketWaitNext\",\n\t  \"SoftmaxLayer\",\n\t  \"SokalSneathDissimilarity\",\n\t  \"SolarEclipse\",\n\t  \"SolarSystemFeatureData\",\n\t  \"SolidAngle\",\n\t  \"SolidData\",\n\t  \"SolidRegionQ\",\n\t  \"Solve\",\n\t  \"SolveAlways\",\n\t  \"SolveDelayed\",\n\t  \"Sort\",\n\t  \"SortBy\",\n\t  \"SortedBy\",\n\t  \"SortedEntityClass\",\n\t  \"Sound\",\n\t  \"SoundAndGraphics\",\n\t  \"SoundNote\",\n\t  \"SoundVolume\",\n\t  \"SourceLink\",\n\t  \"Sow\",\n\t  \"Space\",\n\t  \"SpaceCurveData\",\n\t  \"SpaceForm\",\n\t  \"Spacer\",\n\t  \"Spacings\",\n\t  \"Span\",\n\t  \"SpanAdjustments\",\n\t  \"SpanCharacterRounding\",\n\t  \"SpanFromAbove\",\n\t  \"SpanFromBoth\",\n\t  \"SpanFromLeft\",\n\t  \"SpanLineThickness\",\n\t  \"SpanMaxSize\",\n\t  \"SpanMinSize\",\n\t  \"SpanningCharacters\",\n\t  \"SpanSymmetric\",\n\t  \"SparseArray\",\n\t  \"SpatialGraphDistribution\",\n\t  \"SpatialMedian\",\n\t  \"SpatialTransformationLayer\",\n\t  \"Speak\",\n\t  \"SpeakerMatchQ\",\n\t  \"SpeakTextPacket\",\n\t  \"SpearmanRankTest\",\n\t  \"SpearmanRho\",\n\t  \"SpeciesData\",\n\t  \"SpecificityGoal\",\n\t  \"SpectralLineData\",\n\t  \"Spectrogram\",\n\t  \"SpectrogramArray\",\n\t  \"Specularity\",\n\t  \"SpeechCases\",\n\t  \"SpeechInterpreter\",\n\t  \"SpeechRecognize\",\n\t  \"SpeechSynthesize\",\n\t  \"SpellingCorrection\",\n\t  \"SpellingCorrectionList\",\n\t  \"SpellingDictionaries\",\n\t  \"SpellingDictionariesPath\",\n\t  \"SpellingOptions\",\n\t  \"SpellingSuggestionsPacket\",\n\t  \"Sphere\",\n\t  \"SphereBox\",\n\t  \"SpherePoints\",\n\t  \"SphericalBesselJ\",\n\t  \"SphericalBesselY\",\n\t  \"SphericalHankelH1\",\n\t  \"SphericalHankelH2\",\n\t  \"SphericalHarmonicY\",\n\t  \"SphericalPlot3D\",\n\t  \"SphericalRegion\",\n\t  \"SphericalShell\",\n\t  \"SpheroidalEigenvalue\",\n\t  \"SpheroidalJoiningFactor\",\n\t  \"SpheroidalPS\",\n\t  \"SpheroidalPSPrime\",\n\t  \"SpheroidalQS\",\n\t  \"SpheroidalQSPrime\",\n\t  \"SpheroidalRadialFactor\",\n\t  \"SpheroidalS1\",\n\t  \"SpheroidalS1Prime\",\n\t  \"SpheroidalS2\",\n\t  \"SpheroidalS2Prime\",\n\t  \"Splice\",\n\t  \"SplicedDistribution\",\n\t  \"SplineClosed\",\n\t  \"SplineDegree\",\n\t  \"SplineKnots\",\n\t  \"SplineWeights\",\n\t  \"Split\",\n\t  \"SplitBy\",\n\t  \"SpokenString\",\n\t  \"Sqrt\",\n\t  \"SqrtBox\",\n\t  \"SqrtBoxOptions\",\n\t  \"Square\",\n\t  \"SquaredEuclideanDistance\",\n\t  \"SquareFreeQ\",\n\t  \"SquareIntersection\",\n\t  \"SquareMatrixQ\",\n\t  \"SquareRepeatingElement\",\n\t  \"SquaresR\",\n\t  \"SquareSubset\",\n\t  \"SquareSubsetEqual\",\n\t  \"SquareSuperset\",\n\t  \"SquareSupersetEqual\",\n\t  \"SquareUnion\",\n\t  \"SquareWave\",\n\t  \"SSSTriangle\",\n\t  \"StabilityMargins\",\n\t  \"StabilityMarginsStyle\",\n\t  \"StableDistribution\",\n\t  \"Stack\",\n\t  \"StackBegin\",\n\t  \"StackComplete\",\n\t  \"StackedDateListPlot\",\n\t  \"StackedListPlot\",\n\t  \"StackInhibit\",\n\t  \"StadiumShape\",\n\t  \"StandardAtmosphereData\",\n\t  \"StandardDeviation\",\n\t  \"StandardDeviationFilter\",\n\t  \"StandardForm\",\n\t  \"Standardize\",\n\t  \"Standardized\",\n\t  \"StandardOceanData\",\n\t  \"StandbyDistribution\",\n\t  \"Star\",\n\t  \"StarClusterData\",\n\t  \"StarData\",\n\t  \"StarGraph\",\n\t  \"StartAsynchronousTask\",\n\t  \"StartExternalSession\",\n\t  \"StartingStepSize\",\n\t  \"StartOfLine\",\n\t  \"StartOfString\",\n\t  \"StartProcess\",\n\t  \"StartScheduledTask\",\n\t  \"StartupSound\",\n\t  \"StartWebSession\",\n\t  \"StateDimensions\",\n\t  \"StateFeedbackGains\",\n\t  \"StateOutputEstimator\",\n\t  \"StateResponse\",\n\t  \"StateSpaceModel\",\n\t  \"StateSpaceRealization\",\n\t  \"StateSpaceTransform\",\n\t  \"StateTransformationLinearize\",\n\t  \"StationaryDistribution\",\n\t  \"StationaryWaveletPacketTransform\",\n\t  \"StationaryWaveletTransform\",\n\t  \"StatusArea\",\n\t  \"StatusCentrality\",\n\t  \"StepMonitor\",\n\t  \"StereochemistryElements\",\n\t  \"StieltjesGamma\",\n\t  \"StippleShading\",\n\t  \"StirlingS1\",\n\t  \"StirlingS2\",\n\t  \"StopAsynchronousTask\",\n\t  \"StoppingPowerData\",\n\t  \"StopScheduledTask\",\n\t  \"StrataVariables\",\n\t  \"StratonovichProcess\",\n\t  \"StreamColorFunction\",\n\t  \"StreamColorFunctionScaling\",\n\t  \"StreamDensityPlot\",\n\t  \"StreamMarkers\",\n\t  \"StreamPlot\",\n\t  \"StreamPoints\",\n\t  \"StreamPosition\",\n\t  \"Streams\",\n\t  \"StreamScale\",\n\t  \"StreamStyle\",\n\t  \"String\",\n\t  \"StringBreak\",\n\t  \"StringByteCount\",\n\t  \"StringCases\",\n\t  \"StringContainsQ\",\n\t  \"StringCount\",\n\t  \"StringDelete\",\n\t  \"StringDrop\",\n\t  \"StringEndsQ\",\n\t  \"StringExpression\",\n\t  \"StringExtract\",\n\t  \"StringForm\",\n\t  \"StringFormat\",\n\t  \"StringFreeQ\",\n\t  \"StringInsert\",\n\t  \"StringJoin\",\n\t  \"StringLength\",\n\t  \"StringMatchQ\",\n\t  \"StringPadLeft\",\n\t  \"StringPadRight\",\n\t  \"StringPart\",\n\t  \"StringPartition\",\n\t  \"StringPosition\",\n\t  \"StringQ\",\n\t  \"StringRepeat\",\n\t  \"StringReplace\",\n\t  \"StringReplaceList\",\n\t  \"StringReplacePart\",\n\t  \"StringReverse\",\n\t  \"StringRiffle\",\n\t  \"StringRotateLeft\",\n\t  \"StringRotateRight\",\n\t  \"StringSkeleton\",\n\t  \"StringSplit\",\n\t  \"StringStartsQ\",\n\t  \"StringTake\",\n\t  \"StringTemplate\",\n\t  \"StringToByteArray\",\n\t  \"StringToStream\",\n\t  \"StringTrim\",\n\t  \"StripBoxes\",\n\t  \"StripOnInput\",\n\t  \"StripWrapperBoxes\",\n\t  \"StrokeForm\",\n\t  \"StructuralImportance\",\n\t  \"StructuredArray\",\n\t  \"StructuredArrayHeadQ\",\n\t  \"StructuredSelection\",\n\t  \"StruveH\",\n\t  \"StruveL\",\n\t  \"Stub\",\n\t  \"StudentTDistribution\",\n\t  \"Style\",\n\t  \"StyleBox\",\n\t  \"StyleBoxAutoDelete\",\n\t  \"StyleData\",\n\t  \"StyleDefinitions\",\n\t  \"StyleForm\",\n\t  \"StyleHints\",\n\t  \"StyleKeyMapping\",\n\t  \"StyleMenuListing\",\n\t  \"StyleNameDialogSettings\",\n\t  \"StyleNames\",\n\t  \"StylePrint\",\n\t  \"StyleSheetPath\",\n\t  \"Subdivide\",\n\t  \"Subfactorial\",\n\t  \"Subgraph\",\n\t  \"SubMinus\",\n\t  \"SubPlus\",\n\t  \"SubresultantPolynomialRemainders\",\n\t  \"SubresultantPolynomials\",\n\t  \"Subresultants\",\n\t  \"Subscript\",\n\t  \"SubscriptBox\",\n\t  \"SubscriptBoxOptions\",\n\t  \"Subscripted\",\n\t  \"Subsequences\",\n\t  \"Subset\",\n\t  \"SubsetCases\",\n\t  \"SubsetCount\",\n\t  \"SubsetEqual\",\n\t  \"SubsetMap\",\n\t  \"SubsetPosition\",\n\t  \"SubsetQ\",\n\t  \"SubsetReplace\",\n\t  \"Subsets\",\n\t  \"SubStar\",\n\t  \"SubstitutionSystem\",\n\t  \"Subsuperscript\",\n\t  \"SubsuperscriptBox\",\n\t  \"SubsuperscriptBoxOptions\",\n\t  \"SubtitleEncoding\",\n\t  \"SubtitleTracks\",\n\t  \"Subtract\",\n\t  \"SubtractFrom\",\n\t  \"SubtractSides\",\n\t  \"SubValues\",\n\t  \"Succeeds\",\n\t  \"SucceedsEqual\",\n\t  \"SucceedsSlantEqual\",\n\t  \"SucceedsTilde\",\n\t  \"Success\",\n\t  \"SuchThat\",\n\t  \"Sum\",\n\t  \"SumConvergence\",\n\t  \"SummationLayer\",\n\t  \"Sunday\",\n\t  \"SunPosition\",\n\t  \"Sunrise\",\n\t  \"Sunset\",\n\t  \"SuperDagger\",\n\t  \"SuperMinus\",\n\t  \"SupernovaData\",\n\t  \"SuperPlus\",\n\t  \"Superscript\",\n\t  \"SuperscriptBox\",\n\t  \"SuperscriptBoxOptions\",\n\t  \"Superset\",\n\t  \"SupersetEqual\",\n\t  \"SuperStar\",\n\t  \"Surd\",\n\t  \"SurdForm\",\n\t  \"SurfaceAppearance\",\n\t  \"SurfaceArea\",\n\t  \"SurfaceColor\",\n\t  \"SurfaceData\",\n\t  \"SurfaceGraphics\",\n\t  \"SurvivalDistribution\",\n\t  \"SurvivalFunction\",\n\t  \"SurvivalModel\",\n\t  \"SurvivalModelFit\",\n\t  \"SuspendPacket\",\n\t  \"SuzukiDistribution\",\n\t  \"SuzukiGroupSuz\",\n\t  \"SwatchLegend\",\n\t  \"Switch\",\n\t  \"Symbol\",\n\t  \"SymbolName\",\n\t  \"SymletWavelet\",\n\t  \"Symmetric\",\n\t  \"SymmetricGroup\",\n\t  \"SymmetricKey\",\n\t  \"SymmetricMatrixQ\",\n\t  \"SymmetricPolynomial\",\n\t  \"SymmetricReduction\",\n\t  \"Symmetrize\",\n\t  \"SymmetrizedArray\",\n\t  \"SymmetrizedArrayRules\",\n\t  \"SymmetrizedDependentComponents\",\n\t  \"SymmetrizedIndependentComponents\",\n\t  \"SymmetrizedReplacePart\",\n\t  \"SynchronousInitialization\",\n\t  \"SynchronousUpdating\",\n\t  \"Synonyms\",\n\t  \"Syntax\",\n\t  \"SyntaxForm\",\n\t  \"SyntaxInformation\",\n\t  \"SyntaxLength\",\n\t  \"SyntaxPacket\",\n\t  \"SyntaxQ\",\n\t  \"SynthesizeMissingValues\",\n\t  \"SystemCredential\",\n\t  \"SystemCredentialData\",\n\t  \"SystemCredentialKey\",\n\t  \"SystemCredentialKeys\",\n\t  \"SystemCredentialStoreObject\",\n\t  \"SystemDialogInput\",\n\t  \"SystemException\",\n\t  \"SystemGet\",\n\t  \"SystemHelpPath\",\n\t  \"SystemInformation\",\n\t  \"SystemInformationData\",\n\t  \"SystemInstall\",\n\t  \"SystemModel\",\n\t  \"SystemModeler\",\n\t  \"SystemModelExamples\",\n\t  \"SystemModelLinearize\",\n\t  \"SystemModelParametricSimulate\",\n\t  \"SystemModelPlot\",\n\t  \"SystemModelProgressReporting\",\n\t  \"SystemModelReliability\",\n\t  \"SystemModels\",\n\t  \"SystemModelSimulate\",\n\t  \"SystemModelSimulateSensitivity\",\n\t  \"SystemModelSimulationData\",\n\t  \"SystemOpen\",\n\t  \"SystemOptions\",\n\t  \"SystemProcessData\",\n\t  \"SystemProcesses\",\n\t  \"SystemsConnectionsModel\",\n\t  \"SystemsModelDelay\",\n\t  \"SystemsModelDelayApproximate\",\n\t  \"SystemsModelDelete\",\n\t  \"SystemsModelDimensions\",\n\t  \"SystemsModelExtract\",\n\t  \"SystemsModelFeedbackConnect\",\n\t  \"SystemsModelLabels\",\n\t  \"SystemsModelLinearity\",\n\t  \"SystemsModelMerge\",\n\t  \"SystemsModelOrder\",\n\t  \"SystemsModelParallelConnect\",\n\t  \"SystemsModelSeriesConnect\",\n\t  \"SystemsModelStateFeedbackConnect\",\n\t  \"SystemsModelVectorRelativeOrders\",\n\t  \"SystemStub\",\n\t  \"SystemTest\",\n\t  \"Tab\",\n\t  \"TabFilling\",\n\t  \"Table\",\n\t  \"TableAlignments\",\n\t  \"TableDepth\",\n\t  \"TableDirections\",\n\t  \"TableForm\",\n\t  \"TableHeadings\",\n\t  \"TableSpacing\",\n\t  \"TableView\",\n\t  \"TableViewBox\",\n\t  \"TableViewBoxBackground\",\n\t  \"TableViewBoxItemSize\",\n\t  \"TableViewBoxOptions\",\n\t  \"TabSpacings\",\n\t  \"TabView\",\n\t  \"TabViewBox\",\n\t  \"TabViewBoxOptions\",\n\t  \"TagBox\",\n\t  \"TagBoxNote\",\n\t  \"TagBoxOptions\",\n\t  \"TaggingRules\",\n\t  \"TagSet\",\n\t  \"TagSetDelayed\",\n\t  \"TagStyle\",\n\t  \"TagUnset\",\n\t  \"Take\",\n\t  \"TakeDrop\",\n\t  \"TakeLargest\",\n\t  \"TakeLargestBy\",\n\t  \"TakeList\",\n\t  \"TakeSmallest\",\n\t  \"TakeSmallestBy\",\n\t  \"TakeWhile\",\n\t  \"Tally\",\n\t  \"Tan\",\n\t  \"Tanh\",\n\t  \"TargetDevice\",\n\t  \"TargetFunctions\",\n\t  \"TargetSystem\",\n\t  \"TargetUnits\",\n\t  \"TaskAbort\",\n\t  \"TaskExecute\",\n\t  \"TaskObject\",\n\t  \"TaskRemove\",\n\t  \"TaskResume\",\n\t  \"Tasks\",\n\t  \"TaskSuspend\",\n\t  \"TaskWait\",\n\t  \"TautologyQ\",\n\t  \"TelegraphProcess\",\n\t  \"TemplateApply\",\n\t  \"TemplateArgBox\",\n\t  \"TemplateBox\",\n\t  \"TemplateBoxOptions\",\n\t  \"TemplateEvaluate\",\n\t  \"TemplateExpression\",\n\t  \"TemplateIf\",\n\t  \"TemplateObject\",\n\t  \"TemplateSequence\",\n\t  \"TemplateSlot\",\n\t  \"TemplateSlotSequence\",\n\t  \"TemplateUnevaluated\",\n\t  \"TemplateVerbatim\",\n\t  \"TemplateWith\",\n\t  \"TemporalData\",\n\t  \"TemporalRegularity\",\n\t  \"Temporary\",\n\t  \"TemporaryVariable\",\n\t  \"TensorContract\",\n\t  \"TensorDimensions\",\n\t  \"TensorExpand\",\n\t  \"TensorProduct\",\n\t  \"TensorQ\",\n\t  \"TensorRank\",\n\t  \"TensorReduce\",\n\t  \"TensorSymmetry\",\n\t  \"TensorTranspose\",\n\t  \"TensorWedge\",\n\t  \"TestID\",\n\t  \"TestReport\",\n\t  \"TestReportObject\",\n\t  \"TestResultObject\",\n\t  \"Tetrahedron\",\n\t  \"TetrahedronBox\",\n\t  \"TetrahedronBoxOptions\",\n\t  \"TeXForm\",\n\t  \"TeXSave\",\n\t  \"Text\",\n\t  \"Text3DBox\",\n\t  \"Text3DBoxOptions\",\n\t  \"TextAlignment\",\n\t  \"TextBand\",\n\t  \"TextBoundingBox\",\n\t  \"TextBox\",\n\t  \"TextCases\",\n\t  \"TextCell\",\n\t  \"TextClipboardType\",\n\t  \"TextContents\",\n\t  \"TextData\",\n\t  \"TextElement\",\n\t  \"TextForm\",\n\t  \"TextGrid\",\n\t  \"TextJustification\",\n\t  \"TextLine\",\n\t  \"TextPacket\",\n\t  \"TextParagraph\",\n\t  \"TextPosition\",\n\t  \"TextRecognize\",\n\t  \"TextSearch\",\n\t  \"TextSearchReport\",\n\t  \"TextSentences\",\n\t  \"TextString\",\n\t  \"TextStructure\",\n\t  \"TextStyle\",\n\t  \"TextTranslation\",\n\t  \"Texture\",\n\t  \"TextureCoordinateFunction\",\n\t  \"TextureCoordinateScaling\",\n\t  \"TextWords\",\n\t  \"Therefore\",\n\t  \"ThermodynamicData\",\n\t  \"ThermometerGauge\",\n\t  \"Thick\",\n\t  \"Thickness\",\n\t  \"Thin\",\n\t  \"Thinning\",\n\t  \"ThisLink\",\n\t  \"ThompsonGroupTh\",\n\t  \"Thread\",\n\t  \"ThreadingLayer\",\n\t  \"ThreeJSymbol\",\n\t  \"Threshold\",\n\t  \"Through\",\n\t  \"Throw\",\n\t  \"ThueMorse\",\n\t  \"Thumbnail\",\n\t  \"Thursday\",\n\t  \"Ticks\",\n\t  \"TicksStyle\",\n\t  \"TideData\",\n\t  \"Tilde\",\n\t  \"TildeEqual\",\n\t  \"TildeFullEqual\",\n\t  \"TildeTilde\",\n\t  \"TimeConstrained\",\n\t  \"TimeConstraint\",\n\t  \"TimeDirection\",\n\t  \"TimeFormat\",\n\t  \"TimeGoal\",\n\t  \"TimelinePlot\",\n\t  \"TimeObject\",\n\t  \"TimeObjectQ\",\n\t  \"TimeRemaining\",\n\t  \"Times\",\n\t  \"TimesBy\",\n\t  \"TimeSeries\",\n\t  \"TimeSeriesAggregate\",\n\t  \"TimeSeriesForecast\",\n\t  \"TimeSeriesInsert\",\n\t  \"TimeSeriesInvertibility\",\n\t  \"TimeSeriesMap\",\n\t  \"TimeSeriesMapThread\",\n\t  \"TimeSeriesModel\",\n\t  \"TimeSeriesModelFit\",\n\t  \"TimeSeriesResample\",\n\t  \"TimeSeriesRescale\",\n\t  \"TimeSeriesShift\",\n\t  \"TimeSeriesThread\",\n\t  \"TimeSeriesWindow\",\n\t  \"TimeUsed\",\n\t  \"TimeValue\",\n\t  \"TimeWarpingCorrespondence\",\n\t  \"TimeWarpingDistance\",\n\t  \"TimeZone\",\n\t  \"TimeZoneConvert\",\n\t  \"TimeZoneOffset\",\n\t  \"Timing\",\n\t  \"Tiny\",\n\t  \"TitleGrouping\",\n\t  \"TitsGroupT\",\n\t  \"ToBoxes\",\n\t  \"ToCharacterCode\",\n\t  \"ToColor\",\n\t  \"ToContinuousTimeModel\",\n\t  \"ToDate\",\n\t  \"Today\",\n\t  \"ToDiscreteTimeModel\",\n\t  \"ToEntity\",\n\t  \"ToeplitzMatrix\",\n\t  \"ToExpression\",\n\t  \"ToFileName\",\n\t  \"Together\",\n\t  \"Toggle\",\n\t  \"ToggleFalse\",\n\t  \"Toggler\",\n\t  \"TogglerBar\",\n\t  \"TogglerBox\",\n\t  \"TogglerBoxOptions\",\n\t  \"ToHeldExpression\",\n\t  \"ToInvertibleTimeSeries\",\n\t  \"TokenWords\",\n\t  \"Tolerance\",\n\t  \"ToLowerCase\",\n\t  \"Tomorrow\",\n\t  \"ToNumberField\",\n\t  \"TooBig\",\n\t  \"Tooltip\",\n\t  \"TooltipBox\",\n\t  \"TooltipBoxOptions\",\n\t  \"TooltipDelay\",\n\t  \"TooltipStyle\",\n\t  \"ToonShading\",\n\t  \"Top\",\n\t  \"TopHatTransform\",\n\t  \"ToPolarCoordinates\",\n\t  \"TopologicalSort\",\n\t  \"ToRadicals\",\n\t  \"ToRules\",\n\t  \"ToSphericalCoordinates\",\n\t  \"ToString\",\n\t  \"Total\",\n\t  \"TotalHeight\",\n\t  \"TotalLayer\",\n\t  \"TotalVariationFilter\",\n\t  \"TotalWidth\",\n\t  \"TouchPosition\",\n\t  \"TouchscreenAutoZoom\",\n\t  \"TouchscreenControlPlacement\",\n\t  \"ToUpperCase\",\n\t  \"Tr\",\n\t  \"Trace\",\n\t  \"TraceAbove\",\n\t  \"TraceAction\",\n\t  \"TraceBackward\",\n\t  \"TraceDepth\",\n\t  \"TraceDialog\",\n\t  \"TraceForward\",\n\t  \"TraceInternal\",\n\t  \"TraceLevel\",\n\t  \"TraceOff\",\n\t  \"TraceOn\",\n\t  \"TraceOriginal\",\n\t  \"TracePrint\",\n\t  \"TraceScan\",\n\t  \"TrackedSymbols\",\n\t  \"TrackingFunction\",\n\t  \"TracyWidomDistribution\",\n\t  \"TradingChart\",\n\t  \"TraditionalForm\",\n\t  \"TraditionalFunctionNotation\",\n\t  \"TraditionalNotation\",\n\t  \"TraditionalOrder\",\n\t  \"TrainingProgressCheckpointing\",\n\t  \"TrainingProgressFunction\",\n\t  \"TrainingProgressMeasurements\",\n\t  \"TrainingProgressReporting\",\n\t  \"TrainingStoppingCriterion\",\n\t  \"TrainingUpdateSchedule\",\n\t  \"TransferFunctionCancel\",\n\t  \"TransferFunctionExpand\",\n\t  \"TransferFunctionFactor\",\n\t  \"TransferFunctionModel\",\n\t  \"TransferFunctionPoles\",\n\t  \"TransferFunctionTransform\",\n\t  \"TransferFunctionZeros\",\n\t  \"TransformationClass\",\n\t  \"TransformationFunction\",\n\t  \"TransformationFunctions\",\n\t  \"TransformationMatrix\",\n\t  \"TransformedDistribution\",\n\t  \"TransformedField\",\n\t  \"TransformedProcess\",\n\t  \"TransformedRegion\",\n\t  \"TransitionDirection\",\n\t  \"TransitionDuration\",\n\t  \"TransitionEffect\",\n\t  \"TransitiveClosureGraph\",\n\t  \"TransitiveReductionGraph\",\n\t  \"Translate\",\n\t  \"TranslationOptions\",\n\t  \"TranslationTransform\",\n\t  \"Transliterate\",\n\t  \"Transparent\",\n\t  \"TransparentColor\",\n\t  \"Transpose\",\n\t  \"TransposeLayer\",\n\t  \"TrapSelection\",\n\t  \"TravelDirections\",\n\t  \"TravelDirectionsData\",\n\t  \"TravelDistance\",\n\t  \"TravelDistanceList\",\n\t  \"TravelMethod\",\n\t  \"TravelTime\",\n\t  \"TreeForm\",\n\t  \"TreeGraph\",\n\t  \"TreeGraphQ\",\n\t  \"TreePlot\",\n\t  \"TrendStyle\",\n\t  \"Triangle\",\n\t  \"TriangleCenter\",\n\t  \"TriangleConstruct\",\n\t  \"TriangleMeasurement\",\n\t  \"TriangleWave\",\n\t  \"TriangularDistribution\",\n\t  \"TriangulateMesh\",\n\t  \"Trig\",\n\t  \"TrigExpand\",\n\t  \"TrigFactor\",\n\t  \"TrigFactorList\",\n\t  \"Trigger\",\n\t  \"TrigReduce\",\n\t  \"TrigToExp\",\n\t  \"TrimmedMean\",\n\t  \"TrimmedVariance\",\n\t  \"TropicalStormData\",\n\t  \"True\",\n\t  \"TrueQ\",\n\t  \"TruncatedDistribution\",\n\t  \"TruncatedPolyhedron\",\n\t  \"TsallisQExponentialDistribution\",\n\t  \"TsallisQGaussianDistribution\",\n\t  \"TTest\",\n\t  \"Tube\",\n\t  \"TubeBezierCurveBox\",\n\t  \"TubeBezierCurveBoxOptions\",\n\t  \"TubeBox\",\n\t  \"TubeBoxOptions\",\n\t  \"TubeBSplineCurveBox\",\n\t  \"TubeBSplineCurveBoxOptions\",\n\t  \"Tuesday\",\n\t  \"TukeyLambdaDistribution\",\n\t  \"TukeyWindow\",\n\t  \"TunnelData\",\n\t  \"Tuples\",\n\t  \"TuranGraph\",\n\t  \"TuringMachine\",\n\t  \"TuttePolynomial\",\n\t  \"TwoWayRule\",\n\t  \"Typed\",\n\t  \"TypeSpecifier\",\n\t  \"UnateQ\",\n\t  \"Uncompress\",\n\t  \"UnconstrainedParameters\",\n\t  \"Undefined\",\n\t  \"UnderBar\",\n\t  \"Underflow\",\n\t  \"Underlined\",\n\t  \"Underoverscript\",\n\t  \"UnderoverscriptBox\",\n\t  \"UnderoverscriptBoxOptions\",\n\t  \"Underscript\",\n\t  \"UnderscriptBox\",\n\t  \"UnderscriptBoxOptions\",\n\t  \"UnderseaFeatureData\",\n\t  \"UndirectedEdge\",\n\t  \"UndirectedGraph\",\n\t  \"UndirectedGraphQ\",\n\t  \"UndoOptions\",\n\t  \"UndoTrackedVariables\",\n\t  \"Unequal\",\n\t  \"UnequalTo\",\n\t  \"Unevaluated\",\n\t  \"UniformDistribution\",\n\t  \"UniformGraphDistribution\",\n\t  \"UniformPolyhedron\",\n\t  \"UniformSumDistribution\",\n\t  \"Uninstall\",\n\t  \"Union\",\n\t  \"UnionedEntityClass\",\n\t  \"UnionPlus\",\n\t  \"Unique\",\n\t  \"UnitaryMatrixQ\",\n\t  \"UnitBox\",\n\t  \"UnitConvert\",\n\t  \"UnitDimensions\",\n\t  \"Unitize\",\n\t  \"UnitRootTest\",\n\t  \"UnitSimplify\",\n\t  \"UnitStep\",\n\t  \"UnitSystem\",\n\t  \"UnitTriangle\",\n\t  \"UnitVector\",\n\t  \"UnitVectorLayer\",\n\t  \"UnityDimensions\",\n\t  \"UniverseModelData\",\n\t  \"UniversityData\",\n\t  \"UnixTime\",\n\t  \"Unprotect\",\n\t  \"UnregisterExternalEvaluator\",\n\t  \"UnsameQ\",\n\t  \"UnsavedVariables\",\n\t  \"Unset\",\n\t  \"UnsetShared\",\n\t  \"UntrackedVariables\",\n\t  \"Up\",\n\t  \"UpArrow\",\n\t  \"UpArrowBar\",\n\t  \"UpArrowDownArrow\",\n\t  \"Update\",\n\t  \"UpdateDynamicObjects\",\n\t  \"UpdateDynamicObjectsSynchronous\",\n\t  \"UpdateInterval\",\n\t  \"UpdatePacletSites\",\n\t  \"UpdateSearchIndex\",\n\t  \"UpDownArrow\",\n\t  \"UpEquilibrium\",\n\t  \"UpperCaseQ\",\n\t  \"UpperLeftArrow\",\n\t  \"UpperRightArrow\",\n\t  \"UpperTriangularize\",\n\t  \"UpperTriangularMatrixQ\",\n\t  \"Upsample\",\n\t  \"UpSet\",\n\t  \"UpSetDelayed\",\n\t  \"UpTee\",\n\t  \"UpTeeArrow\",\n\t  \"UpTo\",\n\t  \"UpValues\",\n\t  \"URL\",\n\t  \"URLBuild\",\n\t  \"URLDecode\",\n\t  \"URLDispatcher\",\n\t  \"URLDownload\",\n\t  \"URLDownloadSubmit\",\n\t  \"URLEncode\",\n\t  \"URLExecute\",\n\t  \"URLExpand\",\n\t  \"URLFetch\",\n\t  \"URLFetchAsynchronous\",\n\t  \"URLParse\",\n\t  \"URLQueryDecode\",\n\t  \"URLQueryEncode\",\n\t  \"URLRead\",\n\t  \"URLResponseTime\",\n\t  \"URLSave\",\n\t  \"URLSaveAsynchronous\",\n\t  \"URLShorten\",\n\t  \"URLSubmit\",\n\t  \"UseGraphicsRange\",\n\t  \"UserDefinedWavelet\",\n\t  \"Using\",\n\t  \"UsingFrontEnd\",\n\t  \"UtilityFunction\",\n\t  \"V2Get\",\n\t  \"ValenceErrorHandling\",\n\t  \"ValidationLength\",\n\t  \"ValidationSet\",\n\t  \"Value\",\n\t  \"ValueBox\",\n\t  \"ValueBoxOptions\",\n\t  \"ValueDimensions\",\n\t  \"ValueForm\",\n\t  \"ValuePreprocessingFunction\",\n\t  \"ValueQ\",\n\t  \"Values\",\n\t  \"ValuesData\",\n\t  \"Variables\",\n\t  \"Variance\",\n\t  \"VarianceEquivalenceTest\",\n\t  \"VarianceEstimatorFunction\",\n\t  \"VarianceGammaDistribution\",\n\t  \"VarianceTest\",\n\t  \"VectorAngle\",\n\t  \"VectorAround\",\n\t  \"VectorAspectRatio\",\n\t  \"VectorColorFunction\",\n\t  \"VectorColorFunctionScaling\",\n\t  \"VectorDensityPlot\",\n\t  \"VectorGlyphData\",\n\t  \"VectorGreater\",\n\t  \"VectorGreaterEqual\",\n\t  \"VectorLess\",\n\t  \"VectorLessEqual\",\n\t  \"VectorMarkers\",\n\t  \"VectorPlot\",\n\t  \"VectorPlot3D\",\n\t  \"VectorPoints\",\n\t  \"VectorQ\",\n\t  \"VectorRange\",\n\t  \"Vectors\",\n\t  \"VectorScale\",\n\t  \"VectorScaling\",\n\t  \"VectorSizes\",\n\t  \"VectorStyle\",\n\t  \"Vee\",\n\t  \"Verbatim\",\n\t  \"Verbose\",\n\t  \"VerboseConvertToPostScriptPacket\",\n\t  \"VerificationTest\",\n\t  \"VerifyConvergence\",\n\t  \"VerifyDerivedKey\",\n\t  \"VerifyDigitalSignature\",\n\t  \"VerifyFileSignature\",\n\t  \"VerifyInterpretation\",\n\t  \"VerifySecurityCertificates\",\n\t  \"VerifySolutions\",\n\t  \"VerifyTestAssumptions\",\n\t  \"Version\",\n\t  \"VersionedPreferences\",\n\t  \"VersionNumber\",\n\t  \"VertexAdd\",\n\t  \"VertexCapacity\",\n\t  \"VertexColors\",\n\t  \"VertexComponent\",\n\t  \"VertexConnectivity\",\n\t  \"VertexContract\",\n\t  \"VertexCoordinateRules\",\n\t  \"VertexCoordinates\",\n\t  \"VertexCorrelationSimilarity\",\n\t  \"VertexCosineSimilarity\",\n\t  \"VertexCount\",\n\t  \"VertexCoverQ\",\n\t  \"VertexDataCoordinates\",\n\t  \"VertexDegree\",\n\t  \"VertexDelete\",\n\t  \"VertexDiceSimilarity\",\n\t  \"VertexEccentricity\",\n\t  \"VertexInComponent\",\n\t  \"VertexInDegree\",\n\t  \"VertexIndex\",\n\t  \"VertexJaccardSimilarity\",\n\t  \"VertexLabeling\",\n\t  \"VertexLabels\",\n\t  \"VertexLabelStyle\",\n\t  \"VertexList\",\n\t  \"VertexNormals\",\n\t  \"VertexOutComponent\",\n\t  \"VertexOutDegree\",\n\t  \"VertexQ\",\n\t  \"VertexRenderingFunction\",\n\t  \"VertexReplace\",\n\t  \"VertexShape\",\n\t  \"VertexShapeFunction\",\n\t  \"VertexSize\",\n\t  \"VertexStyle\",\n\t  \"VertexTextureCoordinates\",\n\t  \"VertexWeight\",\n\t  \"VertexWeightedGraphQ\",\n\t  \"Vertical\",\n\t  \"VerticalBar\",\n\t  \"VerticalForm\",\n\t  \"VerticalGauge\",\n\t  \"VerticalSeparator\",\n\t  \"VerticalSlider\",\n\t  \"VerticalTilde\",\n\t  \"Video\",\n\t  \"VideoEncoding\",\n\t  \"VideoExtractFrames\",\n\t  \"VideoFrameList\",\n\t  \"VideoFrameMap\",\n\t  \"VideoPause\",\n\t  \"VideoPlay\",\n\t  \"VideoQ\",\n\t  \"VideoStop\",\n\t  \"VideoStream\",\n\t  \"VideoStreams\",\n\t  \"VideoTimeSeries\",\n\t  \"VideoTracks\",\n\t  \"VideoTrim\",\n\t  \"ViewAngle\",\n\t  \"ViewCenter\",\n\t  \"ViewMatrix\",\n\t  \"ViewPoint\",\n\t  \"ViewPointSelectorSettings\",\n\t  \"ViewPort\",\n\t  \"ViewProjection\",\n\t  \"ViewRange\",\n\t  \"ViewVector\",\n\t  \"ViewVertical\",\n\t  \"VirtualGroupData\",\n\t  \"Visible\",\n\t  \"VisibleCell\",\n\t  \"VoiceStyleData\",\n\t  \"VoigtDistribution\",\n\t  \"VolcanoData\",\n\t  \"Volume\",\n\t  \"VonMisesDistribution\",\n\t  \"VoronoiMesh\",\n\t  \"WaitAll\",\n\t  \"WaitAsynchronousTask\",\n\t  \"WaitNext\",\n\t  \"WaitUntil\",\n\t  \"WakebyDistribution\",\n\t  \"WalleniusHypergeometricDistribution\",\n\t  \"WaringYuleDistribution\",\n\t  \"WarpingCorrespondence\",\n\t  \"WarpingDistance\",\n\t  \"WatershedComponents\",\n\t  \"WatsonUSquareTest\",\n\t  \"WattsStrogatzGraphDistribution\",\n\t  \"WaveletBestBasis\",\n\t  \"WaveletFilterCoefficients\",\n\t  \"WaveletImagePlot\",\n\t  \"WaveletListPlot\",\n\t  \"WaveletMapIndexed\",\n\t  \"WaveletMatrixPlot\",\n\t  \"WaveletPhi\",\n\t  \"WaveletPsi\",\n\t  \"WaveletScale\",\n\t  \"WaveletScalogram\",\n\t  \"WaveletThreshold\",\n\t  \"WeaklyConnectedComponents\",\n\t  \"WeaklyConnectedGraphComponents\",\n\t  \"WeaklyConnectedGraphQ\",\n\t  \"WeakStationarity\",\n\t  \"WeatherData\",\n\t  \"WeatherForecastData\",\n\t  \"WebAudioSearch\",\n\t  \"WebElementObject\",\n\t  \"WeberE\",\n\t  \"WebExecute\",\n\t  \"WebImage\",\n\t  \"WebImageSearch\",\n\t  \"WebSearch\",\n\t  \"WebSessionObject\",\n\t  \"WebSessions\",\n\t  \"WebWindowObject\",\n\t  \"Wedge\",\n\t  \"Wednesday\",\n\t  \"WeibullDistribution\",\n\t  \"WeierstrassE1\",\n\t  \"WeierstrassE2\",\n\t  \"WeierstrassE3\",\n\t  \"WeierstrassEta1\",\n\t  \"WeierstrassEta2\",\n\t  \"WeierstrassEta3\",\n\t  \"WeierstrassHalfPeriods\",\n\t  \"WeierstrassHalfPeriodW1\",\n\t  \"WeierstrassHalfPeriodW2\",\n\t  \"WeierstrassHalfPeriodW3\",\n\t  \"WeierstrassInvariantG2\",\n\t  \"WeierstrassInvariantG3\",\n\t  \"WeierstrassInvariants\",\n\t  \"WeierstrassP\",\n\t  \"WeierstrassPPrime\",\n\t  \"WeierstrassSigma\",\n\t  \"WeierstrassZeta\",\n\t  \"WeightedAdjacencyGraph\",\n\t  \"WeightedAdjacencyMatrix\",\n\t  \"WeightedData\",\n\t  \"WeightedGraphQ\",\n\t  \"Weights\",\n\t  \"WelchWindow\",\n\t  \"WheelGraph\",\n\t  \"WhenEvent\",\n\t  \"Which\",\n\t  \"While\",\n\t  \"White\",\n\t  \"WhiteNoiseProcess\",\n\t  \"WhitePoint\",\n\t  \"Whitespace\",\n\t  \"WhitespaceCharacter\",\n\t  \"WhittakerM\",\n\t  \"WhittakerW\",\n\t  \"WienerFilter\",\n\t  \"WienerProcess\",\n\t  \"WignerD\",\n\t  \"WignerSemicircleDistribution\",\n\t  \"WikidataData\",\n\t  \"WikidataSearch\",\n\t  \"WikipediaData\",\n\t  \"WikipediaSearch\",\n\t  \"WilksW\",\n\t  \"WilksWTest\",\n\t  \"WindDirectionData\",\n\t  \"WindingCount\",\n\t  \"WindingPolygon\",\n\t  \"WindowClickSelect\",\n\t  \"WindowElements\",\n\t  \"WindowFloating\",\n\t  \"WindowFrame\",\n\t  \"WindowFrameElements\",\n\t  \"WindowMargins\",\n\t  \"WindowMovable\",\n\t  \"WindowOpacity\",\n\t  \"WindowPersistentStyles\",\n\t  \"WindowSelected\",\n\t  \"WindowSize\",\n\t  \"WindowStatusArea\",\n\t  \"WindowTitle\",\n\t  \"WindowToolbars\",\n\t  \"WindowWidth\",\n\t  \"WindSpeedData\",\n\t  \"WindVectorData\",\n\t  \"WinsorizedMean\",\n\t  \"WinsorizedVariance\",\n\t  \"WishartMatrixDistribution\",\n\t  \"With\",\n\t  \"WolframAlpha\",\n\t  \"WolframAlphaDate\",\n\t  \"WolframAlphaQuantity\",\n\t  \"WolframAlphaResult\",\n\t  \"WolframLanguageData\",\n\t  \"Word\",\n\t  \"WordBoundary\",\n\t  \"WordCharacter\",\n\t  \"WordCloud\",\n\t  \"WordCount\",\n\t  \"WordCounts\",\n\t  \"WordData\",\n\t  \"WordDefinition\",\n\t  \"WordFrequency\",\n\t  \"WordFrequencyData\",\n\t  \"WordList\",\n\t  \"WordOrientation\",\n\t  \"WordSearch\",\n\t  \"WordSelectionFunction\",\n\t  \"WordSeparators\",\n\t  \"WordSpacings\",\n\t  \"WordStem\",\n\t  \"WordTranslation\",\n\t  \"WorkingPrecision\",\n\t  \"WrapAround\",\n\t  \"Write\",\n\t  \"WriteLine\",\n\t  \"WriteString\",\n\t  \"Wronskian\",\n\t  \"XMLElement\",\n\t  \"XMLObject\",\n\t  \"XMLTemplate\",\n\t  \"Xnor\",\n\t  \"Xor\",\n\t  \"XYZColor\",\n\t  \"Yellow\",\n\t  \"Yesterday\",\n\t  \"YuleDissimilarity\",\n\t  \"ZernikeR\",\n\t  \"ZeroSymmetric\",\n\t  \"ZeroTest\",\n\t  \"ZeroWidthTimes\",\n\t  \"Zeta\",\n\t  \"ZetaZero\",\n\t  \"ZIPCodeData\",\n\t  \"ZipfDistribution\",\n\t  \"ZoomCenter\",\n\t  \"ZoomFactor\",\n\t  \"ZTest\",\n\t  \"ZTransform\",\n\t  \"$Aborted\",\n\t  \"$ActivationGroupID\",\n\t  \"$ActivationKey\",\n\t  \"$ActivationUserRegistered\",\n\t  \"$AddOnsDirectory\",\n\t  \"$AllowDataUpdates\",\n\t  \"$AllowExternalChannelFunctions\",\n\t  \"$AllowInternet\",\n\t  \"$AssertFunction\",\n\t  \"$Assumptions\",\n\t  \"$AsynchronousTask\",\n\t  \"$AudioDecoders\",\n\t  \"$AudioEncoders\",\n\t  \"$AudioInputDevices\",\n\t  \"$AudioOutputDevices\",\n\t  \"$BaseDirectory\",\n\t  \"$BasePacletsDirectory\",\n\t  \"$BatchInput\",\n\t  \"$BatchOutput\",\n\t  \"$BlockchainBase\",\n\t  \"$BoxForms\",\n\t  \"$ByteOrdering\",\n\t  \"$CacheBaseDirectory\",\n\t  \"$Canceled\",\n\t  \"$ChannelBase\",\n\t  \"$CharacterEncoding\",\n\t  \"$CharacterEncodings\",\n\t  \"$CloudAccountName\",\n\t  \"$CloudBase\",\n\t  \"$CloudConnected\",\n\t  \"$CloudConnection\",\n\t  \"$CloudCreditsAvailable\",\n\t  \"$CloudEvaluation\",\n\t  \"$CloudExpressionBase\",\n\t  \"$CloudObjectNameFormat\",\n\t  \"$CloudObjectURLType\",\n\t  \"$CloudRootDirectory\",\n\t  \"$CloudSymbolBase\",\n\t  \"$CloudUserID\",\n\t  \"$CloudUserUUID\",\n\t  \"$CloudVersion\",\n\t  \"$CloudVersionNumber\",\n\t  \"$CloudWolframEngineVersionNumber\",\n\t  \"$CommandLine\",\n\t  \"$CompilationTarget\",\n\t  \"$ConditionHold\",\n\t  \"$ConfiguredKernels\",\n\t  \"$Context\",\n\t  \"$ContextPath\",\n\t  \"$ControlActiveSetting\",\n\t  \"$Cookies\",\n\t  \"$CookieStore\",\n\t  \"$CreationDate\",\n\t  \"$CurrentLink\",\n\t  \"$CurrentTask\",\n\t  \"$CurrentWebSession\",\n\t  \"$DataStructures\",\n\t  \"$DateStringFormat\",\n\t  \"$DefaultAudioInputDevice\",\n\t  \"$DefaultAudioOutputDevice\",\n\t  \"$DefaultFont\",\n\t  \"$DefaultFrontEnd\",\n\t  \"$DefaultImagingDevice\",\n\t  \"$DefaultLocalBase\",\n\t  \"$DefaultMailbox\",\n\t  \"$DefaultNetworkInterface\",\n\t  \"$DefaultPath\",\n\t  \"$DefaultProxyRules\",\n\t  \"$DefaultSystemCredentialStore\",\n\t  \"$Display\",\n\t  \"$DisplayFunction\",\n\t  \"$DistributedContexts\",\n\t  \"$DynamicEvaluation\",\n\t  \"$Echo\",\n\t  \"$EmbedCodeEnvironments\",\n\t  \"$EmbeddableServices\",\n\t  \"$EntityStores\",\n\t  \"$Epilog\",\n\t  \"$EvaluationCloudBase\",\n\t  \"$EvaluationCloudObject\",\n\t  \"$EvaluationEnvironment\",\n\t  \"$ExportFormats\",\n\t  \"$ExternalIdentifierTypes\",\n\t  \"$ExternalStorageBase\",\n\t  \"$Failed\",\n\t  \"$FinancialDataSource\",\n\t  \"$FontFamilies\",\n\t  \"$FormatType\",\n\t  \"$FrontEnd\",\n\t  \"$FrontEndSession\",\n\t  \"$GeoEntityTypes\",\n\t  \"$GeoLocation\",\n\t  \"$GeoLocationCity\",\n\t  \"$GeoLocationCountry\",\n\t  \"$GeoLocationPrecision\",\n\t  \"$GeoLocationSource\",\n\t  \"$HistoryLength\",\n\t  \"$HomeDirectory\",\n\t  \"$HTMLExportRules\",\n\t  \"$HTTPCookies\",\n\t  \"$HTTPRequest\",\n\t  \"$IgnoreEOF\",\n\t  \"$ImageFormattingWidth\",\n\t  \"$ImageResolution\",\n\t  \"$ImagingDevice\",\n\t  \"$ImagingDevices\",\n\t  \"$ImportFormats\",\n\t  \"$IncomingMailSettings\",\n\t  \"$InitialDirectory\",\n\t  \"$Initialization\",\n\t  \"$InitializationContexts\",\n\t  \"$Input\",\n\t  \"$InputFileName\",\n\t  \"$InputStreamMethods\",\n\t  \"$Inspector\",\n\t  \"$InstallationDate\",\n\t  \"$InstallationDirectory\",\n\t  \"$InterfaceEnvironment\",\n\t  \"$InterpreterTypes\",\n\t  \"$IterationLimit\",\n\t  \"$KernelCount\",\n\t  \"$KernelID\",\n\t  \"$Language\",\n\t  \"$LaunchDirectory\",\n\t  \"$LibraryPath\",\n\t  \"$LicenseExpirationDate\",\n\t  \"$LicenseID\",\n\t  \"$LicenseProcesses\",\n\t  \"$LicenseServer\",\n\t  \"$LicenseSubprocesses\",\n\t  \"$LicenseType\",\n\t  \"$Line\",\n\t  \"$Linked\",\n\t  \"$LinkSupported\",\n\t  \"$LoadedFiles\",\n\t  \"$LocalBase\",\n\t  \"$LocalSymbolBase\",\n\t  \"$MachineAddresses\",\n\t  \"$MachineDomain\",\n\t  \"$MachineDomains\",\n\t  \"$MachineEpsilon\",\n\t  \"$MachineID\",\n\t  \"$MachineName\",\n\t  \"$MachinePrecision\",\n\t  \"$MachineType\",\n\t  \"$MaxExtraPrecision\",\n\t  \"$MaxLicenseProcesses\",\n\t  \"$MaxLicenseSubprocesses\",\n\t  \"$MaxMachineNumber\",\n\t  \"$MaxNumber\",\n\t  \"$MaxPiecewiseCases\",\n\t  \"$MaxPrecision\",\n\t  \"$MaxRootDegree\",\n\t  \"$MessageGroups\",\n\t  \"$MessageList\",\n\t  \"$MessagePrePrint\",\n\t  \"$Messages\",\n\t  \"$MinMachineNumber\",\n\t  \"$MinNumber\",\n\t  \"$MinorReleaseNumber\",\n\t  \"$MinPrecision\",\n\t  \"$MobilePhone\",\n\t  \"$ModuleNumber\",\n\t  \"$NetworkConnected\",\n\t  \"$NetworkInterfaces\",\n\t  \"$NetworkLicense\",\n\t  \"$NewMessage\",\n\t  \"$NewSymbol\",\n\t  \"$NotebookInlineStorageLimit\",\n\t  \"$Notebooks\",\n\t  \"$NoValue\",\n\t  \"$NumberMarks\",\n\t  \"$Off\",\n\t  \"$OperatingSystem\",\n\t  \"$Output\",\n\t  \"$OutputForms\",\n\t  \"$OutputSizeLimit\",\n\t  \"$OutputStreamMethods\",\n\t  \"$Packages\",\n\t  \"$ParentLink\",\n\t  \"$ParentProcessID\",\n\t  \"$PasswordFile\",\n\t  \"$PatchLevelID\",\n\t  \"$Path\",\n\t  \"$PathnameSeparator\",\n\t  \"$PerformanceGoal\",\n\t  \"$Permissions\",\n\t  \"$PermissionsGroupBase\",\n\t  \"$PersistenceBase\",\n\t  \"$PersistencePath\",\n\t  \"$PipeSupported\",\n\t  \"$PlotTheme\",\n\t  \"$Post\",\n\t  \"$Pre\",\n\t  \"$PreferencesDirectory\",\n\t  \"$PreInitialization\",\n\t  \"$PrePrint\",\n\t  \"$PreRead\",\n\t  \"$PrintForms\",\n\t  \"$PrintLiteral\",\n\t  \"$Printout3DPreviewer\",\n\t  \"$ProcessID\",\n\t  \"$ProcessorCount\",\n\t  \"$ProcessorType\",\n\t  \"$ProductInformation\",\n\t  \"$ProgramName\",\n\t  \"$PublisherID\",\n\t  \"$RandomState\",\n\t  \"$RecursionLimit\",\n\t  \"$RegisteredDeviceClasses\",\n\t  \"$RegisteredUserName\",\n\t  \"$ReleaseNumber\",\n\t  \"$RequesterAddress\",\n\t  \"$RequesterWolframID\",\n\t  \"$RequesterWolframUUID\",\n\t  \"$RootDirectory\",\n\t  \"$ScheduledTask\",\n\t  \"$ScriptCommandLine\",\n\t  \"$ScriptInputString\",\n\t  \"$SecuredAuthenticationKeyTokens\",\n\t  \"$ServiceCreditsAvailable\",\n\t  \"$Services\",\n\t  \"$SessionID\",\n\t  \"$SetParentLink\",\n\t  \"$SharedFunctions\",\n\t  \"$SharedVariables\",\n\t  \"$SoundDisplay\",\n\t  \"$SoundDisplayFunction\",\n\t  \"$SourceLink\",\n\t  \"$SSHAuthentication\",\n\t  \"$SubtitleDecoders\",\n\t  \"$SubtitleEncoders\",\n\t  \"$SummaryBoxDataSizeLimit\",\n\t  \"$SuppressInputFormHeads\",\n\t  \"$SynchronousEvaluation\",\n\t  \"$SyntaxHandler\",\n\t  \"$System\",\n\t  \"$SystemCharacterEncoding\",\n\t  \"$SystemCredentialStore\",\n\t  \"$SystemID\",\n\t  \"$SystemMemory\",\n\t  \"$SystemShell\",\n\t  \"$SystemTimeZone\",\n\t  \"$SystemWordLength\",\n\t  \"$TemplatePath\",\n\t  \"$TemporaryDirectory\",\n\t  \"$TemporaryPrefix\",\n\t  \"$TestFileName\",\n\t  \"$TextStyle\",\n\t  \"$TimedOut\",\n\t  \"$TimeUnit\",\n\t  \"$TimeZone\",\n\t  \"$TimeZoneEntity\",\n\t  \"$TopDirectory\",\n\t  \"$TraceOff\",\n\t  \"$TraceOn\",\n\t  \"$TracePattern\",\n\t  \"$TracePostAction\",\n\t  \"$TracePreAction\",\n\t  \"$UnitSystem\",\n\t  \"$Urgent\",\n\t  \"$UserAddOnsDirectory\",\n\t  \"$UserAgentLanguages\",\n\t  \"$UserAgentMachine\",\n\t  \"$UserAgentName\",\n\t  \"$UserAgentOperatingSystem\",\n\t  \"$UserAgentString\",\n\t  \"$UserAgentVersion\",\n\t  \"$UserBaseDirectory\",\n\t  \"$UserBasePacletsDirectory\",\n\t  \"$UserDocumentsDirectory\",\n\t  \"$Username\",\n\t  \"$UserName\",\n\t  \"$UserURLBase\",\n\t  \"$Version\",\n\t  \"$VersionNumber\",\n\t  \"$VideoDecoders\",\n\t  \"$VideoEncoders\",\n\t  \"$VoiceStyles\",\n\t  \"$WolframDocumentsDirectory\",\n\t  \"$WolframID\",\n\t  \"$WolframUUID\"\n\t];\n\n\t/*\n\tLanguage: Wolfram Language\n\tDescription: The Wolfram Language is the programming language used in Wolfram Mathematica, a modern technical computing system spanning most areas of technical computing.\n\tAuthors: Patrick Scheibe <patrick@halirutan.de>, Robert Jacobson <robertjacobson@acm.org>\n\tWebsite: https://www.wolfram.com/mathematica/\n\tCategory: scientific\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction mathematica(hljs) {\n\t  const regex = hljs.regex;\n\t  /*\n\t  This rather scary looking matching of Mathematica numbers is carefully explained by Robert Jacobson here:\n\t  https://wltools.github.io/LanguageSpec/Specification/Syntax/Number-representations/\n\t   */\n\t  const BASE_RE = /([2-9]|[1-2]\\d|[3][0-5])\\^\\^/;\n\t  const BASE_DIGITS_RE = /(\\w*\\.\\w+|\\w+\\.\\w*|\\w+)/;\n\t  const NUMBER_RE = /(\\d*\\.\\d+|\\d+\\.\\d*|\\d+)/;\n\t  const BASE_NUMBER_RE = regex.either(regex.concat(BASE_RE, BASE_DIGITS_RE), NUMBER_RE);\n\n\t  const ACCURACY_RE = /``[+-]?(\\d*\\.\\d+|\\d+\\.\\d*|\\d+)/;\n\t  const PRECISION_RE = /`([+-]?(\\d*\\.\\d+|\\d+\\.\\d*|\\d+))?/;\n\t  const APPROXIMATE_NUMBER_RE = regex.either(ACCURACY_RE, PRECISION_RE);\n\n\t  const SCIENTIFIC_NOTATION_RE = /\\*\\^[+-]?\\d+/;\n\n\t  const MATHEMATICA_NUMBER_RE = regex.concat(\n\t    BASE_NUMBER_RE,\n\t    regex.optional(APPROXIMATE_NUMBER_RE),\n\t    regex.optional(SCIENTIFIC_NOTATION_RE)\n\t  );\n\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    begin: MATHEMATICA_NUMBER_RE\n\t  };\n\n\t  const SYMBOL_RE = /[a-zA-Z$][a-zA-Z0-9$]*/;\n\t  const SYSTEM_SYMBOLS_SET = new Set(SYSTEM_SYMBOLS);\n\t  /** @type {Mode} */\n\t  const SYMBOLS = { variants: [\n\t    {\n\t      className: 'builtin-symbol',\n\t      begin: SYMBOL_RE,\n\t      // for performance out of fear of regex.either(...Mathematica.SYSTEM_SYMBOLS)\n\t      \"on:begin\": (match, response) => {\n\t        if (!SYSTEM_SYMBOLS_SET.has(match[0])) response.ignoreMatch();\n\t      }\n\t    },\n\t    {\n\t      className: 'symbol',\n\t      relevance: 0,\n\t      begin: SYMBOL_RE\n\t    }\n\t  ] };\n\n\t  const NAMED_CHARACTER = {\n\t    className: 'named-character',\n\t    begin: /\\\\\\[[$a-zA-Z][$a-zA-Z0-9]+\\]/\n\t  };\n\n\t  const OPERATORS = {\n\t    className: 'operator',\n\t    relevance: 0,\n\t    begin: /[+\\-*/,;.:@~=><&|_`'^?!%]+/\n\t  };\n\t  const PATTERNS = {\n\t    className: 'pattern',\n\t    relevance: 0,\n\t    begin: /([a-zA-Z$][a-zA-Z0-9$]*)?_+([a-zA-Z$][a-zA-Z0-9$]*)?/\n\t  };\n\n\t  const SLOTS = {\n\t    className: 'slot',\n\t    relevance: 0,\n\t    begin: /#[a-zA-Z$][a-zA-Z0-9$]*|#+[0-9]?/\n\t  };\n\n\t  const BRACES = {\n\t    className: 'brace',\n\t    relevance: 0,\n\t    begin: /[[\\](){}]/\n\t  };\n\n\t  const MESSAGES = {\n\t    className: 'message-name',\n\t    relevance: 0,\n\t    begin: regex.concat(\"::\", SYMBOL_RE)\n\t  };\n\n\t  return {\n\t    name: 'Mathematica',\n\t    aliases: [\n\t      'mma',\n\t      'wl'\n\t    ],\n\t    classNameAliases: {\n\t      brace: 'punctuation',\n\t      pattern: 'type',\n\t      slot: 'type',\n\t      symbol: 'variable',\n\t      'named-character': 'variable',\n\t      'builtin-symbol': 'built_in',\n\t      'message-name': 'string'\n\t    },\n\t    contains: [\n\t      hljs.COMMENT(/\\(\\*/, /\\*\\)/, { contains: [ 'self' ] }),\n\t      PATTERNS,\n\t      SLOTS,\n\t      MESSAGES,\n\t      SYMBOLS,\n\t      NAMED_CHARACTER,\n\t      hljs.QUOTE_STRING_MODE,\n\t      NUMBERS,\n\t      OPERATORS,\n\t      BRACES\n\t    ]\n\t  };\n\t}\n\n\tmathematica_1 = mathematica;\n\treturn mathematica_1;\n}\n\n/*\nLanguage: Matlab\nAuthor: Denis Bardadym <bardadymchik@gmail.com>\nContributors: Eugene Nizhibitsky <nizhibitsky@ya.ru>, Egor Rogov <e.rogov@postgrespro.ru>\nWebsite: https://www.mathworks.com/products/matlab.html\nCategory: scientific\n*/\n\nvar matlab_1;\nvar hasRequiredMatlab;\n\nfunction requireMatlab () {\n\tif (hasRequiredMatlab) return matlab_1;\n\thasRequiredMatlab = 1;\n\t/*\n\t  Formal syntax is not published, helpful link:\n\t  https://github.com/kornilova-l/matlab-IntelliJ-plugin/blob/master/src/main/grammar/Matlab.bnf\n\t*/\n\tfunction matlab(hljs) {\n\t  const TRANSPOSE_RE = '(\\'|\\\\.\\')+';\n\t  const TRANSPOSE = {\n\t    relevance: 0,\n\t    contains: [ { begin: TRANSPOSE_RE } ]\n\t  };\n\n\t  return {\n\t    name: 'Matlab',\n\t    keywords: {\n\t      keyword:\n\t        'arguments break case catch classdef continue else elseif end enumeration events for function '\n\t        + 'global if methods otherwise parfor persistent properties return spmd switch try while',\n\t      built_in:\n\t        'sin sind sinh asin asind asinh cos cosd cosh acos acosd acosh tan tand tanh atan '\n\t        + 'atand atan2 atanh sec secd sech asec asecd asech csc cscd csch acsc acscd acsch cot '\n\t        + 'cotd coth acot acotd acoth hypot exp expm1 log log1p log10 log2 pow2 realpow reallog '\n\t        + 'realsqrt sqrt nthroot nextpow2 abs angle complex conj imag real unwrap isreal '\n\t        + 'cplxpair fix floor ceil round mod rem sign airy besselj bessely besselh besseli '\n\t        + 'besselk beta betainc betaln ellipj ellipke erf erfc erfcx erfinv expint gamma '\n\t        + 'gammainc gammaln psi legendre cross dot factor isprime primes gcd lcm rat rats perms '\n\t        + 'nchoosek factorial cart2sph cart2pol pol2cart sph2cart hsv2rgb rgb2hsv zeros ones '\n\t        + 'eye repmat rand randn linspace logspace freqspace meshgrid accumarray size length '\n\t        + 'ndims numel disp isempty isequal isequalwithequalnans cat reshape diag blkdiag tril '\n\t        + 'triu fliplr flipud flipdim rot90 find sub2ind ind2sub bsxfun ndgrid permute ipermute '\n\t        + 'shiftdim circshift squeeze isscalar isvector ans eps realmax realmin pi i|0 inf nan '\n\t        + 'isnan isinf isfinite j|0 why compan gallery hadamard hankel hilb invhilb magic pascal '\n\t        + 'rosser toeplitz vander wilkinson max min nanmax nanmin mean nanmean type table '\n\t        + 'readtable writetable sortrows sort figure plot plot3 scatter scatter3 cellfun '\n\t        + 'legend intersect ismember procrustes hold num2cell '\n\t    },\n\t    illegal: '(//|\"|#|/\\\\*|\\\\s+/\\\\w+)',\n\t    contains: [\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: '$',\n\t        contains: [\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          {\n\t            className: 'params',\n\t            variants: [\n\t              {\n\t                begin: '\\\\(',\n\t                end: '\\\\)'\n\t              },\n\t              {\n\t                begin: '\\\\[',\n\t                end: '\\\\]'\n\t              }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        begin: /true|false/,\n\t        relevance: 0,\n\t        starts: TRANSPOSE\n\t      },\n\t      {\n\t        begin: '[a-zA-Z][a-zA-Z_0-9]*' + TRANSPOSE_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'number',\n\t        begin: hljs.C_NUMBER_RE,\n\t        relevance: 0,\n\t        starts: TRANSPOSE\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        contains: [ { begin: '\\'\\'' } ]\n\t      },\n\t      {\n\t        begin: /\\]|\\}|\\)/,\n\t        relevance: 0,\n\t        starts: TRANSPOSE\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '\"',\n\t        end: '\"',\n\t        contains: [ { begin: '\"\"' } ],\n\t        starts: TRANSPOSE\n\t      },\n\t      hljs.COMMENT('^\\\\s*%\\\\{\\\\s*$', '^\\\\s*%\\\\}\\\\s*$'),\n\t      hljs.COMMENT('%', '$')\n\t    ]\n\t  };\n\t}\n\n\tmatlab_1 = matlab;\n\treturn matlab_1;\n}\n\n/*\nLanguage: Maxima\nAuthor: Robert Dodier <robert.dodier@gmail.com>\nWebsite: http://maxima.sourceforge.net\nCategory: scientific\n*/\n\nvar maxima_1;\nvar hasRequiredMaxima;\n\nfunction requireMaxima () {\n\tif (hasRequiredMaxima) return maxima_1;\n\thasRequiredMaxima = 1;\n\tfunction maxima(hljs) {\n\t  const KEYWORDS =\n\t    'if then else elseif for thru do while unless step in and or not';\n\t  const LITERALS =\n\t    'true false unknown inf minf ind und %e %i %pi %phi %gamma';\n\t  const BUILTIN_FUNCTIONS =\n\t    ' abasep abs absint absolute_real_time acos acosh acot acoth acsc acsch activate'\n\t    + ' addcol add_edge add_edges addmatrices addrow add_vertex add_vertices adjacency_matrix'\n\t    + ' adjoin adjoint af agd airy airy_ai airy_bi airy_dai airy_dbi algsys alg_type'\n\t    + ' alias allroots alphacharp alphanumericp amortization %and annuity_fv'\n\t    + ' annuity_pv antid antidiff AntiDifference append appendfile apply apply1 apply2'\n\t    + ' applyb1 apropos args arit_amortization arithmetic arithsum array arrayapply'\n\t    + ' arrayinfo arraymake arraysetapply ascii asec asech asin asinh askinteger'\n\t    + ' asksign assoc assoc_legendre_p assoc_legendre_q assume assume_external_byte_order'\n\t    + ' asympa at atan atan2 atanh atensimp atom atvalue augcoefmatrix augmented_lagrangian_method'\n\t    + ' av average_degree backtrace bars barsplot barsplot_description base64 base64_decode'\n\t    + ' bashindices batch batchload bc2 bdvac belln benefit_cost bern bernpoly bernstein_approx'\n\t    + ' bernstein_expand bernstein_poly bessel bessel_i bessel_j bessel_k bessel_simplify'\n\t    + ' bessel_y beta beta_incomplete beta_incomplete_generalized beta_incomplete_regularized'\n\t    + ' bezout bfallroots bffac bf_find_root bf_fmin_cobyla bfhzeta bfloat bfloatp'\n\t    + ' bfpsi bfpsi0 bfzeta biconnected_components bimetric binomial bipartition'\n\t    + ' block blockmatrixp bode_gain bode_phase bothcoef box boxplot boxplot_description'\n\t    + ' break bug_report build_info|10 buildq build_sample burn cabs canform canten'\n\t    + ' cardinality carg cartan cartesian_product catch cauchy_matrix cbffac cdf_bernoulli'\n\t    + ' cdf_beta cdf_binomial cdf_cauchy cdf_chi2 cdf_continuous_uniform cdf_discrete_uniform'\n\t    + ' cdf_exp cdf_f cdf_gamma cdf_general_finite_discrete cdf_geometric cdf_gumbel'\n\t    + ' cdf_hypergeometric cdf_laplace cdf_logistic cdf_lognormal cdf_negative_binomial'\n\t    + ' cdf_noncentral_chi2 cdf_noncentral_student_t cdf_normal cdf_pareto cdf_poisson'\n\t    + ' cdf_rank_sum cdf_rayleigh cdf_signed_rank cdf_student_t cdf_weibull cdisplay'\n\t    + ' ceiling central_moment cequal cequalignore cf cfdisrep cfexpand cgeodesic'\n\t    + ' cgreaterp cgreaterpignore changename changevar chaosgame charat charfun charfun2'\n\t    + ' charlist charp charpoly chdir chebyshev_t chebyshev_u checkdiv check_overlaps'\n\t    + ' chinese cholesky christof chromatic_index chromatic_number cint circulant_graph'\n\t    + ' clear_edge_weight clear_rules clear_vertex_label clebsch_gordan clebsch_graph'\n\t    + ' clessp clesspignore close closefile cmetric coeff coefmatrix cograd col collapse'\n\t    + ' collectterms columnop columnspace columnswap columnvector combination combine'\n\t    + ' comp2pui compare compfile compile compile_file complement_graph complete_bipartite_graph'\n\t    + ' complete_graph complex_number_p components compose_functions concan concat'\n\t    + ' conjugate conmetderiv connected_components connect_vertices cons constant'\n\t    + ' constantp constituent constvalue cont2part content continuous_freq contortion'\n\t    + ' contour_plot contract contract_edge contragrad contrib_ode convert coord'\n\t    + ' copy copy_file copy_graph copylist copymatrix cor cos cosh cot coth cov cov1'\n\t    + ' covdiff covect covers crc24sum create_graph create_list csc csch csetup cspline'\n\t    + ' ctaylor ct_coordsys ctransform ctranspose cube_graph cuboctahedron_graph'\n\t    + ' cunlisp cv cycle_digraph cycle_graph cylindrical days360 dblint deactivate'\n\t    + ' declare declare_constvalue declare_dimensions declare_fundamental_dimensions'\n\t    + ' declare_fundamental_units declare_qty declare_translated declare_unit_conversion'\n\t    + ' declare_units declare_weights decsym defcon define define_alt_display define_variable'\n\t    + ' defint defmatch defrule defstruct deftaylor degree_sequence del delete deleten'\n\t    + ' delta demo demoivre denom depends derivdegree derivlist describe desolve'\n\t    + ' determinant dfloat dgauss_a dgauss_b dgeev dgemm dgeqrf dgesv dgesvd diag'\n\t    + ' diagmatrix diag_matrix diagmatrixp diameter diff digitcharp dimacs_export'\n\t    + ' dimacs_import dimension dimensionless dimensions dimensions_as_list direct'\n\t    + ' directory discrete_freq disjoin disjointp disolate disp dispcon dispform'\n\t    + ' dispfun dispJordan display disprule dispterms distrib divide divisors divsum'\n\t    + ' dkummer_m dkummer_u dlange dodecahedron_graph dotproduct dotsimp dpart'\n\t    + ' draw draw2d draw3d drawdf draw_file draw_graph dscalar echelon edge_coloring'\n\t    + ' edge_connectivity edges eigens_by_jacobi eigenvalues eigenvectors eighth'\n\t    + ' einstein eivals eivects elapsed_real_time elapsed_run_time ele2comp ele2polynome'\n\t    + ' ele2pui elem elementp elevation_grid elim elim_allbut eliminate eliminate_using'\n\t    + ' ellipse elliptic_e elliptic_ec elliptic_eu elliptic_f elliptic_kc elliptic_pi'\n\t    + ' ematrix empty_graph emptyp endcons entermatrix entertensor entier equal equalp'\n\t    + ' equiv_classes erf erfc erf_generalized erfi errcatch error errormsg errors'\n\t    + ' euler ev eval_string evenp every evolution evolution2d evundiff example exp'\n\t    + ' expand expandwrt expandwrt_factored expint expintegral_chi expintegral_ci'\n\t    + ' expintegral_e expintegral_e1 expintegral_ei expintegral_e_simplify expintegral_li'\n\t    + ' expintegral_shi expintegral_si explicit explose exponentialize express expt'\n\t    + ' exsec extdiff extract_linear_equations extremal_subset ezgcd %f f90 facsum'\n\t    + ' factcomb factor factorfacsum factorial factorout factorsum facts fast_central_elements'\n\t    + ' fast_linsolve fasttimes featurep fernfale fft fib fibtophi fifth filename_merge'\n\t    + ' file_search file_type fillarray findde find_root find_root_abs find_root_error'\n\t    + ' find_root_rel first fix flatten flength float floatnump floor flower_snark'\n\t    + ' flush flush1deriv flushd flushnd flush_output fmin_cobyla forget fortran'\n\t    + ' fourcos fourexpand fourier fourier_elim fourint fourintcos fourintsin foursimp'\n\t    + ' foursin fourth fposition frame_bracket freeof freshline fresnel_c fresnel_s'\n\t    + ' from_adjacency_matrix frucht_graph full_listify fullmap fullmapl fullratsimp'\n\t    + ' fullratsubst fullsetify funcsolve fundamental_dimensions fundamental_units'\n\t    + ' fundef funmake funp fv g0 g1 gamma gamma_greek gamma_incomplete gamma_incomplete_generalized'\n\t    + ' gamma_incomplete_regularized gauss gauss_a gauss_b gaussprob gcd gcdex gcdivide'\n\t    + ' gcfac gcfactor gd generalized_lambert_w genfact gen_laguerre genmatrix gensym'\n\t    + ' geo_amortization geo_annuity_fv geo_annuity_pv geomap geometric geometric_mean'\n\t    + ' geosum get getcurrentdirectory get_edge_weight getenv get_lu_factors get_output_stream_string'\n\t    + ' get_pixel get_plot_option get_tex_environment get_tex_environment_default'\n\t    + ' get_vertex_label gfactor gfactorsum ggf girth global_variances gn gnuplot_close'\n\t    + ' gnuplot_replot gnuplot_reset gnuplot_restart gnuplot_start go Gosper GosperSum'\n\t    + ' gr2d gr3d gradef gramschmidt graph6_decode graph6_encode graph6_export graph6_import'\n\t    + ' graph_center graph_charpoly graph_eigenvalues graph_flow graph_order graph_periphery'\n\t    + ' graph_product graph_size graph_union great_rhombicosidodecahedron_graph great_rhombicuboctahedron_graph'\n\t    + ' grid_graph grind grobner_basis grotzch_graph hamilton_cycle hamilton_path'\n\t    + ' hankel hankel_1 hankel_2 harmonic harmonic_mean hav heawood_graph hermite'\n\t    + ' hessian hgfred hilbertmap hilbert_matrix hipow histogram histogram_description'\n\t    + ' hodge horner hypergeometric i0 i1 %ibes ic1 ic2 ic_convert ichr1 ichr2 icosahedron_graph'\n\t    + ' icosidodecahedron_graph icurvature ident identfor identity idiff idim idummy'\n\t    + ' ieqn %if ifactors iframes ifs igcdex igeodesic_coords ilt image imagpart'\n\t    + ' imetric implicit implicit_derivative implicit_plot indexed_tensor indices'\n\t    + ' induced_subgraph inferencep inference_result infix info_display init_atensor'\n\t    + ' init_ctensor in_neighbors innerproduct inpart inprod inrt integerp integer_partitions'\n\t    + ' integrate intersect intersection intervalp intopois intosum invariant1 invariant2'\n\t    + ' inverse_fft inverse_jacobi_cd inverse_jacobi_cn inverse_jacobi_cs inverse_jacobi_dc'\n\t    + ' inverse_jacobi_dn inverse_jacobi_ds inverse_jacobi_nc inverse_jacobi_nd inverse_jacobi_ns'\n\t    + ' inverse_jacobi_sc inverse_jacobi_sd inverse_jacobi_sn invert invert_by_adjoint'\n\t    + ' invert_by_lu inv_mod irr is is_biconnected is_bipartite is_connected is_digraph'\n\t    + ' is_edge_in_graph is_graph is_graph_or_digraph ishow is_isomorphic isolate'\n\t    + ' isomorphism is_planar isqrt isreal_p is_sconnected is_tree is_vertex_in_graph'\n\t    + ' items_inference %j j0 j1 jacobi jacobian jacobi_cd jacobi_cn jacobi_cs jacobi_dc'\n\t    + ' jacobi_dn jacobi_ds jacobi_nc jacobi_nd jacobi_ns jacobi_p jacobi_sc jacobi_sd'\n\t    + ' jacobi_sn JF jn join jordan julia julia_set julia_sin %k kdels kdelta kill'\n\t    + ' killcontext kostka kron_delta kronecker_product kummer_m kummer_u kurtosis'\n\t    + ' kurtosis_bernoulli kurtosis_beta kurtosis_binomial kurtosis_chi2 kurtosis_continuous_uniform'\n\t    + ' kurtosis_discrete_uniform kurtosis_exp kurtosis_f kurtosis_gamma kurtosis_general_finite_discrete'\n\t    + ' kurtosis_geometric kurtosis_gumbel kurtosis_hypergeometric kurtosis_laplace'\n\t    + ' kurtosis_logistic kurtosis_lognormal kurtosis_negative_binomial kurtosis_noncentral_chi2'\n\t    + ' kurtosis_noncentral_student_t kurtosis_normal kurtosis_pareto kurtosis_poisson'\n\t    + ' kurtosis_rayleigh kurtosis_student_t kurtosis_weibull label labels lagrange'\n\t    + ' laguerre lambda lambert_w laplace laplacian_matrix last lbfgs lc2kdt lcharp'\n\t    + ' lc_l lcm lc_u ldefint ldisp ldisplay legendre_p legendre_q leinstein length'\n\t    + ' let letrules letsimp levi_civita lfreeof lgtreillis lhs li liediff limit'\n\t    + ' Lindstedt linear linearinterpol linear_program linear_regression line_graph'\n\t    + ' linsolve listarray list_correlations listify list_matrix_entries list_nc_monomials'\n\t    + ' listoftens listofvars listp lmax lmin load loadfile local locate_matrix_entry'\n\t    + ' log logcontract log_gamma lopow lorentz_gauge lowercasep lpart lratsubst'\n\t    + ' lreduce lriemann lsquares_estimates lsquares_estimates_approximate lsquares_estimates_exact'\n\t    + ' lsquares_mse lsquares_residual_mse lsquares_residuals lsum ltreillis lu_backsub'\n\t    + ' lucas lu_factor %m macroexpand macroexpand1 make_array makebox makefact makegamma'\n\t    + ' make_graph make_level_picture makelist makeOrders make_poly_continent make_poly_country'\n\t    + ' make_polygon make_random_state make_rgb_picture makeset make_string_input_stream'\n\t    + ' make_string_output_stream make_transform mandelbrot mandelbrot_set map mapatom'\n\t    + ' maplist matchdeclare matchfix mat_cond mat_fullunblocker mat_function mathml_display'\n\t    + ' mat_norm matrix matrixmap matrixp matrix_size mattrace mat_trace mat_unblocker'\n\t    + ' max max_clique max_degree max_flow maximize_lp max_independent_set max_matching'\n\t    + ' maybe md5sum mean mean_bernoulli mean_beta mean_binomial mean_chi2 mean_continuous_uniform'\n\t    + ' mean_deviation mean_discrete_uniform mean_exp mean_f mean_gamma mean_general_finite_discrete'\n\t    + ' mean_geometric mean_gumbel mean_hypergeometric mean_laplace mean_logistic'\n\t    + ' mean_lognormal mean_negative_binomial mean_noncentral_chi2 mean_noncentral_student_t'\n\t    + ' mean_normal mean_pareto mean_poisson mean_rayleigh mean_student_t mean_weibull'\n\t    + ' median median_deviation member mesh metricexpandall mgf1_sha1 min min_degree'\n\t    + ' min_edge_cut minfactorial minimalPoly minimize_lp minimum_spanning_tree minor'\n\t    + ' minpack_lsquares minpack_solve min_vertex_cover min_vertex_cut mkdir mnewton'\n\t    + ' mod mode_declare mode_identity ModeMatrix moebius mon2schur mono monomial_dimensions'\n\t    + ' multibernstein_poly multi_display_for_texinfo multi_elem multinomial multinomial_coeff'\n\t    + ' multi_orbit multiplot_mode multi_pui multsym multthru mycielski_graph nary'\n\t    + ' natural_unit nc_degree ncexpt ncharpoly negative_picture neighbors new newcontext'\n\t    + ' newdet new_graph newline newton new_variable next_prime nicedummies niceindices'\n\t    + ' ninth nofix nonarray noncentral_moment nonmetricity nonnegintegerp nonscalarp'\n\t    + ' nonzeroandfreeof notequal nounify nptetrad npv nroots nterms ntermst'\n\t    + ' nthroot nullity nullspace num numbered_boundaries numberp number_to_octets'\n\t    + ' num_distinct_partitions numerval numfactor num_partitions nusum nzeta nzetai'\n\t    + ' nzetar octets_to_number octets_to_oid odd_girth oddp ode2 ode_check odelin'\n\t    + ' oid_to_octets op opena opena_binary openr openr_binary openw openw_binary'\n\t    + ' operatorp opsubst optimize %or orbit orbits ordergreat ordergreatp orderless'\n\t    + ' orderlessp orthogonal_complement orthopoly_recur orthopoly_weight outermap'\n\t    + ' out_neighbors outofpois pade parabolic_cylinder_d parametric parametric_surface'\n\t    + ' parg parGosper parse_string parse_timedate part part2cont partfrac partition'\n\t    + ' partition_set partpol path_digraph path_graph pathname_directory pathname_name'\n\t    + ' pathname_type pdf_bernoulli pdf_beta pdf_binomial pdf_cauchy pdf_chi2 pdf_continuous_uniform'\n\t    + ' pdf_discrete_uniform pdf_exp pdf_f pdf_gamma pdf_general_finite_discrete'\n\t    + ' pdf_geometric pdf_gumbel pdf_hypergeometric pdf_laplace pdf_logistic pdf_lognormal'\n\t    + ' pdf_negative_binomial pdf_noncentral_chi2 pdf_noncentral_student_t pdf_normal'\n\t    + ' pdf_pareto pdf_poisson pdf_rank_sum pdf_rayleigh pdf_signed_rank pdf_student_t'\n\t    + ' pdf_weibull pearson_skewness permanent permut permutation permutations petersen_graph'\n\t    + ' petrov pickapart picture_equalp picturep piechart piechart_description planar_embedding'\n\t    + ' playback plog plot2d plot3d plotdf ploteq plsquares pochhammer points poisdiff'\n\t    + ' poisexpt poisint poismap poisplus poissimp poissubst poistimes poistrim polar'\n\t    + ' polarform polartorect polar_to_xy poly_add poly_buchberger poly_buchberger_criterion'\n\t    + ' poly_colon_ideal poly_content polydecomp poly_depends_p poly_elimination_ideal'\n\t    + ' poly_exact_divide poly_expand poly_expt poly_gcd polygon poly_grobner poly_grobner_equal'\n\t    + ' poly_grobner_member poly_grobner_subsetp poly_ideal_intersection poly_ideal_polysaturation'\n\t    + ' poly_ideal_polysaturation1 poly_ideal_saturation poly_ideal_saturation1 poly_lcm'\n\t    + ' poly_minimization polymod poly_multiply polynome2ele polynomialp poly_normal_form'\n\t    + ' poly_normalize poly_normalize_list poly_polysaturation_extension poly_primitive_part'\n\t    + ' poly_pseudo_divide poly_reduced_grobner poly_reduction poly_saturation_extension'\n\t    + ' poly_s_polynomial poly_subtract polytocompanion pop postfix potential power_mod'\n\t    + ' powerseries powerset prefix prev_prime primep primes principal_components'\n\t    + ' print printf printfile print_graph printpois printprops prodrac product properties'\n\t    + ' propvars psi psubst ptriangularize pui pui2comp pui2ele pui2polynome pui_direct'\n\t    + ' puireduc push put pv qput qrange qty quad_control quad_qag quad_qagi quad_qagp'\n\t    + ' quad_qags quad_qawc quad_qawf quad_qawo quad_qaws quadrilateral quantile'\n\t    + ' quantile_bernoulli quantile_beta quantile_binomial quantile_cauchy quantile_chi2'\n\t    + ' quantile_continuous_uniform quantile_discrete_uniform quantile_exp quantile_f'\n\t    + ' quantile_gamma quantile_general_finite_discrete quantile_geometric quantile_gumbel'\n\t    + ' quantile_hypergeometric quantile_laplace quantile_logistic quantile_lognormal'\n\t    + ' quantile_negative_binomial quantile_noncentral_chi2 quantile_noncentral_student_t'\n\t    + ' quantile_normal quantile_pareto quantile_poisson quantile_rayleigh quantile_student_t'\n\t    + ' quantile_weibull quartile_skewness quit qunit quotient racah_v racah_w radcan'\n\t    + ' radius random random_bernoulli random_beta random_binomial random_bipartite_graph'\n\t    + ' random_cauchy random_chi2 random_continuous_uniform random_digraph random_discrete_uniform'\n\t    + ' random_exp random_f random_gamma random_general_finite_discrete random_geometric'\n\t    + ' random_graph random_graph1 random_gumbel random_hypergeometric random_laplace'\n\t    + ' random_logistic random_lognormal random_negative_binomial random_network'\n\t    + ' random_noncentral_chi2 random_noncentral_student_t random_normal random_pareto'\n\t    + ' random_permutation random_poisson random_rayleigh random_regular_graph random_student_t'\n\t    + ' random_tournament random_tree random_weibull range rank rat ratcoef ratdenom'\n\t    + ' ratdiff ratdisrep ratexpand ratinterpol rational rationalize ratnumer ratnump'\n\t    + ' ratp ratsimp ratsubst ratvars ratweight read read_array read_binary_array'\n\t    + ' read_binary_list read_binary_matrix readbyte readchar read_hashed_array readline'\n\t    + ' read_list read_matrix read_nested_list readonly read_xpm real_imagpart_to_conjugate'\n\t    + ' realpart realroots rearray rectangle rectform rectform_log_if_constant recttopolar'\n\t    + ' rediff reduce_consts reduce_order region region_boundaries region_boundaries_plus'\n\t    + ' rem remainder remarray rembox remcomps remcon remcoord remfun remfunction'\n\t    + ' remlet remove remove_constvalue remove_dimensions remove_edge remove_fundamental_dimensions'\n\t    + ' remove_fundamental_units remove_plot_option remove_vertex rempart remrule'\n\t    + ' remsym remvalue rename rename_file reset reset_displays residue resolvante'\n\t    + ' resolvante_alternee1 resolvante_bipartite resolvante_diedrale resolvante_klein'\n\t    + ' resolvante_klein3 resolvante_produit_sym resolvante_unitaire resolvante_vierer'\n\t    + ' rest resultant return reveal reverse revert revert2 rgb2level rhs ricci riemann'\n\t    + ' rinvariant risch rk rmdir rncombine romberg room rootscontract round row'\n\t    + ' rowop rowswap rreduce run_testsuite %s save saving scalarp scaled_bessel_i'\n\t    + ' scaled_bessel_i0 scaled_bessel_i1 scalefactors scanmap scatterplot scatterplot_description'\n\t    + ' scene schur2comp sconcat scopy scsimp scurvature sdowncase sec sech second'\n\t    + ' sequal sequalignore set_alt_display setdifference set_draw_defaults set_edge_weight'\n\t    + ' setelmx setequalp setify setp set_partitions set_plot_option set_prompt set_random_state'\n\t    + ' set_tex_environment set_tex_environment_default setunits setup_autoload set_up_dot_simplifications'\n\t    + ' set_vertex_label seventh sexplode sf sha1sum sha256sum shortest_path shortest_weighted_path'\n\t    + ' show showcomps showratvars sierpinskiale sierpinskimap sign signum similaritytransform'\n\t    + ' simp_inequality simplify_sum simplode simpmetderiv simtran sin sinh sinsert'\n\t    + ' sinvertcase sixth skewness skewness_bernoulli skewness_beta skewness_binomial'\n\t    + ' skewness_chi2 skewness_continuous_uniform skewness_discrete_uniform skewness_exp'\n\t    + ' skewness_f skewness_gamma skewness_general_finite_discrete skewness_geometric'\n\t    + ' skewness_gumbel skewness_hypergeometric skewness_laplace skewness_logistic'\n\t    + ' skewness_lognormal skewness_negative_binomial skewness_noncentral_chi2 skewness_noncentral_student_t'\n\t    + ' skewness_normal skewness_pareto skewness_poisson skewness_rayleigh skewness_student_t'\n\t    + ' skewness_weibull slength smake small_rhombicosidodecahedron_graph small_rhombicuboctahedron_graph'\n\t    + ' smax smin smismatch snowmap snub_cube_graph snub_dodecahedron_graph solve'\n\t    + ' solve_rec solve_rec_rat some somrac sort sparse6_decode sparse6_encode sparse6_export'\n\t    + ' sparse6_import specint spherical spherical_bessel_j spherical_bessel_y spherical_hankel1'\n\t    + ' spherical_hankel2 spherical_harmonic spherical_to_xyz splice split sposition'\n\t    + ' sprint sqfr sqrt sqrtdenest sremove sremovefirst sreverse ssearch ssort sstatus'\n\t    + ' ssubst ssubstfirst staircase standardize standardize_inverse_trig starplot'\n\t    + ' starplot_description status std std1 std_bernoulli std_beta std_binomial'\n\t    + ' std_chi2 std_continuous_uniform std_discrete_uniform std_exp std_f std_gamma'\n\t    + ' std_general_finite_discrete std_geometric std_gumbel std_hypergeometric std_laplace'\n\t    + ' std_logistic std_lognormal std_negative_binomial std_noncentral_chi2 std_noncentral_student_t'\n\t    + ' std_normal std_pareto std_poisson std_rayleigh std_student_t std_weibull'\n\t    + ' stemplot stirling stirling1 stirling2 strim striml strimr string stringout'\n\t    + ' stringp strong_components struve_h struve_l sublis sublist sublist_indices'\n\t    + ' submatrix subsample subset subsetp subst substinpart subst_parallel substpart'\n\t    + ' substring subvar subvarp sum sumcontract summand_to_rec supcase supcontext'\n\t    + ' symbolp symmdifference symmetricp system take_channel take_inference tan'\n\t    + ' tanh taylor taylorinfo taylorp taylor_simplifier taytorat tcl_output tcontract'\n\t    + ' tellrat tellsimp tellsimpafter tentex tenth test_mean test_means_difference'\n\t    + ' test_normality test_proportion test_proportions_difference test_rank_sum'\n\t    + ' test_sign test_signed_rank test_variance test_variance_ratio tex tex1 tex_display'\n\t    + ' texput %th third throw time timedate timer timer_info tldefint tlimit todd_coxeter'\n\t    + ' toeplitz tokens to_lisp topological_sort to_poly to_poly_solve totaldisrep'\n\t    + ' totalfourier totient tpartpol trace tracematrix trace_options transform_sample'\n\t    + ' translate translate_file transpose treefale tree_reduce treillis treinat'\n\t    + ' triangle triangularize trigexpand trigrat trigreduce trigsimp trunc truncate'\n\t    + ' truncated_cube_graph truncated_dodecahedron_graph truncated_icosahedron_graph'\n\t    + ' truncated_tetrahedron_graph tr_warnings_get tube tutte_graph ueivects uforget'\n\t    + ' ultraspherical underlying_graph undiff union unique uniteigenvectors unitp'\n\t    + ' units unit_step unitvector unorder unsum untellrat untimer'\n\t    + ' untrace uppercasep uricci uriemann uvect vandermonde_matrix var var1 var_bernoulli'\n\t    + ' var_beta var_binomial var_chi2 var_continuous_uniform var_discrete_uniform'\n\t    + ' var_exp var_f var_gamma var_general_finite_discrete var_geometric var_gumbel'\n\t    + ' var_hypergeometric var_laplace var_logistic var_lognormal var_negative_binomial'\n\t    + ' var_noncentral_chi2 var_noncentral_student_t var_normal var_pareto var_poisson'\n\t    + ' var_rayleigh var_student_t var_weibull vector vectorpotential vectorsimp'\n\t    + ' verbify vers vertex_coloring vertex_connectivity vertex_degree vertex_distance'\n\t    + ' vertex_eccentricity vertex_in_degree vertex_out_degree vertices vertices_to_cycle'\n\t    + ' vertices_to_path %w weyl wheel_graph wiener_index wigner_3j wigner_6j'\n\t    + ' wigner_9j with_stdout write_binary_data writebyte write_data writefile wronskian'\n\t    + ' xreduce xthru %y Zeilberger zeroequiv zerofor zeromatrix zeromatrixp zeta'\n\t    + ' zgeev zheev zlange zn_add_table zn_carmichael_lambda zn_characteristic_factors'\n\t    + ' zn_determinant zn_factor_generators zn_invert_by_lu zn_log zn_mult_table'\n\t    + ' absboxchar activecontexts adapt_depth additive adim aform algebraic'\n\t    + ' algepsilon algexact aliases allbut all_dotsimp_denoms allocation allsym alphabetic'\n\t    + ' animation antisymmetric arrays askexp assume_pos assume_pos_pred assumescalar'\n\t    + ' asymbol atomgrad atrig1 axes axis_3d axis_bottom axis_left axis_right axis_top'\n\t    + ' azimuth background background_color backsubst berlefact bernstein_explicit'\n\t    + ' besselexpand beta_args_sum_to_integer beta_expand bftorat bftrunc bindtest'\n\t    + ' border boundaries_array box boxchar breakup %c capping cauchysum cbrange'\n\t    + ' cbtics center cflength cframe_flag cnonmet_flag color color_bar color_bar_tics'\n\t    + ' colorbox columns commutative complex cone context contexts contour contour_levels'\n\t    + ' cosnpiflag ctaypov ctaypt ctayswitch ctayvar ct_coords ctorsion_flag ctrgsimp'\n\t    + ' cube current_let_rule_package cylinder data_file_name debugmode decreasing'\n\t    + ' default_let_rule_package delay dependencies derivabbrev derivsubst detout'\n\t    + ' diagmetric diff dim dimensions dispflag display2d|10 display_format_internal'\n\t    + ' distribute_over doallmxops domain domxexpt domxmxops domxnctimes dontfactor'\n\t    + ' doscmxops doscmxplus dot0nscsimp dot0simp dot1simp dotassoc dotconstrules'\n\t    + ' dotdistrib dotexptsimp dotident dotscrules draw_graph_program draw_realpart'\n\t    + ' edge_color edge_coloring edge_partition edge_type edge_width %edispflag'\n\t    + ' elevation %emode endphi endtheta engineering_format_floats enhanced3d %enumer'\n\t    + ' epsilon_lp erfflag erf_representation errormsg error_size error_syms error_type'\n\t    + ' %e_to_numlog eval even evenfun evflag evfun ev_point expandwrt_denom expintexpand'\n\t    + ' expintrep expon expop exptdispflag exptisolate exptsubst facexpand facsum_combine'\n\t    + ' factlim factorflag factorial_expand factors_only fb feature features'\n\t    + ' file_name file_output_append file_search_demo file_search_lisp file_search_maxima|10'\n\t    + ' file_search_tests file_search_usage file_type_lisp file_type_maxima|10 fill_color'\n\t    + ' fill_density filled_func fixed_vertices flipflag float2bf font font_size'\n\t    + ' fortindent fortspaces fpprec fpprintprec functions gamma_expand gammalim'\n\t    + ' gdet genindex gensumnum GGFCFMAX GGFINFINITY globalsolve gnuplot_command'\n\t    + ' gnuplot_curve_styles gnuplot_curve_titles gnuplot_default_term_command gnuplot_dumb_term_command'\n\t    + ' gnuplot_file_args gnuplot_file_name gnuplot_out_file gnuplot_pdf_term_command'\n\t    + ' gnuplot_pm3d gnuplot_png_term_command gnuplot_postamble gnuplot_preamble'\n\t    + ' gnuplot_ps_term_command gnuplot_svg_term_command gnuplot_term gnuplot_view_args'\n\t    + ' Gosper_in_Zeilberger gradefs grid grid2d grind halfangles head_angle head_both'\n\t    + ' head_length head_type height hypergeometric_representation %iargs ibase'\n\t    + ' icc1 icc2 icounter idummyx ieqnprint ifb ifc1 ifc2 ifg ifgi ifr iframe_bracket_form'\n\t    + ' ifri igeowedge_flag ikt1 ikt2 imaginary inchar increasing infeval'\n\t    + ' infinity inflag infolists inm inmc1 inmc2 intanalysis integer integervalued'\n\t    + ' integrate_use_rootsof integration_constant integration_constant_counter interpolate_color'\n\t    + ' intfaclim ip_grid ip_grid_in irrational isolate_wrt_times iterations itr'\n\t    + ' julia_parameter %k1 %k2 keepfloat key key_pos kinvariant kt label label_alignment'\n\t    + ' label_orientation labels lassociative lbfgs_ncorrections lbfgs_nfeval_max'\n\t    + ' leftjust legend letrat let_rule_packages lfg lg lhospitallim limsubst linear'\n\t    + ' linear_solver linechar linel|10 linenum line_type linewidth line_width linsolve_params'\n\t    + ' linsolvewarn lispdisp listarith listconstvars listdummyvars lmxchar load_pathname'\n\t    + ' loadprint logabs logarc logcb logconcoeffp logexpand lognegint logsimp logx'\n\t    + ' logx_secondary logy logy_secondary logz lriem m1pbranch macroexpansion macros'\n\t    + ' mainvar manual_demo maperror mapprint matrix_element_add matrix_element_mult'\n\t    + ' matrix_element_transpose maxapplydepth maxapplyheight maxima_tempdir|10 maxima_userdir|10'\n\t    + ' maxnegex MAX_ORD maxposex maxpsifracdenom maxpsifracnum maxpsinegint maxpsiposint'\n\t    + ' maxtayorder mesh_lines_color method mod_big_prime mode_check_errorp'\n\t    + ' mode_checkp mode_check_warnp mod_test mod_threshold modular_linear_solver'\n\t    + ' modulus multiplicative multiplicities myoptions nary negdistrib negsumdispflag'\n\t    + ' newline newtonepsilon newtonmaxiter nextlayerfactor niceindicespref nm nmc'\n\t    + ' noeval nolabels nonegative_lp noninteger nonscalar noun noundisp nouns np'\n\t    + ' npi nticks ntrig numer numer_pbranch obase odd oddfun opacity opproperties'\n\t    + ' opsubst optimprefix optionset orientation origin orthopoly_returns_intervals'\n\t    + ' outative outchar packagefile palette partswitch pdf_file pfeformat phiresolution'\n\t    + ' %piargs piece pivot_count_sx pivot_max_sx plot_format plot_options plot_realpart'\n\t    + ' png_file pochhammer_max_index points pointsize point_size points_joined point_type'\n\t    + ' poislim poisson poly_coefficient_ring poly_elimination_order polyfactor poly_grobner_algorithm'\n\t    + ' poly_grobner_debug poly_monomial_order poly_primary_elimination_order poly_return_term_list'\n\t    + ' poly_secondary_elimination_order poly_top_reduction_only posfun position'\n\t    + ' powerdisp pred prederror primep_number_of_tests product_use_gamma program'\n\t    + ' programmode promote_float_to_bigfloat prompt proportional_axes props psexpand'\n\t    + ' ps_file radexpand radius radsubstflag rassociative ratalgdenom ratchristof'\n\t    + ' ratdenomdivide rateinstein ratepsilon ratfac rational ratmx ratprint ratriemann'\n\t    + ' ratsimpexpons ratvarswitch ratweights ratweyl ratwtlvl real realonly redraw'\n\t    + ' refcheck resolution restart resultant ric riem rmxchar %rnum_list rombergabs'\n\t    + ' rombergit rombergmin rombergtol rootsconmode rootsepsilon run_viewer same_xy'\n\t    + ' same_xyz savedef savefactors scalar scalarmatrixp scale scale_lp setcheck'\n\t    + ' setcheckbreak setval show_edge_color show_edges show_edge_type show_edge_width'\n\t    + ' show_id show_label showtime show_vertex_color show_vertex_size show_vertex_type'\n\t    + ' show_vertices show_weight simp simplified_output simplify_products simpproduct'\n\t    + ' simpsum sinnpiflag solvedecomposes solveexplicit solvefactors solvenullwarn'\n\t    + ' solveradcan solvetrigwarn space sparse sphere spring_embedding_depth sqrtdispflag'\n\t    + ' stardisp startphi starttheta stats_numer stringdisp structures style sublis_apply_lambda'\n\t    + ' subnumsimp sumexpand sumsplitfact surface surface_hide svg_file symmetric'\n\t    + ' tab taylordepth taylor_logexpand taylor_order_coefficients taylor_truncate_polynomials'\n\t    + ' tensorkill terminal testsuite_files thetaresolution timer_devalue title tlimswitch'\n\t    + ' tr track transcompile transform transform_xy translate_fast_arrays transparent'\n\t    + ' transrun tr_array_as_ref tr_bound_function_applyp tr_file_tty_messagesp tr_float_can_branch_complex'\n\t    + ' tr_function_call_default trigexpandplus trigexpandtimes triginverses trigsign'\n\t    + ' trivial_solutions tr_numer tr_optimize_max_loop tr_semicompile tr_state_vars'\n\t    + ' tr_warn_bad_function_calls tr_warn_fexpr tr_warn_meval tr_warn_mode'\n\t    + ' tr_warn_undeclared tr_warn_undefined_variable tstep ttyoff tube_extremes'\n\t    + ' ufg ug %unitexpand unit_vectors uric uriem use_fast_arrays user_preamble'\n\t    + ' usersetunits values vect_cross verbose vertex_color vertex_coloring vertex_partition'\n\t    + ' vertex_size vertex_type view warnings weyl width windowname windowtitle wired_surface'\n\t    + ' wireframe xaxis xaxis_color xaxis_secondary xaxis_type xaxis_width xlabel'\n\t    + ' xlabel_secondary xlength xrange xrange_secondary xtics xtics_axis xtics_rotate'\n\t    + ' xtics_rotate_secondary xtics_secondary xtics_secondary_axis xu_grid x_voxel'\n\t    + ' xy_file xyplane xy_scale yaxis yaxis_color yaxis_secondary yaxis_type yaxis_width'\n\t    + ' ylabel ylabel_secondary ylength yrange yrange_secondary ytics ytics_axis'\n\t    + ' ytics_rotate ytics_rotate_secondary ytics_secondary ytics_secondary_axis'\n\t    + ' yv_grid y_voxel yx_ratio zaxis zaxis_color zaxis_type zaxis_width zeroa zerob'\n\t    + ' zerobern zeta%pi zlabel zlabel_rotate zlength zmin zn_primroot_limit zn_primroot_pretest';\n\t  const SYMBOLS = '_ __ %|0 %%|0';\n\n\t  return {\n\t    name: 'Maxima',\n\t    keywords: {\n\t      $pattern: '[A-Za-z_%][0-9A-Za-z_%]*',\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS,\n\t      built_in: BUILTIN_FUNCTIONS,\n\t      symbol: SYMBOLS\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'comment',\n\t        begin: '/\\\\*',\n\t        end: '\\\\*/',\n\t        contains: [ 'self' ]\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'number',\n\t        relevance: 0,\n\t        variants: [\n\t          {\n\t            // float number w/ exponent\n\t            // hmm, I wonder if we ought to include other exponent markers?\n\t            begin: '\\\\b(\\\\d+|\\\\d+\\\\.|\\\\.\\\\d+|\\\\d+\\\\.\\\\d+)[Ee][-+]?\\\\d+\\\\b' },\n\t          {\n\t            // bigfloat number\n\t            begin: '\\\\b(\\\\d+|\\\\d+\\\\.|\\\\.\\\\d+|\\\\d+\\\\.\\\\d+)[Bb][-+]?\\\\d+\\\\b',\n\t            relevance: 10\n\t          },\n\t          {\n\t            // float number w/out exponent\n\t            // Doesn't seem to recognize floats which start with '.'\n\t            begin: '\\\\b(\\\\.\\\\d+|\\\\d+\\\\.\\\\d+)\\\\b' },\n\t          {\n\t            // integer in base up to 36\n\t            // Doesn't seem to recognize integers which end with '.'\n\t            begin: '\\\\b(\\\\d+|0[0-9A-Za-z]+)\\\\.?\\\\b' }\n\t        ]\n\t      }\n\t    ],\n\t    illegal: /@/\n\t  };\n\t}\n\n\tmaxima_1 = maxima;\n\treturn maxima_1;\n}\n\n/*\nLanguage: MEL\nDescription: Maya Embedded Language\nAuthor: Shuen-Huei Guan <drake.guan@gmail.com>\nWebsite: http://www.autodesk.com/products/autodesk-maya/overview\nCategory: graphics\n*/\n\nvar mel_1;\nvar hasRequiredMel;\n\nfunction requireMel () {\n\tif (hasRequiredMel) return mel_1;\n\thasRequiredMel = 1;\n\tfunction mel(hljs) {\n\t  return {\n\t    name: 'MEL',\n\t    keywords:\n\t      'int float string vector matrix if else switch case default while do for in break '\n\t      + 'continue global proc return about abs addAttr addAttributeEditorNodeHelp addDynamic '\n\t      + 'addNewShelfTab addPP addPanelCategory addPrefixToName advanceToNextDrivenKey '\n\t      + 'affectedNet affects aimConstraint air alias aliasAttr align alignCtx alignCurve '\n\t      + 'alignSurface allViewFit ambientLight angle angleBetween animCone animCurveEditor '\n\t      + 'animDisplay animView annotate appendStringArray applicationName applyAttrPreset '\n\t      + 'applyTake arcLenDimContext arcLengthDimension arclen arrayMapper art3dPaintCtx '\n\t      + 'artAttrCtx artAttrPaintVertexCtx artAttrSkinPaintCtx artAttrTool artBuildPaintMenu '\n\t      + 'artFluidAttrCtx artPuttyCtx artSelectCtx artSetPaintCtx artUserPaintCtx assignCommand '\n\t      + 'assignInputDevice assignViewportFactories attachCurve attachDeviceAttr attachSurface '\n\t      + 'attrColorSliderGrp attrCompatibility attrControlGrp attrEnumOptionMenu '\n\t      + 'attrEnumOptionMenuGrp attrFieldGrp attrFieldSliderGrp attrNavigationControlGrp '\n\t      + 'attrPresetEditWin attributeExists attributeInfo attributeMenu attributeQuery '\n\t      + 'autoKeyframe autoPlace bakeClip bakeFluidShading bakePartialHistory bakeResults '\n\t      + 'bakeSimulation basename basenameEx batchRender bessel bevel bevelPlus binMembership '\n\t      + 'bindSkin blend2 blendShape blendShapeEditor blendShapePanel blendTwoAttr blindDataType '\n\t      + 'boneLattice boundary boxDollyCtx boxZoomCtx bufferCurve buildBookmarkMenu '\n\t      + 'buildKeyframeMenu button buttonManip CBG cacheFile cacheFileCombine cacheFileMerge '\n\t      + 'cacheFileTrack camera cameraView canCreateManip canvas capitalizeString catch '\n\t      + 'catchQuiet ceil changeSubdivComponentDisplayLevel changeSubdivRegion channelBox '\n\t      + 'character characterMap characterOutlineEditor characterize chdir checkBox checkBoxGrp '\n\t      + 'checkDefaultRenderGlobals choice circle circularFillet clamp clear clearCache clip '\n\t      + 'clipEditor clipEditorCurrentTimeCtx clipSchedule clipSchedulerOutliner clipTrimBefore '\n\t      + 'closeCurve closeSurface cluster cmdFileOutput cmdScrollFieldExecuter '\n\t      + 'cmdScrollFieldReporter cmdShell coarsenSubdivSelectionList collision color '\n\t      + 'colorAtPoint colorEditor colorIndex colorIndexSliderGrp colorSliderButtonGrp '\n\t      + 'colorSliderGrp columnLayout commandEcho commandLine commandPort compactHairSystem '\n\t      + 'componentEditor compositingInterop computePolysetVolume condition cone confirmDialog '\n\t      + 'connectAttr connectControl connectDynamic connectJoint connectionInfo constrain '\n\t      + 'constrainValue constructionHistory container containsMultibyte contextInfo control '\n\t      + 'convertFromOldLayers convertIffToPsd convertLightmap convertSolidTx convertTessellation '\n\t      + 'convertUnit copyArray copyFlexor copyKey copySkinWeights cos cpButton cpCache '\n\t      + 'cpClothSet cpCollision cpConstraint cpConvClothToMesh cpForces cpGetSolverAttr cpPanel '\n\t      + 'cpProperty cpRigidCollisionFilter cpSeam cpSetEdit cpSetSolverAttr cpSolver '\n\t      + 'cpSolverTypes cpTool cpUpdateClothUVs createDisplayLayer createDrawCtx createEditor '\n\t      + 'createLayeredPsdFile createMotionField createNewShelf createNode createRenderLayer '\n\t      + 'createSubdivRegion cross crossProduct ctxAbort ctxCompletion ctxEditMode ctxTraverse '\n\t      + 'currentCtx currentTime currentTimeCtx currentUnit curve curveAddPtCtx '\n\t      + 'curveCVCtx curveEPCtx curveEditorCtx curveIntersect curveMoveEPCtx curveOnSurface '\n\t      + 'curveSketchCtx cutKey cycleCheck cylinder dagPose date defaultLightListCheckBox '\n\t      + 'defaultNavigation defineDataServer defineVirtualDevice deformer deg_to_rad delete '\n\t      + 'deleteAttr deleteShadingGroupsAndMaterials deleteShelfTab deleteUI deleteUnusedBrushes '\n\t      + 'delrandstr detachCurve detachDeviceAttr detachSurface deviceEditor devicePanel dgInfo '\n\t      + 'dgdirty dgeval dgtimer dimWhen directKeyCtx directionalLight dirmap dirname disable '\n\t      + 'disconnectAttr disconnectJoint diskCache displacementToPoly displayAffected '\n\t      + 'displayColor displayCull displayLevelOfDetail displayPref displayRGBColor '\n\t      + 'displaySmoothness displayStats displayString displaySurface distanceDimContext '\n\t      + 'distanceDimension doBlur dolly dollyCtx dopeSheetEditor dot dotProduct '\n\t      + 'doubleProfileBirailSurface drag dragAttrContext draggerContext dropoffLocator '\n\t      + 'duplicate duplicateCurve duplicateSurface dynCache dynControl dynExport dynExpression '\n\t      + 'dynGlobals dynPaintEditor dynParticleCtx dynPref dynRelEdPanel dynRelEditor '\n\t      + 'dynamicLoad editAttrLimits editDisplayLayerGlobals editDisplayLayerMembers '\n\t      + 'editRenderLayerAdjustment editRenderLayerGlobals editRenderLayerMembers editor '\n\t      + 'editorTemplate effector emit emitter enableDevice encodeString endString endsWith env '\n\t      + 'equivalent equivalentTol erf error eval evalDeferred evalEcho event '\n\t      + 'exactWorldBoundingBox exclusiveLightCheckBox exec executeForEachObject exists exp '\n\t      + 'expression expressionEditorListen extendCurve extendSurface extrude fcheck fclose feof '\n\t      + 'fflush fgetline fgetword file fileBrowserDialog fileDialog fileExtension fileInfo '\n\t      + 'filetest filletCurve filter filterCurve filterExpand filterStudioImport '\n\t      + 'findAllIntersections findAnimCurves findKeyframe findMenuItem findRelatedSkinCluster '\n\t      + 'finder firstParentOf fitBspline flexor floatEq floatField floatFieldGrp floatScrollBar '\n\t      + 'floatSlider floatSlider2 floatSliderButtonGrp floatSliderGrp floor flow fluidCacheInfo '\n\t      + 'fluidEmitter fluidVoxelInfo flushUndo fmod fontDialog fopen formLayout format fprint '\n\t      + 'frameLayout fread freeFormFillet frewind fromNativePath fwrite gamma gauss '\n\t      + 'geometryConstraint getApplicationVersionAsFloat getAttr getClassification '\n\t      + 'getDefaultBrush getFileList getFluidAttr getInputDeviceRange getMayaPanelTypes '\n\t      + 'getModifiers getPanel getParticleAttr getPluginResource getenv getpid glRender '\n\t      + 'glRenderEditor globalStitch gmatch goal gotoBindPose grabColor gradientControl '\n\t      + 'gradientControlNoAttr graphDollyCtx graphSelectContext graphTrackCtx gravity grid '\n\t      + 'gridLayout group groupObjectsByName HfAddAttractorToAS HfAssignAS HfBuildEqualMap '\n\t      + 'HfBuildFurFiles HfBuildFurImages HfCancelAFR HfConnectASToHF HfCreateAttractor '\n\t      + 'HfDeleteAS HfEditAS HfPerformCreateAS HfRemoveAttractorFromAS HfSelectAttached '\n\t      + 'HfSelectAttractors HfUnAssignAS hardenPointCurve hardware hardwareRenderPanel '\n\t      + 'headsUpDisplay headsUpMessage help helpLine hermite hide hilite hitTest hotBox hotkey '\n\t      + 'hotkeyCheck hsv_to_rgb hudButton hudSlider hudSliderButton hwReflectionMap hwRender '\n\t      + 'hwRenderLoad hyperGraph hyperPanel hyperShade hypot iconTextButton iconTextCheckBox '\n\t      + 'iconTextRadioButton iconTextRadioCollection iconTextScrollList iconTextStaticLabel '\n\t      + 'ikHandle ikHandleCtx ikHandleDisplayScale ikSolver ikSplineHandleCtx ikSystem '\n\t      + 'ikSystemInfo ikfkDisplayMethod illustratorCurves image imfPlugins inheritTransform '\n\t      + 'insertJoint insertJointCtx insertKeyCtx insertKnotCurve insertKnotSurface instance '\n\t      + 'instanceable instancer intField intFieldGrp intScrollBar intSlider intSliderGrp '\n\t      + 'interToUI internalVar intersect iprEngine isAnimCurve isConnected isDirty isParentOf '\n\t      + 'isSameObject isTrue isValidObjectName isValidString isValidUiName isolateSelect '\n\t      + 'itemFilter itemFilterAttr itemFilterRender itemFilterType joint jointCluster jointCtx '\n\t      + 'jointDisplayScale jointLattice keyTangent keyframe keyframeOutliner '\n\t      + 'keyframeRegionCurrentTimeCtx keyframeRegionDirectKeyCtx keyframeRegionDollyCtx '\n\t      + 'keyframeRegionInsertKeyCtx keyframeRegionMoveKeyCtx keyframeRegionScaleKeyCtx '\n\t      + 'keyframeRegionSelectKeyCtx keyframeRegionSetKeyCtx keyframeRegionTrackCtx '\n\t      + 'keyframeStats lassoContext lattice latticeDeformKeyCtx launch launchImageEditor '\n\t      + 'layerButton layeredShaderPort layeredTexturePort layout layoutDialog lightList '\n\t      + 'lightListEditor lightListPanel lightlink lineIntersection linearPrecision linstep '\n\t      + 'listAnimatable listAttr listCameras listConnections listDeviceAttachments listHistory '\n\t      + 'listInputDeviceAxes listInputDeviceButtons listInputDevices listMenuAnnotation '\n\t      + 'listNodeTypes listPanelCategories listRelatives listSets listTransforms '\n\t      + 'listUnselected listerEditor loadFluid loadNewShelf loadPlugin '\n\t      + 'loadPluginLanguageResources loadPrefObjects localizedPanelLabel lockNode loft log '\n\t      + 'longNameOf lookThru ls lsThroughFilter lsType lsUI Mayatomr mag makeIdentity makeLive '\n\t      + 'makePaintable makeRoll makeSingleSurface makeTubeOn makebot manipMoveContext '\n\t      + 'manipMoveLimitsCtx manipOptions manipRotateContext manipRotateLimitsCtx '\n\t      + 'manipScaleContext manipScaleLimitsCtx marker match max memory menu menuBarLayout '\n\t      + 'menuEditor menuItem menuItemToShelf menuSet menuSetPref messageLine min minimizeApp '\n\t      + 'mirrorJoint modelCurrentTimeCtx modelEditor modelPanel mouse movIn movOut move '\n\t      + 'moveIKtoFK moveKeyCtx moveVertexAlongDirection multiProfileBirailSurface mute '\n\t      + 'nParticle nameCommand nameField namespace namespaceInfo newPanelItems newton nodeCast '\n\t      + 'nodeIconButton nodeOutliner nodePreset nodeType noise nonLinear normalConstraint '\n\t      + 'normalize nurbsBoolean nurbsCopyUVSet nurbsCube nurbsEditUV nurbsPlane nurbsSelect '\n\t      + 'nurbsSquare nurbsToPoly nurbsToPolygonsPref nurbsToSubdiv nurbsToSubdivPref '\n\t      + 'nurbsUVSet nurbsViewDirectionVector objExists objectCenter objectLayer objectType '\n\t      + 'objectTypeUI obsoleteProc oceanNurbsPreviewPlane offsetCurve offsetCurveOnSurface '\n\t      + 'offsetSurface openGLExtension openMayaPref optionMenu optionMenuGrp optionVar orbit '\n\t      + 'orbitCtx orientConstraint outlinerEditor outlinerPanel overrideModifier '\n\t      + 'paintEffectsDisplay pairBlend palettePort paneLayout panel panelConfiguration '\n\t      + 'panelHistory paramDimContext paramDimension paramLocator parent parentConstraint '\n\t      + 'particle particleExists particleInstancer particleRenderInfo partition pasteKey '\n\t      + 'pathAnimation pause pclose percent performanceOptions pfxstrokes pickWalk picture '\n\t      + 'pixelMove planarSrf plane play playbackOptions playblast plugAttr plugNode pluginInfo '\n\t      + 'pluginResourceUtil pointConstraint pointCurveConstraint pointLight pointMatrixMult '\n\t      + 'pointOnCurve pointOnSurface pointPosition poleVectorConstraint polyAppend '\n\t      + 'polyAppendFacetCtx polyAppendVertex polyAutoProjection polyAverageNormal '\n\t      + 'polyAverageVertex polyBevel polyBlendColor polyBlindData polyBoolOp polyBridgeEdge '\n\t      + 'polyCacheMonitor polyCheck polyChipOff polyClipboard polyCloseBorder polyCollapseEdge '\n\t      + 'polyCollapseFacet polyColorBlindData polyColorDel polyColorPerVertex polyColorSet '\n\t      + 'polyCompare polyCone polyCopyUV polyCrease polyCreaseCtx polyCreateFacet '\n\t      + 'polyCreateFacetCtx polyCube polyCut polyCutCtx polyCylinder polyCylindricalProjection '\n\t      + 'polyDelEdge polyDelFacet polyDelVertex polyDuplicateAndConnect polyDuplicateEdge '\n\t      + 'polyEditUV polyEditUVShell polyEvaluate polyExtrudeEdge polyExtrudeFacet '\n\t      + 'polyExtrudeVertex polyFlipEdge polyFlipUV polyForceUV polyGeoSampler polyHelix '\n\t      + 'polyInfo polyInstallAction polyLayoutUV polyListComponentConversion polyMapCut '\n\t      + 'polyMapDel polyMapSew polyMapSewMove polyMergeEdge polyMergeEdgeCtx polyMergeFacet '\n\t      + 'polyMergeFacetCtx polyMergeUV polyMergeVertex polyMirrorFace polyMoveEdge '\n\t      + 'polyMoveFacet polyMoveFacetUV polyMoveUV polyMoveVertex polyNormal polyNormalPerVertex '\n\t      + 'polyNormalizeUV polyOptUvs polyOptions polyOutput polyPipe polyPlanarProjection '\n\t      + 'polyPlane polyPlatonicSolid polyPoke polyPrimitive polyPrism polyProjection '\n\t      + 'polyPyramid polyQuad polyQueryBlindData polyReduce polySelect polySelectConstraint '\n\t      + 'polySelectConstraintMonitor polySelectCtx polySelectEditCtx polySeparate '\n\t      + 'polySetToFaceNormal polySewEdge polyShortestPathCtx polySmooth polySoftEdge '\n\t      + 'polySphere polySphericalProjection polySplit polySplitCtx polySplitEdge polySplitRing '\n\t      + 'polySplitVertex polyStraightenUVBorder polySubdivideEdge polySubdivideFacet '\n\t      + 'polyToSubdiv polyTorus polyTransfer polyTriangulate polyUVSet polyUnite polyWedgeFace '\n\t      + 'popen popupMenu pose pow preloadRefEd print progressBar progressWindow projFileViewer '\n\t      + 'projectCurve projectTangent projectionContext projectionManip promptDialog propModCtx '\n\t      + 'propMove psdChannelOutliner psdEditTextureFile psdExport psdTextureFile putenv pwd '\n\t      + 'python querySubdiv quit rad_to_deg radial radioButton radioButtonGrp radioCollection '\n\t      + 'radioMenuItemCollection rampColorPort rand randomizeFollicles randstate rangeControl '\n\t      + 'readTake rebuildCurve rebuildSurface recordAttr recordDevice redo reference '\n\t      + 'referenceEdit referenceQuery refineSubdivSelectionList refresh refreshAE '\n\t      + 'registerPluginResource rehash reloadImage removeJoint removeMultiInstance '\n\t      + 'removePanelCategory rename renameAttr renameSelectionList renameUI render '\n\t      + 'renderGlobalsNode renderInfo renderLayerButton renderLayerParent '\n\t      + 'renderLayerPostProcess renderLayerUnparent renderManip renderPartition '\n\t      + 'renderQualityNode renderSettings renderThumbnailUpdate renderWindowEditor '\n\t      + 'renderWindowSelectContext renderer reorder reorderDeformers requires reroot '\n\t      + 'resampleFluid resetAE resetPfxToPolyCamera resetTool resolutionNode retarget '\n\t      + 'reverseCurve reverseSurface revolve rgb_to_hsv rigidBody rigidSolver roll rollCtx '\n\t      + 'rootOf rot rotate rotationInterpolation roundConstantRadius rowColumnLayout rowLayout '\n\t      + 'runTimeCommand runup sampleImage saveAllShelves saveAttrPreset saveFluid saveImage '\n\t      + 'saveInitialState saveMenu savePrefObjects savePrefs saveShelf saveToolSettings scale '\n\t      + 'scaleBrushBrightness scaleComponents scaleConstraint scaleKey scaleKeyCtx sceneEditor '\n\t      + 'sceneUIReplacement scmh scriptCtx scriptEditorInfo scriptJob scriptNode scriptTable '\n\t      + 'scriptToShelf scriptedPanel scriptedPanelType scrollField scrollLayout sculpt '\n\t      + 'searchPathArray seed selLoadSettings select selectContext selectCurveCV selectKey '\n\t      + 'selectKeyCtx selectKeyframeRegionCtx selectMode selectPref selectPriority selectType '\n\t      + 'selectedNodes selectionConnection separator setAttr setAttrEnumResource '\n\t      + 'setAttrMapping setAttrNiceNameResource setConstraintRestPosition '\n\t      + 'setDefaultShadingGroup setDrivenKeyframe setDynamic setEditCtx setEditor setFluidAttr '\n\t      + 'setFocus setInfinity setInputDeviceMapping setKeyCtx setKeyPath setKeyframe '\n\t      + 'setKeyframeBlendshapeTargetWts setMenuMode setNodeNiceNameResource setNodeTypeFlag '\n\t      + 'setParent setParticleAttr setPfxToPolyCamera setPluginResource setProject '\n\t      + 'setStampDensity setStartupMessage setState setToolTo setUITemplate setXformManip sets '\n\t      + 'shadingConnection shadingGeometryRelCtx shadingLightRelCtx shadingNetworkCompare '\n\t      + 'shadingNode shapeCompare shelfButton shelfLayout shelfTabLayout shellField '\n\t      + 'shortNameOf showHelp showHidden showManipCtx showSelectionInTitle '\n\t      + 'showShadingGroupAttrEditor showWindow sign simplify sin singleProfileBirailSurface '\n\t      + 'size sizeBytes skinCluster skinPercent smoothCurve smoothTangentSurface smoothstep '\n\t      + 'snap2to2 snapKey snapMode snapTogetherCtx snapshot soft softMod softModCtx sort sound '\n\t      + 'soundControl source spaceLocator sphere sphrand spotLight spotLightPreviewPort '\n\t      + 'spreadSheetEditor spring sqrt squareSurface srtContext stackTrace startString '\n\t      + 'startsWith stitchAndExplodeShell stitchSurface stitchSurfacePoints strcmp '\n\t      + 'stringArrayCatenate stringArrayContains stringArrayCount stringArrayInsertAtIndex '\n\t      + 'stringArrayIntersector stringArrayRemove stringArrayRemoveAtIndex '\n\t      + 'stringArrayRemoveDuplicates stringArrayRemoveExact stringArrayToString '\n\t      + 'stringToStringArray strip stripPrefixFromName stroke subdAutoProjection '\n\t      + 'subdCleanTopology subdCollapse subdDuplicateAndConnect subdEditUV '\n\t      + 'subdListComponentConversion subdMapCut subdMapSewMove subdMatchTopology subdMirror '\n\t      + 'subdToBlind subdToPoly subdTransferUVsToCache subdiv subdivCrease '\n\t      + 'subdivDisplaySmoothness substitute substituteAllString substituteGeometry substring '\n\t      + 'surface surfaceSampler surfaceShaderList swatchDisplayPort switchTable symbolButton '\n\t      + 'symbolCheckBox sysFile system tabLayout tan tangentConstraint texLatticeDeformContext '\n\t      + 'texManipContext texMoveContext texMoveUVShellContext texRotateContext texScaleContext '\n\t      + 'texSelectContext texSelectShortestPathCtx texSmudgeUVContext texWinToolCtx text '\n\t      + 'textCurves textField textFieldButtonGrp textFieldGrp textManip textScrollList '\n\t      + 'textToShelf textureDisplacePlane textureHairColor texturePlacementContext '\n\t      + 'textureWindow threadCount threePointArcCtx timeControl timePort timerX toNativePath '\n\t      + 'toggle toggleAxis toggleWindowVisibility tokenize tokenizeList tolerance tolower '\n\t      + 'toolButton toolCollection toolDropped toolHasOptions toolPropertyWindow torus toupper '\n\t      + 'trace track trackCtx transferAttributes transformCompare transformLimits translator '\n\t      + 'trim trunc truncateFluidCache truncateHairCache tumble tumbleCtx turbulence '\n\t      + 'twoPointArcCtx uiRes uiTemplate unassignInputDevice undo undoInfo ungroup uniform unit '\n\t      + 'unloadPlugin untangleUV untitledFileName untrim upAxis updateAE userCtx uvLink '\n\t      + 'uvSnapshot validateShelfName vectorize view2dToolCtx viewCamera viewClipPlane '\n\t      + 'viewFit viewHeadOn viewLookAt viewManip viewPlace viewSet visor volumeAxis vortex '\n\t      + 'waitCursor warning webBrowser webBrowserPrefs whatIs window windowPref wire '\n\t      + 'wireContext workspace wrinkle wrinkleContext writeTake xbmLangPathList xform',\n\t    illegal: '</',\n\t    contains: [\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '`',\n\t        end: '`',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      { // eats variables\n\t        begin: /[$%@](\\^\\w\\b|#\\w+|[^\\s\\w{]|\\{\\w+\\}|\\w+)/ },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tmel_1 = mel;\n\treturn mel_1;\n}\n\n/*\nLanguage: Mercury\nAuthor: mucaho <mkucko@gmail.com>\nDescription: Mercury is a logic/functional programming language which combines the clarity and expressiveness of declarative programming with advanced static analysis and error detection features.\nWebsite: https://www.mercurylang.org\n*/\n\nvar mercury_1;\nvar hasRequiredMercury;\n\nfunction requireMercury () {\n\tif (hasRequiredMercury) return mercury_1;\n\thasRequiredMercury = 1;\n\tfunction mercury(hljs) {\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'module use_module import_module include_module end_module initialise '\n\t      + 'mutable initialize finalize finalise interface implementation pred '\n\t      + 'mode func type inst solver any_pred any_func is semidet det nondet '\n\t      + 'multi erroneous failure cc_nondet cc_multi typeclass instance where '\n\t      + 'pragma promise external trace atomic or_else require_complete_switch '\n\t      + 'require_det require_semidet require_multi require_nondet '\n\t      + 'require_cc_multi require_cc_nondet require_erroneous require_failure',\n\t    meta:\n\t      // pragma\n\t      'inline no_inline type_spec source_file fact_table obsolete memo '\n\t      + 'loop_check minimal_model terminates does_not_terminate '\n\t      + 'check_termination promise_equivalent_clauses '\n\t      // preprocessor\n\t      + 'foreign_proc foreign_decl foreign_code foreign_type '\n\t      + 'foreign_import_module foreign_export_enum foreign_export '\n\t      + 'foreign_enum may_call_mercury will_not_call_mercury thread_safe '\n\t      + 'not_thread_safe maybe_thread_safe promise_pure promise_semipure '\n\t      + 'tabled_for_io local untrailed trailed attach_to_io_state '\n\t      + 'can_pass_as_mercury_type stable will_not_throw_exception '\n\t      + 'may_modify_trail will_not_modify_trail may_duplicate '\n\t      + 'may_not_duplicate affects_liveness does_not_affect_liveness '\n\t      + 'doesnt_affect_liveness no_sharing unknown_sharing sharing',\n\t    built_in:\n\t      'some all not if then else true fail false try catch catch_any '\n\t      + 'semidet_true semidet_false semidet_fail impure_true impure semipure'\n\t  };\n\n\t  const COMMENT = hljs.COMMENT('%', '$');\n\n\t  const NUMCODE = {\n\t    className: 'number',\n\t    begin: \"0'.\\\\|0[box][0-9a-fA-F]*\"\n\t  };\n\n\t  const ATOM = hljs.inherit(hljs.APOS_STRING_MODE, { relevance: 0 });\n\t  const STRING = hljs.inherit(hljs.QUOTE_STRING_MODE, { relevance: 0 });\n\t  const STRING_FMT = {\n\t    className: 'subst',\n\t    begin: '\\\\\\\\[abfnrtv]\\\\|\\\\\\\\x[0-9a-fA-F]*\\\\\\\\\\\\|%[-+# *.0-9]*[dioxXucsfeEgGp]',\n\t    relevance: 0\n\t  };\n\t  STRING.contains = STRING.contains.slice(); // we need our own copy of contains\n\t  STRING.contains.push(STRING_FMT);\n\n\t  const IMPLICATION = {\n\t    className: 'built_in',\n\t    variants: [\n\t      { begin: '<=>' },\n\t      {\n\t        begin: '<=',\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: '=>',\n\t        relevance: 0\n\t      },\n\t      { begin: '/\\\\\\\\' },\n\t      { begin: '\\\\\\\\/' }\n\t    ]\n\t  };\n\n\t  const HEAD_BODY_CONJUNCTION = {\n\t    className: 'built_in',\n\t    variants: [\n\t      { begin: ':-\\\\|-->' },\n\t      {\n\t        begin: '=',\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Mercury',\n\t    aliases: [\n\t      'm',\n\t      'moo'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      IMPLICATION,\n\t      HEAD_BODY_CONJUNCTION,\n\t      COMMENT,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      NUMCODE,\n\t      hljs.NUMBER_MODE,\n\t      ATOM,\n\t      STRING,\n\t      { // relevance booster\n\t        begin: /:-/ },\n\t      { // relevance booster\n\t        begin: /\\.$/ }\n\t    ]\n\t  };\n\t}\n\n\tmercury_1 = mercury;\n\treturn mercury_1;\n}\n\n/*\nLanguage: MIPS Assembly\nAuthor: Nebuleon Fumika <nebuleon.fumika@gmail.com>\nDescription: MIPS Assembly (up to MIPS32R2)\nWebsite: https://en.wikipedia.org/wiki/MIPS_architecture\nCategory: assembler\n*/\n\nvar mipsasm_1;\nvar hasRequiredMipsasm;\n\nfunction requireMipsasm () {\n\tif (hasRequiredMipsasm) return mipsasm_1;\n\thasRequiredMipsasm = 1;\n\tfunction mipsasm(hljs) {\n\t  // local labels: %?[FB]?[AT]?\\d{1,2}\\w+\n\t  return {\n\t    name: 'MIPS Assembly',\n\t    case_insensitive: true,\n\t    aliases: [ 'mips' ],\n\t    keywords: {\n\t      $pattern: '\\\\.?' + hljs.IDENT_RE,\n\t      meta:\n\t        // GNU preprocs\n\t        '.2byte .4byte .align .ascii .asciz .balign .byte .code .data .else .end .endif .endm .endr .equ .err .exitm .extern .global .hword .if .ifdef .ifndef .include .irp .long .macro .rept .req .section .set .skip .space .text .word .ltorg ',\n\t      built_in:\n\t        '$0 $1 $2 $3 $4 $5 $6 $7 $8 $9 $10 $11 $12 $13 $14 $15 ' // integer registers\n\t        + '$16 $17 $18 $19 $20 $21 $22 $23 $24 $25 $26 $27 $28 $29 $30 $31 ' // integer registers\n\t        + 'zero at v0 v1 a0 a1 a2 a3 a4 a5 a6 a7 ' // integer register aliases\n\t        + 't0 t1 t2 t3 t4 t5 t6 t7 t8 t9 s0 s1 s2 s3 s4 s5 s6 s7 s8 ' // integer register aliases\n\t        + 'k0 k1 gp sp fp ra ' // integer register aliases\n\t        + '$f0 $f1 $f2 $f2 $f4 $f5 $f6 $f7 $f8 $f9 $f10 $f11 $f12 $f13 $f14 $f15 ' // floating-point registers\n\t        + '$f16 $f17 $f18 $f19 $f20 $f21 $f22 $f23 $f24 $f25 $f26 $f27 $f28 $f29 $f30 $f31 ' // floating-point registers\n\t        + 'Context Random EntryLo0 EntryLo1 Context PageMask Wired EntryHi ' // Coprocessor 0 registers\n\t        + 'HWREna BadVAddr Count Compare SR IntCtl SRSCtl SRSMap Cause EPC PRId ' // Coprocessor 0 registers\n\t        + 'EBase Config Config1 Config2 Config3 LLAddr Debug DEPC DESAVE CacheErr ' // Coprocessor 0 registers\n\t        + 'ECC ErrorEPC TagLo DataLo TagHi DataHi WatchLo WatchHi PerfCtl PerfCnt ' // Coprocessor 0 registers\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        begin: '\\\\b(' // mnemonics\n\t            // 32-bit integer instructions\n\t            + 'addi?u?|andi?|b(al)?|beql?|bgez(al)?l?|bgtzl?|blezl?|bltz(al)?l?|'\n\t            + 'bnel?|cl[oz]|divu?|ext|ins|j(al)?|jalr(\\\\.hb)?|jr(\\\\.hb)?|lbu?|lhu?|'\n\t            + 'll|lui|lw[lr]?|maddu?|mfhi|mflo|movn|movz|move|msubu?|mthi|mtlo|mul|'\n\t            + 'multu?|nop|nor|ori?|rotrv?|sb|sc|se[bh]|sh|sllv?|slti?u?|srav?|'\n\t            + 'srlv?|subu?|sw[lr]?|xori?|wsbh|'\n\t            // floating-point instructions\n\t            + 'abs\\\\.[sd]|add\\\\.[sd]|alnv.ps|bc1[ft]l?|'\n\t            + 'c\\\\.(s?f|un|u?eq|[ou]lt|[ou]le|ngle?|seq|l[et]|ng[et])\\\\.[sd]|'\n\t            + '(ceil|floor|round|trunc)\\\\.[lw]\\\\.[sd]|cfc1|cvt\\\\.d\\\\.[lsw]|'\n\t            + 'cvt\\\\.l\\\\.[dsw]|cvt\\\\.ps\\\\.s|cvt\\\\.s\\\\.[dlw]|cvt\\\\.s\\\\.p[lu]|cvt\\\\.w\\\\.[dls]|'\n\t            + 'div\\\\.[ds]|ldx?c1|luxc1|lwx?c1|madd\\\\.[sd]|mfc1|mov[fntz]?\\\\.[ds]|'\n\t            + 'msub\\\\.[sd]|mth?c1|mul\\\\.[ds]|neg\\\\.[ds]|nmadd\\\\.[ds]|nmsub\\\\.[ds]|'\n\t            + 'p[lu][lu]\\\\.ps|recip\\\\.fmt|r?sqrt\\\\.[ds]|sdx?c1|sub\\\\.[ds]|suxc1|'\n\t            + 'swx?c1|'\n\t            // system control instructions\n\t            + 'break|cache|d?eret|[de]i|ehb|mfc0|mtc0|pause|prefx?|rdhwr|'\n\t            + 'rdpgpr|sdbbp|ssnop|synci?|syscall|teqi?|tgei?u?|tlb(p|r|w[ir])|'\n\t            + 'tlti?u?|tnei?|wait|wrpgpr'\n\t        + ')',\n\t        end: '\\\\s'\n\t      },\n\t      // lines ending with ; or # aren't really comments, probably auto-detect fail\n\t      hljs.COMMENT('[;#](?!\\\\s*$)', '$'),\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '[^\\\\\\\\]\\'',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'title',\n\t        begin: '\\\\|',\n\t        end: '\\\\|',\n\t        illegal: '\\\\n',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          { // hex\n\t            begin: '0x[0-9a-f]+' },\n\t          { // bare number\n\t            begin: '\\\\b-?\\\\d+' }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        variants: [\n\t          { // GNU MIPS syntax\n\t            begin: '^\\\\s*[a-z_\\\\.\\\\$][a-z0-9_\\\\.\\\\$]+:' },\n\t          { // numbered local labels\n\t            begin: '^\\\\s*[0-9]+:' },\n\t          { // number local label reference (backwards, forwards)\n\t            begin: '[0-9]+[bf]' }\n\t        ],\n\t        relevance: 0\n\t      }\n\t    ],\n\t    // forward slashes are not allowed\n\t    illegal: /\\//\n\t  };\n\t}\n\n\tmipsasm_1 = mipsasm;\n\treturn mipsasm_1;\n}\n\n/*\nLanguage: Mizar\nDescription: The Mizar Language is a formal language derived from the mathematical vernacular.\nAuthor: Kelley van Evert <kelleyvanevert@gmail.com>\nWebsite: http://mizar.org/language/\nCategory: scientific\n*/\n\nvar mizar_1;\nvar hasRequiredMizar;\n\nfunction requireMizar () {\n\tif (hasRequiredMizar) return mizar_1;\n\thasRequiredMizar = 1;\n\tfunction mizar(hljs) {\n\t  return {\n\t    name: 'Mizar',\n\t    keywords:\n\t      'environ vocabularies notations constructors definitions '\n\t      + 'registrations theorems schemes requirements begin end definition '\n\t      + 'registration cluster existence pred func defpred deffunc theorem '\n\t      + 'proof let take assume then thus hence ex for st holds consider '\n\t      + 'reconsider such that and in provided of as from be being by means '\n\t      + 'equals implies iff redefine define now not or attr is mode '\n\t      + 'suppose per cases set thesis contradiction scheme reserve struct '\n\t      + 'correctness compatibility coherence symmetry assymetry '\n\t      + 'reflexivity irreflexivity connectedness uniqueness commutativity '\n\t      + 'idempotence involutiveness projectivity',\n\t    contains: [ hljs.COMMENT('::', '$') ]\n\t  };\n\t}\n\n\tmizar_1 = mizar;\n\treturn mizar_1;\n}\n\n/*\nLanguage: Perl\nAuthor: Peter Leonov <gojpeg@yandex.ru>\nWebsite: https://www.perl.org\nCategory: common\n*/\n\nvar perl_1;\nvar hasRequiredPerl;\n\nfunction requirePerl () {\n\tif (hasRequiredPerl) return perl_1;\n\thasRequiredPerl = 1;\n\t/** @type LanguageFn */\n\tfunction perl(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = [\n\t    'abs',\n\t    'accept',\n\t    'alarm',\n\t    'and',\n\t    'atan2',\n\t    'bind',\n\t    'binmode',\n\t    'bless',\n\t    'break',\n\t    'caller',\n\t    'chdir',\n\t    'chmod',\n\t    'chomp',\n\t    'chop',\n\t    'chown',\n\t    'chr',\n\t    'chroot',\n\t    'close',\n\t    'closedir',\n\t    'connect',\n\t    'continue',\n\t    'cos',\n\t    'crypt',\n\t    'dbmclose',\n\t    'dbmopen',\n\t    'defined',\n\t    'delete',\n\t    'die',\n\t    'do',\n\t    'dump',\n\t    'each',\n\t    'else',\n\t    'elsif',\n\t    'endgrent',\n\t    'endhostent',\n\t    'endnetent',\n\t    'endprotoent',\n\t    'endpwent',\n\t    'endservent',\n\t    'eof',\n\t    'eval',\n\t    'exec',\n\t    'exists',\n\t    'exit',\n\t    'exp',\n\t    'fcntl',\n\t    'fileno',\n\t    'flock',\n\t    'for',\n\t    'foreach',\n\t    'fork',\n\t    'format',\n\t    'formline',\n\t    'getc',\n\t    'getgrent',\n\t    'getgrgid',\n\t    'getgrnam',\n\t    'gethostbyaddr',\n\t    'gethostbyname',\n\t    'gethostent',\n\t    'getlogin',\n\t    'getnetbyaddr',\n\t    'getnetbyname',\n\t    'getnetent',\n\t    'getpeername',\n\t    'getpgrp',\n\t    'getpriority',\n\t    'getprotobyname',\n\t    'getprotobynumber',\n\t    'getprotoent',\n\t    'getpwent',\n\t    'getpwnam',\n\t    'getpwuid',\n\t    'getservbyname',\n\t    'getservbyport',\n\t    'getservent',\n\t    'getsockname',\n\t    'getsockopt',\n\t    'given',\n\t    'glob',\n\t    'gmtime',\n\t    'goto',\n\t    'grep',\n\t    'gt',\n\t    'hex',\n\t    'if',\n\t    'index',\n\t    'int',\n\t    'ioctl',\n\t    'join',\n\t    'keys',\n\t    'kill',\n\t    'last',\n\t    'lc',\n\t    'lcfirst',\n\t    'length',\n\t    'link',\n\t    'listen',\n\t    'local',\n\t    'localtime',\n\t    'log',\n\t    'lstat',\n\t    'lt',\n\t    'ma',\n\t    'map',\n\t    'mkdir',\n\t    'msgctl',\n\t    'msgget',\n\t    'msgrcv',\n\t    'msgsnd',\n\t    'my',\n\t    'ne',\n\t    'next',\n\t    'no',\n\t    'not',\n\t    'oct',\n\t    'open',\n\t    'opendir',\n\t    'or',\n\t    'ord',\n\t    'our',\n\t    'pack',\n\t    'package',\n\t    'pipe',\n\t    'pop',\n\t    'pos',\n\t    'print',\n\t    'printf',\n\t    'prototype',\n\t    'push',\n\t    'q|0',\n\t    'qq',\n\t    'quotemeta',\n\t    'qw',\n\t    'qx',\n\t    'rand',\n\t    'read',\n\t    'readdir',\n\t    'readline',\n\t    'readlink',\n\t    'readpipe',\n\t    'recv',\n\t    'redo',\n\t    'ref',\n\t    'rename',\n\t    'require',\n\t    'reset',\n\t    'return',\n\t    'reverse',\n\t    'rewinddir',\n\t    'rindex',\n\t    'rmdir',\n\t    'say',\n\t    'scalar',\n\t    'seek',\n\t    'seekdir',\n\t    'select',\n\t    'semctl',\n\t    'semget',\n\t    'semop',\n\t    'send',\n\t    'setgrent',\n\t    'sethostent',\n\t    'setnetent',\n\t    'setpgrp',\n\t    'setpriority',\n\t    'setprotoent',\n\t    'setpwent',\n\t    'setservent',\n\t    'setsockopt',\n\t    'shift',\n\t    'shmctl',\n\t    'shmget',\n\t    'shmread',\n\t    'shmwrite',\n\t    'shutdown',\n\t    'sin',\n\t    'sleep',\n\t    'socket',\n\t    'socketpair',\n\t    'sort',\n\t    'splice',\n\t    'split',\n\t    'sprintf',\n\t    'sqrt',\n\t    'srand',\n\t    'stat',\n\t    'state',\n\t    'study',\n\t    'sub',\n\t    'substr',\n\t    'symlink',\n\t    'syscall',\n\t    'sysopen',\n\t    'sysread',\n\t    'sysseek',\n\t    'system',\n\t    'syswrite',\n\t    'tell',\n\t    'telldir',\n\t    'tie',\n\t    'tied',\n\t    'time',\n\t    'times',\n\t    'tr',\n\t    'truncate',\n\t    'uc',\n\t    'ucfirst',\n\t    'umask',\n\t    'undef',\n\t    'unless',\n\t    'unlink',\n\t    'unpack',\n\t    'unshift',\n\t    'untie',\n\t    'until',\n\t    'use',\n\t    'utime',\n\t    'values',\n\t    'vec',\n\t    'wait',\n\t    'waitpid',\n\t    'wantarray',\n\t    'warn',\n\t    'when',\n\t    'while',\n\t    'write',\n\t    'x|0',\n\t    'xor',\n\t    'y|0'\n\t  ];\n\n\t  // https://perldoc.perl.org/perlre#Modifiers\n\t  const REGEX_MODIFIERS = /[dualxmsipngr]{0,12}/; // aa and xx are valid, making max length 12\n\t  const PERL_KEYWORDS = {\n\t    $pattern: /[\\w.]+/,\n\t    keyword: KEYWORDS.join(\" \")\n\t  };\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: '[$@]\\\\{',\n\t    end: '\\\\}',\n\t    keywords: PERL_KEYWORDS\n\t  };\n\t  const METHOD = {\n\t    begin: /->\\{/,\n\t    end: /\\}/\n\t    // contains defined later\n\t  };\n\t  const VAR = { variants: [\n\t    { begin: /\\$\\d/ },\n\t    { begin: regex.concat(\n\t      /[$%@](\\^\\w\\b|#\\w+(::\\w+)*|\\{\\w+\\}|\\w+(::\\w*)*)/,\n\t      // negative look-ahead tries to avoid matching patterns that are not\n\t      // Perl at all like $ident$, @ident@, etc.\n\t      `(?![A-Za-z])(?![@$%])`\n\t    ) },\n\t    {\n\t      begin: /[$%@][^\\s\\w{]/,\n\t      relevance: 0\n\t    }\n\t  ] };\n\t  const STRING_CONTAINS = [\n\t    hljs.BACKSLASH_ESCAPE,\n\t    SUBST,\n\t    VAR\n\t  ];\n\t  const REGEX_DELIMS = [\n\t    /!/,\n\t    /\\//,\n\t    /\\|/,\n\t    /\\?/,\n\t    /'/,\n\t    /\"/, // valid but infrequent and weird\n\t    /#/ // valid but infrequent and weird\n\t  ];\n\t  /**\n\t   * @param {string|RegExp} prefix\n\t   * @param {string|RegExp} open\n\t   * @param {string|RegExp} close\n\t   */\n\t  const PAIRED_DOUBLE_RE = (prefix, open, close = '\\\\1') => {\n\t    const middle = (close === '\\\\1')\n\t      ? close\n\t      : regex.concat(close, open);\n\t    return regex.concat(\n\t      regex.concat(\"(?:\", prefix, \")\"),\n\t      open,\n\t      /(?:\\\\.|[^\\\\\\/])*?/,\n\t      middle,\n\t      /(?:\\\\.|[^\\\\\\/])*?/,\n\t      close,\n\t      REGEX_MODIFIERS\n\t    );\n\t  };\n\t  /**\n\t   * @param {string|RegExp} prefix\n\t   * @param {string|RegExp} open\n\t   * @param {string|RegExp} close\n\t   */\n\t  const PAIRED_RE = (prefix, open, close) => {\n\t    return regex.concat(\n\t      regex.concat(\"(?:\", prefix, \")\"),\n\t      open,\n\t      /(?:\\\\.|[^\\\\\\/])*?/,\n\t      close,\n\t      REGEX_MODIFIERS\n\t    );\n\t  };\n\t  const PERL_DEFAULT_CONTAINS = [\n\t    VAR,\n\t    hljs.HASH_COMMENT_MODE,\n\t    hljs.COMMENT(\n\t      /^=\\w/,\n\t      /=cut/,\n\t      { endsWithParent: true }\n\t    ),\n\t    METHOD,\n\t    {\n\t      className: 'string',\n\t      contains: STRING_CONTAINS,\n\t      variants: [\n\t        {\n\t          begin: 'q[qwxr]?\\\\s*\\\\(',\n\t          end: '\\\\)',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: 'q[qwxr]?\\\\s*\\\\[',\n\t          end: '\\\\]',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: 'q[qwxr]?\\\\s*\\\\{',\n\t          end: '\\\\}',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: 'q[qwxr]?\\\\s*\\\\|',\n\t          end: '\\\\|',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: 'q[qwxr]?\\\\s*<',\n\t          end: '>',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: 'qw\\\\s+q',\n\t          end: 'q',\n\t          relevance: 5\n\t        },\n\t        {\n\t          begin: '\\'',\n\t          end: '\\'',\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: '\"',\n\t          end: '\"'\n\t        },\n\t        {\n\t          begin: '`',\n\t          end: '`',\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /\\{\\w+\\}/,\n\t          relevance: 0\n\t        },\n\t        {\n\t          begin: '-?\\\\w+\\\\s*=>',\n\t          relevance: 0\n\t        }\n\t      ]\n\t    },\n\t    {\n\t      className: 'number',\n\t      begin: '(\\\\b0[0-7_]+)|(\\\\b0x[0-9a-fA-F_]+)|(\\\\b[1-9][0-9_]*(\\\\.[0-9_]+)?)|[0_]\\\\b',\n\t      relevance: 0\n\t    },\n\t    { // regexp container\n\t      begin: '(\\\\/\\\\/|' + hljs.RE_STARTERS_RE + '|\\\\b(split|return|print|reverse|grep)\\\\b)\\\\s*',\n\t      keywords: 'split return print reverse grep',\n\t      relevance: 0,\n\t      contains: [\n\t        hljs.HASH_COMMENT_MODE,\n\t        {\n\t          className: 'regexp',\n\t          variants: [\n\t            // allow matching common delimiters\n\t            { begin: PAIRED_DOUBLE_RE(\"s|tr|y\", regex.either(...REGEX_DELIMS, { capture: true })) },\n\t            // and then paired delmis\n\t            { begin: PAIRED_DOUBLE_RE(\"s|tr|y\", \"\\\\(\", \"\\\\)\") },\n\t            { begin: PAIRED_DOUBLE_RE(\"s|tr|y\", \"\\\\[\", \"\\\\]\") },\n\t            { begin: PAIRED_DOUBLE_RE(\"s|tr|y\", \"\\\\{\", \"\\\\}\") }\n\t          ],\n\t          relevance: 2\n\t        },\n\t        {\n\t          className: 'regexp',\n\t          variants: [\n\t            {\n\t              // could be a comment in many languages so do not count\n\t              // as relevant\n\t              begin: /(m|qr)\\/\\//,\n\t              relevance: 0\n\t            },\n\t            // prefix is optional with /regex/\n\t            { begin: PAIRED_RE(\"(?:m|qr)?\", /\\//, /\\//) },\n\t            // allow matching common delimiters\n\t            { begin: PAIRED_RE(\"m|qr\", regex.either(...REGEX_DELIMS, { capture: true }), /\\1/) },\n\t            // allow common paired delmins\n\t            { begin: PAIRED_RE(\"m|qr\", /\\(/, /\\)/) },\n\t            { begin: PAIRED_RE(\"m|qr\", /\\[/, /\\]/) },\n\t            { begin: PAIRED_RE(\"m|qr\", /\\{/, /\\}/) }\n\t          ]\n\t        }\n\t      ]\n\t    },\n\t    {\n\t      className: 'function',\n\t      beginKeywords: 'sub',\n\t      end: '(\\\\s*\\\\(.*?\\\\))?[;{]',\n\t      excludeEnd: true,\n\t      relevance: 5,\n\t      contains: [ hljs.TITLE_MODE ]\n\t    },\n\t    {\n\t      begin: '-\\\\w\\\\b',\n\t      relevance: 0\n\t    },\n\t    {\n\t      begin: \"^__DATA__$\",\n\t      end: \"^__END__$\",\n\t      subLanguage: 'mojolicious',\n\t      contains: [\n\t        {\n\t          begin: \"^@@.*\",\n\t          end: \"$\",\n\t          className: \"comment\"\n\t        }\n\t      ]\n\t    }\n\t  ];\n\t  SUBST.contains = PERL_DEFAULT_CONTAINS;\n\t  METHOD.contains = PERL_DEFAULT_CONTAINS;\n\n\t  return {\n\t    name: 'Perl',\n\t    aliases: [\n\t      'pl',\n\t      'pm'\n\t    ],\n\t    keywords: PERL_KEYWORDS,\n\t    contains: PERL_DEFAULT_CONTAINS\n\t  };\n\t}\n\n\tperl_1 = perl;\n\treturn perl_1;\n}\n\n/*\nLanguage: Mojolicious\nRequires: xml.js, perl.js\nAuthor: Dotan Dimet <dotan@corky.net>\nDescription: Mojolicious .ep (Embedded Perl) templates\nWebsite: https://mojolicious.org\nCategory: template\n*/\n\nvar mojolicious_1;\nvar hasRequiredMojolicious;\n\nfunction requireMojolicious () {\n\tif (hasRequiredMojolicious) return mojolicious_1;\n\thasRequiredMojolicious = 1;\n\tfunction mojolicious(hljs) {\n\t  return {\n\t    name: 'Mojolicious',\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: '^__(END|DATA)__$'\n\t      },\n\t      // mojolicious line\n\t      {\n\t        begin: \"^\\\\s*%{1,2}={0,2}\",\n\t        end: '$',\n\t        subLanguage: 'perl'\n\t      },\n\t      // mojolicious block\n\t      {\n\t        begin: \"<%{1,2}={0,2}\",\n\t        end: \"={0,1}%>\",\n\t        subLanguage: 'perl',\n\t        excludeBegin: true,\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tmojolicious_1 = mojolicious;\n\treturn mojolicious_1;\n}\n\n/*\nLanguage: Monkey\nDescription: Monkey2 is an easy to use, cross platform, games oriented programming language from Blitz Research.\nAuthor: Arthur Bikmullin <devolonter@gmail.com>\nWebsite: https://blitzresearch.itch.io/monkey2\n*/\n\nvar monkey_1;\nvar hasRequiredMonkey;\n\nfunction requireMonkey () {\n\tif (hasRequiredMonkey) return monkey_1;\n\thasRequiredMonkey = 1;\n\tfunction monkey(hljs) {\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      { begin: '[$][a-fA-F0-9]+' },\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t  const FUNC_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /(function|method)/,\n\t        /\\s+/,\n\t        hljs.UNDERSCORE_IDENT_RE,\n\t      ] },\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    }\n\t  };\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /(class|interface|extends|implements)/,\n\t        /\\s+/,\n\t        hljs.UNDERSCORE_IDENT_RE,\n\t      ] },\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.class\"\n\t    }\n\t  };\n\t  const BUILT_INS = [\n\t    \"DebugLog\",\n\t    \"DebugStop\",\n\t    \"Error\",\n\t    \"Print\",\n\t    \"ACos\",\n\t    \"ACosr\",\n\t    \"ASin\",\n\t    \"ASinr\",\n\t    \"ATan\",\n\t    \"ATan2\",\n\t    \"ATan2r\",\n\t    \"ATanr\",\n\t    \"Abs\",\n\t    \"Abs\",\n\t    \"Ceil\",\n\t    \"Clamp\",\n\t    \"Clamp\",\n\t    \"Cos\",\n\t    \"Cosr\",\n\t    \"Exp\",\n\t    \"Floor\",\n\t    \"Log\",\n\t    \"Max\",\n\t    \"Max\",\n\t    \"Min\",\n\t    \"Min\",\n\t    \"Pow\",\n\t    \"Sgn\",\n\t    \"Sgn\",\n\t    \"Sin\",\n\t    \"Sinr\",\n\t    \"Sqrt\",\n\t    \"Tan\",\n\t    \"Tanr\",\n\t    \"Seed\",\n\t    \"PI\",\n\t    \"HALFPI\",\n\t    \"TWOPI\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\"\n\t  ];\n\t  const KEYWORDS = [\n\t    \"public\",\n\t    \"private\",\n\t    \"property\",\n\t    \"continue\",\n\t    \"exit\",\n\t    \"extern\",\n\t    \"new\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"eachin\",\n\t    \"not\",\n\t    \"abstract\",\n\t    \"final\",\n\t    \"select\",\n\t    \"case\",\n\t    \"default\",\n\t    \"const\",\n\t    \"local\",\n\t    \"global\",\n\t    \"field\",\n\t    \"end\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"elseif\",\n\t    \"endif\",\n\t    \"while\",\n\t    \"wend\",\n\t    \"repeat\",\n\t    \"until\",\n\t    \"forever\",\n\t    \"for\",\n\t    \"to\",\n\t    \"step\",\n\t    \"next\",\n\t    \"return\",\n\t    \"module\",\n\t    \"inline\",\n\t    \"throw\",\n\t    \"import\",\n\t    // not positive, but these are not literals\n\t    \"and\",\n\t    \"or\",\n\t    \"shl\",\n\t    \"shr\",\n\t    \"mod\"\n\t  ];\n\n\t  return {\n\t    name: 'Monkey',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS,\n\t      literal: LITERALS\n\t    },\n\t    illegal: /\\/\\*/,\n\t    contains: [\n\t      hljs.COMMENT('#rem', '#end'),\n\t      hljs.COMMENT(\n\t        \"'\",\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      FUNC_DEFINITION,\n\t      CLASS_DEFINITION,\n\t      {\n\t        className: 'variable.language',\n\t        begin: /\\b(self|super)\\b/\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: /\\s*#/,\n\t        end: '$',\n\t        keywords: { keyword: 'if else elseif endif end then' }\n\t      },\n\t      {\n\t        match: [\n\t          /^\\s*/,\n\t          /strict\\b/\n\t        ],\n\t        scope: { 2: \"meta\" }\n\t      },\n\t      {\n\t        beginKeywords: 'alias',\n\t        end: '=',\n\t        contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\tmonkey_1 = monkey;\n\treturn monkey_1;\n}\n\n/*\nLanguage: MoonScript\nAuthor: Billy Quith <chinbillybilbo@gmail.com>\nDescription: MoonScript is a programming language that transcompiles to Lua.\nOrigin: coffeescript.js\nWebsite: http://moonscript.org/\nCategory: scripting\n*/\n\nvar moonscript_1;\nvar hasRequiredMoonscript;\n\nfunction requireMoonscript () {\n\tif (hasRequiredMoonscript) return moonscript_1;\n\thasRequiredMoonscript = 1;\n\tfunction moonscript(hljs) {\n\t  const KEYWORDS = {\n\t    keyword:\n\t      // Moonscript keywords\n\t      'if then not for in while do return else elseif break continue switch and or '\n\t      + 'unless when class extends super local import export from using',\n\t    literal:\n\t      'true false nil',\n\t    built_in:\n\t      '_G _VERSION assert collectgarbage dofile error getfenv getmetatable ipairs load '\n\t      + 'loadfile loadstring module next pairs pcall print rawequal rawget rawset require '\n\t      + 'select setfenv setmetatable tonumber tostring type unpack xpcall coroutine debug '\n\t      + 'io math os package string table'\n\t  };\n\t  const JS_IDENT_RE = '[A-Za-z$_][0-9A-Za-z$_]*';\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /#\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS\n\t  };\n\t  const EXPRESSIONS = [\n\t    hljs.inherit(hljs.C_NUMBER_MODE,\n\t      { starts: {\n\t        end: '(\\\\s*/)?',\n\t        relevance: 0\n\t      } }), // a number tries to eat the following slash to prevent treating it as a regexp\n\t    {\n\t      className: 'string',\n\t      variants: [\n\t        {\n\t          begin: /'/,\n\t          end: /'/,\n\t          contains: [ hljs.BACKSLASH_ESCAPE ]\n\t        },\n\t        {\n\t          begin: /\"/,\n\t          end: /\"/,\n\t          contains: [\n\t            hljs.BACKSLASH_ESCAPE,\n\t            SUBST\n\t          ]\n\t        }\n\t      ]\n\t    },\n\t    {\n\t      className: 'built_in',\n\t      begin: '@__' + hljs.IDENT_RE\n\t    },\n\t    { begin: '@' + hljs.IDENT_RE // relevance booster on par with CoffeeScript\n\t    },\n\t    { begin: hljs.IDENT_RE + '\\\\\\\\' + hljs.IDENT_RE // inst\\method\n\t    }\n\t  ];\n\t  SUBST.contains = EXPRESSIONS;\n\n\t  const TITLE = hljs.inherit(hljs.TITLE_MODE, { begin: JS_IDENT_RE });\n\t  const POSSIBLE_PARAMS_RE = '(\\\\(.*\\\\)\\\\s*)?\\\\B[-=]>';\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\([^\\\\(]',\n\t    returnBegin: true,\n\t    /* We need another contained nameless mode to not have every nested\n\t    pair of parens to be called \"params\" */\n\t    contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: KEYWORDS,\n\t        contains: [ 'self' ].concat(EXPRESSIONS)\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'MoonScript',\n\t    aliases: [ 'moon' ],\n\t    keywords: KEYWORDS,\n\t    illegal: /\\/\\*/,\n\t    contains: EXPRESSIONS.concat([\n\t      hljs.COMMENT('--', '$'),\n\t      {\n\t        className: 'function', // function: -> =>\n\t        begin: '^\\\\s*' + JS_IDENT_RE + '\\\\s*=\\\\s*' + POSSIBLE_PARAMS_RE,\n\t        end: '[-=]>',\n\t        returnBegin: true,\n\t        contains: [\n\t          TITLE,\n\t          PARAMS\n\t        ]\n\t      },\n\t      {\n\t        begin: /[\\(,:=]\\s*/, // anonymous function start\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'function',\n\t            begin: POSSIBLE_PARAMS_RE,\n\t            end: '[-=]>',\n\t            returnBegin: true,\n\t            contains: [ PARAMS ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class',\n\t        end: '$',\n\t        illegal: /[:=\"\\[\\]]/,\n\t        contains: [\n\t          {\n\t            beginKeywords: 'extends',\n\t            endsWithParent: true,\n\t            illegal: /[:=\"\\[\\]]/,\n\t            contains: [ TITLE ]\n\t          },\n\t          TITLE\n\t        ]\n\t      },\n\t      {\n\t        className: 'name', // table\n\t        begin: JS_IDENT_RE + ':',\n\t        end: ':',\n\t        returnBegin: true,\n\t        returnEnd: true,\n\t        relevance: 0\n\t      }\n\t    ])\n\t  };\n\t}\n\n\tmoonscript_1 = moonscript;\n\treturn moonscript_1;\n}\n\n/*\n Language: N1QL\n Author: Andres Täht <andres.taht@gmail.com>\n Contributors: Rene Saarsoo <nene@triin.net>\n Description: Couchbase query language\n Website: https://www.couchbase.com/products/n1ql\n */\n\nvar n1ql_1;\nvar hasRequiredN1ql;\n\nfunction requireN1ql () {\n\tif (hasRequiredN1ql) return n1ql_1;\n\thasRequiredN1ql = 1;\n\tfunction n1ql(hljs) {\n\t  // Taken from http://developer.couchbase.com/documentation/server/current/n1ql/n1ql-language-reference/reservedwords.html\n\t  const KEYWORDS = [\n\t    \"all\",\n\t    \"alter\",\n\t    \"analyze\",\n\t    \"and\",\n\t    \"any\",\n\t    \"array\",\n\t    \"as\",\n\t    \"asc\",\n\t    \"begin\",\n\t    \"between\",\n\t    \"binary\",\n\t    \"boolean\",\n\t    \"break\",\n\t    \"bucket\",\n\t    \"build\",\n\t    \"by\",\n\t    \"call\",\n\t    \"case\",\n\t    \"cast\",\n\t    \"cluster\",\n\t    \"collate\",\n\t    \"collection\",\n\t    \"commit\",\n\t    \"connect\",\n\t    \"continue\",\n\t    \"correlate\",\n\t    \"cover\",\n\t    \"create\",\n\t    \"database\",\n\t    \"dataset\",\n\t    \"datastore\",\n\t    \"declare\",\n\t    \"decrement\",\n\t    \"delete\",\n\t    \"derived\",\n\t    \"desc\",\n\t    \"describe\",\n\t    \"distinct\",\n\t    \"do\",\n\t    \"drop\",\n\t    \"each\",\n\t    \"element\",\n\t    \"else\",\n\t    \"end\",\n\t    \"every\",\n\t    \"except\",\n\t    \"exclude\",\n\t    \"execute\",\n\t    \"exists\",\n\t    \"explain\",\n\t    \"fetch\",\n\t    \"first\",\n\t    \"flatten\",\n\t    \"for\",\n\t    \"force\",\n\t    \"from\",\n\t    \"function\",\n\t    \"grant\",\n\t    \"group\",\n\t    \"gsi\",\n\t    \"having\",\n\t    \"if\",\n\t    \"ignore\",\n\t    \"ilike\",\n\t    \"in\",\n\t    \"include\",\n\t    \"increment\",\n\t    \"index\",\n\t    \"infer\",\n\t    \"inline\",\n\t    \"inner\",\n\t    \"insert\",\n\t    \"intersect\",\n\t    \"into\",\n\t    \"is\",\n\t    \"join\",\n\t    \"key\",\n\t    \"keys\",\n\t    \"keyspace\",\n\t    \"known\",\n\t    \"last\",\n\t    \"left\",\n\t    \"let\",\n\t    \"letting\",\n\t    \"like\",\n\t    \"limit\",\n\t    \"lsm\",\n\t    \"map\",\n\t    \"mapping\",\n\t    \"matched\",\n\t    \"materialized\",\n\t    \"merge\",\n\t    \"minus\",\n\t    \"namespace\",\n\t    \"nest\",\n\t    \"not\",\n\t    \"number\",\n\t    \"object\",\n\t    \"offset\",\n\t    \"on\",\n\t    \"option\",\n\t    \"or\",\n\t    \"order\",\n\t    \"outer\",\n\t    \"over\",\n\t    \"parse\",\n\t    \"partition\",\n\t    \"password\",\n\t    \"path\",\n\t    \"pool\",\n\t    \"prepare\",\n\t    \"primary\",\n\t    \"private\",\n\t    \"privilege\",\n\t    \"procedure\",\n\t    \"public\",\n\t    \"raw\",\n\t    \"realm\",\n\t    \"reduce\",\n\t    \"rename\",\n\t    \"return\",\n\t    \"returning\",\n\t    \"revoke\",\n\t    \"right\",\n\t    \"role\",\n\t    \"rollback\",\n\t    \"satisfies\",\n\t    \"schema\",\n\t    \"select\",\n\t    \"self\",\n\t    \"semi\",\n\t    \"set\",\n\t    \"show\",\n\t    \"some\",\n\t    \"start\",\n\t    \"statistics\",\n\t    \"string\",\n\t    \"system\",\n\t    \"then\",\n\t    \"to\",\n\t    \"transaction\",\n\t    \"trigger\",\n\t    \"truncate\",\n\t    \"under\",\n\t    \"union\",\n\t    \"unique\",\n\t    \"unknown\",\n\t    \"unnest\",\n\t    \"unset\",\n\t    \"update\",\n\t    \"upsert\",\n\t    \"use\",\n\t    \"user\",\n\t    \"using\",\n\t    \"validate\",\n\t    \"value\",\n\t    \"valued\",\n\t    \"values\",\n\t    \"via\",\n\t    \"view\",\n\t    \"when\",\n\t    \"where\",\n\t    \"while\",\n\t    \"with\",\n\t    \"within\",\n\t    \"work\",\n\t    \"xor\"\n\t  ];\n\t  // Taken from http://developer.couchbase.com/documentation/server/4.5/n1ql/n1ql-language-reference/literals.html\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\",\n\t    \"missing|5\"\n\t  ];\n\t  // Taken from http://developer.couchbase.com/documentation/server/4.5/n1ql/n1ql-language-reference/functions.html\n\t  const BUILT_INS = [\n\t    \"array_agg\",\n\t    \"array_append\",\n\t    \"array_concat\",\n\t    \"array_contains\",\n\t    \"array_count\",\n\t    \"array_distinct\",\n\t    \"array_ifnull\",\n\t    \"array_length\",\n\t    \"array_max\",\n\t    \"array_min\",\n\t    \"array_position\",\n\t    \"array_prepend\",\n\t    \"array_put\",\n\t    \"array_range\",\n\t    \"array_remove\",\n\t    \"array_repeat\",\n\t    \"array_replace\",\n\t    \"array_reverse\",\n\t    \"array_sort\",\n\t    \"array_sum\",\n\t    \"avg\",\n\t    \"count\",\n\t    \"max\",\n\t    \"min\",\n\t    \"sum\",\n\t    \"greatest\",\n\t    \"least\",\n\t    \"ifmissing\",\n\t    \"ifmissingornull\",\n\t    \"ifnull\",\n\t    \"missingif\",\n\t    \"nullif\",\n\t    \"ifinf\",\n\t    \"ifnan\",\n\t    \"ifnanorinf\",\n\t    \"naninf\",\n\t    \"neginfif\",\n\t    \"posinfif\",\n\t    \"clock_millis\",\n\t    \"clock_str\",\n\t    \"date_add_millis\",\n\t    \"date_add_str\",\n\t    \"date_diff_millis\",\n\t    \"date_diff_str\",\n\t    \"date_part_millis\",\n\t    \"date_part_str\",\n\t    \"date_trunc_millis\",\n\t    \"date_trunc_str\",\n\t    \"duration_to_str\",\n\t    \"millis\",\n\t    \"str_to_millis\",\n\t    \"millis_to_str\",\n\t    \"millis_to_utc\",\n\t    \"millis_to_zone_name\",\n\t    \"now_millis\",\n\t    \"now_str\",\n\t    \"str_to_duration\",\n\t    \"str_to_utc\",\n\t    \"str_to_zone_name\",\n\t    \"decode_json\",\n\t    \"encode_json\",\n\t    \"encoded_size\",\n\t    \"poly_length\",\n\t    \"base64\",\n\t    \"base64_encode\",\n\t    \"base64_decode\",\n\t    \"meta\",\n\t    \"uuid\",\n\t    \"abs\",\n\t    \"acos\",\n\t    \"asin\",\n\t    \"atan\",\n\t    \"atan2\",\n\t    \"ceil\",\n\t    \"cos\",\n\t    \"degrees\",\n\t    \"e\",\n\t    \"exp\",\n\t    \"ln\",\n\t    \"log\",\n\t    \"floor\",\n\t    \"pi\",\n\t    \"power\",\n\t    \"radians\",\n\t    \"random\",\n\t    \"round\",\n\t    \"sign\",\n\t    \"sin\",\n\t    \"sqrt\",\n\t    \"tan\",\n\t    \"trunc\",\n\t    \"object_length\",\n\t    \"object_names\",\n\t    \"object_pairs\",\n\t    \"object_inner_pairs\",\n\t    \"object_values\",\n\t    \"object_inner_values\",\n\t    \"object_add\",\n\t    \"object_put\",\n\t    \"object_remove\",\n\t    \"object_unwrap\",\n\t    \"regexp_contains\",\n\t    \"regexp_like\",\n\t    \"regexp_position\",\n\t    \"regexp_replace\",\n\t    \"contains\",\n\t    \"initcap\",\n\t    \"length\",\n\t    \"lower\",\n\t    \"ltrim\",\n\t    \"position\",\n\t    \"repeat\",\n\t    \"replace\",\n\t    \"rtrim\",\n\t    \"split\",\n\t    \"substr\",\n\t    \"title\",\n\t    \"trim\",\n\t    \"upper\",\n\t    \"isarray\",\n\t    \"isatom\",\n\t    \"isboolean\",\n\t    \"isnumber\",\n\t    \"isobject\",\n\t    \"isstring\",\n\t    \"type\",\n\t    \"toarray\",\n\t    \"toatom\",\n\t    \"toboolean\",\n\t    \"tonumber\",\n\t    \"toobject\",\n\t    \"tostring\"\n\t  ];\n\n\t  return {\n\t    name: 'N1QL',\n\t    case_insensitive: true,\n\t    contains: [\n\t      {\n\t        beginKeywords:\n\t          'build create index delete drop explain infer|10 insert merge prepare select update upsert|10',\n\t        end: /;/,\n\t        keywords: {\n\t          keyword: KEYWORDS,\n\t          literal: LITERALS,\n\t          built_in: BUILT_INS\n\t        },\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: '\\'',\n\t            end: '\\'',\n\t            contains: [ hljs.BACKSLASH_ESCAPE ]\n\t          },\n\t          {\n\t            className: 'string',\n\t            begin: '\"',\n\t            end: '\"',\n\t            contains: [ hljs.BACKSLASH_ESCAPE ]\n\t          },\n\t          {\n\t            className: 'symbol',\n\t            begin: '`',\n\t            end: '`',\n\t            contains: [ hljs.BACKSLASH_ESCAPE ]\n\t          },\n\t          hljs.C_NUMBER_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tn1ql_1 = n1ql;\n\treturn n1ql_1;\n}\n\n/*\nLanguage: NestedText\nDescription: NestedText is a file format for holding data that is to be entered, edited, or viewed by people.\nWebsite: https://nestedtext.org/\nCategory: config\n*/\n\nvar nestedtext_1;\nvar hasRequiredNestedtext;\n\nfunction requireNestedtext () {\n\tif (hasRequiredNestedtext) return nestedtext_1;\n\thasRequiredNestedtext = 1;\n\t/** @type LanguageFn */\n\tfunction nestedtext(hljs) {\n\t  const NESTED = {\n\t    match: [\n\t      /^\\s*(?=\\S)/, // have to look forward here to avoid polynomial backtracking\n\t      /[^:]+/,\n\t      /:\\s*/,\n\t      /$/\n\t    ],\n\t    className: {\n\t      2: \"attribute\",\n\t      3: \"punctuation\"\n\t    }\n\t  };\n\t  const DICTIONARY_ITEM = {\n\t    match: [\n\t      /^\\s*(?=\\S)/, // have to look forward here to avoid polynomial backtracking\n\t      /[^:]*[^: ]/,\n\t      /[ ]*:/,\n\t      /[ ]/,\n\t      /.*$/\n\t    ],\n\t    className: {\n\t      2: \"attribute\",\n\t      3: \"punctuation\",\n\t      5: \"string\"\n\t    }\n\t  };\n\t  const STRING = {\n\t    match: [\n\t      /^\\s*/,\n\t      />/,\n\t      /[ ]/,\n\t      /.*$/\n\t    ],\n\t    className: {\n\t      2: \"punctuation\",\n\t      4: \"string\"\n\t    }\n\t  };\n\t  const LIST_ITEM = {\n\t    variants: [\n\t      { match: [\n\t        /^\\s*/,\n\t        /-/,\n\t        /[ ]/,\n\t        /.*$/\n\t      ] },\n\t      { match: [\n\t        /^\\s*/,\n\t        /-$/\n\t      ] }\n\t    ],\n\t    className: {\n\t      2: \"bullet\",\n\t      4: \"string\"\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'Nested Text',\n\t    aliases: [ 'nt' ],\n\t    contains: [\n\t      hljs.inherit(hljs.HASH_COMMENT_MODE, {\n\t        begin: /^\\s*(?=#)/,\n\t        excludeBegin: true\n\t      }),\n\t      LIST_ITEM,\n\t      STRING,\n\t      NESTED,\n\t      DICTIONARY_ITEM\n\t    ]\n\t  };\n\t}\n\n\tnestedtext_1 = nestedtext;\n\treturn nestedtext_1;\n}\n\n/*\nLanguage: Nginx config\nAuthor: Peter Leonov <gojpeg@yandex.ru>\nContributors: Ivan Sagalaev <maniac@softwaremaniacs.org>\nCategory: config, web\nWebsite: https://www.nginx.com\n*/\n\nvar nginx_1;\nvar hasRequiredNginx;\n\nfunction requireNginx () {\n\tif (hasRequiredNginx) return nginx_1;\n\thasRequiredNginx = 1;\n\t/** @type LanguageFn */\n\tfunction nginx(hljs) {\n\t  const regex = hljs.regex;\n\t  const VAR = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: /\\$\\d+/ },\n\t      { begin: /\\$\\{\\w+\\}/ },\n\t      { begin: regex.concat(/[$@]/, hljs.UNDERSCORE_IDENT_RE) }\n\t    ]\n\t  };\n\t  const LITERALS = [\n\t    \"on\",\n\t    \"off\",\n\t    \"yes\",\n\t    \"no\",\n\t    \"true\",\n\t    \"false\",\n\t    \"none\",\n\t    \"blocked\",\n\t    \"debug\",\n\t    \"info\",\n\t    \"notice\",\n\t    \"warn\",\n\t    \"error\",\n\t    \"crit\",\n\t    \"select\",\n\t    \"break\",\n\t    \"last\",\n\t    \"permanent\",\n\t    \"redirect\",\n\t    \"kqueue\",\n\t    \"rtsig\",\n\t    \"epoll\",\n\t    \"poll\",\n\t    \"/dev/poll\"\n\t  ];\n\t  const DEFAULT = {\n\t    endsWithParent: true,\n\t    keywords: {\n\t      $pattern: /[a-z_]{2,}|\\/dev\\/poll/,\n\t      literal: LITERALS\n\t    },\n\t    relevance: 0,\n\t    illegal: '=>',\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        className: 'string',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          VAR\n\t        ],\n\t        variants: [\n\t          {\n\t            begin: /\"/,\n\t            end: /\"/\n\t          },\n\t          {\n\t            begin: /'/,\n\t            end: /'/\n\t          }\n\t        ]\n\t      },\n\t      // this swallows entire URLs to avoid detecting numbers within\n\t      {\n\t        begin: '([a-z]+):/',\n\t        end: '\\\\s',\n\t        endsWithParent: true,\n\t        excludeEnd: true,\n\t        contains: [ VAR ]\n\t      },\n\t      {\n\t        className: 'regexp',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          VAR\n\t        ],\n\t        variants: [\n\t          {\n\t            begin: \"\\\\s\\\\^\",\n\t            end: \"\\\\s|\\\\{|;\",\n\t            returnEnd: true\n\t          },\n\t          // regexp locations (~, ~*)\n\t          {\n\t            begin: \"~\\\\*?\\\\s+\",\n\t            end: \"\\\\s|\\\\{|;\",\n\t            returnEnd: true\n\t          },\n\t          // *.example.com\n\t          { begin: \"\\\\*(\\\\.[a-z\\\\-]+)+\" },\n\t          // sub.example.*\n\t          { begin: \"([a-z\\\\-]+\\\\.)+\\\\*\" }\n\t        ]\n\t      },\n\t      // IP\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b\\\\d{1,3}\\\\.\\\\d{1,3}\\\\.\\\\d{1,3}\\\\.\\\\d{1,3}(:\\\\d{1,5})?\\\\b'\n\t      },\n\t      // units\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\b\\\\d+[kKmMgGdshdwy]?\\\\b',\n\t        relevance: 0\n\t      },\n\t      VAR\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Nginx config',\n\t    aliases: [ 'nginxconf' ],\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        beginKeywords: \"upstream location\",\n\t        end: /;|\\{/,\n\t        contains: DEFAULT.contains,\n\t        keywords: { section: \"upstream location\" }\n\t      },\n\t      {\n\t        className: 'section',\n\t        begin: regex.concat(hljs.UNDERSCORE_IDENT_RE + regex.lookahead(/\\s+\\{/)),\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: regex.lookahead(hljs.UNDERSCORE_IDENT_RE + '\\\\s'),\n\t        end: ';|\\\\{',\n\t        contains: [\n\t          {\n\t            className: 'attribute',\n\t            begin: hljs.UNDERSCORE_IDENT_RE,\n\t            starts: DEFAULT\n\t          }\n\t        ],\n\t        relevance: 0\n\t      }\n\t    ],\n\t    illegal: '[^\\\\s\\\\}\\\\{]'\n\t  };\n\t}\n\n\tnginx_1 = nginx;\n\treturn nginx_1;\n}\n\n/*\nLanguage: Nim\nDescription: Nim is a statically typed compiled systems programming language.\nWebsite: https://nim-lang.org\nCategory: system\n*/\n\nvar nim_1;\nvar hasRequiredNim;\n\nfunction requireNim () {\n\tif (hasRequiredNim) return nim_1;\n\thasRequiredNim = 1;\n\tfunction nim(hljs) {\n\t  const TYPES = [\n\t    \"int\",\n\t    \"int8\",\n\t    \"int16\",\n\t    \"int32\",\n\t    \"int64\",\n\t    \"uint\",\n\t    \"uint8\",\n\t    \"uint16\",\n\t    \"uint32\",\n\t    \"uint64\",\n\t    \"float\",\n\t    \"float32\",\n\t    \"float64\",\n\t    \"bool\",\n\t    \"char\",\n\t    \"string\",\n\t    \"cstring\",\n\t    \"pointer\",\n\t    \"expr\",\n\t    \"stmt\",\n\t    \"void\",\n\t    \"auto\",\n\t    \"any\",\n\t    \"range\",\n\t    \"array\",\n\t    \"openarray\",\n\t    \"varargs\",\n\t    \"seq\",\n\t    \"set\",\n\t    \"clong\",\n\t    \"culong\",\n\t    \"cchar\",\n\t    \"cschar\",\n\t    \"cshort\",\n\t    \"cint\",\n\t    \"csize\",\n\t    \"clonglong\",\n\t    \"cfloat\",\n\t    \"cdouble\",\n\t    \"clongdouble\",\n\t    \"cuchar\",\n\t    \"cushort\",\n\t    \"cuint\",\n\t    \"culonglong\",\n\t    \"cstringarray\",\n\t    \"semistatic\"\n\t  ];\n\t  const KEYWORDS = [\n\t    \"addr\",\n\t    \"and\",\n\t    \"as\",\n\t    \"asm\",\n\t    \"bind\",\n\t    \"block\",\n\t    \"break\",\n\t    \"case\",\n\t    \"cast\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"converter\",\n\t    \"discard\",\n\t    \"distinct\",\n\t    \"div\",\n\t    \"do\",\n\t    \"elif\",\n\t    \"else\",\n\t    \"end\",\n\t    \"enum\",\n\t    \"except\",\n\t    \"export\",\n\t    \"finally\",\n\t    \"for\",\n\t    \"from\",\n\t    \"func\",\n\t    \"generic\",\n\t    \"guarded\",\n\t    \"if\",\n\t    \"import\",\n\t    \"in\",\n\t    \"include\",\n\t    \"interface\",\n\t    \"is\",\n\t    \"isnot\",\n\t    \"iterator\",\n\t    \"let\",\n\t    \"macro\",\n\t    \"method\",\n\t    \"mixin\",\n\t    \"mod\",\n\t    \"nil\",\n\t    \"not\",\n\t    \"notin\",\n\t    \"object\",\n\t    \"of\",\n\t    \"or\",\n\t    \"out\",\n\t    \"proc\",\n\t    \"ptr\",\n\t    \"raise\",\n\t    \"ref\",\n\t    \"return\",\n\t    \"shared\",\n\t    \"shl\",\n\t    \"shr\",\n\t    \"static\",\n\t    \"template\",\n\t    \"try\",\n\t    \"tuple\",\n\t    \"type\",\n\t    \"using\",\n\t    \"var\",\n\t    \"when\",\n\t    \"while\",\n\t    \"with\",\n\t    \"without\",\n\t    \"xor\",\n\t    \"yield\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"stdin\",\n\t    \"stdout\",\n\t    \"stderr\",\n\t    \"result\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\"\n\t  ];\n\t  return {\n\t    name: 'Nim',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS,\n\t      type: TYPES,\n\t      built_in: BUILT_INS\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'meta', // Actually pragma\n\t        begin: /\\{\\./,\n\t        end: /\\.\\}/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: /[a-zA-Z]\\w*\"/,\n\t        end: /\"/,\n\t        contains: [ { begin: /\"\"/ } ]\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: /([a-zA-Z]\\w*)?\"\"\"/,\n\t        end: /\"\"\"/\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'type',\n\t        begin: /\\b[A-Z]\\w+\\b/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'number',\n\t        relevance: 0,\n\t        variants: [\n\t          { begin: /\\b(0[xX][0-9a-fA-F][_0-9a-fA-F]*)('?[iIuU](8|16|32|64))?/ },\n\t          { begin: /\\b(0o[0-7][_0-7]*)('?[iIuUfF](8|16|32|64))?/ },\n\t          { begin: /\\b(0(b|B)[01][_01]*)('?[iIuUfF](8|16|32|64))?/ },\n\t          { begin: /\\b(\\d[_\\d]*)('?[iIuUfF](8|16|32|64))?/ }\n\t        ]\n\t      },\n\t      hljs.HASH_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tnim_1 = nim;\n\treturn nim_1;\n}\n\n/*\nLanguage: Nix\nAuthor: Domen Kožar <domen@dev.si>\nDescription: Nix functional language\nWebsite: http://nixos.org/nix\n*/\n\nvar nix_1;\nvar hasRequiredNix;\n\nfunction requireNix () {\n\tif (hasRequiredNix) return nix_1;\n\thasRequiredNix = 1;\n\tfunction nix(hljs) {\n\t  const KEYWORDS = {\n\t    keyword: [\n\t      \"rec\",\n\t      \"with\",\n\t      \"let\",\n\t      \"in\",\n\t      \"inherit\",\n\t      \"assert\",\n\t      \"if\",\n\t      \"else\",\n\t      \"then\"\n\t    ],\n\t    literal: [\n\t      \"true\",\n\t      \"false\",\n\t      \"or\",\n\t      \"and\",\n\t      \"null\"\n\t    ],\n\t    built_in: [\n\t      \"import\",\n\t      \"abort\",\n\t      \"baseNameOf\",\n\t      \"dirOf\",\n\t      \"isNull\",\n\t      \"builtins\",\n\t      \"map\",\n\t      \"removeAttrs\",\n\t      \"throw\",\n\t      \"toString\",\n\t      \"derivation\"\n\t    ]\n\t  };\n\t  const ANTIQUOTE = {\n\t    className: 'subst',\n\t    begin: /\\$\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS\n\t  };\n\t  const ATTRS = {\n\t    begin: /[a-zA-Z0-9-_]+(\\s*=)/,\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        className: 'attr',\n\t        begin: /\\S+/,\n\t        relevance: 0.2\n\t      }\n\t    ]\n\t  };\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [ ANTIQUOTE ],\n\t    variants: [\n\t      {\n\t        begin: \"''\",\n\t        end: \"''\"\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      }\n\t    ]\n\t  };\n\t  const EXPRESSIONS = [\n\t    hljs.NUMBER_MODE,\n\t    hljs.HASH_COMMENT_MODE,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    STRING,\n\t    ATTRS\n\t  ];\n\t  ANTIQUOTE.contains = EXPRESSIONS;\n\t  return {\n\t    name: 'Nix',\n\t    aliases: [ \"nixos\" ],\n\t    keywords: KEYWORDS,\n\t    contains: EXPRESSIONS\n\t  };\n\t}\n\n\tnix_1 = nix;\n\treturn nix_1;\n}\n\n/*\nLanguage: Node REPL\nRequires: javascript.js\nAuthor: Marat Nagayev <nagaevmt@yandex.ru>\nCategory: scripting\n*/\n\nvar nodeRepl_1;\nvar hasRequiredNodeRepl;\n\nfunction requireNodeRepl () {\n\tif (hasRequiredNodeRepl) return nodeRepl_1;\n\thasRequiredNodeRepl = 1;\n\t/** @type LanguageFn */\n\tfunction nodeRepl(hljs) {\n\t  return {\n\t    name: 'Node REPL',\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        starts: {\n\t          // a space separates the REPL prefix from the actual code\n\t          // this is purely for cleaner HTML output\n\t          end: / |$/,\n\t          starts: {\n\t            end: '$',\n\t            subLanguage: 'javascript'\n\t          }\n\t        },\n\t        variants: [\n\t          { begin: /^>(?=[ ]|$)/ },\n\t          { begin: /^\\.\\.\\.(?=[ ]|$)/ }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tnodeRepl_1 = nodeRepl;\n\treturn nodeRepl_1;\n}\n\n/*\nLanguage: NSIS\nDescription: Nullsoft Scriptable Install System\nAuthor: Jan T. Sott <jan.sott@gmail.com>\nWebsite: https://nsis.sourceforge.io/Main_Page\n*/\n\nvar nsis_1;\nvar hasRequiredNsis;\n\nfunction requireNsis () {\n\tif (hasRequiredNsis) return nsis_1;\n\thasRequiredNsis = 1;\n\tfunction nsis(hljs) {\n\t  const regex = hljs.regex;\n\t  const LANGUAGE_CONSTANTS = [\n\t    \"ADMINTOOLS\",\n\t    \"APPDATA\",\n\t    \"CDBURN_AREA\",\n\t    \"CMDLINE\",\n\t    \"COMMONFILES32\",\n\t    \"COMMONFILES64\",\n\t    \"COMMONFILES\",\n\t    \"COOKIES\",\n\t    \"DESKTOP\",\n\t    \"DOCUMENTS\",\n\t    \"EXEDIR\",\n\t    \"EXEFILE\",\n\t    \"EXEPATH\",\n\t    \"FAVORITES\",\n\t    \"FONTS\",\n\t    \"HISTORY\",\n\t    \"HWNDPARENT\",\n\t    \"INSTDIR\",\n\t    \"INTERNET_CACHE\",\n\t    \"LANGUAGE\",\n\t    \"LOCALAPPDATA\",\n\t    \"MUSIC\",\n\t    \"NETHOOD\",\n\t    \"OUTDIR\",\n\t    \"PICTURES\",\n\t    \"PLUGINSDIR\",\n\t    \"PRINTHOOD\",\n\t    \"PROFILE\",\n\t    \"PROGRAMFILES32\",\n\t    \"PROGRAMFILES64\",\n\t    \"PROGRAMFILES\",\n\t    \"QUICKLAUNCH\",\n\t    \"RECENT\",\n\t    \"RESOURCES_LOCALIZED\",\n\t    \"RESOURCES\",\n\t    \"SENDTO\",\n\t    \"SMPROGRAMS\",\n\t    \"SMSTARTUP\",\n\t    \"STARTMENU\",\n\t    \"SYSDIR\",\n\t    \"TEMP\",\n\t    \"TEMPLATES\",\n\t    \"VIDEOS\",\n\t    \"WINDIR\"\n\t  ];\n\n\t  const PARAM_NAMES = [\n\t    \"ARCHIVE\",\n\t    \"FILE_ATTRIBUTE_ARCHIVE\",\n\t    \"FILE_ATTRIBUTE_NORMAL\",\n\t    \"FILE_ATTRIBUTE_OFFLINE\",\n\t    \"FILE_ATTRIBUTE_READONLY\",\n\t    \"FILE_ATTRIBUTE_SYSTEM\",\n\t    \"FILE_ATTRIBUTE_TEMPORARY\",\n\t    \"HKCR\",\n\t    \"HKCU\",\n\t    \"HKDD\",\n\t    \"HKEY_CLASSES_ROOT\",\n\t    \"HKEY_CURRENT_CONFIG\",\n\t    \"HKEY_CURRENT_USER\",\n\t    \"HKEY_DYN_DATA\",\n\t    \"HKEY_LOCAL_MACHINE\",\n\t    \"HKEY_PERFORMANCE_DATA\",\n\t    \"HKEY_USERS\",\n\t    \"HKLM\",\n\t    \"HKPD\",\n\t    \"HKU\",\n\t    \"IDABORT\",\n\t    \"IDCANCEL\",\n\t    \"IDIGNORE\",\n\t    \"IDNO\",\n\t    \"IDOK\",\n\t    \"IDRETRY\",\n\t    \"IDYES\",\n\t    \"MB_ABORTRETRYIGNORE\",\n\t    \"MB_DEFBUTTON1\",\n\t    \"MB_DEFBUTTON2\",\n\t    \"MB_DEFBUTTON3\",\n\t    \"MB_DEFBUTTON4\",\n\t    \"MB_ICONEXCLAMATION\",\n\t    \"MB_ICONINFORMATION\",\n\t    \"MB_ICONQUESTION\",\n\t    \"MB_ICONSTOP\",\n\t    \"MB_OK\",\n\t    \"MB_OKCANCEL\",\n\t    \"MB_RETRYCANCEL\",\n\t    \"MB_RIGHT\",\n\t    \"MB_RTLREADING\",\n\t    \"MB_SETFOREGROUND\",\n\t    \"MB_TOPMOST\",\n\t    \"MB_USERICON\",\n\t    \"MB_YESNO\",\n\t    \"NORMAL\",\n\t    \"OFFLINE\",\n\t    \"READONLY\",\n\t    \"SHCTX\",\n\t    \"SHELL_CONTEXT\",\n\t    \"SYSTEM|TEMPORARY\",\n\t  ];\n\n\t  const COMPILER_FLAGS = [\n\t    \"addincludedir\",\n\t    \"addplugindir\",\n\t    \"appendfile\",\n\t    \"cd\",\n\t    \"define\",\n\t    \"delfile\",\n\t    \"echo\",\n\t    \"else\",\n\t    \"endif\",\n\t    \"error\",\n\t    \"execute\",\n\t    \"finalize\",\n\t    \"getdllversion\",\n\t    \"gettlbversion\",\n\t    \"if\",\n\t    \"ifdef\",\n\t    \"ifmacrodef\",\n\t    \"ifmacrondef\",\n\t    \"ifndef\",\n\t    \"include\",\n\t    \"insertmacro\",\n\t    \"macro\",\n\t    \"macroend\",\n\t    \"makensis\",\n\t    \"packhdr\",\n\t    \"searchparse\",\n\t    \"searchreplace\",\n\t    \"system\",\n\t    \"tempfile\",\n\t    \"undef\",\n\t    \"uninstfinalize\",\n\t    \"verbose\",\n\t    \"warning\",\n\t  ];\n\n\t  const CONSTANTS = {\n\t    className: 'variable.constant',\n\t    begin: regex.concat(/\\$/, regex.either(...LANGUAGE_CONSTANTS))\n\t  };\n\n\t  const DEFINES = {\n\t    // ${defines}\n\t    className: 'variable',\n\t    begin: /\\$+\\{[\\!\\w.:-]+\\}/\n\t  };\n\n\t  const VARIABLES = {\n\t    // $variables\n\t    className: 'variable',\n\t    begin: /\\$+\\w[\\w\\.]*/,\n\t    illegal: /\\(\\)\\{\\}/\n\t  };\n\n\t  const LANGUAGES = {\n\t    // $(language_strings)\n\t    className: 'variable',\n\t    begin: /\\$+\\([\\w^.:!-]+\\)/\n\t  };\n\n\t  const PARAMETERS = {\n\t    // command parameters\n\t    className: 'params',\n\t    begin: regex.either(...PARAM_NAMES)\n\t  };\n\n\t  const COMPILER = {\n\t    // !compiler_flags\n\t    className: 'keyword',\n\t    begin: regex.concat(\n\t      /!/,\n\t      regex.either(...COMPILER_FLAGS)\n\t    )\n\t  };\n\n\t  const ESCAPE_CHARS = {\n\t    // $\\n, $\\r, $\\t, $$\n\t    className: 'char.escape',\n\t    begin: /\\$(\\\\[nrt]|\\$)/\n\t  };\n\n\t  const PLUGINS = {\n\t    // plug::ins\n\t    className: 'title.function',\n\t    begin: /\\w+::\\w+/\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"',\n\t        end: '\"'\n\t      },\n\t      {\n\t        begin: '\\'',\n\t        end: '\\''\n\t      },\n\t      {\n\t        begin: '`',\n\t        end: '`'\n\t      }\n\t    ],\n\t    illegal: /\\n/,\n\t    contains: [\n\t      ESCAPE_CHARS,\n\t      CONSTANTS,\n\t      DEFINES,\n\t      VARIABLES,\n\t      LANGUAGES\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"Abort\",\n\t    \"AddBrandingImage\",\n\t    \"AddSize\",\n\t    \"AllowRootDirInstall\",\n\t    \"AllowSkipFiles\",\n\t    \"AutoCloseWindow\",\n\t    \"BGFont\",\n\t    \"BGGradient\",\n\t    \"BrandingText\",\n\t    \"BringToFront\",\n\t    \"Call\",\n\t    \"CallInstDLL\",\n\t    \"Caption\",\n\t    \"ChangeUI\",\n\t    \"CheckBitmap\",\n\t    \"ClearErrors\",\n\t    \"CompletedText\",\n\t    \"ComponentText\",\n\t    \"CopyFiles\",\n\t    \"CRCCheck\",\n\t    \"CreateDirectory\",\n\t    \"CreateFont\",\n\t    \"CreateShortCut\",\n\t    \"Delete\",\n\t    \"DeleteINISec\",\n\t    \"DeleteINIStr\",\n\t    \"DeleteRegKey\",\n\t    \"DeleteRegValue\",\n\t    \"DetailPrint\",\n\t    \"DetailsButtonText\",\n\t    \"DirText\",\n\t    \"DirVar\",\n\t    \"DirVerify\",\n\t    \"EnableWindow\",\n\t    \"EnumRegKey\",\n\t    \"EnumRegValue\",\n\t    \"Exch\",\n\t    \"Exec\",\n\t    \"ExecShell\",\n\t    \"ExecShellWait\",\n\t    \"ExecWait\",\n\t    \"ExpandEnvStrings\",\n\t    \"File\",\n\t    \"FileBufSize\",\n\t    \"FileClose\",\n\t    \"FileErrorText\",\n\t    \"FileOpen\",\n\t    \"FileRead\",\n\t    \"FileReadByte\",\n\t    \"FileReadUTF16LE\",\n\t    \"FileReadWord\",\n\t    \"FileWriteUTF16LE\",\n\t    \"FileSeek\",\n\t    \"FileWrite\",\n\t    \"FileWriteByte\",\n\t    \"FileWriteWord\",\n\t    \"FindClose\",\n\t    \"FindFirst\",\n\t    \"FindNext\",\n\t    \"FindWindow\",\n\t    \"FlushINI\",\n\t    \"GetCurInstType\",\n\t    \"GetCurrentAddress\",\n\t    \"GetDlgItem\",\n\t    \"GetDLLVersion\",\n\t    \"GetDLLVersionLocal\",\n\t    \"GetErrorLevel\",\n\t    \"GetFileTime\",\n\t    \"GetFileTimeLocal\",\n\t    \"GetFullPathName\",\n\t    \"GetFunctionAddress\",\n\t    \"GetInstDirError\",\n\t    \"GetKnownFolderPath\",\n\t    \"GetLabelAddress\",\n\t    \"GetTempFileName\",\n\t    \"GetWinVer\",\n\t    \"Goto\",\n\t    \"HideWindow\",\n\t    \"Icon\",\n\t    \"IfAbort\",\n\t    \"IfErrors\",\n\t    \"IfFileExists\",\n\t    \"IfRebootFlag\",\n\t    \"IfRtlLanguage\",\n\t    \"IfShellVarContextAll\",\n\t    \"IfSilent\",\n\t    \"InitPluginsDir\",\n\t    \"InstallButtonText\",\n\t    \"InstallColors\",\n\t    \"InstallDir\",\n\t    \"InstallDirRegKey\",\n\t    \"InstProgressFlags\",\n\t    \"InstType\",\n\t    \"InstTypeGetText\",\n\t    \"InstTypeSetText\",\n\t    \"Int64Cmp\",\n\t    \"Int64CmpU\",\n\t    \"Int64Fmt\",\n\t    \"IntCmp\",\n\t    \"IntCmpU\",\n\t    \"IntFmt\",\n\t    \"IntOp\",\n\t    \"IntPtrCmp\",\n\t    \"IntPtrCmpU\",\n\t    \"IntPtrOp\",\n\t    \"IsWindow\",\n\t    \"LangString\",\n\t    \"LicenseBkColor\",\n\t    \"LicenseData\",\n\t    \"LicenseForceSelection\",\n\t    \"LicenseLangString\",\n\t    \"LicenseText\",\n\t    \"LoadAndSetImage\",\n\t    \"LoadLanguageFile\",\n\t    \"LockWindow\",\n\t    \"LogSet\",\n\t    \"LogText\",\n\t    \"ManifestDPIAware\",\n\t    \"ManifestLongPathAware\",\n\t    \"ManifestMaxVersionTested\",\n\t    \"ManifestSupportedOS\",\n\t    \"MessageBox\",\n\t    \"MiscButtonText\",\n\t    \"Name|0\",\n\t    \"Nop\",\n\t    \"OutFile\",\n\t    \"Page\",\n\t    \"PageCallbacks\",\n\t    \"PEAddResource\",\n\t    \"PEDllCharacteristics\",\n\t    \"PERemoveResource\",\n\t    \"PESubsysVer\",\n\t    \"Pop\",\n\t    \"Push\",\n\t    \"Quit\",\n\t    \"ReadEnvStr\",\n\t    \"ReadINIStr\",\n\t    \"ReadRegDWORD\",\n\t    \"ReadRegStr\",\n\t    \"Reboot\",\n\t    \"RegDLL\",\n\t    \"Rename\",\n\t    \"RequestExecutionLevel\",\n\t    \"ReserveFile\",\n\t    \"Return\",\n\t    \"RMDir\",\n\t    \"SearchPath\",\n\t    \"SectionGetFlags\",\n\t    \"SectionGetInstTypes\",\n\t    \"SectionGetSize\",\n\t    \"SectionGetText\",\n\t    \"SectionIn\",\n\t    \"SectionSetFlags\",\n\t    \"SectionSetInstTypes\",\n\t    \"SectionSetSize\",\n\t    \"SectionSetText\",\n\t    \"SendMessage\",\n\t    \"SetAutoClose\",\n\t    \"SetBrandingImage\",\n\t    \"SetCompress\",\n\t    \"SetCompressor\",\n\t    \"SetCompressorDictSize\",\n\t    \"SetCtlColors\",\n\t    \"SetCurInstType\",\n\t    \"SetDatablockOptimize\",\n\t    \"SetDateSave\",\n\t    \"SetDetailsPrint\",\n\t    \"SetDetailsView\",\n\t    \"SetErrorLevel\",\n\t    \"SetErrors\",\n\t    \"SetFileAttributes\",\n\t    \"SetFont\",\n\t    \"SetOutPath\",\n\t    \"SetOverwrite\",\n\t    \"SetRebootFlag\",\n\t    \"SetRegView\",\n\t    \"SetShellVarContext\",\n\t    \"SetSilent\",\n\t    \"ShowInstDetails\",\n\t    \"ShowUninstDetails\",\n\t    \"ShowWindow\",\n\t    \"SilentInstall\",\n\t    \"SilentUnInstall\",\n\t    \"Sleep\",\n\t    \"SpaceTexts\",\n\t    \"StrCmp\",\n\t    \"StrCmpS\",\n\t    \"StrCpy\",\n\t    \"StrLen\",\n\t    \"SubCaption\",\n\t    \"Unicode\",\n\t    \"UninstallButtonText\",\n\t    \"UninstallCaption\",\n\t    \"UninstallIcon\",\n\t    \"UninstallSubCaption\",\n\t    \"UninstallText\",\n\t    \"UninstPage\",\n\t    \"UnRegDLL\",\n\t    \"Var\",\n\t    \"VIAddVersionKey\",\n\t    \"VIFileVersion\",\n\t    \"VIProductVersion\",\n\t    \"WindowIcon\",\n\t    \"WriteINIStr\",\n\t    \"WriteRegBin\",\n\t    \"WriteRegDWORD\",\n\t    \"WriteRegExpandStr\",\n\t    \"WriteRegMultiStr\",\n\t    \"WriteRegNone\",\n\t    \"WriteRegStr\",\n\t    \"WriteUninstaller\",\n\t    \"XPStyle\"\n\t  ];\n\n\t  const LITERALS = [\n\t    \"admin\",\n\t    \"all\",\n\t    \"auto\",\n\t    \"both\",\n\t    \"bottom\",\n\t    \"bzip2\",\n\t    \"colored\",\n\t    \"components\",\n\t    \"current\",\n\t    \"custom\",\n\t    \"directory\",\n\t    \"false\",\n\t    \"force\",\n\t    \"hide\",\n\t    \"highest\",\n\t    \"ifdiff\",\n\t    \"ifnewer\",\n\t    \"instfiles\",\n\t    \"lastused\",\n\t    \"leave\",\n\t    \"left\",\n\t    \"license\",\n\t    \"listonly\",\n\t    \"lzma\",\n\t    \"nevershow\",\n\t    \"none\",\n\t    \"normal\",\n\t    \"notset\",\n\t    \"off\",\n\t    \"on\",\n\t    \"open\",\n\t    \"print\",\n\t    \"right\",\n\t    \"show\",\n\t    \"silent\",\n\t    \"silentlog\",\n\t    \"smooth\",\n\t    \"textonly\",\n\t    \"top\",\n\t    \"true\",\n\t    \"try\",\n\t    \"un.components\",\n\t    \"un.custom\",\n\t    \"un.directory\",\n\t    \"un.instfiles\",\n\t    \"un.license\",\n\t    \"uninstConfirm\",\n\t    \"user\",\n\t    \"Win10\",\n\t    \"Win7\",\n\t    \"Win8\",\n\t    \"WinVista\",\n\t    \"zlib\"\n\t  ];\n\n\t  const FUNCTION_DEFINITION = {\n\t    match: [\n\t      /Function/,\n\t      /\\s+/,\n\t      regex.concat(/(\\.)?/, hljs.IDENT_RE)\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    }\n\t  };\n\n\t  // Var Custom.Variable.Name.Item\n\t  // Var /GLOBAL Custom.Variable.Name.Item\n\t  const VARIABLE_NAME_RE = /[A-Za-z][\\w.]*/;\n\t  const VARIABLE_DEFINITION = {\n\t    match: [\n\t      /Var/,\n\t      /\\s+/,\n\t      /(?:\\/GLOBAL\\s+)?/,\n\t      VARIABLE_NAME_RE\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"params\",\n\t      4: \"variable\"\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'NSIS',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.COMMENT(\n\t        ';',\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      VARIABLE_DEFINITION,\n\t      FUNCTION_DEFINITION,\n\t      { beginKeywords: 'Function PageEx Section SectionGroup FunctionEnd SectionEnd', },\n\t      STRING,\n\t      COMPILER,\n\t      DEFINES,\n\t      VARIABLES,\n\t      LANGUAGES,\n\t      PARAMETERS,\n\t      PLUGINS,\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tnsis_1 = nsis;\n\treturn nsis_1;\n}\n\n/*\nLanguage: Objective-C\nAuthor: Valerii Hiora <valerii.hiora@gmail.com>\nContributors: Angel G. Olloqui <angelgarcia.mail@gmail.com>, Matt Diephouse <matt@diephouse.com>, Andrew Farmer <ahfarmer@gmail.com>, Minh Nguyễn <mxn@1ec5.org>\nWebsite: https://developer.apple.com/documentation/objectivec\nCategory: common\n*/\n\nvar objectivec_1;\nvar hasRequiredObjectivec;\n\nfunction requireObjectivec () {\n\tif (hasRequiredObjectivec) return objectivec_1;\n\thasRequiredObjectivec = 1;\n\tfunction objectivec(hljs) {\n\t  const API_CLASS = {\n\t    className: 'built_in',\n\t    begin: '\\\\b(AV|CA|CF|CG|CI|CL|CM|CN|CT|MK|MP|MTK|MTL|NS|SCN|SK|UI|WK|XC)\\\\w+'\n\t  };\n\t  const IDENTIFIER_RE = /[a-zA-Z@][a-zA-Z0-9_]*/;\n\t  const TYPES = [\n\t    \"int\",\n\t    \"float\",\n\t    \"char\",\n\t    \"unsigned\",\n\t    \"signed\",\n\t    \"short\",\n\t    \"long\",\n\t    \"double\",\n\t    \"wchar_t\",\n\t    \"unichar\",\n\t    \"void\",\n\t    \"bool\",\n\t    \"BOOL\",\n\t    \"id|0\",\n\t    \"_Bool\"\n\t  ];\n\t  const KWS = [\n\t    \"while\",\n\t    \"export\",\n\t    \"sizeof\",\n\t    \"typedef\",\n\t    \"const\",\n\t    \"struct\",\n\t    \"for\",\n\t    \"union\",\n\t    \"volatile\",\n\t    \"static\",\n\t    \"mutable\",\n\t    \"if\",\n\t    \"do\",\n\t    \"return\",\n\t    \"goto\",\n\t    \"enum\",\n\t    \"else\",\n\t    \"break\",\n\t    \"extern\",\n\t    \"asm\",\n\t    \"case\",\n\t    \"default\",\n\t    \"register\",\n\t    \"explicit\",\n\t    \"typename\",\n\t    \"switch\",\n\t    \"continue\",\n\t    \"inline\",\n\t    \"readonly\",\n\t    \"assign\",\n\t    \"readwrite\",\n\t    \"self\",\n\t    \"@synchronized\",\n\t    \"id\",\n\t    \"typeof\",\n\t    \"nonatomic\",\n\t    \"IBOutlet\",\n\t    \"IBAction\",\n\t    \"strong\",\n\t    \"weak\",\n\t    \"copy\",\n\t    \"in\",\n\t    \"out\",\n\t    \"inout\",\n\t    \"bycopy\",\n\t    \"byref\",\n\t    \"oneway\",\n\t    \"__strong\",\n\t    \"__weak\",\n\t    \"__block\",\n\t    \"__autoreleasing\",\n\t    \"@private\",\n\t    \"@protected\",\n\t    \"@public\",\n\t    \"@try\",\n\t    \"@property\",\n\t    \"@end\",\n\t    \"@throw\",\n\t    \"@catch\",\n\t    \"@finally\",\n\t    \"@autoreleasepool\",\n\t    \"@synthesize\",\n\t    \"@dynamic\",\n\t    \"@selector\",\n\t    \"@optional\",\n\t    \"@required\",\n\t    \"@encode\",\n\t    \"@package\",\n\t    \"@import\",\n\t    \"@defs\",\n\t    \"@compatibility_alias\",\n\t    \"__bridge\",\n\t    \"__bridge_transfer\",\n\t    \"__bridge_retained\",\n\t    \"__bridge_retain\",\n\t    \"__covariant\",\n\t    \"__contravariant\",\n\t    \"__kindof\",\n\t    \"_Nonnull\",\n\t    \"_Nullable\",\n\t    \"_Null_unspecified\",\n\t    \"__FUNCTION__\",\n\t    \"__PRETTY_FUNCTION__\",\n\t    \"__attribute__\",\n\t    \"getter\",\n\t    \"setter\",\n\t    \"retain\",\n\t    \"unsafe_unretained\",\n\t    \"nonnull\",\n\t    \"nullable\",\n\t    \"null_unspecified\",\n\t    \"null_resettable\",\n\t    \"class\",\n\t    \"instancetype\",\n\t    \"NS_DESIGNATED_INITIALIZER\",\n\t    \"NS_UNAVAILABLE\",\n\t    \"NS_REQUIRES_SUPER\",\n\t    \"NS_RETURNS_INNER_POINTER\",\n\t    \"NS_INLINE\",\n\t    \"NS_AVAILABLE\",\n\t    \"NS_DEPRECATED\",\n\t    \"NS_ENUM\",\n\t    \"NS_OPTIONS\",\n\t    \"NS_SWIFT_UNAVAILABLE\",\n\t    \"NS_ASSUME_NONNULL_BEGIN\",\n\t    \"NS_ASSUME_NONNULL_END\",\n\t    \"NS_REFINED_FOR_SWIFT\",\n\t    \"NS_SWIFT_NAME\",\n\t    \"NS_SWIFT_NOTHROW\",\n\t    \"NS_DURING\",\n\t    \"NS_HANDLER\",\n\t    \"NS_ENDHANDLER\",\n\t    \"NS_VALUERETURN\",\n\t    \"NS_VOIDRETURN\"\n\t  ];\n\t  const LITERALS = [\n\t    \"false\",\n\t    \"true\",\n\t    \"FALSE\",\n\t    \"TRUE\",\n\t    \"nil\",\n\t    \"YES\",\n\t    \"NO\",\n\t    \"NULL\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"dispatch_once_t\",\n\t    \"dispatch_queue_t\",\n\t    \"dispatch_sync\",\n\t    \"dispatch_async\",\n\t    \"dispatch_once\"\n\t  ];\n\t  const KEYWORDS = {\n\t    \"variable.language\": [\n\t      \"this\",\n\t      \"super\"\n\t    ],\n\t    $pattern: IDENTIFIER_RE,\n\t    keyword: KWS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS,\n\t    type: TYPES\n\t  };\n\t  const CLASS_KEYWORDS = {\n\t    $pattern: IDENTIFIER_RE,\n\t    keyword: [\n\t      \"@interface\",\n\t      \"@class\",\n\t      \"@protocol\",\n\t      \"@implementation\"\n\t    ]\n\t  };\n\t  return {\n\t    name: 'Objective-C',\n\t    aliases: [\n\t      'mm',\n\t      'objc',\n\t      'obj-c',\n\t      'obj-c++',\n\t      'objective-c++'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    illegal: '</',\n\t    contains: [\n\t      API_CLASS,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          {\n\t            begin: '@\"',\n\t            end: '\"',\n\t            illegal: '\\\\n',\n\t            contains: [ hljs.BACKSLASH_ESCAPE ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: /#\\s*[a-z]+\\b/,\n\t        end: /$/,\n\t        keywords: { keyword:\n\t            'if else elif endif define undef warning error line '\n\t            + 'pragma ifdef ifndef include' },\n\t        contains: [\n\t          {\n\t            begin: /\\\\\\n/,\n\t            relevance: 0\n\t          },\n\t          hljs.inherit(hljs.QUOTE_STRING_MODE, { className: 'string' }),\n\t          {\n\t            className: 'string',\n\t            begin: /<.*?>/,\n\t            end: /$/,\n\t            illegal: '\\\\n'\n\t          },\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        begin: '(' + CLASS_KEYWORDS.keyword.join('|') + ')\\\\b',\n\t        end: /(\\{|$)/,\n\t        excludeEnd: true,\n\t        keywords: CLASS_KEYWORDS,\n\t        contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t      },\n\t      {\n\t        begin: '\\\\.' + hljs.UNDERSCORE_IDENT_RE,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tobjectivec_1 = objectivec;\n\treturn objectivec_1;\n}\n\n/*\nLanguage: OCaml\nAuthor: Mehdi Dogguy <mehdi@dogguy.org>\nContributors: Nicolas Braud-Santoni <nicolas.braud-santoni@ens-cachan.fr>, Mickael Delahaye <mickael.delahaye@gmail.com>\nDescription: OCaml language definition.\nWebsite: https://ocaml.org\nCategory: functional\n*/\n\nvar ocaml_1;\nvar hasRequiredOcaml;\n\nfunction requireOcaml () {\n\tif (hasRequiredOcaml) return ocaml_1;\n\thasRequiredOcaml = 1;\n\tfunction ocaml(hljs) {\n\t  /* missing support for heredoc-like string (OCaml 4.0.2+) */\n\t  return {\n\t    name: 'OCaml',\n\t    aliases: [ 'ml' ],\n\t    keywords: {\n\t      $pattern: '[a-z_]\\\\w*!?',\n\t      keyword:\n\t        'and as assert asr begin class constraint do done downto else end '\n\t        + 'exception external for fun function functor if in include '\n\t        + 'inherit! inherit initializer land lazy let lor lsl lsr lxor match method!|10 method '\n\t        + 'mod module mutable new object of open! open or private rec sig struct '\n\t        + 'then to try type val! val virtual when while with '\n\t        /* camlp4 */\n\t        + 'parser value',\n\t      built_in:\n\t        /* built-in types */\n\t        'array bool bytes char exn|5 float int int32 int64 list lazy_t|5 nativeint|5 string unit '\n\t        /* (some) types in Pervasives */\n\t        + 'in_channel out_channel ref',\n\t      literal:\n\t        'true false'\n\t    },\n\t    illegal: /\\/\\/|>>/,\n\t    contains: [\n\t      {\n\t        className: 'literal',\n\t        begin: '\\\\[(\\\\|\\\\|)?\\\\]|\\\\(\\\\)',\n\t        relevance: 0\n\t      },\n\t      hljs.COMMENT(\n\t        '\\\\(\\\\*',\n\t        '\\\\*\\\\)',\n\t        { contains: [ 'self' ] }\n\t      ),\n\t      { /* type variable */\n\t        className: 'symbol',\n\t        begin: '\\'[A-Za-z_](?!\\')[\\\\w\\']*'\n\t        /* the grammar is ambiguous on how 'a'b should be interpreted but not the compiler */\n\t      },\n\t      { /* polymorphic variant */\n\t        className: 'type',\n\t        begin: '`[A-Z][\\\\w\\']*'\n\t      },\n\t      { /* module or constructor */\n\t        className: 'type',\n\t        begin: '\\\\b[A-Z][\\\\w\\']*',\n\t        relevance: 0\n\t      },\n\t      { /* don't color identifiers, but safely catch all identifiers with ' */\n\t        begin: '[a-z_]\\\\w*\\'[\\\\w\\']*',\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(hljs.APOS_STRING_MODE, {\n\t        className: 'string',\n\t        relevance: 0\n\t      }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }),\n\t      {\n\t        className: 'number',\n\t        begin:\n\t          '\\\\b(0[xX][a-fA-F0-9_]+[Lln]?|'\n\t          + '0[oO][0-7_]+[Lln]?|'\n\t          + '0[bB][01_]+[Lln]?|'\n\t          + '[0-9][0-9_]*([Lln]|(\\\\.[0-9_]*)?([eE][-+]?[0-9_]+)?)?)',\n\t        relevance: 0\n\t      },\n\t      { begin: /->/ // relevance booster\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tocaml_1 = ocaml;\n\treturn ocaml_1;\n}\n\n/*\nLanguage: OpenSCAD\nAuthor: Dan Panzarella <alsoelp@gmail.com>\nDescription: OpenSCAD is a language for the 3D CAD modeling software of the same name.\nWebsite: https://www.openscad.org\nCategory: scientific\n*/\n\nvar openscad_1;\nvar hasRequiredOpenscad;\n\nfunction requireOpenscad () {\n\tif (hasRequiredOpenscad) return openscad_1;\n\thasRequiredOpenscad = 1;\n\tfunction openscad(hljs) {\n\t  const SPECIAL_VARS = {\n\t    className: 'keyword',\n\t    begin: '\\\\$(f[asn]|t|vp[rtd]|children)'\n\t  };\n\t  const LITERALS = {\n\t    className: 'literal',\n\t    begin: 'false|true|PI|undef'\n\t  };\n\t  const NUMBERS = {\n\t    className: 'number',\n\t    begin: '\\\\b\\\\d+(\\\\.\\\\d+)?(e-?\\\\d+)?', // adds 1e5, 1e-10\n\t    relevance: 0\n\t  };\n\t  const STRING = hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null });\n\t  const PREPRO = {\n\t    className: 'meta',\n\t    keywords: { keyword: 'include use' },\n\t    begin: 'include|use <',\n\t    end: '>'\n\t  };\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: '\\\\(',\n\t    end: '\\\\)',\n\t    contains: [\n\t      'self',\n\t      NUMBERS,\n\t      STRING,\n\t      SPECIAL_VARS,\n\t      LITERALS\n\t    ]\n\t  };\n\t  const MODIFIERS = {\n\t    begin: '[*!#%]',\n\t    relevance: 0\n\t  };\n\t  const FUNCTIONS = {\n\t    className: 'function',\n\t    beginKeywords: 'module function',\n\t    end: /=|\\{/,\n\t    contains: [\n\t      PARAMS,\n\t      hljs.UNDERSCORE_TITLE_MODE\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'OpenSCAD',\n\t    aliases: [ 'scad' ],\n\t    keywords: {\n\t      keyword: 'function module include use for intersection_for if else \\\\%',\n\t      literal: 'false true PI undef',\n\t      built_in: 'circle square polygon text sphere cube cylinder polyhedron translate rotate scale resize mirror multmatrix color offset hull minkowski union difference intersection abs sign sin cos tan acos asin atan atan2 floor round ceil ln log pow sqrt exp rands min max concat lookup str chr search version version_num norm cross parent_module echo import import_dxf dxf_linear_extrude linear_extrude rotate_extrude surface projection render children dxf_cross dxf_dim let assign'\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      NUMBERS,\n\t      PREPRO,\n\t      STRING,\n\t      SPECIAL_VARS,\n\t      MODIFIERS,\n\t      FUNCTIONS\n\t    ]\n\t  };\n\t}\n\n\topenscad_1 = openscad;\n\treturn openscad_1;\n}\n\n/*\nLanguage: Oxygene\nAuthor: Carlo Kok <ck@remobjects.com>\nDescription: Oxygene is built on the foundation of Object Pascal, revamped and extended to be a modern language for the twenty-first century.\nWebsite: https://www.elementscompiler.com/elements/default.aspx\n*/\n\nvar oxygene_1;\nvar hasRequiredOxygene;\n\nfunction requireOxygene () {\n\tif (hasRequiredOxygene) return oxygene_1;\n\thasRequiredOxygene = 1;\n\tfunction oxygene(hljs) {\n\t  const OXYGENE_KEYWORDS = {\n\t    $pattern: /\\.?\\w+/,\n\t    keyword:\n\t      'abstract add and array as asc aspect assembly async begin break block by case class concat const copy constructor continue '\n\t      + 'create default delegate desc distinct div do downto dynamic each else empty end ensure enum equals event except exit extension external false '\n\t      + 'final finalize finalizer finally flags for forward from function future global group has if implementation implements implies in index inherited '\n\t      + 'inline interface into invariants is iterator join locked locking loop matching method mod module namespace nested new nil not notify nullable of '\n\t      + 'old on operator or order out override parallel params partial pinned private procedure property protected public queryable raise read readonly '\n\t      + 'record reintroduce remove repeat require result reverse sealed select self sequence set shl shr skip static step soft take then to true try tuple '\n\t      + 'type union unit unsafe until uses using var virtual raises volatile where while with write xor yield await mapped deprecated stdcall cdecl pascal '\n\t      + 'register safecall overload library platform reference packed strict published autoreleasepool selector strong weak unretained'\n\t  };\n\t  const CURLY_COMMENT = hljs.COMMENT(\n\t    /\\{/,\n\t    /\\}/,\n\t    { relevance: 0 }\n\t  );\n\t  const PAREN_COMMENT = hljs.COMMENT(\n\t    '\\\\(\\\\*',\n\t    '\\\\*\\\\)',\n\t    { relevance: 10 }\n\t  );\n\t  const STRING = {\n\t    className: 'string',\n\t    begin: '\\'',\n\t    end: '\\'',\n\t    contains: [ { begin: '\\'\\'' } ]\n\t  };\n\t  const CHAR_STRING = {\n\t    className: 'string',\n\t    begin: '(#\\\\d+)+'\n\t  };\n\t  const FUNCTION = {\n\t    beginKeywords: 'function constructor destructor procedure method',\n\t    end: '[:;]',\n\t    keywords: 'function constructor|10 destructor|10 procedure|10 method|10',\n\t    contains: [\n\t      hljs.inherit(hljs.TITLE_MODE, { scope: \"title.function\" }),\n\t      {\n\t        className: 'params',\n\t        begin: '\\\\(',\n\t        end: '\\\\)',\n\t        keywords: OXYGENE_KEYWORDS,\n\t        contains: [\n\t          STRING,\n\t          CHAR_STRING\n\t        ]\n\t      },\n\t      CURLY_COMMENT,\n\t      PAREN_COMMENT\n\t    ]\n\t  };\n\n\t  const SEMICOLON = {\n\t    scope: \"punctuation\",\n\t    match: /;/,\n\t    relevance: 0\n\t  };\n\n\t  return {\n\t    name: 'Oxygene',\n\t    case_insensitive: true,\n\t    keywords: OXYGENE_KEYWORDS,\n\t    illegal: '(\"|\\\\$[G-Zg-z]|\\\\/\\\\*|</|=>|->)',\n\t    contains: [\n\t      CURLY_COMMENT,\n\t      PAREN_COMMENT,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      STRING,\n\t      CHAR_STRING,\n\t      hljs.NUMBER_MODE,\n\t      FUNCTION,\n\t      SEMICOLON\n\t    ]\n\t  };\n\t}\n\n\toxygene_1 = oxygene;\n\treturn oxygene_1;\n}\n\n/*\nLanguage: Parser3\nRequires: xml.js\nAuthor: Oleg Volchkov <oleg@volchkov.net>\nWebsite: https://www.parser.ru/en/\nCategory: template\n*/\n\nvar parser3_1;\nvar hasRequiredParser3;\n\nfunction requireParser3 () {\n\tif (hasRequiredParser3) return parser3_1;\n\thasRequiredParser3 = 1;\n\tfunction parser3(hljs) {\n\t  const CURLY_SUBCOMMENT = hljs.COMMENT(\n\t    /\\{/,\n\t    /\\}/,\n\t    { contains: [ 'self' ] }\n\t  );\n\t  return {\n\t    name: 'Parser3',\n\t    subLanguage: 'xml',\n\t    relevance: 0,\n\t    contains: [\n\t      hljs.COMMENT('^#', '$'),\n\t      hljs.COMMENT(\n\t        /\\^rem\\{/,\n\t        /\\}/,\n\t        {\n\t          relevance: 10,\n\t          contains: [ CURLY_SUBCOMMENT ]\n\t        }\n\t      ),\n\t      {\n\t        className: 'meta',\n\t        begin: '^@(?:BASE|USE|CLASS|OPTIONS)$',\n\t        relevance: 10\n\t      },\n\t      {\n\t        className: 'title',\n\t        begin: '@[\\\\w\\\\-]+\\\\[[\\\\w^;\\\\-]*\\\\](?:\\\\[[\\\\w^;\\\\-]*\\\\])?(?:.*)$'\n\t      },\n\t      {\n\t        className: 'variable',\n\t        begin: /\\$\\{?[\\w\\-.:]+\\}?/\n\t      },\n\t      {\n\t        className: 'keyword',\n\t        begin: /\\^[\\w\\-.:]+/\n\t      },\n\t      {\n\t        className: 'number',\n\t        begin: '\\\\^#[0-9a-fA-F]+'\n\t      },\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tparser3_1 = parser3;\n\treturn parser3_1;\n}\n\n/*\nLanguage: Packet Filter config\nDescription: pf.conf — packet filter configuration file (OpenBSD)\nAuthor: Peter Piwowarski <oldlaptop654@aol.com>\nWebsite: http://man.openbsd.org/pf.conf\nCategory: config\n*/\n\nvar pf_1;\nvar hasRequiredPf;\n\nfunction requirePf () {\n\tif (hasRequiredPf) return pf_1;\n\thasRequiredPf = 1;\n\tfunction pf(hljs) {\n\t  const MACRO = {\n\t    className: 'variable',\n\t    begin: /\\$[\\w\\d#@][\\w\\d_]*/,\n\t    relevance: 0\n\t  };\n\t  const TABLE = {\n\t    className: 'variable',\n\t    begin: /<(?!\\/)/,\n\t    end: />/\n\t  };\n\n\t  return {\n\t    name: 'Packet Filter config',\n\t    aliases: [ 'pf.conf' ],\n\t    keywords: {\n\t      $pattern: /[a-z0-9_<>-]+/,\n\t      built_in: /* block match pass are \"actions\" in pf.conf(5), the rest are\n\t                 * lexically similar top-level commands.\n\t                 */\n\t        'block match pass load anchor|5 antispoof|10 set table',\n\t      keyword:\n\t        'in out log quick on rdomain inet inet6 proto from port os to route '\n\t        + 'allow-opts divert-packet divert-reply divert-to flags group icmp-type '\n\t        + 'icmp6-type label once probability recieved-on rtable prio queue '\n\t        + 'tos tag tagged user keep fragment for os drop '\n\t        + 'af-to|10 binat-to|10 nat-to|10 rdr-to|10 bitmask least-stats random round-robin '\n\t        + 'source-hash static-port '\n\t        + 'dup-to reply-to route-to '\n\t        + 'parent bandwidth default min max qlimit '\n\t        + 'block-policy debug fingerprints hostid limit loginterface optimization '\n\t        + 'reassemble ruleset-optimization basic none profile skip state-defaults '\n\t        + 'state-policy timeout '\n\t        + 'const counters persist '\n\t        + 'no modulate synproxy state|5 floating if-bound no-sync pflow|10 sloppy '\n\t        + 'source-track global rule max-src-nodes max-src-states max-src-conn '\n\t        + 'max-src-conn-rate overload flush '\n\t        + 'scrub|5 max-mss min-ttl no-df|10 random-id',\n\t      literal:\n\t        'all any no-route self urpf-failed egress|5 unknown'\n\t    },\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.NUMBER_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      MACRO,\n\t      TABLE\n\t    ]\n\t  };\n\t}\n\n\tpf_1 = pf;\n\treturn pf_1;\n}\n\n/*\nLanguage: PostgreSQL and PL/pgSQL\nAuthor: Egor Rogov (e.rogov@postgrespro.ru)\nWebsite: https://www.postgresql.org/docs/11/sql.html\nDescription:\n    This language incorporates both PostgreSQL SQL dialect and PL/pgSQL language.\n    It is based on PostgreSQL version 11. Some notes:\n    - Text in double-dollar-strings is _always_ interpreted as some programming code. Text\n      in ordinary quotes is _never_ interpreted that way and highlighted just as a string.\n    - There are quite a bit \"special cases\". That's because many keywords are not strictly\n      they are keywords in some contexts and ordinary identifiers in others. Only some\n      of such cases are handled; you still can get some of your identifiers highlighted\n      wrong way.\n    - Function names deliberately are not highlighted. There is no way to tell function\n      call from other constructs, hence we can't highlight _all_ function names. And\n      some names highlighted while others not looks ugly.\n*/\n\nvar pgsql_1;\nvar hasRequiredPgsql;\n\nfunction requirePgsql () {\n\tif (hasRequiredPgsql) return pgsql_1;\n\thasRequiredPgsql = 1;\n\tfunction pgsql(hljs) {\n\t  const COMMENT_MODE = hljs.COMMENT('--', '$');\n\t  const UNQUOTED_IDENT = '[a-zA-Z_][a-zA-Z_0-9$]*';\n\t  const DOLLAR_STRING = '\\\\$([a-zA-Z_]?|[a-zA-Z_][a-zA-Z_0-9]*)\\\\$';\n\t  const LABEL = '<<\\\\s*' + UNQUOTED_IDENT + '\\\\s*>>';\n\n\t  const SQL_KW =\n\t    // https://www.postgresql.org/docs/11/static/sql-keywords-appendix.html\n\t    // https://www.postgresql.org/docs/11/static/sql-commands.html\n\t    // SQL commands (starting words)\n\t    'ABORT ALTER ANALYZE BEGIN CALL CHECKPOINT|10 CLOSE CLUSTER COMMENT COMMIT COPY CREATE DEALLOCATE DECLARE '\n\t    + 'DELETE DISCARD DO DROP END EXECUTE EXPLAIN FETCH GRANT IMPORT INSERT LISTEN LOAD LOCK MOVE NOTIFY '\n\t    + 'PREPARE REASSIGN|10 REFRESH REINDEX RELEASE RESET REVOKE ROLLBACK SAVEPOINT SECURITY SELECT SET SHOW '\n\t    + 'START TRUNCATE UNLISTEN|10 UPDATE VACUUM|10 VALUES '\n\t    // SQL commands (others)\n\t    + 'AGGREGATE COLLATION CONVERSION|10 DATABASE DEFAULT PRIVILEGES DOMAIN TRIGGER EXTENSION FOREIGN '\n\t    + 'WRAPPER|10 TABLE FUNCTION GROUP LANGUAGE LARGE OBJECT MATERIALIZED VIEW OPERATOR CLASS '\n\t    + 'FAMILY POLICY PUBLICATION|10 ROLE RULE SCHEMA SEQUENCE SERVER STATISTICS SUBSCRIPTION SYSTEM '\n\t    + 'TABLESPACE CONFIGURATION DICTIONARY PARSER TEMPLATE TYPE USER MAPPING PREPARED ACCESS '\n\t    + 'METHOD CAST AS TRANSFORM TRANSACTION OWNED TO INTO SESSION AUTHORIZATION '\n\t    + 'INDEX PROCEDURE ASSERTION '\n\t    // additional reserved key words\n\t    + 'ALL ANALYSE AND ANY ARRAY ASC ASYMMETRIC|10 BOTH CASE CHECK '\n\t    + 'COLLATE COLUMN CONCURRENTLY|10 CONSTRAINT CROSS '\n\t    + 'DEFERRABLE RANGE '\n\t    + 'DESC DISTINCT ELSE EXCEPT FOR FREEZE|10 FROM FULL HAVING '\n\t    + 'ILIKE IN INITIALLY INNER INTERSECT IS ISNULL JOIN LATERAL LEADING LIKE LIMIT '\n\t    + 'NATURAL NOT NOTNULL NULL OFFSET ON ONLY OR ORDER OUTER OVERLAPS PLACING PRIMARY '\n\t    + 'REFERENCES RETURNING SIMILAR SOME SYMMETRIC TABLESAMPLE THEN '\n\t    + 'TRAILING UNION UNIQUE USING VARIADIC|10 VERBOSE WHEN WHERE WINDOW WITH '\n\t    // some of non-reserved (which are used in clauses or as PL/pgSQL keyword)\n\t    + 'BY RETURNS INOUT OUT SETOF|10 IF STRICT CURRENT CONTINUE OWNER LOCATION OVER PARTITION WITHIN '\n\t    + 'BETWEEN ESCAPE EXTERNAL INVOKER DEFINER WORK RENAME VERSION CONNECTION CONNECT '\n\t    + 'TABLES TEMP TEMPORARY FUNCTIONS SEQUENCES TYPES SCHEMAS OPTION CASCADE RESTRICT ADD ADMIN '\n\t    + 'EXISTS VALID VALIDATE ENABLE DISABLE REPLICA|10 ALWAYS PASSING COLUMNS PATH '\n\t    + 'REF VALUE OVERRIDING IMMUTABLE STABLE VOLATILE BEFORE AFTER EACH ROW PROCEDURAL '\n\t    + 'ROUTINE NO HANDLER VALIDATOR OPTIONS STORAGE OIDS|10 WITHOUT INHERIT DEPENDS CALLED '\n\t    + 'INPUT LEAKPROOF|10 COST ROWS NOWAIT SEARCH UNTIL ENCRYPTED|10 PASSWORD CONFLICT|10 '\n\t    + 'INSTEAD INHERITS CHARACTERISTICS WRITE CURSOR ALSO STATEMENT SHARE EXCLUSIVE INLINE '\n\t    + 'ISOLATION REPEATABLE READ COMMITTED SERIALIZABLE UNCOMMITTED LOCAL GLOBAL SQL PROCEDURES '\n\t    + 'RECURSIVE SNAPSHOT ROLLUP CUBE TRUSTED|10 INCLUDE FOLLOWING PRECEDING UNBOUNDED RANGE GROUPS '\n\t    + 'UNENCRYPTED|10 SYSID FORMAT DELIMITER HEADER QUOTE ENCODING FILTER OFF '\n\t    // some parameters of VACUUM/ANALYZE/EXPLAIN\n\t    + 'FORCE_QUOTE FORCE_NOT_NULL FORCE_NULL COSTS BUFFERS TIMING SUMMARY DISABLE_PAGE_SKIPPING '\n\t    //\n\t    + 'RESTART CYCLE GENERATED IDENTITY DEFERRED IMMEDIATE LEVEL LOGGED UNLOGGED '\n\t    + 'OF NOTHING NONE EXCLUDE ATTRIBUTE '\n\t    // from GRANT (not keywords actually)\n\t    + 'USAGE ROUTINES '\n\t    // actually literals, but look better this way (due to IS TRUE, IS FALSE, ISNULL etc)\n\t    + 'TRUE FALSE NAN INFINITY ';\n\n\t  const ROLE_ATTRS = // only those not in keywrods already\n\t    'SUPERUSER NOSUPERUSER CREATEDB NOCREATEDB CREATEROLE NOCREATEROLE INHERIT NOINHERIT '\n\t    + 'LOGIN NOLOGIN REPLICATION NOREPLICATION BYPASSRLS NOBYPASSRLS ';\n\n\t  const PLPGSQL_KW =\n\t    'ALIAS BEGIN CONSTANT DECLARE END EXCEPTION RETURN PERFORM|10 RAISE GET DIAGNOSTICS '\n\t    + 'STACKED|10 FOREACH LOOP ELSIF EXIT WHILE REVERSE SLICE DEBUG LOG INFO NOTICE WARNING ASSERT '\n\t    + 'OPEN ';\n\n\t  const TYPES =\n\t    // https://www.postgresql.org/docs/11/static/datatype.html\n\t    'BIGINT INT8 BIGSERIAL SERIAL8 BIT VARYING VARBIT BOOLEAN BOOL BOX BYTEA CHARACTER CHAR VARCHAR '\n\t    + 'CIDR CIRCLE DATE DOUBLE PRECISION FLOAT8 FLOAT INET INTEGER INT INT4 INTERVAL JSON JSONB LINE LSEG|10 '\n\t    + 'MACADDR MACADDR8 MONEY NUMERIC DEC DECIMAL PATH POINT POLYGON REAL FLOAT4 SMALLINT INT2 '\n\t    + 'SMALLSERIAL|10 SERIAL2|10 SERIAL|10 SERIAL4|10 TEXT TIME ZONE TIMETZ|10 TIMESTAMP TIMESTAMPTZ|10 TSQUERY|10 TSVECTOR|10 '\n\t    + 'TXID_SNAPSHOT|10 UUID XML NATIONAL NCHAR '\n\t    + 'INT4RANGE|10 INT8RANGE|10 NUMRANGE|10 TSRANGE|10 TSTZRANGE|10 DATERANGE|10 '\n\t    // pseudotypes\n\t    + 'ANYELEMENT ANYARRAY ANYNONARRAY ANYENUM ANYRANGE CSTRING INTERNAL '\n\t    + 'RECORD PG_DDL_COMMAND VOID UNKNOWN OPAQUE REFCURSOR '\n\t    // spec. type\n\t    + 'NAME '\n\t    // OID-types\n\t    + 'OID REGPROC|10 REGPROCEDURE|10 REGOPER|10 REGOPERATOR|10 REGCLASS|10 REGTYPE|10 REGROLE|10 '\n\t    + 'REGNAMESPACE|10 REGCONFIG|10 REGDICTIONARY|10 ';// +\n\n\t  const TYPES_RE =\n\t    TYPES.trim()\n\t      .split(' ')\n\t      .map(function(val) { return val.split('|')[0]; })\n\t      .join('|');\n\n\t  const SQL_BI =\n\t    'CURRENT_TIME CURRENT_TIMESTAMP CURRENT_USER CURRENT_CATALOG|10 CURRENT_DATE LOCALTIME LOCALTIMESTAMP '\n\t    + 'CURRENT_ROLE|10 CURRENT_SCHEMA|10 SESSION_USER PUBLIC ';\n\n\t  const PLPGSQL_BI =\n\t    'FOUND NEW OLD TG_NAME|10 TG_WHEN|10 TG_LEVEL|10 TG_OP|10 TG_RELID|10 TG_RELNAME|10 '\n\t    + 'TG_TABLE_NAME|10 TG_TABLE_SCHEMA|10 TG_NARGS|10 TG_ARGV|10 TG_EVENT|10 TG_TAG|10 '\n\t    // get diagnostics\n\t    + 'ROW_COUNT RESULT_OID|10 PG_CONTEXT|10 RETURNED_SQLSTATE COLUMN_NAME CONSTRAINT_NAME '\n\t    + 'PG_DATATYPE_NAME|10 MESSAGE_TEXT TABLE_NAME SCHEMA_NAME PG_EXCEPTION_DETAIL|10 '\n\t    + 'PG_EXCEPTION_HINT|10 PG_EXCEPTION_CONTEXT|10 ';\n\n\t  const PLPGSQL_EXCEPTIONS =\n\t    // exceptions https://www.postgresql.org/docs/current/static/errcodes-appendix.html\n\t    'SQLSTATE SQLERRM|10 '\n\t    + 'SUCCESSFUL_COMPLETION WARNING DYNAMIC_RESULT_SETS_RETURNED IMPLICIT_ZERO_BIT_PADDING '\n\t    + 'NULL_VALUE_ELIMINATED_IN_SET_FUNCTION PRIVILEGE_NOT_GRANTED PRIVILEGE_NOT_REVOKED '\n\t    + 'STRING_DATA_RIGHT_TRUNCATION DEPRECATED_FEATURE NO_DATA NO_ADDITIONAL_DYNAMIC_RESULT_SETS_RETURNED '\n\t    + 'SQL_STATEMENT_NOT_YET_COMPLETE CONNECTION_EXCEPTION CONNECTION_DOES_NOT_EXIST CONNECTION_FAILURE '\n\t    + 'SQLCLIENT_UNABLE_TO_ESTABLISH_SQLCONNECTION SQLSERVER_REJECTED_ESTABLISHMENT_OF_SQLCONNECTION '\n\t    + 'TRANSACTION_RESOLUTION_UNKNOWN PROTOCOL_VIOLATION TRIGGERED_ACTION_EXCEPTION FEATURE_NOT_SUPPORTED '\n\t    + 'INVALID_TRANSACTION_INITIATION LOCATOR_EXCEPTION INVALID_LOCATOR_SPECIFICATION INVALID_GRANTOR '\n\t    + 'INVALID_GRANT_OPERATION INVALID_ROLE_SPECIFICATION DIAGNOSTICS_EXCEPTION '\n\t    + 'STACKED_DIAGNOSTICS_ACCESSED_WITHOUT_ACTIVE_HANDLER CASE_NOT_FOUND CARDINALITY_VIOLATION '\n\t    + 'DATA_EXCEPTION ARRAY_SUBSCRIPT_ERROR CHARACTER_NOT_IN_REPERTOIRE DATETIME_FIELD_OVERFLOW '\n\t    + 'DIVISION_BY_ZERO ERROR_IN_ASSIGNMENT ESCAPE_CHARACTER_CONFLICT INDICATOR_OVERFLOW '\n\t    + 'INTERVAL_FIELD_OVERFLOW INVALID_ARGUMENT_FOR_LOGARITHM INVALID_ARGUMENT_FOR_NTILE_FUNCTION '\n\t    + 'INVALID_ARGUMENT_FOR_NTH_VALUE_FUNCTION INVALID_ARGUMENT_FOR_POWER_FUNCTION '\n\t    + 'INVALID_ARGUMENT_FOR_WIDTH_BUCKET_FUNCTION INVALID_CHARACTER_VALUE_FOR_CAST '\n\t    + 'INVALID_DATETIME_FORMAT INVALID_ESCAPE_CHARACTER INVALID_ESCAPE_OCTET INVALID_ESCAPE_SEQUENCE '\n\t    + 'NONSTANDARD_USE_OF_ESCAPE_CHARACTER INVALID_INDICATOR_PARAMETER_VALUE INVALID_PARAMETER_VALUE '\n\t    + 'INVALID_REGULAR_EXPRESSION INVALID_ROW_COUNT_IN_LIMIT_CLAUSE '\n\t    + 'INVALID_ROW_COUNT_IN_RESULT_OFFSET_CLAUSE INVALID_TABLESAMPLE_ARGUMENT INVALID_TABLESAMPLE_REPEAT '\n\t    + 'INVALID_TIME_ZONE_DISPLACEMENT_VALUE INVALID_USE_OF_ESCAPE_CHARACTER MOST_SPECIFIC_TYPE_MISMATCH '\n\t    + 'NULL_VALUE_NOT_ALLOWED NULL_VALUE_NO_INDICATOR_PARAMETER NUMERIC_VALUE_OUT_OF_RANGE '\n\t    + 'SEQUENCE_GENERATOR_LIMIT_EXCEEDED STRING_DATA_LENGTH_MISMATCH STRING_DATA_RIGHT_TRUNCATION '\n\t    + 'SUBSTRING_ERROR TRIM_ERROR UNTERMINATED_C_STRING ZERO_LENGTH_CHARACTER_STRING '\n\t    + 'FLOATING_POINT_EXCEPTION INVALID_TEXT_REPRESENTATION INVALID_BINARY_REPRESENTATION '\n\t    + 'BAD_COPY_FILE_FORMAT UNTRANSLATABLE_CHARACTER NOT_AN_XML_DOCUMENT INVALID_XML_DOCUMENT '\n\t    + 'INVALID_XML_CONTENT INVALID_XML_COMMENT INVALID_XML_PROCESSING_INSTRUCTION '\n\t    + 'INTEGRITY_CONSTRAINT_VIOLATION RESTRICT_VIOLATION NOT_NULL_VIOLATION FOREIGN_KEY_VIOLATION '\n\t    + 'UNIQUE_VIOLATION CHECK_VIOLATION EXCLUSION_VIOLATION INVALID_CURSOR_STATE '\n\t    + 'INVALID_TRANSACTION_STATE ACTIVE_SQL_TRANSACTION BRANCH_TRANSACTION_ALREADY_ACTIVE '\n\t    + 'HELD_CURSOR_REQUIRES_SAME_ISOLATION_LEVEL INAPPROPRIATE_ACCESS_MODE_FOR_BRANCH_TRANSACTION '\n\t    + 'INAPPROPRIATE_ISOLATION_LEVEL_FOR_BRANCH_TRANSACTION '\n\t    + 'NO_ACTIVE_SQL_TRANSACTION_FOR_BRANCH_TRANSACTION READ_ONLY_SQL_TRANSACTION '\n\t    + 'SCHEMA_AND_DATA_STATEMENT_MIXING_NOT_SUPPORTED NO_ACTIVE_SQL_TRANSACTION '\n\t    + 'IN_FAILED_SQL_TRANSACTION IDLE_IN_TRANSACTION_SESSION_TIMEOUT INVALID_SQL_STATEMENT_NAME '\n\t    + 'TRIGGERED_DATA_CHANGE_VIOLATION INVALID_AUTHORIZATION_SPECIFICATION INVALID_PASSWORD '\n\t    + 'DEPENDENT_PRIVILEGE_DESCRIPTORS_STILL_EXIST DEPENDENT_OBJECTS_STILL_EXIST '\n\t    + 'INVALID_TRANSACTION_TERMINATION SQL_ROUTINE_EXCEPTION FUNCTION_EXECUTED_NO_RETURN_STATEMENT '\n\t    + 'MODIFYING_SQL_DATA_NOT_PERMITTED PROHIBITED_SQL_STATEMENT_ATTEMPTED '\n\t    + 'READING_SQL_DATA_NOT_PERMITTED INVALID_CURSOR_NAME EXTERNAL_ROUTINE_EXCEPTION '\n\t    + 'CONTAINING_SQL_NOT_PERMITTED MODIFYING_SQL_DATA_NOT_PERMITTED '\n\t    + 'PROHIBITED_SQL_STATEMENT_ATTEMPTED READING_SQL_DATA_NOT_PERMITTED '\n\t    + 'EXTERNAL_ROUTINE_INVOCATION_EXCEPTION INVALID_SQLSTATE_RETURNED NULL_VALUE_NOT_ALLOWED '\n\t    + 'TRIGGER_PROTOCOL_VIOLATED SRF_PROTOCOL_VIOLATED EVENT_TRIGGER_PROTOCOL_VIOLATED '\n\t    + 'SAVEPOINT_EXCEPTION INVALID_SAVEPOINT_SPECIFICATION INVALID_CATALOG_NAME '\n\t    + 'INVALID_SCHEMA_NAME TRANSACTION_ROLLBACK TRANSACTION_INTEGRITY_CONSTRAINT_VIOLATION '\n\t    + 'SERIALIZATION_FAILURE STATEMENT_COMPLETION_UNKNOWN DEADLOCK_DETECTED '\n\t    + 'SYNTAX_ERROR_OR_ACCESS_RULE_VIOLATION SYNTAX_ERROR INSUFFICIENT_PRIVILEGE CANNOT_COERCE '\n\t    + 'GROUPING_ERROR WINDOWING_ERROR INVALID_RECURSION INVALID_FOREIGN_KEY INVALID_NAME '\n\t    + 'NAME_TOO_LONG RESERVED_NAME DATATYPE_MISMATCH INDETERMINATE_DATATYPE COLLATION_MISMATCH '\n\t    + 'INDETERMINATE_COLLATION WRONG_OBJECT_TYPE GENERATED_ALWAYS UNDEFINED_COLUMN '\n\t    + 'UNDEFINED_FUNCTION UNDEFINED_TABLE UNDEFINED_PARAMETER UNDEFINED_OBJECT '\n\t    + 'DUPLICATE_COLUMN DUPLICATE_CURSOR DUPLICATE_DATABASE DUPLICATE_FUNCTION '\n\t    + 'DUPLICATE_PREPARED_STATEMENT DUPLICATE_SCHEMA DUPLICATE_TABLE DUPLICATE_ALIAS '\n\t    + 'DUPLICATE_OBJECT AMBIGUOUS_COLUMN AMBIGUOUS_FUNCTION AMBIGUOUS_PARAMETER AMBIGUOUS_ALIAS '\n\t    + 'INVALID_COLUMN_REFERENCE INVALID_COLUMN_DEFINITION INVALID_CURSOR_DEFINITION '\n\t    + 'INVALID_DATABASE_DEFINITION INVALID_FUNCTION_DEFINITION '\n\t    + 'INVALID_PREPARED_STATEMENT_DEFINITION INVALID_SCHEMA_DEFINITION INVALID_TABLE_DEFINITION '\n\t    + 'INVALID_OBJECT_DEFINITION WITH_CHECK_OPTION_VIOLATION INSUFFICIENT_RESOURCES DISK_FULL '\n\t    + 'OUT_OF_MEMORY TOO_MANY_CONNECTIONS CONFIGURATION_LIMIT_EXCEEDED PROGRAM_LIMIT_EXCEEDED '\n\t    + 'STATEMENT_TOO_COMPLEX TOO_MANY_COLUMNS TOO_MANY_ARGUMENTS OBJECT_NOT_IN_PREREQUISITE_STATE '\n\t    + 'OBJECT_IN_USE CANT_CHANGE_RUNTIME_PARAM LOCK_NOT_AVAILABLE OPERATOR_INTERVENTION '\n\t    + 'QUERY_CANCELED ADMIN_SHUTDOWN CRASH_SHUTDOWN CANNOT_CONNECT_NOW DATABASE_DROPPED '\n\t    + 'SYSTEM_ERROR IO_ERROR UNDEFINED_FILE DUPLICATE_FILE SNAPSHOT_TOO_OLD CONFIG_FILE_ERROR '\n\t    + 'LOCK_FILE_EXISTS FDW_ERROR FDW_COLUMN_NAME_NOT_FOUND FDW_DYNAMIC_PARAMETER_VALUE_NEEDED '\n\t    + 'FDW_FUNCTION_SEQUENCE_ERROR FDW_INCONSISTENT_DESCRIPTOR_INFORMATION '\n\t    + 'FDW_INVALID_ATTRIBUTE_VALUE FDW_INVALID_COLUMN_NAME FDW_INVALID_COLUMN_NUMBER '\n\t    + 'FDW_INVALID_DATA_TYPE FDW_INVALID_DATA_TYPE_DESCRIPTORS '\n\t    + 'FDW_INVALID_DESCRIPTOR_FIELD_IDENTIFIER FDW_INVALID_HANDLE FDW_INVALID_OPTION_INDEX '\n\t    + 'FDW_INVALID_OPTION_NAME FDW_INVALID_STRING_LENGTH_OR_BUFFER_LENGTH '\n\t    + 'FDW_INVALID_STRING_FORMAT FDW_INVALID_USE_OF_NULL_POINTER FDW_TOO_MANY_HANDLES '\n\t    + 'FDW_OUT_OF_MEMORY FDW_NO_SCHEMAS FDW_OPTION_NAME_NOT_FOUND FDW_REPLY_HANDLE '\n\t    + 'FDW_SCHEMA_NOT_FOUND FDW_TABLE_NOT_FOUND FDW_UNABLE_TO_CREATE_EXECUTION '\n\t    + 'FDW_UNABLE_TO_CREATE_REPLY FDW_UNABLE_TO_ESTABLISH_CONNECTION PLPGSQL_ERROR '\n\t    + 'RAISE_EXCEPTION NO_DATA_FOUND TOO_MANY_ROWS ASSERT_FAILURE INTERNAL_ERROR DATA_CORRUPTED '\n\t    + 'INDEX_CORRUPTED ';\n\n\t  const FUNCTIONS =\n\t    // https://www.postgresql.org/docs/11/static/functions-aggregate.html\n\t    'ARRAY_AGG AVG BIT_AND BIT_OR BOOL_AND BOOL_OR COUNT EVERY JSON_AGG JSONB_AGG JSON_OBJECT_AGG '\n\t    + 'JSONB_OBJECT_AGG MAX MIN MODE STRING_AGG SUM XMLAGG '\n\t    + 'CORR COVAR_POP COVAR_SAMP REGR_AVGX REGR_AVGY REGR_COUNT REGR_INTERCEPT REGR_R2 REGR_SLOPE '\n\t    + 'REGR_SXX REGR_SXY REGR_SYY STDDEV STDDEV_POP STDDEV_SAMP VARIANCE VAR_POP VAR_SAMP '\n\t    + 'PERCENTILE_CONT PERCENTILE_DISC '\n\t    // https://www.postgresql.org/docs/11/static/functions-window.html\n\t    + 'ROW_NUMBER RANK DENSE_RANK PERCENT_RANK CUME_DIST NTILE LAG LEAD FIRST_VALUE LAST_VALUE NTH_VALUE '\n\t    // https://www.postgresql.org/docs/11/static/functions-comparison.html\n\t    + 'NUM_NONNULLS NUM_NULLS '\n\t    // https://www.postgresql.org/docs/11/static/functions-math.html\n\t    + 'ABS CBRT CEIL CEILING DEGREES DIV EXP FLOOR LN LOG MOD PI POWER RADIANS ROUND SCALE SIGN SQRT '\n\t    + 'TRUNC WIDTH_BUCKET '\n\t    + 'RANDOM SETSEED '\n\t    + 'ACOS ACOSD ASIN ASIND ATAN ATAND ATAN2 ATAN2D COS COSD COT COTD SIN SIND TAN TAND '\n\t    // https://www.postgresql.org/docs/11/static/functions-string.html\n\t    + 'BIT_LENGTH CHAR_LENGTH CHARACTER_LENGTH LOWER OCTET_LENGTH OVERLAY POSITION SUBSTRING TREAT TRIM UPPER '\n\t    + 'ASCII BTRIM CHR CONCAT CONCAT_WS CONVERT CONVERT_FROM CONVERT_TO DECODE ENCODE INITCAP '\n\t    + 'LEFT LENGTH LPAD LTRIM MD5 PARSE_IDENT PG_CLIENT_ENCODING QUOTE_IDENT|10 QUOTE_LITERAL|10 '\n\t    + 'QUOTE_NULLABLE|10 REGEXP_MATCH REGEXP_MATCHES REGEXP_REPLACE REGEXP_SPLIT_TO_ARRAY '\n\t    + 'REGEXP_SPLIT_TO_TABLE REPEAT REPLACE REVERSE RIGHT RPAD RTRIM SPLIT_PART STRPOS SUBSTR '\n\t    + 'TO_ASCII TO_HEX TRANSLATE '\n\t    // https://www.postgresql.org/docs/11/static/functions-binarystring.html\n\t    + 'OCTET_LENGTH GET_BIT GET_BYTE SET_BIT SET_BYTE '\n\t    // https://www.postgresql.org/docs/11/static/functions-formatting.html\n\t    + 'TO_CHAR TO_DATE TO_NUMBER TO_TIMESTAMP '\n\t    // https://www.postgresql.org/docs/11/static/functions-datetime.html\n\t    + 'AGE CLOCK_TIMESTAMP|10 DATE_PART DATE_TRUNC ISFINITE JUSTIFY_DAYS JUSTIFY_HOURS JUSTIFY_INTERVAL '\n\t    + 'MAKE_DATE MAKE_INTERVAL|10 MAKE_TIME MAKE_TIMESTAMP|10 MAKE_TIMESTAMPTZ|10 NOW STATEMENT_TIMESTAMP|10 '\n\t    + 'TIMEOFDAY TRANSACTION_TIMESTAMP|10 '\n\t    // https://www.postgresql.org/docs/11/static/functions-enum.html\n\t    + 'ENUM_FIRST ENUM_LAST ENUM_RANGE '\n\t    // https://www.postgresql.org/docs/11/static/functions-geometry.html\n\t    + 'AREA CENTER DIAMETER HEIGHT ISCLOSED ISOPEN NPOINTS PCLOSE POPEN RADIUS WIDTH '\n\t    + 'BOX BOUND_BOX CIRCLE LINE LSEG PATH POLYGON '\n\t    // https://www.postgresql.org/docs/11/static/functions-net.html\n\t    + 'ABBREV BROADCAST HOST HOSTMASK MASKLEN NETMASK NETWORK SET_MASKLEN TEXT INET_SAME_FAMILY '\n\t    + 'INET_MERGE MACADDR8_SET7BIT '\n\t    // https://www.postgresql.org/docs/11/static/functions-textsearch.html\n\t    + 'ARRAY_TO_TSVECTOR GET_CURRENT_TS_CONFIG NUMNODE PLAINTO_TSQUERY PHRASETO_TSQUERY WEBSEARCH_TO_TSQUERY '\n\t    + 'QUERYTREE SETWEIGHT STRIP TO_TSQUERY TO_TSVECTOR JSON_TO_TSVECTOR JSONB_TO_TSVECTOR TS_DELETE '\n\t    + 'TS_FILTER TS_HEADLINE TS_RANK TS_RANK_CD TS_REWRITE TSQUERY_PHRASE TSVECTOR_TO_ARRAY '\n\t    + 'TSVECTOR_UPDATE_TRIGGER TSVECTOR_UPDATE_TRIGGER_COLUMN '\n\t    // https://www.postgresql.org/docs/11/static/functions-xml.html\n\t    + 'XMLCOMMENT XMLCONCAT XMLELEMENT XMLFOREST XMLPI XMLROOT '\n\t    + 'XMLEXISTS XML_IS_WELL_FORMED XML_IS_WELL_FORMED_DOCUMENT XML_IS_WELL_FORMED_CONTENT '\n\t    + 'XPATH XPATH_EXISTS XMLTABLE XMLNAMESPACES '\n\t    + 'TABLE_TO_XML TABLE_TO_XMLSCHEMA TABLE_TO_XML_AND_XMLSCHEMA '\n\t    + 'QUERY_TO_XML QUERY_TO_XMLSCHEMA QUERY_TO_XML_AND_XMLSCHEMA '\n\t    + 'CURSOR_TO_XML CURSOR_TO_XMLSCHEMA '\n\t    + 'SCHEMA_TO_XML SCHEMA_TO_XMLSCHEMA SCHEMA_TO_XML_AND_XMLSCHEMA '\n\t    + 'DATABASE_TO_XML DATABASE_TO_XMLSCHEMA DATABASE_TO_XML_AND_XMLSCHEMA '\n\t    + 'XMLATTRIBUTES '\n\t    // https://www.postgresql.org/docs/11/static/functions-json.html\n\t    + 'TO_JSON TO_JSONB ARRAY_TO_JSON ROW_TO_JSON JSON_BUILD_ARRAY JSONB_BUILD_ARRAY JSON_BUILD_OBJECT '\n\t    + 'JSONB_BUILD_OBJECT JSON_OBJECT JSONB_OBJECT JSON_ARRAY_LENGTH JSONB_ARRAY_LENGTH JSON_EACH '\n\t    + 'JSONB_EACH JSON_EACH_TEXT JSONB_EACH_TEXT JSON_EXTRACT_PATH JSONB_EXTRACT_PATH '\n\t    + 'JSON_OBJECT_KEYS JSONB_OBJECT_KEYS JSON_POPULATE_RECORD JSONB_POPULATE_RECORD JSON_POPULATE_RECORDSET '\n\t    + 'JSONB_POPULATE_RECORDSET JSON_ARRAY_ELEMENTS JSONB_ARRAY_ELEMENTS JSON_ARRAY_ELEMENTS_TEXT '\n\t    + 'JSONB_ARRAY_ELEMENTS_TEXT JSON_TYPEOF JSONB_TYPEOF JSON_TO_RECORD JSONB_TO_RECORD JSON_TO_RECORDSET '\n\t    + 'JSONB_TO_RECORDSET JSON_STRIP_NULLS JSONB_STRIP_NULLS JSONB_SET JSONB_INSERT JSONB_PRETTY '\n\t    // https://www.postgresql.org/docs/11/static/functions-sequence.html\n\t    + 'CURRVAL LASTVAL NEXTVAL SETVAL '\n\t    // https://www.postgresql.org/docs/11/static/functions-conditional.html\n\t    + 'COALESCE NULLIF GREATEST LEAST '\n\t    // https://www.postgresql.org/docs/11/static/functions-array.html\n\t    + 'ARRAY_APPEND ARRAY_CAT ARRAY_NDIMS ARRAY_DIMS ARRAY_FILL ARRAY_LENGTH ARRAY_LOWER ARRAY_POSITION '\n\t    + 'ARRAY_POSITIONS ARRAY_PREPEND ARRAY_REMOVE ARRAY_REPLACE ARRAY_TO_STRING ARRAY_UPPER CARDINALITY '\n\t    + 'STRING_TO_ARRAY UNNEST '\n\t    // https://www.postgresql.org/docs/11/static/functions-range.html\n\t    + 'ISEMPTY LOWER_INC UPPER_INC LOWER_INF UPPER_INF RANGE_MERGE '\n\t    // https://www.postgresql.org/docs/11/static/functions-srf.html\n\t    + 'GENERATE_SERIES GENERATE_SUBSCRIPTS '\n\t    // https://www.postgresql.org/docs/11/static/functions-info.html\n\t    + 'CURRENT_DATABASE CURRENT_QUERY CURRENT_SCHEMA|10 CURRENT_SCHEMAS|10 INET_CLIENT_ADDR INET_CLIENT_PORT '\n\t    + 'INET_SERVER_ADDR INET_SERVER_PORT ROW_SECURITY_ACTIVE FORMAT_TYPE '\n\t    + 'TO_REGCLASS TO_REGPROC TO_REGPROCEDURE TO_REGOPER TO_REGOPERATOR TO_REGTYPE TO_REGNAMESPACE TO_REGROLE '\n\t    + 'COL_DESCRIPTION OBJ_DESCRIPTION SHOBJ_DESCRIPTION '\n\t    + 'TXID_CURRENT TXID_CURRENT_IF_ASSIGNED TXID_CURRENT_SNAPSHOT TXID_SNAPSHOT_XIP TXID_SNAPSHOT_XMAX '\n\t    + 'TXID_SNAPSHOT_XMIN TXID_VISIBLE_IN_SNAPSHOT TXID_STATUS '\n\t    // https://www.postgresql.org/docs/11/static/functions-admin.html\n\t    + 'CURRENT_SETTING SET_CONFIG BRIN_SUMMARIZE_NEW_VALUES BRIN_SUMMARIZE_RANGE BRIN_DESUMMARIZE_RANGE '\n\t    + 'GIN_CLEAN_PENDING_LIST '\n\t    // https://www.postgresql.org/docs/11/static/functions-trigger.html\n\t    + 'SUPPRESS_REDUNDANT_UPDATES_TRIGGER '\n\t    // ihttps://www.postgresql.org/docs/devel/static/lo-funcs.html\n\t    + 'LO_FROM_BYTEA LO_PUT LO_GET LO_CREAT LO_CREATE LO_UNLINK LO_IMPORT LO_EXPORT LOREAD LOWRITE '\n\t    //\n\t    + 'GROUPING CAST ';\n\n\t  const FUNCTIONS_RE =\n\t      FUNCTIONS.trim()\n\t        .split(' ')\n\t        .map(function(val) { return val.split('|')[0]; })\n\t        .join('|');\n\n\t  return {\n\t    name: 'PostgreSQL',\n\t    aliases: [\n\t      'postgres',\n\t      'postgresql'\n\t    ],\n\t    supersetOf: \"sql\",\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword:\n\t            SQL_KW + PLPGSQL_KW + ROLE_ATTRS,\n\t      built_in:\n\t            SQL_BI + PLPGSQL_BI + PLPGSQL_EXCEPTIONS\n\t    },\n\t    // Forbid some cunstructs from other languages to improve autodetect. In fact\n\t    // \"[a-z]:\" is legal (as part of array slice), but improbabal.\n\t    illegal: /:==|\\W\\s*\\(\\*|(^|\\s)\\$[a-z]|\\{\\{|[a-z]:\\s*$|\\.\\.\\.|TO:|DO:/,\n\t    contains: [\n\t      // special handling of some words, which are reserved only in some contexts\n\t      {\n\t        className: 'keyword',\n\t        variants: [\n\t          { begin: /\\bTEXT\\s*SEARCH\\b/ },\n\t          { begin: /\\b(PRIMARY|FOREIGN|FOR(\\s+NO)?)\\s+KEY\\b/ },\n\t          { begin: /\\bPARALLEL\\s+(UNSAFE|RESTRICTED|SAFE)\\b/ },\n\t          { begin: /\\bSTORAGE\\s+(PLAIN|EXTERNAL|EXTENDED|MAIN)\\b/ },\n\t          { begin: /\\bMATCH\\s+(FULL|PARTIAL|SIMPLE)\\b/ },\n\t          { begin: /\\bNULLS\\s+(FIRST|LAST)\\b/ },\n\t          { begin: /\\bEVENT\\s+TRIGGER\\b/ },\n\t          { begin: /\\b(MAPPING|OR)\\s+REPLACE\\b/ },\n\t          { begin: /\\b(FROM|TO)\\s+(PROGRAM|STDIN|STDOUT)\\b/ },\n\t          { begin: /\\b(SHARE|EXCLUSIVE)\\s+MODE\\b/ },\n\t          { begin: /\\b(LEFT|RIGHT)\\s+(OUTER\\s+)?JOIN\\b/ },\n\t          { begin: /\\b(FETCH|MOVE)\\s+(NEXT|PRIOR|FIRST|LAST|ABSOLUTE|RELATIVE|FORWARD|BACKWARD)\\b/ },\n\t          { begin: /\\bPRESERVE\\s+ROWS\\b/ },\n\t          { begin: /\\bDISCARD\\s+PLANS\\b/ },\n\t          { begin: /\\bREFERENCING\\s+(OLD|NEW)\\b/ },\n\t          { begin: /\\bSKIP\\s+LOCKED\\b/ },\n\t          { begin: /\\bGROUPING\\s+SETS\\b/ },\n\t          { begin: /\\b(BINARY|INSENSITIVE|SCROLL|NO\\s+SCROLL)\\s+(CURSOR|FOR)\\b/ },\n\t          { begin: /\\b(WITH|WITHOUT)\\s+HOLD\\b/ },\n\t          { begin: /\\bWITH\\s+(CASCADED|LOCAL)\\s+CHECK\\s+OPTION\\b/ },\n\t          { begin: /\\bEXCLUDE\\s+(TIES|NO\\s+OTHERS)\\b/ },\n\t          { begin: /\\bFORMAT\\s+(TEXT|XML|JSON|YAML)\\b/ },\n\t          { begin: /\\bSET\\s+((SESSION|LOCAL)\\s+)?NAMES\\b/ },\n\t          { begin: /\\bIS\\s+(NOT\\s+)?UNKNOWN\\b/ },\n\t          { begin: /\\bSECURITY\\s+LABEL\\b/ },\n\t          { begin: /\\bSTANDALONE\\s+(YES|NO|NO\\s+VALUE)\\b/ },\n\t          { begin: /\\bWITH\\s+(NO\\s+)?DATA\\b/ },\n\t          { begin: /\\b(FOREIGN|SET)\\s+DATA\\b/ },\n\t          { begin: /\\bSET\\s+(CATALOG|CONSTRAINTS)\\b/ },\n\t          { begin: /\\b(WITH|FOR)\\s+ORDINALITY\\b/ },\n\t          { begin: /\\bIS\\s+(NOT\\s+)?DOCUMENT\\b/ },\n\t          { begin: /\\bXML\\s+OPTION\\s+(DOCUMENT|CONTENT)\\b/ },\n\t          { begin: /\\b(STRIP|PRESERVE)\\s+WHITESPACE\\b/ },\n\t          { begin: /\\bNO\\s+(ACTION|MAXVALUE|MINVALUE)\\b/ },\n\t          { begin: /\\bPARTITION\\s+BY\\s+(RANGE|LIST|HASH)\\b/ },\n\t          { begin: /\\bAT\\s+TIME\\s+ZONE\\b/ },\n\t          { begin: /\\bGRANTED\\s+BY\\b/ },\n\t          { begin: /\\bRETURN\\s+(QUERY|NEXT)\\b/ },\n\t          { begin: /\\b(ATTACH|DETACH)\\s+PARTITION\\b/ },\n\t          { begin: /\\bFORCE\\s+ROW\\s+LEVEL\\s+SECURITY\\b/ },\n\t          { begin: /\\b(INCLUDING|EXCLUDING)\\s+(COMMENTS|CONSTRAINTS|DEFAULTS|IDENTITY|INDEXES|STATISTICS|STORAGE|ALL)\\b/ },\n\t          { begin: /\\bAS\\s+(ASSIGNMENT|IMPLICIT|PERMISSIVE|RESTRICTIVE|ENUM|RANGE)\\b/ }\n\t        ]\n\t      },\n\t      // functions named as keywords, followed by '('\n\t      { begin: /\\b(FORMAT|FAMILY|VERSION)\\s*\\(/\n\t        // keywords: { built_in: 'FORMAT FAMILY VERSION' }\n\t      },\n\t      // INCLUDE ( ... ) in index_parameters in CREATE TABLE\n\t      {\n\t        begin: /\\bINCLUDE\\s*\\(/,\n\t        keywords: 'INCLUDE'\n\t      },\n\t      // not highlight RANGE if not in frame_clause (not 100% correct, but seems satisfactory)\n\t      { begin: /\\bRANGE(?!\\s*(BETWEEN|UNBOUNDED|CURRENT|[-0-9]+))/ },\n\t      // disable highlighting in commands CREATE AGGREGATE/COLLATION/DATABASE/OPERTOR/TEXT SEARCH .../TYPE\n\t      // and in PL/pgSQL RAISE ... USING\n\t      { begin: /\\b(VERSION|OWNER|TEMPLATE|TABLESPACE|CONNECTION\\s+LIMIT|PROCEDURE|RESTRICT|JOIN|PARSER|COPY|START|END|COLLATION|INPUT|ANALYZE|STORAGE|LIKE|DEFAULT|DELIMITER|ENCODING|COLUMN|CONSTRAINT|TABLE|SCHEMA)\\s*=/ },\n\t      // PG_smth; HAS_some_PRIVILEGE\n\t      {\n\t        // className: 'built_in',\n\t        begin: /\\b(PG_\\w+?|HAS_[A-Z_]+_PRIVILEGE)\\b/,\n\t        relevance: 10\n\t      },\n\t      // extract\n\t      {\n\t        begin: /\\bEXTRACT\\s*\\(/,\n\t        end: /\\bFROM\\b/,\n\t        returnEnd: true,\n\t        keywords: {\n\t          // built_in: 'EXTRACT',\n\t          type: 'CENTURY DAY DECADE DOW DOY EPOCH HOUR ISODOW ISOYEAR MICROSECONDS '\n\t                        + 'MILLENNIUM MILLISECONDS MINUTE MONTH QUARTER SECOND TIMEZONE TIMEZONE_HOUR '\n\t                        + 'TIMEZONE_MINUTE WEEK YEAR' }\n\t      },\n\t      // xmlelement, xmlpi - special NAME\n\t      {\n\t        begin: /\\b(XMLELEMENT|XMLPI)\\s*\\(\\s*NAME/,\n\t        keywords: {\n\t          // built_in: 'XMLELEMENT XMLPI',\n\t          keyword: 'NAME' }\n\t      },\n\t      // xmlparse, xmlserialize\n\t      {\n\t        begin: /\\b(XMLPARSE|XMLSERIALIZE)\\s*\\(\\s*(DOCUMENT|CONTENT)/,\n\t        keywords: {\n\t          // built_in: 'XMLPARSE XMLSERIALIZE',\n\t          keyword: 'DOCUMENT CONTENT' }\n\t      },\n\t      // Sequences. We actually skip everything between CACHE|INCREMENT|MAXVALUE|MINVALUE and\n\t      // nearest following numeric constant. Without with trick we find a lot of \"keywords\"\n\t      // in 'avrasm' autodetection test...\n\t      {\n\t        beginKeywords: 'CACHE INCREMENT MAXVALUE MINVALUE',\n\t        end: hljs.C_NUMBER_RE,\n\t        returnEnd: true,\n\t        keywords: 'BY CACHE INCREMENT MAXVALUE MINVALUE'\n\t      },\n\t      // WITH|WITHOUT TIME ZONE as part of datatype\n\t      {\n\t        className: 'type',\n\t        begin: /\\b(WITH|WITHOUT)\\s+TIME\\s+ZONE\\b/\n\t      },\n\t      // INTERVAL optional fields\n\t      {\n\t        className: 'type',\n\t        begin: /\\bINTERVAL\\s+(YEAR|MONTH|DAY|HOUR|MINUTE|SECOND)(\\s+TO\\s+(MONTH|HOUR|MINUTE|SECOND))?\\b/\n\t      },\n\t      // Pseudo-types which allowed only as return type\n\t      {\n\t        begin: /\\bRETURNS\\s+(LANGUAGE_HANDLER|TRIGGER|EVENT_TRIGGER|FDW_HANDLER|INDEX_AM_HANDLER|TSM_HANDLER)\\b/,\n\t        keywords: {\n\t          keyword: 'RETURNS',\n\t          type: 'LANGUAGE_HANDLER TRIGGER EVENT_TRIGGER FDW_HANDLER INDEX_AM_HANDLER TSM_HANDLER'\n\t        }\n\t      },\n\t      // Known functions - only when followed by '('\n\t      { begin: '\\\\b(' + FUNCTIONS_RE + ')\\\\s*\\\\('\n\t        // keywords: { built_in: FUNCTIONS }\n\t      },\n\t      // Types\n\t      { begin: '\\\\.(' + TYPES_RE + ')\\\\b' // prevent highlight as type, say, 'oid' in 'pgclass.oid'\n\t      },\n\t      {\n\t        begin: '\\\\b(' + TYPES_RE + ')\\\\s+PATH\\\\b', // in XMLTABLE\n\t        keywords: {\n\t          keyword: 'PATH', // hopefully no one would use PATH type in XMLTABLE...\n\t          type: TYPES.replace('PATH ', '')\n\t        }\n\t      },\n\t      {\n\t        className: 'type',\n\t        begin: '\\\\b(' + TYPES_RE + ')\\\\b'\n\t      },\n\t      // Strings, see https://www.postgresql.org/docs/11/static/sql-syntax-lexical.html#SQL-SYNTAX-CONSTANTS\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        contains: [ { begin: '\\'\\'' } ]\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '(e|E|u&|U&)\\'',\n\t        end: '\\'',\n\t        contains: [ { begin: '\\\\\\\\.' } ],\n\t        relevance: 10\n\t      },\n\t      hljs.END_SAME_AS_BEGIN({\n\t        begin: DOLLAR_STRING,\n\t        end: DOLLAR_STRING,\n\t        contains: [\n\t          {\n\t            // actually we want them all except SQL; listed are those with known implementations\n\t            // and XML + JSON just in case\n\t            subLanguage: [\n\t              'pgsql',\n\t              'perl',\n\t              'python',\n\t              'tcl',\n\t              'r',\n\t              'lua',\n\t              'java',\n\t              'php',\n\t              'ruby',\n\t              'bash',\n\t              'scheme',\n\t              'xml',\n\t              'json'\n\t            ],\n\t            endsWithParent: true\n\t          }\n\t        ]\n\t      }),\n\t      // identifiers in quotes\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        contains: [ { begin: '\"\"' } ]\n\t      },\n\t      // numbers\n\t      hljs.C_NUMBER_MODE,\n\t      // comments\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      COMMENT_MODE,\n\t      // PL/pgSQL staff\n\t      // %ROWTYPE, %TYPE, $n\n\t      {\n\t        className: 'meta',\n\t        variants: [\n\t          { // %TYPE, %ROWTYPE\n\t            begin: '%(ROW)?TYPE',\n\t            relevance: 10\n\t          },\n\t          { // $n\n\t            begin: '\\\\$\\\\d+' },\n\t          { // #compiler option\n\t            begin: '^#\\\\w',\n\t            end: '$'\n\t          }\n\t        ]\n\t      },\n\t      // <<labeles>>\n\t      {\n\t        className: 'symbol',\n\t        begin: LABEL,\n\t        relevance: 10\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tpgsql_1 = pgsql;\n\treturn pgsql_1;\n}\n\n/*\nLanguage: PHP\nAuthor: Victor Karamzin <Victor.Karamzin@enterra-inc.com>\nContributors: Evgeny Stepanischev <imbolk@gmail.com>, Ivan Sagalaev <maniac@softwaremaniacs.org>\nWebsite: https://www.php.net\nCategory: common\n*/\n\nvar php_1;\nvar hasRequiredPhp;\n\nfunction requirePhp () {\n\tif (hasRequiredPhp) return php_1;\n\thasRequiredPhp = 1;\n\t/**\n\t * @param {HLJSApi} hljs\n\t * @returns {LanguageDetail}\n\t * */\n\tfunction php(hljs) {\n\t  const regex = hljs.regex;\n\t  // negative look-ahead tries to avoid matching patterns that are not\n\t  // Perl at all like $ident$, @ident@, etc.\n\t  const NOT_PERL_ETC = /(?![A-Za-z0-9])(?![$])/;\n\t  const IDENT_RE = regex.concat(\n\t    /[a-zA-Z_\\x7f-\\xff][a-zA-Z0-9_\\x7f-\\xff]*/,\n\t    NOT_PERL_ETC);\n\t  // Will not detect camelCase classes\n\t  const PASCAL_CASE_CLASS_NAME_RE = regex.concat(\n\t    /(\\\\?[A-Z][a-z0-9_\\x7f-\\xff]+|\\\\?[A-Z]+(?=[A-Z][a-z0-9_\\x7f-\\xff])){1,}/,\n\t    NOT_PERL_ETC);\n\t  const VARIABLE = {\n\t    scope: 'variable',\n\t    match: '\\\\$+' + IDENT_RE,\n\t  };\n\t  const PREPROCESSOR = {\n\t    scope: 'meta',\n\t    variants: [\n\t      { begin: /<\\?php/, relevance: 10 }, // boost for obvious PHP\n\t      { begin: /<\\?=/ },\n\t      // less relevant per PSR-1 which says not to use short-tags\n\t      { begin: /<\\?/, relevance: 0.1 },\n\t      { begin: /\\?>/ } // end php tag\n\t    ]\n\t  };\n\t  const SUBST = {\n\t    scope: 'subst',\n\t    variants: [\n\t      { begin: /\\$\\w+/ },\n\t      {\n\t        begin: /\\{\\$/,\n\t        end: /\\}/\n\t      }\n\t    ]\n\t  };\n\t  const SINGLE_QUOTED = hljs.inherit(hljs.APOS_STRING_MODE, { illegal: null, });\n\t  const DOUBLE_QUOTED = hljs.inherit(hljs.QUOTE_STRING_MODE, {\n\t    illegal: null,\n\t    contains: hljs.QUOTE_STRING_MODE.contains.concat(SUBST),\n\t  });\n\t  const HEREDOC = hljs.END_SAME_AS_BEGIN({\n\t    begin: /<<<[ \\t]*(\\w+)\\n/,\n\t    end: /[ \\t]*(\\w+)\\b/,\n\t    contains: hljs.QUOTE_STRING_MODE.contains.concat(SUBST),\n\t  });\n\t  // list of valid whitespaces because non-breaking space might be part of a IDENT_RE\n\t  const WHITESPACE = '[ \\t\\n]';\n\t  const STRING = {\n\t    scope: 'string',\n\t    variants: [\n\t      DOUBLE_QUOTED,\n\t      SINGLE_QUOTED,\n\t      HEREDOC\n\t    ]\n\t  };\n\t  const NUMBER = {\n\t    scope: 'number',\n\t    variants: [\n\t      { begin: `\\\\b0[bB][01]+(?:_[01]+)*\\\\b` }, // Binary w/ underscore support\n\t      { begin: `\\\\b0[oO][0-7]+(?:_[0-7]+)*\\\\b` }, // Octals w/ underscore support\n\t      { begin: `\\\\b0[xX][\\\\da-fA-F]+(?:_[\\\\da-fA-F]+)*\\\\b` }, // Hex w/ underscore support\n\t      // Decimals w/ underscore support, with optional fragments and scientific exponent (e) suffix.\n\t      { begin: `(?:\\\\b\\\\d+(?:_\\\\d+)*(\\\\.(?:\\\\d+(?:_\\\\d+)*))?|\\\\B\\\\.\\\\d+)(?:[eE][+-]?\\\\d+)?` }\n\t    ],\n\t    relevance: 0\n\t  };\n\t  const LITERALS = [\n\t    \"false\",\n\t    \"null\",\n\t    \"true\"\n\t  ];\n\t  const KWS = [\n\t    // Magic constants:\n\t    // <https://www.php.net/manual/en/language.constants.predefined.php>\n\t    \"__CLASS__\",\n\t    \"__DIR__\",\n\t    \"__FILE__\",\n\t    \"__FUNCTION__\",\n\t    \"__COMPILER_HALT_OFFSET__\",\n\t    \"__LINE__\",\n\t    \"__METHOD__\",\n\t    \"__NAMESPACE__\",\n\t    \"__TRAIT__\",\n\t    // Function that look like language construct or language construct that look like function:\n\t    // List of keywords that may not require parenthesis\n\t    \"die\",\n\t    \"echo\",\n\t    \"exit\",\n\t    \"include\",\n\t    \"include_once\",\n\t    \"print\",\n\t    \"require\",\n\t    \"require_once\",\n\t    // These are not language construct (function) but operate on the currently-executing function and can access the current symbol table\n\t    // 'compact extract func_get_arg func_get_args func_num_args get_called_class get_parent_class ' +\n\t    // Other keywords:\n\t    // <https://www.php.net/manual/en/reserved.php>\n\t    // <https://www.php.net/manual/en/language.types.type-juggling.php>\n\t    \"array\",\n\t    \"abstract\",\n\t    \"and\",\n\t    \"as\",\n\t    \"binary\",\n\t    \"bool\",\n\t    \"boolean\",\n\t    \"break\",\n\t    \"callable\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"class\",\n\t    \"clone\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"declare\",\n\t    \"default\",\n\t    \"do\",\n\t    \"double\",\n\t    \"else\",\n\t    \"elseif\",\n\t    \"empty\",\n\t    \"enddeclare\",\n\t    \"endfor\",\n\t    \"endforeach\",\n\t    \"endif\",\n\t    \"endswitch\",\n\t    \"endwhile\",\n\t    \"enum\",\n\t    \"eval\",\n\t    \"extends\",\n\t    \"final\",\n\t    \"finally\",\n\t    \"float\",\n\t    \"for\",\n\t    \"foreach\",\n\t    \"from\",\n\t    \"global\",\n\t    \"goto\",\n\t    \"if\",\n\t    \"implements\",\n\t    \"instanceof\",\n\t    \"insteadof\",\n\t    \"int\",\n\t    \"integer\",\n\t    \"interface\",\n\t    \"isset\",\n\t    \"iterable\",\n\t    \"list\",\n\t    \"match|0\",\n\t    \"mixed\",\n\t    \"new\",\n\t    \"never\",\n\t    \"object\",\n\t    \"or\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"public\",\n\t    \"readonly\",\n\t    \"real\",\n\t    \"return\",\n\t    \"string\",\n\t    \"switch\",\n\t    \"throw\",\n\t    \"trait\",\n\t    \"try\",\n\t    \"unset\",\n\t    \"use\",\n\t    \"var\",\n\t    \"void\",\n\t    \"while\",\n\t    \"xor\",\n\t    \"yield\"\n\t  ];\n\n\t  const BUILT_INS = [\n\t    // Standard PHP library:\n\t    // <https://www.php.net/manual/en/book.spl.php>\n\t    \"Error|0\",\n\t    \"AppendIterator\",\n\t    \"ArgumentCountError\",\n\t    \"ArithmeticError\",\n\t    \"ArrayIterator\",\n\t    \"ArrayObject\",\n\t    \"AssertionError\",\n\t    \"BadFunctionCallException\",\n\t    \"BadMethodCallException\",\n\t    \"CachingIterator\",\n\t    \"CallbackFilterIterator\",\n\t    \"CompileError\",\n\t    \"Countable\",\n\t    \"DirectoryIterator\",\n\t    \"DivisionByZeroError\",\n\t    \"DomainException\",\n\t    \"EmptyIterator\",\n\t    \"ErrorException\",\n\t    \"Exception\",\n\t    \"FilesystemIterator\",\n\t    \"FilterIterator\",\n\t    \"GlobIterator\",\n\t    \"InfiniteIterator\",\n\t    \"InvalidArgumentException\",\n\t    \"IteratorIterator\",\n\t    \"LengthException\",\n\t    \"LimitIterator\",\n\t    \"LogicException\",\n\t    \"MultipleIterator\",\n\t    \"NoRewindIterator\",\n\t    \"OutOfBoundsException\",\n\t    \"OutOfRangeException\",\n\t    \"OuterIterator\",\n\t    \"OverflowException\",\n\t    \"ParentIterator\",\n\t    \"ParseError\",\n\t    \"RangeException\",\n\t    \"RecursiveArrayIterator\",\n\t    \"RecursiveCachingIterator\",\n\t    \"RecursiveCallbackFilterIterator\",\n\t    \"RecursiveDirectoryIterator\",\n\t    \"RecursiveFilterIterator\",\n\t    \"RecursiveIterator\",\n\t    \"RecursiveIteratorIterator\",\n\t    \"RecursiveRegexIterator\",\n\t    \"RecursiveTreeIterator\",\n\t    \"RegexIterator\",\n\t    \"RuntimeException\",\n\t    \"SeekableIterator\",\n\t    \"SplDoublyLinkedList\",\n\t    \"SplFileInfo\",\n\t    \"SplFileObject\",\n\t    \"SplFixedArray\",\n\t    \"SplHeap\",\n\t    \"SplMaxHeap\",\n\t    \"SplMinHeap\",\n\t    \"SplObjectStorage\",\n\t    \"SplObserver\",\n\t    \"SplPriorityQueue\",\n\t    \"SplQueue\",\n\t    \"SplStack\",\n\t    \"SplSubject\",\n\t    \"SplTempFileObject\",\n\t    \"TypeError\",\n\t    \"UnderflowException\",\n\t    \"UnexpectedValueException\",\n\t    \"UnhandledMatchError\",\n\t    // Reserved interfaces:\n\t    // <https://www.php.net/manual/en/reserved.interfaces.php>\n\t    \"ArrayAccess\",\n\t    \"BackedEnum\",\n\t    \"Closure\",\n\t    \"Fiber\",\n\t    \"Generator\",\n\t    \"Iterator\",\n\t    \"IteratorAggregate\",\n\t    \"Serializable\",\n\t    \"Stringable\",\n\t    \"Throwable\",\n\t    \"Traversable\",\n\t    \"UnitEnum\",\n\t    \"WeakReference\",\n\t    \"WeakMap\",\n\t    // Reserved classes:\n\t    // <https://www.php.net/manual/en/reserved.classes.php>\n\t    \"Directory\",\n\t    \"__PHP_Incomplete_Class\",\n\t    \"parent\",\n\t    \"php_user_filter\",\n\t    \"self\",\n\t    \"static\",\n\t    \"stdClass\"\n\t  ];\n\n\t  /** Dual-case keywords\n\t   *\n\t   * [\"then\",\"FILE\"] =>\n\t   *     [\"then\", \"THEN\", \"FILE\", \"file\"]\n\t   *\n\t   * @param {string[]} items */\n\t  const dualCase = (items) => {\n\t    /** @type string[] */\n\t    const result = [];\n\t    items.forEach(item => {\n\t      result.push(item);\n\t      if (item.toLowerCase() === item) {\n\t        result.push(item.toUpperCase());\n\t      } else {\n\t        result.push(item.toLowerCase());\n\t      }\n\t    });\n\t    return result;\n\t  };\n\n\t  const KEYWORDS = {\n\t    keyword: KWS,\n\t    literal: dualCase(LITERALS),\n\t    built_in: BUILT_INS,\n\t  };\n\n\t  /**\n\t   * @param {string[]} items */\n\t  const normalizeKeywords = (items) => {\n\t    return items.map(item => {\n\t      return item.replace(/\\|\\d+$/, \"\");\n\t    });\n\t  };\n\n\t  const CONSTRUCTOR_CALL = { variants: [\n\t    {\n\t      match: [\n\t        /new/,\n\t        regex.concat(WHITESPACE, \"+\"),\n\t        // to prevent built ins from being confused as the class constructor call\n\t        regex.concat(\"(?!\", normalizeKeywords(BUILT_INS).join(\"\\\\b|\"), \"\\\\b)\"),\n\t        PASCAL_CASE_CLASS_NAME_RE,\n\t      ],\n\t      scope: {\n\t        1: \"keyword\",\n\t        4: \"title.class\",\n\t      },\n\t    }\n\t  ] };\n\n\t  const CONSTANT_REFERENCE = regex.concat(IDENT_RE, \"\\\\b(?!\\\\()\");\n\n\t  const LEFT_AND_RIGHT_SIDE_OF_DOUBLE_COLON = { variants: [\n\t    {\n\t      match: [\n\t        regex.concat(\n\t          /::/,\n\t          regex.lookahead(/(?!class\\b)/)\n\t        ),\n\t        CONSTANT_REFERENCE,\n\t      ],\n\t      scope: { 2: \"variable.constant\", },\n\t    },\n\t    {\n\t      match: [\n\t        /::/,\n\t        /class/,\n\t      ],\n\t      scope: { 2: \"variable.language\", },\n\t    },\n\t    {\n\t      match: [\n\t        PASCAL_CASE_CLASS_NAME_RE,\n\t        regex.concat(\n\t          /::/,\n\t          regex.lookahead(/(?!class\\b)/)\n\t        ),\n\t        CONSTANT_REFERENCE,\n\t      ],\n\t      scope: {\n\t        1: \"title.class\",\n\t        3: \"variable.constant\",\n\t      },\n\t    },\n\t    {\n\t      match: [\n\t        PASCAL_CASE_CLASS_NAME_RE,\n\t        regex.concat(\n\t          \"::\",\n\t          regex.lookahead(/(?!class\\b)/)\n\t        ),\n\t      ],\n\t      scope: { 1: \"title.class\", },\n\t    },\n\t    {\n\t      match: [\n\t        PASCAL_CASE_CLASS_NAME_RE,\n\t        /::/,\n\t        /class/,\n\t      ],\n\t      scope: {\n\t        1: \"title.class\",\n\t        3: \"variable.language\",\n\t      },\n\t    }\n\t  ] };\n\n\t  const NAMED_ARGUMENT = {\n\t    scope: 'attr',\n\t    match: regex.concat(IDENT_RE, regex.lookahead(':'), regex.lookahead(/(?!::)/)),\n\t  };\n\t  const PARAMS_MODE = {\n\t    relevance: 0,\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      NAMED_ARGUMENT,\n\t      VARIABLE,\n\t      LEFT_AND_RIGHT_SIDE_OF_DOUBLE_COLON,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      STRING,\n\t      NUMBER,\n\t      CONSTRUCTOR_CALL,\n\t    ],\n\t  };\n\t  const FUNCTION_INVOKE = {\n\t    relevance: 0,\n\t    match: [\n\t      /\\b/,\n\t      // to prevent keywords from being confused as the function title\n\t      regex.concat(\"(?!fn\\\\b|function\\\\b|\", normalizeKeywords(KWS).join(\"\\\\b|\"), \"|\", normalizeKeywords(BUILT_INS).join(\"\\\\b|\"), \"\\\\b)\"),\n\t      IDENT_RE,\n\t      regex.concat(WHITESPACE, \"*\"),\n\t      regex.lookahead(/(?=\\()/)\n\t    ],\n\t    scope: { 3: \"title.function.invoke\", },\n\t    contains: [ PARAMS_MODE ]\n\t  };\n\t  PARAMS_MODE.contains.push(FUNCTION_INVOKE);\n\n\t  const ATTRIBUTE_CONTAINS = [\n\t    NAMED_ARGUMENT,\n\t    LEFT_AND_RIGHT_SIDE_OF_DOUBLE_COLON,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    STRING,\n\t    NUMBER,\n\t    CONSTRUCTOR_CALL,\n\t  ];\n\n\t  const ATTRIBUTES = {\n\t    begin: regex.concat(/#\\[\\s*/, PASCAL_CASE_CLASS_NAME_RE),\n\t    beginScope: \"meta\",\n\t    end: /]/,\n\t    endScope: \"meta\",\n\t    keywords: {\n\t      literal: LITERALS,\n\t      keyword: [\n\t        'new',\n\t        'array',\n\t      ]\n\t    },\n\t    contains: [\n\t      {\n\t        begin: /\\[/,\n\t        end: /]/,\n\t        keywords: {\n\t          literal: LITERALS,\n\t          keyword: [\n\t            'new',\n\t            'array',\n\t          ]\n\t        },\n\t        contains: [\n\t          'self',\n\t          ...ATTRIBUTE_CONTAINS,\n\t        ]\n\t      },\n\t      ...ATTRIBUTE_CONTAINS,\n\t      {\n\t        scope: 'meta',\n\t        match: PASCAL_CASE_CLASS_NAME_RE\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    case_insensitive: false,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      ATTRIBUTES,\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.COMMENT('//', '$'),\n\t      hljs.COMMENT(\n\t        '/\\\\*',\n\t        '\\\\*/',\n\t        { contains: [\n\t          {\n\t            scope: 'doctag',\n\t            match: '@[A-Za-z]+'\n\t          }\n\t        ] }\n\t      ),\n\t      {\n\t        match: /__halt_compiler\\(\\);/,\n\t        keywords: '__halt_compiler',\n\t        starts: {\n\t          scope: \"comment\",\n\t          end: hljs.MATCH_NOTHING_RE,\n\t          contains: [\n\t            {\n\t              match: /\\?>/,\n\t              scope: \"meta\",\n\t              endsParent: true\n\t            }\n\t          ]\n\t        }\n\t      },\n\t      PREPROCESSOR,\n\t      {\n\t        scope: 'variable.language',\n\t        match: /\\$this\\b/\n\t      },\n\t      VARIABLE,\n\t      FUNCTION_INVOKE,\n\t      LEFT_AND_RIGHT_SIDE_OF_DOUBLE_COLON,\n\t      {\n\t        match: [\n\t          /const/,\n\t          /\\s/,\n\t          IDENT_RE,\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"variable.constant\",\n\t        },\n\t      },\n\t      CONSTRUCTOR_CALL,\n\t      {\n\t        scope: 'function',\n\t        relevance: 0,\n\t        beginKeywords: 'fn function',\n\t        end: /[;{]/,\n\t        excludeEnd: true,\n\t        illegal: '[$%\\\\[]',\n\t        contains: [\n\t          { beginKeywords: 'use', },\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          {\n\t            begin: '=>', // No markup, just a relevance booster\n\t            endsParent: true\n\t          },\n\t          {\n\t            scope: 'params',\n\t            begin: '\\\\(',\n\t            end: '\\\\)',\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            keywords: KEYWORDS,\n\t            contains: [\n\t              'self',\n\t              VARIABLE,\n\t              LEFT_AND_RIGHT_SIDE_OF_DOUBLE_COLON,\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              STRING,\n\t              NUMBER\n\t            ]\n\t          },\n\t        ]\n\t      },\n\t      {\n\t        scope: 'class',\n\t        variants: [\n\t          {\n\t            beginKeywords: \"enum\",\n\t            illegal: /[($\"]/\n\t          },\n\t          {\n\t            beginKeywords: \"class interface trait\",\n\t            illegal: /[:($\"]/\n\t          }\n\t        ],\n\t        relevance: 0,\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        contains: [\n\t          { beginKeywords: 'extends implements' },\n\t          hljs.UNDERSCORE_TITLE_MODE\n\t        ]\n\t      },\n\t      // both use and namespace still use \"old style\" rules (vs multi-match)\n\t      // because the namespace name can include `\\` and we still want each\n\t      // element to be treated as its own *individual* title\n\t      {\n\t        beginKeywords: 'namespace',\n\t        relevance: 0,\n\t        end: ';',\n\t        illegal: /[.']/,\n\t        contains: [ hljs.inherit(hljs.UNDERSCORE_TITLE_MODE, { scope: \"title.class\" }) ]\n\t      },\n\t      {\n\t        beginKeywords: 'use',\n\t        relevance: 0,\n\t        end: ';',\n\t        contains: [\n\t          // TODO: title.function vs title.class\n\t          {\n\t            match: /\\b(as|const|function)\\b/,\n\t            scope: \"keyword\"\n\t          },\n\t          // TODO: could be title.class or title.function\n\t          hljs.UNDERSCORE_TITLE_MODE\n\t        ]\n\t      },\n\t      STRING,\n\t      NUMBER,\n\t    ]\n\t  };\n\t}\n\n\tphp_1 = php;\n\treturn php_1;\n}\n\n/*\nLanguage: PHP Template\nRequires: xml.js, php.js\nAuthor: Josh Goebel <hello@joshgoebel.com>\nWebsite: https://www.php.net\nCategory: common\n*/\n\nvar phpTemplate_1;\nvar hasRequiredPhpTemplate;\n\nfunction requirePhpTemplate () {\n\tif (hasRequiredPhpTemplate) return phpTemplate_1;\n\thasRequiredPhpTemplate = 1;\n\tfunction phpTemplate(hljs) {\n\t  return {\n\t    name: \"PHP template\",\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      {\n\t        begin: /<\\?(php|=)?/,\n\t        end: /\\?>/,\n\t        subLanguage: 'php',\n\t        contains: [\n\t          // We don't want the php closing tag ?> to close the PHP block when\n\t          // inside any of the following blocks:\n\t          {\n\t            begin: '/\\\\*',\n\t            end: '\\\\*/',\n\t            skip: true\n\t          },\n\t          {\n\t            begin: 'b\"',\n\t            end: '\"',\n\t            skip: true\n\t          },\n\t          {\n\t            begin: 'b\\'',\n\t            end: '\\'',\n\t            skip: true\n\t          },\n\t          hljs.inherit(hljs.APOS_STRING_MODE, {\n\t            illegal: null,\n\t            className: null,\n\t            contains: null,\n\t            skip: true\n\t          }),\n\t          hljs.inherit(hljs.QUOTE_STRING_MODE, {\n\t            illegal: null,\n\t            className: null,\n\t            contains: null,\n\t            skip: true\n\t          })\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tphpTemplate_1 = phpTemplate;\n\treturn phpTemplate_1;\n}\n\n/*\nLanguage: Plain text\nAuthor: Egor Rogov (e.rogov@postgrespro.ru)\nDescription: Plain text without any highlighting.\nCategory: common\n*/\n\nvar plaintext_1;\nvar hasRequiredPlaintext;\n\nfunction requirePlaintext () {\n\tif (hasRequiredPlaintext) return plaintext_1;\n\thasRequiredPlaintext = 1;\n\tfunction plaintext(hljs) {\n\t  return {\n\t    name: 'Plain text',\n\t    aliases: [\n\t      'text',\n\t      'txt'\n\t    ],\n\t    disableAutodetect: true\n\t  };\n\t}\n\n\tplaintext_1 = plaintext;\n\treturn plaintext_1;\n}\n\n/*\nLanguage: Pony\nAuthor: Joe Eli McIlvain <joe.eli.mac@gmail.com>\nDescription: Pony is an open-source, object-oriented, actor-model,\n             capabilities-secure, high performance programming language.\nWebsite: https://www.ponylang.io\n*/\n\nvar pony_1;\nvar hasRequiredPony;\n\nfunction requirePony () {\n\tif (hasRequiredPony) return pony_1;\n\thasRequiredPony = 1;\n\tfunction pony(hljs) {\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'actor addressof and as be break class compile_error compile_intrinsic '\n\t      + 'consume continue delegate digestof do else elseif embed end error '\n\t      + 'for fun if ifdef in interface is isnt lambda let match new not object '\n\t      + 'or primitive recover repeat return struct then trait try type until '\n\t      + 'use var where while with xor',\n\t    meta:\n\t      'iso val tag trn box ref',\n\t    literal:\n\t      'this false true'\n\t  };\n\n\t  const TRIPLE_QUOTE_STRING_MODE = {\n\t    className: 'string',\n\t    begin: '\"\"\"',\n\t    end: '\"\"\"',\n\t    relevance: 10\n\t  };\n\n\t  const QUOTE_STRING_MODE = {\n\t    className: 'string',\n\t    begin: '\"',\n\t    end: '\"',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\n\t  const SINGLE_QUOTE_CHAR_MODE = {\n\t    className: 'string',\n\t    begin: '\\'',\n\t    end: '\\'',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    relevance: 0\n\t  };\n\n\t  const TYPE_NAME = {\n\t    className: 'type',\n\t    begin: '\\\\b_?[A-Z][\\\\w]*',\n\t    relevance: 0\n\t  };\n\n\t  const PRIMED_NAME = {\n\t    begin: hljs.IDENT_RE + '\\'',\n\t    relevance: 0\n\t  };\n\n\t  const NUMBER_MODE = {\n\t    className: 'number',\n\t    begin: '(-?)(\\\\b0[xX][a-fA-F0-9]+|\\\\b0[bB][01]+|(\\\\b\\\\d+(_\\\\d+)?(\\\\.\\\\d*)?|\\\\.\\\\d+)([eE][-+]?\\\\d+)?)',\n\t    relevance: 0\n\t  };\n\n\t  /**\n\t   * The `FUNCTION` and `CLASS` modes were intentionally removed to simplify\n\t   * highlighting and fix cases like\n\t   * ```\n\t   * interface Iterator[A: A]\n\t   *   fun has_next(): Bool\n\t   *   fun next(): A?\n\t   * ```\n\t   * where it is valid to have a function head without a body\n\t   */\n\n\t  return {\n\t    name: 'Pony',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      TYPE_NAME,\n\t      TRIPLE_QUOTE_STRING_MODE,\n\t      QUOTE_STRING_MODE,\n\t      SINGLE_QUOTE_CHAR_MODE,\n\t      PRIMED_NAME,\n\t      NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tpony_1 = pony;\n\treturn pony_1;\n}\n\n/*\nLanguage: PowerShell\nDescription: PowerShell is a task-based command-line shell and scripting language built on .NET.\nAuthor: David Mohundro <david@mohundro.com>\nContributors: Nicholas Blumhardt <nblumhardt@nblumhardt.com>, Victor Zhou <OiCMudkips@users.noreply.github.com>, Nicolas Le Gall <contact@nlegall.fr>\nWebsite: https://docs.microsoft.com/en-us/powershell/\n*/\n\nvar powershell_1;\nvar hasRequiredPowershell;\n\nfunction requirePowershell () {\n\tif (hasRequiredPowershell) return powershell_1;\n\thasRequiredPowershell = 1;\n\tfunction powershell(hljs) {\n\t  const TYPES = [\n\t    \"string\",\n\t    \"char\",\n\t    \"byte\",\n\t    \"int\",\n\t    \"long\",\n\t    \"bool\",\n\t    \"decimal\",\n\t    \"single\",\n\t    \"double\",\n\t    \"DateTime\",\n\t    \"xml\",\n\t    \"array\",\n\t    \"hashtable\",\n\t    \"void\"\n\t  ];\n\n\t  // https://docs.microsoft.com/en-us/powershell/scripting/developer/cmdlet/approved-verbs-for-windows-powershell-commands\n\t  const VALID_VERBS =\n\t    'Add|Clear|Close|Copy|Enter|Exit|Find|Format|Get|Hide|Join|Lock|'\n\t    + 'Move|New|Open|Optimize|Pop|Push|Redo|Remove|Rename|Reset|Resize|'\n\t    + 'Search|Select|Set|Show|Skip|Split|Step|Switch|Undo|Unlock|'\n\t    + 'Watch|Backup|Checkpoint|Compare|Compress|Convert|ConvertFrom|'\n\t    + 'ConvertTo|Dismount|Edit|Expand|Export|Group|Import|Initialize|'\n\t    + 'Limit|Merge|Mount|Out|Publish|Restore|Save|Sync|Unpublish|Update|'\n\t    + 'Approve|Assert|Build|Complete|Confirm|Deny|Deploy|Disable|Enable|Install|Invoke|'\n\t    + 'Register|Request|Restart|Resume|Start|Stop|Submit|Suspend|Uninstall|'\n\t    + 'Unregister|Wait|Debug|Measure|Ping|Repair|Resolve|Test|Trace|Connect|'\n\t    + 'Disconnect|Read|Receive|Send|Write|Block|Grant|Protect|Revoke|Unblock|'\n\t    + 'Unprotect|Use|ForEach|Sort|Tee|Where';\n\n\t  const COMPARISON_OPERATORS =\n\t    '-and|-as|-band|-bnot|-bor|-bxor|-casesensitive|-ccontains|-ceq|-cge|-cgt|'\n\t    + '-cle|-clike|-clt|-cmatch|-cne|-cnotcontains|-cnotlike|-cnotmatch|-contains|'\n\t    + '-creplace|-csplit|-eq|-exact|-f|-file|-ge|-gt|-icontains|-ieq|-ige|-igt|'\n\t    + '-ile|-ilike|-ilt|-imatch|-in|-ine|-inotcontains|-inotlike|-inotmatch|'\n\t    + '-ireplace|-is|-isnot|-isplit|-join|-le|-like|-lt|-match|-ne|-not|'\n\t    + '-notcontains|-notin|-notlike|-notmatch|-or|-regex|-replace|-shl|-shr|'\n\t    + '-split|-wildcard|-xor';\n\n\t  const KEYWORDS = {\n\t    $pattern: /-?[A-z\\.\\-]+\\b/,\n\t    keyword:\n\t      'if else foreach return do while until elseif begin for trap data dynamicparam '\n\t      + 'end break throw param continue finally in switch exit filter try process catch '\n\t      + 'hidden static parameter',\n\t    // \"echo\" relevance has been set to 0 to avoid auto-detect conflicts with shell transcripts\n\t    built_in:\n\t      'ac asnp cat cd CFS chdir clc clear clhy cli clp cls clv cnsn compare copy cp '\n\t      + 'cpi cpp curl cvpa dbp del diff dir dnsn ebp echo|0 epal epcsv epsn erase etsn exsn fc fhx '\n\t      + 'fl ft fw gal gbp gc gcb gci gcm gcs gdr gerr ghy gi gin gjb gl gm gmo gp gps gpv group '\n\t      + 'gsn gsnp gsv gtz gu gv gwmi h history icm iex ihy ii ipal ipcsv ipmo ipsn irm ise iwmi '\n\t      + 'iwr kill lp ls man md measure mi mount move mp mv nal ndr ni nmo npssc nsn nv ogv oh '\n\t      + 'popd ps pushd pwd r rbp rcjb rcsn rd rdr ren ri rjb rm rmdir rmo rni rnp rp rsn rsnp '\n\t      + 'rujb rv rvpa rwmi sajb sal saps sasv sbp sc scb select set shcm si sl sleep sls sort sp '\n\t      + 'spjb spps spsv start stz sujb sv swmi tee trcm type wget where wjb write'\n\t    // TODO: 'validate[A-Z]+' can't work in keywords\n\t  };\n\n\t  const TITLE_NAME_RE = /\\w[\\w\\d]*((-)[\\w\\d]+)*/;\n\n\t  const BACKTICK_ESCAPE = {\n\t    begin: '`[\\\\s\\\\S]',\n\t    relevance: 0\n\t  };\n\n\t  const VAR = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: /\\$\\B/ },\n\t      {\n\t        className: 'keyword',\n\t        begin: /\\$this/\n\t      },\n\t      { begin: /\\$[\\w\\d][\\w\\d_:]*/ }\n\t    ]\n\t  };\n\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: /\\$(null|true|false)\\b/\n\t  };\n\n\t  const QUOTE_STRING = {\n\t    className: \"string\",\n\t    variants: [\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      },\n\t      {\n\t        begin: /@\"/,\n\t        end: /^\"@/\n\t      }\n\t    ],\n\t    contains: [\n\t      BACKTICK_ESCAPE,\n\t      VAR,\n\t      {\n\t        className: 'variable',\n\t        begin: /\\$[A-z]/,\n\t        end: /[^A-z]/\n\t      }\n\t    ]\n\t  };\n\n\t  const APOS_STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /@'/,\n\t        end: /^'@/\n\t      }\n\t    ]\n\t  };\n\n\t  const PS_HELPTAGS = {\n\t    className: \"doctag\",\n\t    variants: [\n\t      /* no paramater help tags */\n\t      { begin: /\\.(synopsis|description|example|inputs|outputs|notes|link|component|role|functionality)/ },\n\t      /* one parameter help tags */\n\t      { begin: /\\.(parameter|forwardhelptargetname|forwardhelpcategory|remotehelprunspace|externalhelp)\\s+\\S+/ }\n\t    ]\n\t  };\n\n\t  const PS_COMMENT = hljs.inherit(\n\t    hljs.COMMENT(null, null),\n\t    {\n\t      variants: [\n\t        /* single-line comment */\n\t        {\n\t          begin: /#/,\n\t          end: /$/\n\t        },\n\t        /* multi-line comment */\n\t        {\n\t          begin: /<#/,\n\t          end: /#>/\n\t        }\n\t      ],\n\t      contains: [ PS_HELPTAGS ]\n\t    }\n\t  );\n\n\t  const CMDLETS = {\n\t    className: 'built_in',\n\t    variants: [ { begin: '('.concat(VALID_VERBS, ')+(-)[\\\\w\\\\d]+') } ]\n\t  };\n\n\t  const PS_CLASS = {\n\t    className: 'class',\n\t    beginKeywords: 'class enum',\n\t    end: /\\s*[{]/,\n\t    excludeEnd: true,\n\t    relevance: 0,\n\t    contains: [ hljs.TITLE_MODE ]\n\t  };\n\n\t  const PS_FUNCTION = {\n\t    className: 'function',\n\t    begin: /function\\s+/,\n\t    end: /\\s*\\{|$/,\n\t    excludeEnd: true,\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        begin: \"function\",\n\t        relevance: 0,\n\t        className: \"keyword\"\n\t      },\n\t      {\n\t        className: \"title\",\n\t        begin: TITLE_NAME_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        className: \"params\",\n\t        relevance: 0,\n\t        contains: [ VAR ]\n\t      }\n\t      // CMDLETS\n\t    ]\n\t  };\n\n\t  // Using statment, plus type, plus assembly name.\n\t  const PS_USING = {\n\t    begin: /using\\s/,\n\t    end: /$/,\n\t    returnBegin: true,\n\t    contains: [\n\t      QUOTE_STRING,\n\t      APOS_STRING,\n\t      {\n\t        className: 'keyword',\n\t        begin: /(using|assembly|command|module|namespace|type)/\n\t      }\n\t    ]\n\t  };\n\n\t  // Comperison operators & function named parameters.\n\t  const PS_ARGUMENTS = { variants: [\n\t    // PS literals are pretty verbose so it's a good idea to accent them a bit.\n\t    {\n\t      className: 'operator',\n\t      begin: '('.concat(COMPARISON_OPERATORS, ')\\\\b')\n\t    },\n\t    {\n\t      className: 'literal',\n\t      begin: /(-){1,2}[\\w\\d-]+/,\n\t      relevance: 0\n\t    }\n\t  ] };\n\n\t  const HASH_SIGNS = {\n\t    className: 'selector-tag',\n\t    begin: /@\\B/,\n\t    relevance: 0\n\t  };\n\n\t  // It's a very general rule so I'll narrow it a bit with some strict boundaries\n\t  // to avoid any possible false-positive collisions!\n\t  const PS_METHODS = {\n\t    className: 'function',\n\t    begin: /\\[.*\\]\\s*[\\w]+[ ]??\\(/,\n\t    end: /$/,\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        begin: '('.concat(\n\t          KEYWORDS.keyword.toString().replace(/\\s/g, '|'\n\t          ), ')\\\\b'),\n\t        endsParent: true,\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(hljs.TITLE_MODE, { endsParent: true })\n\t    ]\n\t  };\n\n\t  const GENTLEMANS_SET = [\n\t    // STATIC_MEMBER,\n\t    PS_METHODS,\n\t    PS_COMMENT,\n\t    BACKTICK_ESCAPE,\n\t    hljs.NUMBER_MODE,\n\t    QUOTE_STRING,\n\t    APOS_STRING,\n\t    // PS_NEW_OBJECT_TYPE,\n\t    CMDLETS,\n\t    VAR,\n\t    LITERAL,\n\t    HASH_SIGNS\n\t  ];\n\n\t  const PS_TYPE = {\n\t    begin: /\\[/,\n\t    end: /\\]/,\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    relevance: 0,\n\t    contains: [].concat(\n\t      'self',\n\t      GENTLEMANS_SET,\n\t      {\n\t        begin: \"(\" + TYPES.join(\"|\") + \")\",\n\t        className: \"built_in\",\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'type',\n\t        begin: /[\\.\\w\\d]+/,\n\t        relevance: 0\n\t      }\n\t    )\n\t  };\n\n\t  PS_METHODS.contains.unshift(PS_TYPE);\n\n\t  return {\n\t    name: 'PowerShell',\n\t    aliases: [\n\t      \"pwsh\",\n\t      \"ps\",\n\t      \"ps1\"\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: KEYWORDS,\n\t    contains: GENTLEMANS_SET.concat(\n\t      PS_CLASS,\n\t      PS_FUNCTION,\n\t      PS_USING,\n\t      PS_ARGUMENTS,\n\t      PS_TYPE\n\t    )\n\t  };\n\t}\n\n\tpowershell_1 = powershell;\n\treturn powershell_1;\n}\n\n/*\nLanguage: Processing\nDescription: Processing is a flexible software sketchbook and a language for learning how to code within the context of the visual arts.\nAuthor: Erik Paluka <erik.paluka@gmail.com>\nWebsite: https://processing.org\nCategory: graphics\n*/\n\nvar processing_1;\nvar hasRequiredProcessing;\n\nfunction requireProcessing () {\n\tif (hasRequiredProcessing) return processing_1;\n\thasRequiredProcessing = 1;\n\tfunction processing(hljs) {\n\t  const regex = hljs.regex;\n\t  const BUILT_INS = [\n\t    \"displayHeight\",\n\t    \"displayWidth\",\n\t    \"mouseY\",\n\t    \"mouseX\",\n\t    \"mousePressed\",\n\t    \"pmouseX\",\n\t    \"pmouseY\",\n\t    \"key\",\n\t    \"keyCode\",\n\t    \"pixels\",\n\t    \"focused\",\n\t    \"frameCount\",\n\t    \"frameRate\",\n\t    \"height\",\n\t    \"width\",\n\t    \"size\",\n\t    \"createGraphics\",\n\t    \"beginDraw\",\n\t    \"createShape\",\n\t    \"loadShape\",\n\t    \"PShape\",\n\t    \"arc\",\n\t    \"ellipse\",\n\t    \"line\",\n\t    \"point\",\n\t    \"quad\",\n\t    \"rect\",\n\t    \"triangle\",\n\t    \"bezier\",\n\t    \"bezierDetail\",\n\t    \"bezierPoint\",\n\t    \"bezierTangent\",\n\t    \"curve\",\n\t    \"curveDetail\",\n\t    \"curvePoint\",\n\t    \"curveTangent\",\n\t    \"curveTightness\",\n\t    \"shape\",\n\t    \"shapeMode\",\n\t    \"beginContour\",\n\t    \"beginShape\",\n\t    \"bezierVertex\",\n\t    \"curveVertex\",\n\t    \"endContour\",\n\t    \"endShape\",\n\t    \"quadraticVertex\",\n\t    \"vertex\",\n\t    \"ellipseMode\",\n\t    \"noSmooth\",\n\t    \"rectMode\",\n\t    \"smooth\",\n\t    \"strokeCap\",\n\t    \"strokeJoin\",\n\t    \"strokeWeight\",\n\t    \"mouseClicked\",\n\t    \"mouseDragged\",\n\t    \"mouseMoved\",\n\t    \"mousePressed\",\n\t    \"mouseReleased\",\n\t    \"mouseWheel\",\n\t    \"keyPressed\",\n\t    \"keyPressedkeyReleased\",\n\t    \"keyTyped\",\n\t    \"print\",\n\t    \"println\",\n\t    \"save\",\n\t    \"saveFrame\",\n\t    \"day\",\n\t    \"hour\",\n\t    \"millis\",\n\t    \"minute\",\n\t    \"month\",\n\t    \"second\",\n\t    \"year\",\n\t    \"background\",\n\t    \"clear\",\n\t    \"colorMode\",\n\t    \"fill\",\n\t    \"noFill\",\n\t    \"noStroke\",\n\t    \"stroke\",\n\t    \"alpha\",\n\t    \"blue\",\n\t    \"brightness\",\n\t    \"color\",\n\t    \"green\",\n\t    \"hue\",\n\t    \"lerpColor\",\n\t    \"red\",\n\t    \"saturation\",\n\t    \"modelX\",\n\t    \"modelY\",\n\t    \"modelZ\",\n\t    \"screenX\",\n\t    \"screenY\",\n\t    \"screenZ\",\n\t    \"ambient\",\n\t    \"emissive\",\n\t    \"shininess\",\n\t    \"specular\",\n\t    \"add\",\n\t    \"createImage\",\n\t    \"beginCamera\",\n\t    \"camera\",\n\t    \"endCamera\",\n\t    \"frustum\",\n\t    \"ortho\",\n\t    \"perspective\",\n\t    \"printCamera\",\n\t    \"printProjection\",\n\t    \"cursor\",\n\t    \"frameRate\",\n\t    \"noCursor\",\n\t    \"exit\",\n\t    \"loop\",\n\t    \"noLoop\",\n\t    \"popStyle\",\n\t    \"pushStyle\",\n\t    \"redraw\",\n\t    \"binary\",\n\t    \"boolean\",\n\t    \"byte\",\n\t    \"char\",\n\t    \"float\",\n\t    \"hex\",\n\t    \"int\",\n\t    \"str\",\n\t    \"unbinary\",\n\t    \"unhex\",\n\t    \"join\",\n\t    \"match\",\n\t    \"matchAll\",\n\t    \"nf\",\n\t    \"nfc\",\n\t    \"nfp\",\n\t    \"nfs\",\n\t    \"split\",\n\t    \"splitTokens\",\n\t    \"trim\",\n\t    \"append\",\n\t    \"arrayCopy\",\n\t    \"concat\",\n\t    \"expand\",\n\t    \"reverse\",\n\t    \"shorten\",\n\t    \"sort\",\n\t    \"splice\",\n\t    \"subset\",\n\t    \"box\",\n\t    \"sphere\",\n\t    \"sphereDetail\",\n\t    \"createInput\",\n\t    \"createReader\",\n\t    \"loadBytes\",\n\t    \"loadJSONArray\",\n\t    \"loadJSONObject\",\n\t    \"loadStrings\",\n\t    \"loadTable\",\n\t    \"loadXML\",\n\t    \"open\",\n\t    \"parseXML\",\n\t    \"saveTable\",\n\t    \"selectFolder\",\n\t    \"selectInput\",\n\t    \"beginRaw\",\n\t    \"beginRecord\",\n\t    \"createOutput\",\n\t    \"createWriter\",\n\t    \"endRaw\",\n\t    \"endRecord\",\n\t    \"PrintWritersaveBytes\",\n\t    \"saveJSONArray\",\n\t    \"saveJSONObject\",\n\t    \"saveStream\",\n\t    \"saveStrings\",\n\t    \"saveXML\",\n\t    \"selectOutput\",\n\t    \"popMatrix\",\n\t    \"printMatrix\",\n\t    \"pushMatrix\",\n\t    \"resetMatrix\",\n\t    \"rotate\",\n\t    \"rotateX\",\n\t    \"rotateY\",\n\t    \"rotateZ\",\n\t    \"scale\",\n\t    \"shearX\",\n\t    \"shearY\",\n\t    \"translate\",\n\t    \"ambientLight\",\n\t    \"directionalLight\",\n\t    \"lightFalloff\",\n\t    \"lights\",\n\t    \"lightSpecular\",\n\t    \"noLights\",\n\t    \"normal\",\n\t    \"pointLight\",\n\t    \"spotLight\",\n\t    \"image\",\n\t    \"imageMode\",\n\t    \"loadImage\",\n\t    \"noTint\",\n\t    \"requestImage\",\n\t    \"tint\",\n\t    \"texture\",\n\t    \"textureMode\",\n\t    \"textureWrap\",\n\t    \"blend\",\n\t    \"copy\",\n\t    \"filter\",\n\t    \"get\",\n\t    \"loadPixels\",\n\t    \"set\",\n\t    \"updatePixels\",\n\t    \"blendMode\",\n\t    \"loadShader\",\n\t    \"PShaderresetShader\",\n\t    \"shader\",\n\t    \"createFont\",\n\t    \"loadFont\",\n\t    \"text\",\n\t    \"textFont\",\n\t    \"textAlign\",\n\t    \"textLeading\",\n\t    \"textMode\",\n\t    \"textSize\",\n\t    \"textWidth\",\n\t    \"textAscent\",\n\t    \"textDescent\",\n\t    \"abs\",\n\t    \"ceil\",\n\t    \"constrain\",\n\t    \"dist\",\n\t    \"exp\",\n\t    \"floor\",\n\t    \"lerp\",\n\t    \"log\",\n\t    \"mag\",\n\t    \"map\",\n\t    \"max\",\n\t    \"min\",\n\t    \"norm\",\n\t    \"pow\",\n\t    \"round\",\n\t    \"sq\",\n\t    \"sqrt\",\n\t    \"acos\",\n\t    \"asin\",\n\t    \"atan\",\n\t    \"atan2\",\n\t    \"cos\",\n\t    \"degrees\",\n\t    \"radians\",\n\t    \"sin\",\n\t    \"tan\",\n\t    \"noise\",\n\t    \"noiseDetail\",\n\t    \"noiseSeed\",\n\t    \"random\",\n\t    \"randomGaussian\",\n\t    \"randomSeed\"\n\t  ];\n\t  const IDENT = hljs.IDENT_RE;\n\t  const FUNC_NAME = { variants: [\n\t    {\n\t      match: regex.concat(regex.either(...BUILT_INS), regex.lookahead(/\\s*\\(/)),\n\t      className: \"built_in\"\n\t    },\n\t    {\n\t      relevance: 0,\n\t      match: regex.concat(\n\t        /\\b(?!for|if|while)/,\n\t        IDENT, regex.lookahead(/\\s*\\(/)),\n\t      className: \"title.function\"\n\t    }\n\t  ] };\n\t  const NEW_CLASS = {\n\t    match: [\n\t      /new\\s+/,\n\t      IDENT\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      2: \"class.title\"\n\t    }\n\t  };\n\t  const PROPERTY = {\n\t    relevance: 0,\n\t    match: [\n\t      /\\./,\n\t      IDENT\n\t    ],\n\t    className: { 2: \"property\" }\n\t  };\n\t  const CLASS = {\n\t    variants: [\n\t      { match: [\n\t        /class/,\n\t        /\\s+/,\n\t        IDENT,\n\t        /\\s+/,\n\t        /extends/,\n\t        /\\s+/,\n\t        IDENT\n\t      ] },\n\t      { match: [\n\t        /class/,\n\t        /\\s+/,\n\t        IDENT\n\t      ] }\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.class\",\n\t      5: \"keyword\",\n\t      7: \"title.class.inherited\"\n\t    }\n\t  };\n\n\t  const TYPES = [\n\t    \"boolean\",\n\t    \"byte\",\n\t    \"char\",\n\t    \"color\",\n\t    \"double\",\n\t    \"float\",\n\t    \"int\",\n\t    \"long\",\n\t    \"short\",\n\t  ];\n\t  const CLASSES = [\n\t    \"BufferedReader\",\n\t    \"PVector\",\n\t    \"PFont\",\n\t    \"PImage\",\n\t    \"PGraphics\",\n\t    \"HashMap\",\n\t    \"String\",\n\t    \"Array\",\n\t    \"FloatDict\",\n\t    \"ArrayList\",\n\t    \"FloatList\",\n\t    \"IntDict\",\n\t    \"IntList\",\n\t    \"JSONArray\",\n\t    \"JSONObject\",\n\t    \"Object\",\n\t    \"StringDict\",\n\t    \"StringList\",\n\t    \"Table\",\n\t    \"TableRow\",\n\t    \"XML\"\n\t  ];\n\t  const JAVA_KEYWORDS = [\n\t    \"abstract\",\n\t    \"assert\",\n\t    \"break\",\n\t    \"case\",\n\t    \"catch\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"default\",\n\t    \"else\",\n\t    \"enum\",\n\t    \"final\",\n\t    \"finally\",\n\t    \"for\",\n\t    \"if\",\n\t    \"import\",\n\t    \"instanceof\",\n\t    \"long\",\n\t    \"native\",\n\t    \"new\",\n\t    \"package\",\n\t    \"private\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"protected\",\n\t    \"public\",\n\t    \"public\",\n\t    \"return\",\n\t    \"static\",\n\t    \"strictfp\",\n\t    \"switch\",\n\t    \"synchronized\",\n\t    \"throw\",\n\t    \"throws\",\n\t    \"transient\",\n\t    \"try\",\n\t    \"void\",\n\t    \"volatile\",\n\t    \"while\"\n\t  ];\n\n\t  return {\n\t    name: 'Processing',\n\t    aliases: [ 'pde' ],\n\t    keywords: {\n\t      keyword: [ ...JAVA_KEYWORDS ],\n\t      literal: 'P2D P3D HALF_PI PI QUARTER_PI TAU TWO_PI null true false',\n\t      title: 'setup draw',\n\t      variable: \"super this\",\n\t      built_in: [\n\t        ...BUILT_INS,\n\t        ...CLASSES\n\t      ],\n\t      type: TYPES\n\t    },\n\t    contains: [\n\t      CLASS,\n\t      NEW_CLASS,\n\t      FUNC_NAME,\n\t      PROPERTY,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tprocessing_1 = processing;\n\treturn processing_1;\n}\n\n/*\nLanguage: Python profiler\nDescription: Python profiler results\nAuthor: Brian Beck <exogen@gmail.com>\n*/\n\nvar profile_1;\nvar hasRequiredProfile;\n\nfunction requireProfile () {\n\tif (hasRequiredProfile) return profile_1;\n\thasRequiredProfile = 1;\n\tfunction profile(hljs) {\n\t  return {\n\t    name: 'Python profiler',\n\t    contains: [\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        begin: '[a-zA-Z_][\\\\da-zA-Z_]+\\\\.[\\\\da-zA-Z_]{1,3}',\n\t        end: ':',\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        begin: '(ncalls|tottime|cumtime)',\n\t        end: '$',\n\t        keywords: 'ncalls tottime|10 cumtime|10 filename',\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: 'function calls',\n\t        end: '$',\n\t        contains: [ hljs.C_NUMBER_MODE ],\n\t        relevance: 10\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\\\(',\n\t        end: '\\\\)$',\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tprofile_1 = profile;\n\treturn profile_1;\n}\n\n/*\nLanguage: Prolog\nDescription: Prolog is a general purpose logic programming language associated with artificial intelligence and computational linguistics.\nAuthor: Raivo Laanemets <raivo@infdot.com>\nWebsite: https://en.wikipedia.org/wiki/Prolog\n*/\n\nvar prolog_1;\nvar hasRequiredProlog;\n\nfunction requireProlog () {\n\tif (hasRequiredProlog) return prolog_1;\n\thasRequiredProlog = 1;\n\tfunction prolog(hljs) {\n\t  const ATOM = {\n\n\t    begin: /[a-z][A-Za-z0-9_]*/,\n\t    relevance: 0\n\t  };\n\n\t  const VAR = {\n\n\t    className: 'symbol',\n\t    variants: [\n\t      { begin: /[A-Z][a-zA-Z0-9_]*/ },\n\t      { begin: /_[A-Za-z0-9_]*/ }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const PARENTED = {\n\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    relevance: 0\n\t  };\n\n\t  const LIST = {\n\n\t    begin: /\\[/,\n\t    end: /\\]/\n\t  };\n\n\t  const LINE_COMMENT = {\n\n\t    className: 'comment',\n\t    begin: /%/,\n\t    end: /$/,\n\t    contains: [ hljs.PHRASAL_WORDS_MODE ]\n\t  };\n\n\t  const BACKTICK_STRING = {\n\n\t    className: 'string',\n\t    begin: /`/,\n\t    end: /`/,\n\t    contains: [ hljs.BACKSLASH_ESCAPE ]\n\t  };\n\n\t  const CHAR_CODE = {\n\t    className: 'string', // 0'a etc.\n\t    begin: /0'(\\\\'|.)/\n\t  };\n\n\t  const SPACE_CODE = {\n\t    className: 'string',\n\t    begin: /0'\\\\s/ // 0'\\s\n\t  };\n\n\t  const PRED_OP = { // relevance booster\n\t    begin: /:-/ };\n\n\t  const inner = [\n\n\t    ATOM,\n\t    VAR,\n\t    PARENTED,\n\t    PRED_OP,\n\t    LIST,\n\t    LINE_COMMENT,\n\t    hljs.C_BLOCK_COMMENT_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    hljs.APOS_STRING_MODE,\n\t    BACKTICK_STRING,\n\t    CHAR_CODE,\n\t    SPACE_CODE,\n\t    hljs.C_NUMBER_MODE\n\t  ];\n\n\t  PARENTED.contains = inner;\n\t  LIST.contains = inner;\n\n\t  return {\n\t    name: 'Prolog',\n\t    contains: inner.concat([\n\t      { // relevance booster\n\t        begin: /\\.$/ }\n\t    ])\n\t  };\n\t}\n\n\tprolog_1 = prolog;\n\treturn prolog_1;\n}\n\n/*\nLanguage: .properties\nContributors: Valentin Aitken <valentin@nalisbg.com>, Egor Rogov <e.rogov@postgrespro.ru>\nWebsite: https://en.wikipedia.org/wiki/.properties\nCategory: config\n*/\n\nvar properties_1;\nvar hasRequiredProperties;\n\nfunction requireProperties () {\n\tif (hasRequiredProperties) return properties_1;\n\thasRequiredProperties = 1;\n\t/** @type LanguageFn */\n\tfunction properties(hljs) {\n\t  // whitespaces: space, tab, formfeed\n\t  const WS0 = '[ \\\\t\\\\f]*';\n\t  const WS1 = '[ \\\\t\\\\f]+';\n\t  // delimiter\n\t  const EQUAL_DELIM = WS0 + '[:=]' + WS0;\n\t  const WS_DELIM = WS1;\n\t  const DELIM = '(' + EQUAL_DELIM + '|' + WS_DELIM + ')';\n\t  const KEY = '([^\\\\\\\\:= \\\\t\\\\f\\\\n]|\\\\\\\\.)+';\n\n\t  const DELIM_AND_VALUE = {\n\t    // skip DELIM\n\t    end: DELIM,\n\t    relevance: 0,\n\t    starts: {\n\t      // value: everything until end of line (again, taking into account backslashes)\n\t      className: 'string',\n\t      end: /$/,\n\t      relevance: 0,\n\t      contains: [\n\t        { begin: '\\\\\\\\\\\\\\\\' },\n\t        { begin: '\\\\\\\\\\\\n' }\n\t      ]\n\t    }\n\t  };\n\n\t  return {\n\t    name: '.properties',\n\t    disableAutodetect: true,\n\t    case_insensitive: true,\n\t    illegal: /\\S/,\n\t    contains: [\n\t      hljs.COMMENT('^\\\\s*[!#]', '$'),\n\t      // key: everything until whitespace or = or : (taking into account backslashes)\n\t      // case of a key-value pair\n\t      {\n\t        returnBegin: true,\n\t        variants: [\n\t          { begin: KEY + EQUAL_DELIM },\n\t          { begin: KEY + WS_DELIM }\n\t        ],\n\t        contains: [\n\t          {\n\t            className: 'attr',\n\t            begin: KEY,\n\t            endsParent: true\n\t          }\n\t        ],\n\t        starts: DELIM_AND_VALUE\n\t      },\n\t      // case of an empty key\n\t      {\n\t        className: 'attr',\n\t        begin: KEY + WS0 + '$'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tproperties_1 = properties;\n\treturn properties_1;\n}\n\n/*\nLanguage: Protocol Buffers\nAuthor: Dan Tao <daniel.tao@gmail.com>\nDescription: Protocol buffer message definition format\nWebsite: https://developers.google.com/protocol-buffers/docs/proto3\nCategory: protocols\n*/\n\nvar protobuf_1;\nvar hasRequiredProtobuf;\n\nfunction requireProtobuf () {\n\tif (hasRequiredProtobuf) return protobuf_1;\n\thasRequiredProtobuf = 1;\n\tfunction protobuf(hljs) {\n\t  const KEYWORDS = [\n\t    \"package\",\n\t    \"import\",\n\t    \"option\",\n\t    \"optional\",\n\t    \"required\",\n\t    \"repeated\",\n\t    \"group\",\n\t    \"oneof\"\n\t  ];\n\t  const TYPES = [\n\t    \"double\",\n\t    \"float\",\n\t    \"int32\",\n\t    \"int64\",\n\t    \"uint32\",\n\t    \"uint64\",\n\t    \"sint32\",\n\t    \"sint64\",\n\t    \"fixed32\",\n\t    \"fixed64\",\n\t    \"sfixed32\",\n\t    \"sfixed64\",\n\t    \"bool\",\n\t    \"string\",\n\t    \"bytes\"\n\t  ];\n\t  const CLASS_DEFINITION = {\n\t    match: [\n\t      /(message|enum|service)\\s+/,\n\t      hljs.IDENT_RE\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      2: \"title.class\"\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'Protocol Buffers',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      type: TYPES,\n\t      literal: [\n\t        'true',\n\t        'false'\n\t      ]\n\t    },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      CLASS_DEFINITION,\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'rpc',\n\t        end: /[{;]/,\n\t        excludeEnd: true,\n\t        keywords: 'rpc returns'\n\t      },\n\t      { // match enum items (relevance)\n\t        // BLAH = ...;\n\t        begin: /^\\s*[A-Z_]+(?=\\s*=[^\\n]+;$)/ }\n\t    ]\n\t  };\n\t}\n\n\tprotobuf_1 = protobuf;\n\treturn protobuf_1;\n}\n\n/*\nLanguage: Puppet\nAuthor: Jose Molina Colmenero <gaudy41@gmail.com>\nWebsite: https://puppet.com/docs\nCategory: config\n*/\n\nvar puppet_1;\nvar hasRequiredPuppet;\n\nfunction requirePuppet () {\n\tif (hasRequiredPuppet) return puppet_1;\n\thasRequiredPuppet = 1;\n\tfunction puppet(hljs) {\n\t  const PUPPET_KEYWORDS = {\n\t    keyword:\n\t    /* language keywords */\n\t      'and case default else elsif false if in import enherits node or true undef unless main settings $string ',\n\t    literal:\n\t    /* metaparameters */\n\t      'alias audit before loglevel noop require subscribe tag '\n\t      /* normal attributes */\n\t      + 'owner ensure group mode name|0 changes context force incl lens load_path onlyif provider returns root show_diff type_check '\n\t      + 'en_address ip_address realname command environment hour monute month monthday special target weekday '\n\t      + 'creates cwd ogoutput refresh refreshonly tries try_sleep umask backup checksum content ctime force ignore '\n\t      + 'links mtime purge recurse recurselimit replace selinux_ignore_defaults selrange selrole seltype seluser source '\n\t      + 'souirce_permissions sourceselect validate_cmd validate_replacement allowdupe attribute_membership auth_membership forcelocal gid '\n\t      + 'ia_load_module members system host_aliases ip allowed_trunk_vlans description device_url duplex encapsulation etherchannel '\n\t      + 'native_vlan speed principals allow_root auth_class auth_type authenticate_user k_of_n mechanisms rule session_owner shared options '\n\t      + 'device fstype enable hasrestart directory present absent link atboot blockdevice device dump pass remounts poller_tag use '\n\t      + 'message withpath adminfile allow_virtual allowcdrom category configfiles flavor install_options instance package_settings platform '\n\t      + 'responsefile status uninstall_options vendor unless_system_user unless_uid binary control flags hasstatus manifest pattern restart running '\n\t      + 'start stop allowdupe auths expiry gid groups home iterations key_membership keys managehome membership password password_max_age '\n\t      + 'password_min_age profile_membership profiles project purge_ssh_keys role_membership roles salt shell uid baseurl cost descr enabled '\n\t      + 'enablegroups exclude failovermethod gpgcheck gpgkey http_caching include includepkgs keepalive metadata_expire metalink mirrorlist '\n\t      + 'priority protect proxy proxy_password proxy_username repo_gpgcheck s3_enabled skip_if_unavailable sslcacert sslclientcert sslclientkey '\n\t      + 'sslverify mounted',\n\t    built_in:\n\t    /* core facts */\n\t      'architecture augeasversion blockdevices boardmanufacturer boardproductname boardserialnumber cfkey dhcp_servers '\n\t      + 'domain ec2_ ec2_userdata facterversion filesystems ldom fqdn gid hardwareisa hardwaremodel hostname id|0 interfaces '\n\t      + 'ipaddress ipaddress_ ipaddress6 ipaddress6_ iphostnumber is_virtual kernel kernelmajversion kernelrelease kernelversion '\n\t      + 'kernelrelease kernelversion lsbdistcodename lsbdistdescription lsbdistid lsbdistrelease lsbmajdistrelease lsbminordistrelease '\n\t      + 'lsbrelease macaddress macaddress_ macosx_buildversion macosx_productname macosx_productversion macosx_productverson_major '\n\t      + 'macosx_productversion_minor manufacturer memoryfree memorysize netmask metmask_ network_ operatingsystem operatingsystemmajrelease '\n\t      + 'operatingsystemrelease osfamily partitions path physicalprocessorcount processor processorcount productname ps puppetversion '\n\t      + 'rubysitedir rubyversion selinux selinux_config_mode selinux_config_policy selinux_current_mode selinux_current_mode selinux_enforced '\n\t      + 'selinux_policyversion serialnumber sp_ sshdsakey sshecdsakey sshrsakey swapencrypted swapfree swapsize timezone type uniqueid uptime '\n\t      + 'uptime_days uptime_hours uptime_seconds uuid virtual vlans xendomains zfs_version zonenae zones zpool_version'\n\t  };\n\n\t  const COMMENT = hljs.COMMENT('#', '$');\n\n\t  const IDENT_RE = '([A-Za-z_]|::)(\\\\w|::)*';\n\n\t  const TITLE = hljs.inherit(hljs.TITLE_MODE, { begin: IDENT_RE });\n\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: '\\\\$' + IDENT_RE\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      VARIABLE\n\t    ],\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Puppet',\n\t    aliases: [ 'pp' ],\n\t    contains: [\n\t      COMMENT,\n\t      VARIABLE,\n\t      STRING,\n\t      {\n\t        beginKeywords: 'class',\n\t        end: '\\\\{|;',\n\t        illegal: /=/,\n\t        contains: [\n\t          TITLE,\n\t          COMMENT\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'define',\n\t        end: /\\{/,\n\t        contains: [\n\t          {\n\t            className: 'section',\n\t            begin: hljs.IDENT_RE,\n\t            endsParent: true\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: hljs.IDENT_RE + '\\\\s+\\\\{',\n\t        returnBegin: true,\n\t        end: /\\S/,\n\t        contains: [\n\t          {\n\t            className: 'keyword',\n\t            begin: hljs.IDENT_RE,\n\t            relevance: 0.2\n\t          },\n\t          {\n\t            begin: /\\{/,\n\t            end: /\\}/,\n\t            keywords: PUPPET_KEYWORDS,\n\t            relevance: 0,\n\t            contains: [\n\t              STRING,\n\t              COMMENT,\n\t              {\n\t                begin: '[a-zA-Z_]+\\\\s*=>',\n\t                returnBegin: true,\n\t                end: '=>',\n\t                contains: [\n\t                  {\n\t                    className: 'attr',\n\t                    begin: hljs.IDENT_RE\n\t                  }\n\t                ]\n\t              },\n\t              {\n\t                className: 'number',\n\t                begin: '(\\\\b0[0-7_]+)|(\\\\b0x[0-9a-fA-F_]+)|(\\\\b[1-9][0-9_]*(\\\\.[0-9_]+)?)|[0_]\\\\b',\n\t                relevance: 0\n\t              },\n\t              VARIABLE\n\t            ]\n\t          }\n\t        ],\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tpuppet_1 = puppet;\n\treturn puppet_1;\n}\n\n/*\nLanguage: PureBASIC\nAuthor: Tristano Ajmone <tajmone@gmail.com>\nDescription: Syntax highlighting for PureBASIC (v.5.00-5.60). No inline ASM highlighting. (v.1.2, May 2017)\nCredits: I've taken inspiration from the PureBasic language file for GeSHi, created by Gustavo Julio Fiorenza (GuShH).\nWebsite: https://www.purebasic.com\n*/\n\nvar purebasic_1;\nvar hasRequiredPurebasic;\n\nfunction requirePurebasic () {\n\tif (hasRequiredPurebasic) return purebasic_1;\n\thasRequiredPurebasic = 1;\n\t// Base deafult colors in PB IDE: background: #FFFFDF; foreground: #000000;\n\n\tfunction purebasic(hljs) {\n\t  const STRINGS = { // PB IDE color: #0080FF (Azure Radiance)\n\t    className: 'string',\n\t    begin: '(~)?\"',\n\t    end: '\"',\n\t    illegal: '\\\\n'\n\t  };\n\t  const CONSTANTS = { // PB IDE color: #924B72 (Cannon Pink)\n\t    //  \"#\" + a letter or underscore + letters, digits or underscores + (optional) \"$\"\n\t    className: 'symbol',\n\t    begin: '#[a-zA-Z_]\\\\w*\\\\$?'\n\t  };\n\n\t  return {\n\t    name: 'PureBASIC',\n\t    aliases: [\n\t      'pb',\n\t      'pbi'\n\t    ],\n\t    keywords: // PB IDE color: #006666 (Blue Stone) + Bold\n\t      // Keywords from all version of PureBASIC 5.00 upward ...\n\t      'Align And Array As Break CallDebugger Case CompilerCase CompilerDefault '\n\t      + 'CompilerElse CompilerElseIf CompilerEndIf CompilerEndSelect CompilerError '\n\t      + 'CompilerIf CompilerSelect CompilerWarning Continue Data DataSection Debug '\n\t      + 'DebugLevel Declare DeclareC DeclareCDLL DeclareDLL DeclareModule Default '\n\t      + 'Define Dim DisableASM DisableDebugger DisableExplicit Else ElseIf EnableASM '\n\t      + 'EnableDebugger EnableExplicit End EndDataSection EndDeclareModule EndEnumeration '\n\t      + 'EndIf EndImport EndInterface EndMacro EndModule EndProcedure EndSelect '\n\t      + 'EndStructure EndStructureUnion EndWith Enumeration EnumerationBinary Extends '\n\t      + 'FakeReturn For ForEach ForEver Global Gosub Goto If Import ImportC '\n\t      + 'IncludeBinary IncludeFile IncludePath Interface List Macro MacroExpandedCount '\n\t      + 'Map Module NewList NewMap Next Not Or Procedure ProcedureC '\n\t      + 'ProcedureCDLL ProcedureDLL ProcedureReturn Protected Prototype PrototypeC ReDim '\n\t      + 'Read Repeat Restore Return Runtime Select Shared Static Step Structure '\n\t      + 'StructureUnion Swap Threaded To UndefineMacro Until Until  UnuseModule '\n\t      + 'UseModule Wend While With XIncludeFile XOr',\n\t    contains: [\n\t      // COMMENTS | PB IDE color: #00AAAA (Persian Green)\n\t      hljs.COMMENT(';', '$', { relevance: 0 }),\n\n\t      { // PROCEDURES DEFINITIONS\n\t        className: 'function',\n\t        begin: '\\\\b(Procedure|Declare)(C|CDLL|DLL)?\\\\b',\n\t        end: '\\\\(',\n\t        excludeEnd: true,\n\t        returnBegin: true,\n\t        contains: [\n\t          { // PROCEDURE KEYWORDS | PB IDE color: #006666 (Blue Stone) + Bold\n\t            className: 'keyword',\n\t            begin: '(Procedure|Declare)(C|CDLL|DLL)?',\n\t            excludeEnd: true\n\t          },\n\t          { // PROCEDURE RETURN TYPE SETTING | PB IDE color: #000000 (Black)\n\t            className: 'type',\n\t            begin: '\\\\.\\\\w*'\n\t            // end: ' ',\n\t          },\n\t          hljs.UNDERSCORE_TITLE_MODE // PROCEDURE NAME | PB IDE color: #006666 (Blue Stone)\n\t        ]\n\t      },\n\t      STRINGS,\n\t      CONSTANTS\n\t    ]\n\t  };\n\t}\n\n\t/*  ==============================================================================\n\t                                      CHANGELOG\n\t    ==============================================================================\n\t    - v.1.2 (2017-05-12)\n\t        -- BUG-FIX: Some keywords were accidentally joyned together. Now fixed.\n\t    - v.1.1 (2017-04-30)\n\t        -- Updated to PureBASIC 5.60.\n\t        -- Keywords list now built by extracting them from the PureBASIC SDK's\n\t           \"SyntaxHilighting.dll\" (from each PureBASIC version). Tokens from each\n\t           version are added to the list, and renamed or removed tokens are kept\n\t           for the sake of covering all versions of the language from PureBASIC\n\t           v5.00 upward. (NOTE: currently, there are no renamed or deprecated\n\t           tokens in the keywords list). For more info, see:\n\t           -- http://www.purebasic.fr/english/viewtopic.php?&p=506269\n\t           -- https://github.com/tajmone/purebasic-archives/tree/master/syntax-highlighting/guidelines\n\t    - v.1.0 (April 2016)\n\t        -- First release\n\t        -- Keywords list taken and adapted from GuShH's (Gustavo Julio Fiorenza)\n\t           PureBasic language file for GeSHi:\n\t           -- https://github.com/easybook/geshi/blob/master/geshi/purebasic.php\n\t*/\n\n\tpurebasic_1 = purebasic;\n\treturn purebasic_1;\n}\n\n/*\nLanguage: Python\nDescription: Python is an interpreted, object-oriented, high-level programming language with dynamic semantics.\nWebsite: https://www.python.org\nCategory: common\n*/\n\nvar python_1;\nvar hasRequiredPython;\n\nfunction requirePython () {\n\tif (hasRequiredPython) return python_1;\n\thasRequiredPython = 1;\n\tfunction python(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT_RE = /[\\p{XID_Start}_]\\p{XID_Continue}*/u;\n\t  const RESERVED_WORDS = [\n\t    'and',\n\t    'as',\n\t    'assert',\n\t    'async',\n\t    'await',\n\t    'break',\n\t    'class',\n\t    'continue',\n\t    'def',\n\t    'del',\n\t    'elif',\n\t    'else',\n\t    'except',\n\t    'finally',\n\t    'for',\n\t    'from',\n\t    'global',\n\t    'if',\n\t    'import',\n\t    'in',\n\t    'is',\n\t    'lambda',\n\t    'nonlocal|10',\n\t    'not',\n\t    'or',\n\t    'pass',\n\t    'raise',\n\t    'return',\n\t    'try',\n\t    'while',\n\t    'with',\n\t    'yield'\n\t  ];\n\n\t  const BUILT_INS = [\n\t    '__import__',\n\t    'abs',\n\t    'all',\n\t    'any',\n\t    'ascii',\n\t    'bin',\n\t    'bool',\n\t    'breakpoint',\n\t    'bytearray',\n\t    'bytes',\n\t    'callable',\n\t    'chr',\n\t    'classmethod',\n\t    'compile',\n\t    'complex',\n\t    'delattr',\n\t    'dict',\n\t    'dir',\n\t    'divmod',\n\t    'enumerate',\n\t    'eval',\n\t    'exec',\n\t    'filter',\n\t    'float',\n\t    'format',\n\t    'frozenset',\n\t    'getattr',\n\t    'globals',\n\t    'hasattr',\n\t    'hash',\n\t    'help',\n\t    'hex',\n\t    'id',\n\t    'input',\n\t    'int',\n\t    'isinstance',\n\t    'issubclass',\n\t    'iter',\n\t    'len',\n\t    'list',\n\t    'locals',\n\t    'map',\n\t    'max',\n\t    'memoryview',\n\t    'min',\n\t    'next',\n\t    'object',\n\t    'oct',\n\t    'open',\n\t    'ord',\n\t    'pow',\n\t    'print',\n\t    'property',\n\t    'range',\n\t    'repr',\n\t    'reversed',\n\t    'round',\n\t    'set',\n\t    'setattr',\n\t    'slice',\n\t    'sorted',\n\t    'staticmethod',\n\t    'str',\n\t    'sum',\n\t    'super',\n\t    'tuple',\n\t    'type',\n\t    'vars',\n\t    'zip'\n\t  ];\n\n\t  const LITERALS = [\n\t    '__debug__',\n\t    'Ellipsis',\n\t    'False',\n\t    'None',\n\t    'NotImplemented',\n\t    'True'\n\t  ];\n\n\t  // https://docs.python.org/3/library/typing.html\n\t  // TODO: Could these be supplemented by a CamelCase matcher in certain\n\t  // contexts, leaving these remaining only for relevance hinting?\n\t  const TYPES = [\n\t    \"Any\",\n\t    \"Callable\",\n\t    \"Coroutine\",\n\t    \"Dict\",\n\t    \"List\",\n\t    \"Literal\",\n\t    \"Generic\",\n\t    \"Optional\",\n\t    \"Sequence\",\n\t    \"Set\",\n\t    \"Tuple\",\n\t    \"Type\",\n\t    \"Union\"\n\t  ];\n\n\t  const KEYWORDS = {\n\t    $pattern: /[A-Za-z]\\w+|__\\w+__/,\n\t    keyword: RESERVED_WORDS,\n\t    built_in: BUILT_INS,\n\t    literal: LITERALS,\n\t    type: TYPES\n\t  };\n\n\t  const PROMPT = {\n\t    className: 'meta',\n\t    begin: /^(>>>|\\.\\.\\.) /\n\t  };\n\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    keywords: KEYWORDS,\n\t    illegal: /#/\n\t  };\n\n\t  const LITERAL_BRACKET = {\n\t    begin: /\\{\\{/,\n\t    relevance: 0\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    variants: [\n\t      {\n\t        begin: /([uU]|[bB]|[rR]|[bB][rR]|[rR][bB])?'''/,\n\t        end: /'''/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          PROMPT\n\t        ],\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /([uU]|[bB]|[rR]|[bB][rR]|[rR][bB])?\"\"\"/,\n\t        end: /\"\"\"/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          PROMPT\n\t        ],\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /([fF][rR]|[rR][fF]|[fF])'''/,\n\t        end: /'''/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          PROMPT,\n\t          LITERAL_BRACKET,\n\t          SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: /([fF][rR]|[rR][fF]|[fF])\"\"\"/,\n\t        end: /\"\"\"/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          PROMPT,\n\t          LITERAL_BRACKET,\n\t          SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: /([uU]|[rR])'/,\n\t        end: /'/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /([uU]|[rR])\"/,\n\t        end: /\"/,\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /([bB]|[bB][rR]|[rR][bB])'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /([bB]|[bB][rR]|[rR][bB])\"/,\n\t        end: /\"/\n\t      },\n\t      {\n\t        begin: /([fF][rR]|[rR][fF]|[fF])'/,\n\t        end: /'/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          LITERAL_BRACKET,\n\t          SUBST\n\t        ]\n\t      },\n\t      {\n\t        begin: /([fF][rR]|[rR][fF]|[fF])\"/,\n\t        end: /\"/,\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          LITERAL_BRACKET,\n\t          SUBST\n\t        ]\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE\n\t    ]\n\t  };\n\n\t  // https://docs.python.org/3.9/reference/lexical_analysis.html#numeric-literals\n\t  const digitpart = '[0-9](_?[0-9])*';\n\t  const pointfloat = `(\\\\b(${digitpart}))?\\\\.(${digitpart})|\\\\b(${digitpart})\\\\.`;\n\t  // Whitespace after a number (or any lexical token) is needed only if its absence\n\t  // would change the tokenization\n\t  // https://docs.python.org/3.9/reference/lexical_analysis.html#whitespace-between-tokens\n\t  // We deviate slightly, requiring a word boundary or a keyword\n\t  // to avoid accidentally recognizing *prefixes* (e.g., `0` in `0x41` or `08` or `0__1`)\n\t  const lookahead = `\\\\b|${RESERVED_WORDS.join('|')}`;\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      // exponentfloat, pointfloat\n\t      // https://docs.python.org/3.9/reference/lexical_analysis.html#floating-point-literals\n\t      // optionally imaginary\n\t      // https://docs.python.org/3.9/reference/lexical_analysis.html#imaginary-literals\n\t      // Note: no leading \\b because floats can start with a decimal point\n\t      // and we don't want to mishandle e.g. `fn(.5)`,\n\t      // no trailing \\b for pointfloat because it can end with a decimal point\n\t      // and we don't want to mishandle e.g. `0..hex()`; this should be safe\n\t      // because both MUST contain a decimal point and so cannot be confused with\n\t      // the interior part of an identifier\n\t      {\n\t        begin: `(\\\\b(${digitpart})|(${pointfloat}))[eE][+-]?(${digitpart})[jJ]?(?=${lookahead})`\n\t      },\n\t      {\n\t        begin: `(${pointfloat})[jJ]?`\n\t      },\n\n\t      // decinteger, bininteger, octinteger, hexinteger\n\t      // https://docs.python.org/3.9/reference/lexical_analysis.html#integer-literals\n\t      // optionally \"long\" in Python 2\n\t      // https://docs.python.org/2.7/reference/lexical_analysis.html#integer-and-long-integer-literals\n\t      // decinteger is optionally imaginary\n\t      // https://docs.python.org/3.9/reference/lexical_analysis.html#imaginary-literals\n\t      {\n\t        begin: `\\\\b([1-9](_?[0-9])*|0+(_?0)*)[lLjJ]?(?=${lookahead})`\n\t      },\n\t      {\n\t        begin: `\\\\b0[bB](_?[01])+[lL]?(?=${lookahead})`\n\t      },\n\t      {\n\t        begin: `\\\\b0[oO](_?[0-7])+[lL]?(?=${lookahead})`\n\t      },\n\t      {\n\t        begin: `\\\\b0[xX](_?[0-9a-fA-F])+[lL]?(?=${lookahead})`\n\t      },\n\n\t      // imagnumber (digitpart-based)\n\t      // https://docs.python.org/3.9/reference/lexical_analysis.html#imaginary-literals\n\t      {\n\t        begin: `\\\\b(${digitpart})[jJ](?=${lookahead})`\n\t      }\n\t    ]\n\t  };\n\t  const COMMENT_TYPE = {\n\t    className: \"comment\",\n\t    begin: regex.lookahead(/# type:/),\n\t    end: /$/,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      { // prevent keywords from coloring `type`\n\t        begin: /# type:/\n\t      },\n\t      // comment within a datatype comment includes no keywords\n\t      {\n\t        begin: /#/,\n\t        end: /\\b\\B/,\n\t        endsWithParent: true\n\t      }\n\t    ]\n\t  };\n\t  const PARAMS = {\n\t    className: 'params',\n\t    variants: [\n\t      // Exclude params in functions without params\n\t      {\n\t        className: \"\",\n\t        begin: /\\(\\s*\\)/,\n\t        skip: true\n\t      },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          'self',\n\t          PROMPT,\n\t          NUMBER,\n\t          STRING,\n\t          hljs.HASH_COMMENT_MODE\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t  SUBST.contains = [\n\t    STRING,\n\t    NUMBER,\n\t    PROMPT\n\t  ];\n\n\t  return {\n\t    name: 'Python',\n\t    aliases: [\n\t      'py',\n\t      'gyp',\n\t      'ipython'\n\t    ],\n\t    unicodeRegex: true,\n\t    keywords: KEYWORDS,\n\t    illegal: /(<\\/|->|\\?)|=>/,\n\t    contains: [\n\t      PROMPT,\n\t      NUMBER,\n\t      {\n\t        // very common convention\n\t        begin: /\\bself\\b/\n\t      },\n\t      {\n\t        // eat \"if\" prior to string so that it won't accidentally be\n\t        // labeled as an f-string\n\t        beginKeywords: \"if\",\n\t        relevance: 0\n\t      },\n\t      STRING,\n\t      COMMENT_TYPE,\n\t      hljs.HASH_COMMENT_MODE,\n\t      {\n\t        match: [\n\t          /\\bdef/, /\\s+/,\n\t          IDENT_RE,\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.function\"\n\t        },\n\t        contains: [ PARAMS ]\n\t      },\n\t      {\n\t        variants: [\n\t          {\n\t            match: [\n\t              /\\bclass/, /\\s+/,\n\t              IDENT_RE, /\\s*/,\n\t              /\\(\\s*/, IDENT_RE,/\\s*\\)/\n\t            ],\n\t          },\n\t          {\n\t            match: [\n\t              /\\bclass/, /\\s+/,\n\t              IDENT_RE\n\t            ],\n\t          }\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.class\",\n\t          6: \"title.class.inherited\",\n\t        }\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: /^[\\t ]*@/,\n\t        end: /(?=#)|$/,\n\t        contains: [\n\t          NUMBER,\n\t          PARAMS,\n\t          STRING\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tpython_1 = python;\n\treturn python_1;\n}\n\n/*\nLanguage: Python REPL\nRequires: python.js\nAuthor: Josh Goebel <hello@joshgoebel.com>\nCategory: common\n*/\n\nvar pythonRepl_1;\nvar hasRequiredPythonRepl;\n\nfunction requirePythonRepl () {\n\tif (hasRequiredPythonRepl) return pythonRepl_1;\n\thasRequiredPythonRepl = 1;\n\tfunction pythonRepl(hljs) {\n\t  return {\n\t    aliases: [ 'pycon' ],\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        starts: {\n\t          // a space separates the REPL prefix from the actual code\n\t          // this is purely for cleaner HTML output\n\t          end: / |$/,\n\t          starts: {\n\t            end: '$',\n\t            subLanguage: 'python'\n\t          }\n\t        },\n\t        variants: [\n\t          { begin: /^>>>(?=[ ]|$)/ },\n\t          { begin: /^\\.\\.\\.(?=[ ]|$)/ }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tpythonRepl_1 = pythonRepl;\n\treturn pythonRepl_1;\n}\n\n/*\nLanguage: Q\nDescription: Q is a vector-based functional paradigm programming language built into the kdb+ database.\n             (K/Q/Kdb+ from Kx Systems)\nAuthor: Sergey Vidyuk <svidyuk@gmail.com>\nWebsite: https://kx.com/connect-with-us/developers/\n*/\n\nvar q_1;\nvar hasRequiredQ;\n\nfunction requireQ () {\n\tif (hasRequiredQ) return q_1;\n\thasRequiredQ = 1;\n\tfunction q(hljs) {\n\t  const KEYWORDS = {\n\t    $pattern: /(`?)[A-Za-z0-9_]+\\b/,\n\t    keyword:\n\t      'do while select delete by update from',\n\t    literal:\n\t      '0b 1b',\n\t    built_in:\n\t      'neg not null string reciprocal floor ceiling signum mod xbar xlog and or each scan over prior mmu lsq inv md5 ltime gtime count first var dev med cov cor all any rand sums prds mins maxs fills deltas ratios avgs differ prev next rank reverse iasc idesc asc desc msum mcount mavg mdev xrank mmin mmax xprev rotate distinct group where flip type key til get value attr cut set upsert raze union inter except cross sv vs sublist enlist read0 read1 hopen hclose hdel hsym hcount peach system ltrim rtrim trim lower upper ssr view tables views cols xcols keys xkey xcol xasc xdesc fkeys meta lj aj aj0 ij pj asof uj ww wj wj1 fby xgroup ungroup ej save load rsave rload show csv parse eval min max avg wavg wsum sin cos tan sum',\n\t    type:\n\t      '`float `double int `timestamp `timespan `datetime `time `boolean `symbol `char `byte `short `long `real `month `date `minute `second `guid'\n\t  };\n\n\t  return {\n\t    name: 'Q',\n\t    aliases: [\n\t      'k',\n\t      'kdb'\n\t    ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tq_1 = q;\n\treturn q_1;\n}\n\n/*\nLanguage: QML\nRequires: javascript.js, xml.js\nAuthor: John Foster <jfoster@esri.com>\nDescription: Syntax highlighting for the Qt Quick QML scripting language, based mostly off\n             the JavaScript parser.\nWebsite: https://doc.qt.io/qt-5/qmlapplications.html\nCategory: scripting\n*/\n\nvar qml_1;\nvar hasRequiredQml;\n\nfunction requireQml () {\n\tif (hasRequiredQml) return qml_1;\n\thasRequiredQml = 1;\n\tfunction qml(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'in of on if for while finally var new function do return void else break catch '\n\t      + 'instanceof with throw case default try this switch continue typeof delete '\n\t      + 'let yield const export super debugger as async await import',\n\t    literal:\n\t      'true false null undefined NaN Infinity',\n\t    built_in:\n\t      'eval isFinite isNaN parseFloat parseInt decodeURI decodeURIComponent '\n\t      + 'encodeURI encodeURIComponent escape unescape Object Function Boolean Error '\n\t      + 'EvalError InternalError RangeError ReferenceError StopIteration SyntaxError '\n\t      + 'TypeError URIError Number Math Date String RegExp Array Float32Array '\n\t      + 'Float64Array Int16Array Int32Array Int8Array Uint16Array Uint32Array '\n\t      + 'Uint8Array Uint8ClampedArray ArrayBuffer DataView JSON Intl arguments require '\n\t      + 'module console window document Symbol Set Map WeakSet WeakMap Proxy Reflect '\n\t      + 'Behavior bool color coordinate date double enumeration font geocircle georectangle '\n\t      + 'geoshape int list matrix4x4 parent point quaternion real rect '\n\t      + 'size string url variant vector2d vector3d vector4d '\n\t      + 'Promise'\n\t  };\n\n\t  const QML_IDENT_RE = '[a-zA-Z_][a-zA-Z0-9\\\\._]*';\n\n\t  // Isolate property statements. Ends at a :, =, ;, ,, a comment or end of line.\n\t  // Use property class.\n\t  const PROPERTY = {\n\t    className: 'keyword',\n\t    begin: '\\\\bproperty\\\\b',\n\t    starts: {\n\t      className: 'string',\n\t      end: '(:|=|;|,|//|/\\\\*|$)',\n\t      returnEnd: true\n\t    }\n\t  };\n\n\t  // Isolate signal statements. Ends at a ) a comment or end of line.\n\t  // Use property class.\n\t  const SIGNAL = {\n\t    className: 'keyword',\n\t    begin: '\\\\bsignal\\\\b',\n\t    starts: {\n\t      className: 'string',\n\t      end: '(\\\\(|:|=|;|,|//|/\\\\*|$)',\n\t      returnEnd: true\n\t    }\n\t  };\n\n\t  // id: is special in QML. When we see id: we want to mark the id: as attribute and\n\t  // emphasize the token following.\n\t  const ID_ID = {\n\t    className: 'attribute',\n\t    begin: '\\\\bid\\\\s*:',\n\t    starts: {\n\t      className: 'string',\n\t      end: QML_IDENT_RE,\n\t      returnEnd: false\n\t    }\n\t  };\n\n\t  // Find QML object attribute. An attribute is a QML identifier followed by :.\n\t  // Unfortunately it's hard to know where it ends, as it may contain scalars,\n\t  // objects, object definitions, or javascript. The true end is either when the parent\n\t  // ends or the next attribute is detected.\n\t  const QML_ATTRIBUTE = {\n\t    begin: QML_IDENT_RE + '\\\\s*:',\n\t    returnBegin: true,\n\t    contains: [\n\t      {\n\t        className: 'attribute',\n\t        begin: QML_IDENT_RE,\n\t        end: '\\\\s*:',\n\t        excludeEnd: true,\n\t        relevance: 0\n\t      }\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  // Find QML object. A QML object is a QML identifier followed by { and ends at the matching }.\n\t  // All we really care about is finding IDENT followed by { and just mark up the IDENT and ignore the {.\n\t  const QML_OBJECT = {\n\t    begin: regex.concat(QML_IDENT_RE, /\\s*\\{/),\n\t    end: /\\{/,\n\t    returnBegin: true,\n\t    relevance: 0,\n\t    contains: [ hljs.inherit(hljs.TITLE_MODE, { begin: QML_IDENT_RE }) ]\n\t  };\n\n\t  return {\n\t    name: 'QML',\n\t    aliases: [ 'qt' ],\n\t    case_insensitive: false,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      {\n\t        className: 'meta',\n\t        begin: /^\\s*['\"]use (strict|asm)['\"]/\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      { // template string\n\t        className: 'string',\n\t        begin: '`',\n\t        end: '`',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          {\n\t            className: 'subst',\n\t            begin: '\\\\$\\\\{',\n\t            end: '\\\\}'\n\t          }\n\t        ]\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          { begin: '\\\\b(0[bB][01]+)' },\n\t          { begin: '\\\\b(0[oO][0-7]+)' },\n\t          { begin: hljs.C_NUMBER_RE }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      { // \"value\" container\n\t        begin: '(' + hljs.RE_STARTERS_RE + '|\\\\b(case|return|throw)\\\\b)\\\\s*',\n\t        keywords: 'return throw case',\n\t        contains: [\n\t          hljs.C_LINE_COMMENT_MODE,\n\t          hljs.C_BLOCK_COMMENT_MODE,\n\t          hljs.REGEXP_MODE,\n\t          { // E4X / JSX\n\t            begin: /</,\n\t            end: />\\s*[);\\]]/,\n\t            relevance: 0,\n\t            subLanguage: 'xml'\n\t          }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      SIGNAL,\n\t      PROPERTY,\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: /[A-Za-z$_][0-9A-Za-z$_]*/ }),\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            excludeBegin: true,\n\t            excludeEnd: true,\n\t            contains: [\n\t              hljs.C_LINE_COMMENT_MODE,\n\t              hljs.C_BLOCK_COMMENT_MODE\n\t            ]\n\t          }\n\t        ],\n\t        illegal: /\\[|%/\n\t      },\n\t      {\n\t        // hack: prevents detection of keywords after dots\n\t        begin: '\\\\.' + hljs.IDENT_RE,\n\t        relevance: 0\n\t      },\n\t      ID_ID,\n\t      QML_ATTRIBUTE,\n\t      QML_OBJECT\n\t    ],\n\t    illegal: /#/\n\t  };\n\t}\n\n\tqml_1 = qml;\n\treturn qml_1;\n}\n\n/*\nLanguage: R\nDescription: R is a free software environment for statistical computing and graphics.\nAuthor: Joe Cheng <joe@rstudio.org>\nContributors: Konrad Rudolph <konrad.rudolph@gmail.com>\nWebsite: https://www.r-project.org\nCategory: common,scientific\n*/\n\nvar r_1;\nvar hasRequiredR;\n\nfunction requireR () {\n\tif (hasRequiredR) return r_1;\n\thasRequiredR = 1;\n\t/** @type LanguageFn */\n\tfunction r(hljs) {\n\t  const regex = hljs.regex;\n\t  // Identifiers in R cannot start with `_`, but they can start with `.` if it\n\t  // is not immediately followed by a digit.\n\t  // R also supports quoted identifiers, which are near-arbitrary sequences\n\t  // delimited by backticks (`…`), which may contain escape sequences. These are\n\t  // handled in a separate mode. See `test/markup/r/names.txt` for examples.\n\t  // FIXME: Support Unicode identifiers.\n\t  const IDENT_RE = /(?:(?:[a-zA-Z]|\\.[._a-zA-Z])[._a-zA-Z0-9]*)|\\.(?!\\d)/;\n\t  const NUMBER_TYPES_RE = regex.either(\n\t    // Special case: only hexadecimal binary powers can contain fractions\n\t    /0[xX][0-9a-fA-F]+\\.[0-9a-fA-F]*[pP][+-]?\\d+i?/,\n\t    // Hexadecimal numbers without fraction and optional binary power\n\t    /0[xX][0-9a-fA-F]+(?:[pP][+-]?\\d+)?[Li]?/,\n\t    // Decimal numbers\n\t    /(?:\\d+(?:\\.\\d*)?|\\.\\d+)(?:[eE][+-]?\\d+)?[Li]?/\n\t  );\n\t  const OPERATORS_RE = /[=!<>:]=|\\|\\||&&|:::?|<-|<<-|->>|->|\\|>|[-+*\\/?!$&|:<=>@^~]|\\*\\*/;\n\t  const PUNCTUATION_RE = regex.either(\n\t    /[()]/,\n\t    /[{}]/,\n\t    /\\[\\[/,\n\t    /[[\\]]/,\n\t    /\\\\/,\n\t    /,/\n\t  );\n\n\t  return {\n\t    name: 'R',\n\n\t    keywords: {\n\t      $pattern: IDENT_RE,\n\t      keyword:\n\t        'function if in break next repeat else for while',\n\t      literal:\n\t        'NULL NA TRUE FALSE Inf NaN NA_integer_|10 NA_real_|10 '\n\t        + 'NA_character_|10 NA_complex_|10',\n\t      built_in:\n\t        // Builtin constants\n\t        'LETTERS letters month.abb month.name pi T F '\n\t        // Primitive functions\n\t        // These are all the functions in `base` that are implemented as a\n\t        // `.Primitive`, minus those functions that are also keywords.\n\t        + 'abs acos acosh all any anyNA Arg as.call as.character '\n\t        + 'as.complex as.double as.environment as.integer as.logical '\n\t        + 'as.null.default as.numeric as.raw asin asinh atan atanh attr '\n\t        + 'attributes baseenv browser c call ceiling class Conj cos cosh '\n\t        + 'cospi cummax cummin cumprod cumsum digamma dim dimnames '\n\t        + 'emptyenv exp expression floor forceAndCall gamma gc.time '\n\t        + 'globalenv Im interactive invisible is.array is.atomic is.call '\n\t        + 'is.character is.complex is.double is.environment is.expression '\n\t        + 'is.finite is.function is.infinite is.integer is.language '\n\t        + 'is.list is.logical is.matrix is.na is.name is.nan is.null '\n\t        + 'is.numeric is.object is.pairlist is.raw is.recursive is.single '\n\t        + 'is.symbol lazyLoadDBfetch length lgamma list log max min '\n\t        + 'missing Mod names nargs nzchar oldClass on.exit pos.to.env '\n\t        + 'proc.time prod quote range Re rep retracemem return round '\n\t        + 'seq_along seq_len seq.int sign signif sin sinh sinpi sqrt '\n\t        + 'standardGeneric substitute sum switch tan tanh tanpi tracemem '\n\t        + 'trigamma trunc unclass untracemem UseMethod xtfrm',\n\t    },\n\n\t    contains: [\n\t      // Roxygen comments\n\t      hljs.COMMENT(\n\t        /#'/,\n\t        /$/,\n\t        { contains: [\n\t          {\n\t            // Handle `@examples` separately to cause all subsequent code\n\t            // until the next `@`-tag on its own line to be kept as-is,\n\t            // preventing highlighting. This code is example R code, so nested\n\t            // doctags shouldn’t be treated as such. See\n\t            // `test/markup/r/roxygen.txt` for an example.\n\t            scope: 'doctag',\n\t            match: /@examples/,\n\t            starts: {\n\t              end: regex.lookahead(regex.either(\n\t                // end if another doc comment\n\t                /\\n^#'\\s*(?=@[a-zA-Z]+)/,\n\t                // or a line with no comment\n\t                /\\n^(?!#')/\n\t              )),\n\t              endsParent: true\n\t            }\n\t          },\n\t          {\n\t            // Handle `@param` to highlight the parameter name following\n\t            // after.\n\t            scope: 'doctag',\n\t            begin: '@param',\n\t            end: /$/,\n\t            contains: [\n\t              {\n\t                scope: 'variable',\n\t                variants: [\n\t                  { match: IDENT_RE },\n\t                  { match: /`(?:\\\\.|[^`\\\\])+`/ }\n\t                ],\n\t                endsParent: true\n\t              }\n\t            ]\n\t          },\n\t          {\n\t            scope: 'doctag',\n\t            match: /@[a-zA-Z]+/\n\t          },\n\t          {\n\t            scope: 'keyword',\n\t            match: /\\\\[a-zA-Z]+/\n\t          }\n\t        ] }\n\t      ),\n\n\t      hljs.HASH_COMMENT_MODE,\n\n\t      {\n\t        scope: 'string',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ],\n\t        variants: [\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]\"(-*)\\(/,\n\t            end: /\\)(-*)\"/\n\t          }),\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]\"(-*)\\{/,\n\t            end: /\\}(-*)\"/\n\t          }),\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]\"(-*)\\[/,\n\t            end: /\\](-*)\"/\n\t          }),\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]'(-*)\\(/,\n\t            end: /\\)(-*)'/\n\t          }),\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]'(-*)\\{/,\n\t            end: /\\}(-*)'/\n\t          }),\n\t          hljs.END_SAME_AS_BEGIN({\n\t            begin: /[rR]'(-*)\\[/,\n\t            end: /\\](-*)'/\n\t          }),\n\t          {\n\t            begin: '\"',\n\t            end: '\"',\n\t            relevance: 0\n\t          },\n\t          {\n\t            begin: \"'\",\n\t            end: \"'\",\n\t            relevance: 0\n\t          }\n\t        ],\n\t      },\n\n\t      // Matching numbers immediately following punctuation and operators is\n\t      // tricky since we need to look at the character ahead of a number to\n\t      // ensure the number is not part of an identifier, and we cannot use\n\t      // negative look-behind assertions. So instead we explicitly handle all\n\t      // possible combinations of (operator|punctuation), number.\n\t      // TODO: replace with negative look-behind when available\n\t      // { begin: /(?<![a-zA-Z0-9._])0[xX][0-9a-fA-F]+\\.[0-9a-fA-F]*[pP][+-]?\\d+i?/ },\n\t      // { begin: /(?<![a-zA-Z0-9._])0[xX][0-9a-fA-F]+([pP][+-]?\\d+)?[Li]?/ },\n\t      // { begin: /(?<![a-zA-Z0-9._])(\\d+(\\.\\d*)?|\\.\\d+)([eE][+-]?\\d+)?[Li]?/ }\n\t      {\n\t        relevance: 0,\n\t        variants: [\n\t          {\n\t            scope: {\n\t              1: 'operator',\n\t              2: 'number'\n\t            },\n\t            match: [\n\t              OPERATORS_RE,\n\t              NUMBER_TYPES_RE\n\t            ]\n\t          },\n\t          {\n\t            scope: {\n\t              1: 'operator',\n\t              2: 'number'\n\t            },\n\t            match: [\n\t              /%[^%]*%/,\n\t              NUMBER_TYPES_RE\n\t            ]\n\t          },\n\t          {\n\t            scope: {\n\t              1: 'punctuation',\n\t              2: 'number'\n\t            },\n\t            match: [\n\t              PUNCTUATION_RE,\n\t              NUMBER_TYPES_RE\n\t            ]\n\t          },\n\t          {\n\t            scope: { 2: 'number' },\n\t            match: [\n\t              /[^a-zA-Z0-9._]|^/, // not part of an identifier, or start of document\n\t              NUMBER_TYPES_RE\n\t            ]\n\t          }\n\t        ]\n\t      },\n\n\t      // Operators/punctuation when they're not directly followed by numbers\n\t      {\n\t        // Relevance boost for the most common assignment form.\n\t        scope: { 3: 'operator' },\n\t        match: [\n\t          IDENT_RE,\n\t          /\\s+/,\n\t          /<-/,\n\t          /\\s+/\n\t        ]\n\t      },\n\n\t      {\n\t        scope: 'operator',\n\t        relevance: 0,\n\t        variants: [\n\t          { match: OPERATORS_RE },\n\t          { match: /%[^%]*%/ }\n\t        ]\n\t      },\n\n\t      {\n\t        scope: 'punctuation',\n\t        relevance: 0,\n\t        match: PUNCTUATION_RE\n\t      },\n\n\t      {\n\t        // Escaped identifier\n\t        begin: '`',\n\t        end: '`',\n\t        contains: [ { begin: /\\\\./ } ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tr_1 = r;\n\treturn r_1;\n}\n\n/*\nLanguage: ReasonML\nDescription: Reason lets you write simple, fast and quality type safe code while leveraging both the JavaScript & OCaml ecosystems.\nWebsite: https://reasonml.github.io\nAuthor: Gidi Meir Morris <oss@gidi.io>\nCategory: functional\n*/\n\nvar reasonml_1;\nvar hasRequiredReasonml;\n\nfunction requireReasonml () {\n\tif (hasRequiredReasonml) return reasonml_1;\n\thasRequiredReasonml = 1;\n\tfunction reasonml(hljs) {\n\t  function orReValues(ops) {\n\t    return ops\n\t      .map(function(op) {\n\t        return op\n\t          .split('')\n\t          .map(function(char) {\n\t            return '\\\\' + char;\n\t          })\n\t          .join('');\n\t      })\n\t      .join('|');\n\t  }\n\n\t  const RE_IDENT = '~?[a-z$_][0-9a-zA-Z$_]*';\n\t  const RE_MODULE_IDENT = '`?[A-Z$_][0-9a-zA-Z$_]*';\n\n\t  const RE_PARAM_TYPEPARAM = '\\'?[a-z$_][0-9a-z$_]*';\n\t  const RE_PARAM_TYPE = '\\\\s*:\\\\s*[a-z$_][0-9a-z$_]*(\\\\(\\\\s*(' + RE_PARAM_TYPEPARAM + '\\\\s*(,' + RE_PARAM_TYPEPARAM + '\\\\s*)*)?\\\\))?';\n\t  const RE_PARAM = RE_IDENT + '(' + RE_PARAM_TYPE + '){0,2}';\n\t  const RE_OPERATOR = \"(\" + orReValues([\n\t    '||',\n\t    '++',\n\t    '**',\n\t    '+.',\n\t    '*',\n\t    '/',\n\t    '*.',\n\t    '/.',\n\t    '...'\n\t  ]) + \"|\\\\|>|&&|==|===)\";\n\t  const RE_OPERATOR_SPACED = \"\\\\s+\" + RE_OPERATOR + \"\\\\s+\";\n\n\t  const KEYWORDS = {\n\t    keyword:\n\t      'and as asr assert begin class constraint do done downto else end exception external '\n\t      + 'for fun function functor if in include inherit initializer '\n\t      + 'land lazy let lor lsl lsr lxor match method mod module mutable new nonrec '\n\t      + 'object of open or private rec sig struct then to try type val virtual when while with',\n\t    built_in:\n\t      'array bool bytes char exn|5 float int int32 int64 list lazy_t|5 nativeint|5 ref string unit ',\n\t    literal:\n\t      'true false'\n\t  };\n\n\t  const RE_NUMBER = '\\\\b(0[xX][a-fA-F0-9_]+[Lln]?|'\n\t    + '0[oO][0-7_]+[Lln]?|'\n\t    + '0[bB][01_]+[Lln]?|'\n\t    + '[0-9][0-9_]*([Lln]|(\\\\.[0-9_]*)?([eE][-+]?[0-9_]+)?)?)';\n\n\t  const NUMBER_MODE = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      { begin: RE_NUMBER },\n\t      { begin: '\\\\(-' + RE_NUMBER + '\\\\)' }\n\t    ]\n\t  };\n\n\t  const OPERATOR_MODE = {\n\t    className: 'operator',\n\t    relevance: 0,\n\t    begin: RE_OPERATOR\n\t  };\n\t  const LIST_CONTENTS_MODES = [\n\t    {\n\t      className: 'identifier',\n\t      relevance: 0,\n\t      begin: RE_IDENT\n\t    },\n\t    OPERATOR_MODE,\n\t    NUMBER_MODE\n\t  ];\n\n\t  const MODULE_ACCESS_CONTENTS = [\n\t    hljs.QUOTE_STRING_MODE,\n\t    OPERATOR_MODE,\n\t    {\n\t      className: 'module',\n\t      begin: \"\\\\b\" + RE_MODULE_IDENT,\n\t      returnBegin: true,\n\t      relevance: 0,\n\t      end: \"\\.\",\n\t      contains: [\n\t        {\n\t          className: 'identifier',\n\t          begin: RE_MODULE_IDENT,\n\t          relevance: 0\n\t        }\n\t      ]\n\t    }\n\t  ];\n\n\t  const PARAMS_CONTENTS = [\n\t    {\n\t      className: 'module',\n\t      begin: \"\\\\b\" + RE_MODULE_IDENT,\n\t      returnBegin: true,\n\t      end: \"\\.\",\n\t      relevance: 0,\n\t      contains: [\n\t        {\n\t          className: 'identifier',\n\t          begin: RE_MODULE_IDENT,\n\t          relevance: 0\n\t        }\n\t      ]\n\t    }\n\t  ];\n\n\t  const PARAMS_MODE = {\n\t    begin: RE_IDENT,\n\t    end: '(,|\\\\n|\\\\))',\n\t    relevance: 0,\n\t    contains: [\n\t      OPERATOR_MODE,\n\t      {\n\t        className: 'typing',\n\t        begin: ':',\n\t        end: '(,|\\\\n)',\n\t        returnBegin: true,\n\t        relevance: 0,\n\t        contains: PARAMS_CONTENTS\n\t      }\n\t    ]\n\t  };\n\n\t  const FUNCTION_BLOCK_MODE = {\n\t    className: 'function',\n\t    relevance: 0,\n\t    keywords: KEYWORDS,\n\t    variants: [\n\t      {\n\t        begin: '\\\\s(\\\\(\\\\.?.*?\\\\)|' + RE_IDENT + ')\\\\s*=>',\n\t        end: '\\\\s*=>',\n\t        returnBegin: true,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'params',\n\t            variants: [\n\t              { begin: RE_IDENT },\n\t              { begin: RE_PARAM },\n\t              { begin: /\\(\\s*\\)/ }\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: '\\\\s\\\\(\\\\.?[^;\\\\|]*\\\\)\\\\s*=>',\n\t        end: '\\\\s=>',\n\t        returnBegin: true,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'params',\n\t            relevance: 0,\n\t            variants: [ PARAMS_MODE ]\n\t          }\n\t        ]\n\t      },\n\t      { begin: '\\\\(\\\\.\\\\s' + RE_IDENT + '\\\\)\\\\s*=>' }\n\t    ]\n\t  };\n\t  MODULE_ACCESS_CONTENTS.push(FUNCTION_BLOCK_MODE);\n\n\t  const CONSTRUCTOR_MODE = {\n\t    className: 'constructor',\n\t    begin: RE_MODULE_IDENT + '\\\\(',\n\t    end: '\\\\)',\n\t    illegal: '\\\\n',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      OPERATOR_MODE,\n\t      {\n\t        className: 'params',\n\t        begin: '\\\\b' + RE_IDENT\n\t      }\n\t    ]\n\t  };\n\n\t  const PATTERN_MATCH_BLOCK_MODE = {\n\t    className: 'pattern-match',\n\t    begin: '\\\\|',\n\t    returnBegin: true,\n\t    keywords: KEYWORDS,\n\t    end: '=>',\n\t    relevance: 0,\n\t    contains: [\n\t      CONSTRUCTOR_MODE,\n\t      OPERATOR_MODE,\n\t      {\n\t        relevance: 0,\n\t        className: 'constructor',\n\t        begin: RE_MODULE_IDENT\n\t      }\n\t    ]\n\t  };\n\n\t  const MODULE_ACCESS_MODE = {\n\t    className: 'module-access',\n\t    keywords: KEYWORDS,\n\t    returnBegin: true,\n\t    variants: [\n\t      { begin: \"\\\\b(\" + RE_MODULE_IDENT + \"\\\\.)+\" + RE_IDENT },\n\t      {\n\t        begin: \"\\\\b(\" + RE_MODULE_IDENT + \"\\\\.)+\\\\(\",\n\t        end: \"\\\\)\",\n\t        returnBegin: true,\n\t        contains: [\n\t          FUNCTION_BLOCK_MODE,\n\t          {\n\t            begin: '\\\\(',\n\t            end: '\\\\)',\n\t            relevance: 0,\n\t            skip: true\n\t          }\n\t        ].concat(MODULE_ACCESS_CONTENTS)\n\t      },\n\t      {\n\t        begin: \"\\\\b(\" + RE_MODULE_IDENT + \"\\\\.)+\\\\{\",\n\t        end: /\\}/\n\t      }\n\t    ],\n\t    contains: MODULE_ACCESS_CONTENTS\n\t  };\n\n\t  PARAMS_CONTENTS.push(MODULE_ACCESS_MODE);\n\n\t  return {\n\t    name: 'ReasonML',\n\t    aliases: [ 're' ],\n\t    keywords: KEYWORDS,\n\t    illegal: '(:-|:=|\\\\$\\\\{|\\\\+=)',\n\t    contains: [\n\t      hljs.COMMENT('/\\\\*', '\\\\*/', { illegal: '^(#,\\\\/\\\\/)' }),\n\t      {\n\t        className: 'character',\n\t        begin: '\\'(\\\\\\\\[^\\']+|[^\\'])\\'',\n\t        illegal: '\\\\n',\n\t        relevance: 0\n\t      },\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'literal',\n\t        begin: '\\\\(\\\\)',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'literal',\n\t        begin: '\\\\[\\\\|',\n\t        end: '\\\\|\\\\]',\n\t        relevance: 0,\n\t        contains: LIST_CONTENTS_MODES\n\t      },\n\t      {\n\t        className: 'literal',\n\t        begin: '\\\\[',\n\t        end: '\\\\]',\n\t        relevance: 0,\n\t        contains: LIST_CONTENTS_MODES\n\t      },\n\t      CONSTRUCTOR_MODE,\n\t      {\n\t        className: 'operator',\n\t        begin: RE_OPERATOR_SPACED,\n\t        illegal: '-->',\n\t        relevance: 0\n\t      },\n\t      NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      PATTERN_MATCH_BLOCK_MODE,\n\t      FUNCTION_BLOCK_MODE,\n\t      {\n\t        className: 'module-def',\n\t        begin: \"\\\\bmodule\\\\s+\" + RE_IDENT + \"\\\\s+\" + RE_MODULE_IDENT + \"\\\\s+=\\\\s+\\\\{\",\n\t        end: /\\}/,\n\t        returnBegin: true,\n\t        keywords: KEYWORDS,\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'module',\n\t            relevance: 0,\n\t            begin: RE_MODULE_IDENT\n\t          },\n\t          {\n\t            begin: /\\{/,\n\t            end: /\\}/,\n\t            relevance: 0,\n\t            skip: true\n\t          }\n\t        ].concat(MODULE_ACCESS_CONTENTS)\n\t      },\n\t      MODULE_ACCESS_MODE\n\t    ]\n\t  };\n\t}\n\n\treasonml_1 = reasonml;\n\treturn reasonml_1;\n}\n\n/*\nLanguage: RenderMan RIB\nAuthor: Konstantin Evdokimenko <qewerty@gmail.com>\nContributors: Shuen-Huei Guan <drake.guan@gmail.com>\nWebsite: https://renderman.pixar.com/resources/RenderMan_20/ribBinding.html\nCategory: graphics\n*/\n\nvar rib_1;\nvar hasRequiredRib;\n\nfunction requireRib () {\n\tif (hasRequiredRib) return rib_1;\n\thasRequiredRib = 1;\n\tfunction rib(hljs) {\n\t  return {\n\t    name: 'RenderMan RIB',\n\t    keywords:\n\t      'ArchiveRecord AreaLightSource Atmosphere Attribute AttributeBegin AttributeEnd Basis '\n\t      + 'Begin Blobby Bound Clipping ClippingPlane Color ColorSamples ConcatTransform Cone '\n\t      + 'CoordinateSystem CoordSysTransform CropWindow Curves Cylinder DepthOfField Detail '\n\t      + 'DetailRange Disk Displacement Display End ErrorHandler Exposure Exterior Format '\n\t      + 'FrameAspectRatio FrameBegin FrameEnd GeneralPolygon GeometricApproximation Geometry '\n\t      + 'Hider Hyperboloid Identity Illuminate Imager Interior LightSource '\n\t      + 'MakeCubeFaceEnvironment MakeLatLongEnvironment MakeShadow MakeTexture Matte '\n\t      + 'MotionBegin MotionEnd NuPatch ObjectBegin ObjectEnd ObjectInstance Opacity Option '\n\t      + 'Orientation Paraboloid Patch PatchMesh Perspective PixelFilter PixelSamples '\n\t      + 'PixelVariance Points PointsGeneralPolygons PointsPolygons Polygon Procedural Projection '\n\t      + 'Quantize ReadArchive RelativeDetail ReverseOrientation Rotate Scale ScreenWindow '\n\t      + 'ShadingInterpolation ShadingRate Shutter Sides Skew SolidBegin SolidEnd Sphere '\n\t      + 'SubdivisionMesh Surface TextureCoordinates Torus Transform TransformBegin TransformEnd '\n\t      + 'TransformPoints Translate TrimCurve WorldBegin WorldEnd',\n\t    illegal: '</',\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE\n\t    ]\n\t  };\n\t}\n\n\trib_1 = rib;\n\treturn rib_1;\n}\n\n/*\nLanguage: Roboconf\nAuthor: Vincent Zurczak <vzurczak@linagora.com>\nDescription: Syntax highlighting for Roboconf's DSL\nWebsite: http://roboconf.net\nCategory: config\n*/\n\nvar roboconf_1;\nvar hasRequiredRoboconf;\n\nfunction requireRoboconf () {\n\tif (hasRequiredRoboconf) return roboconf_1;\n\thasRequiredRoboconf = 1;\n\tfunction roboconf(hljs) {\n\t  const IDENTIFIER = '[a-zA-Z-_][^\\\\n{]+\\\\{';\n\n\t  const PROPERTY = {\n\t    className: 'attribute',\n\t    begin: /[a-zA-Z-_]+/,\n\t    end: /\\s*:/,\n\t    excludeEnd: true,\n\t    starts: {\n\t      end: ';',\n\t      relevance: 0,\n\t      contains: [\n\t        {\n\t          className: 'variable',\n\t          begin: /\\.[a-zA-Z-_]+/\n\t        },\n\t        {\n\t          className: 'keyword',\n\t          begin: /\\(optional\\)/\n\t        }\n\t      ]\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'Roboconf',\n\t    aliases: [\n\t      'graph',\n\t      'instances'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: 'import',\n\t    contains: [\n\t      // Facet sections\n\t      {\n\t        begin: '^facet ' + IDENTIFIER,\n\t        end: /\\}/,\n\t        keywords: 'facet',\n\t        contains: [\n\t          PROPERTY,\n\t          hljs.HASH_COMMENT_MODE\n\t        ]\n\t      },\n\n\t      // Instance sections\n\t      {\n\t        begin: '^\\\\s*instance of ' + IDENTIFIER,\n\t        end: /\\}/,\n\t        keywords: 'name count channels instance-data instance-state instance of',\n\t        illegal: /\\S/,\n\t        contains: [\n\t          'self',\n\t          PROPERTY,\n\t          hljs.HASH_COMMENT_MODE\n\t        ]\n\t      },\n\n\t      // Component sections\n\t      {\n\t        begin: '^' + IDENTIFIER,\n\t        end: /\\}/,\n\t        contains: [\n\t          PROPERTY,\n\t          hljs.HASH_COMMENT_MODE\n\t        ]\n\t      },\n\n\t      // Comments\n\t      hljs.HASH_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\troboconf_1 = roboconf;\n\treturn roboconf_1;\n}\n\n/*\nLanguage: Microtik RouterOS script\nAuthor: Ivan Dementev <ivan_div@mail.ru>\nDescription: Scripting host provides a way to automate some router maintenance tasks by means of executing user-defined scripts bounded to some event occurrence\nWebsite: https://wiki.mikrotik.com/wiki/Manual:Scripting\n*/\n\nvar routeros_1;\nvar hasRequiredRouteros;\n\nfunction requireRouteros () {\n\tif (hasRequiredRouteros) return routeros_1;\n\thasRequiredRouteros = 1;\n\t// Colors from RouterOS terminal:\n\t//   green        - #0E9A00\n\t//   teal         - #0C9A9A\n\t//   purple       - #99069A\n\t//   light-brown  - #9A9900\n\n\tfunction routeros(hljs) {\n\t  const STATEMENTS = 'foreach do while for if from to step else on-error and or not in';\n\n\t  // Global commands: Every global command should start with \":\" token, otherwise it will be treated as variable.\n\t  const GLOBAL_COMMANDS = 'global local beep delay put len typeof pick log time set find environment terminal error execute parse resolve toarray tobool toid toip toip6 tonum tostr totime';\n\n\t  // Common commands: Following commands available from most sub-menus:\n\t  const COMMON_COMMANDS = 'add remove enable disable set get print export edit find run debug error info warning';\n\n\t  const LITERALS = 'true false yes no nothing nil null';\n\n\t  const OBJECTS = 'traffic-flow traffic-generator firewall scheduler aaa accounting address-list address align area bandwidth-server bfd bgp bridge client clock community config connection console customer default dhcp-client dhcp-server discovery dns e-mail ethernet filter firmware gps graphing group hardware health hotspot identity igmp-proxy incoming instance interface ip ipsec ipv6 irq l2tp-server lcd ldp logging mac-server mac-winbox mangle manual mirror mme mpls nat nd neighbor network note ntp ospf ospf-v3 ovpn-server page peer pim ping policy pool port ppp pppoe-client pptp-server prefix profile proposal proxy queue radius resource rip ripng route routing screen script security-profiles server service service-port settings shares smb sms sniffer snmp snooper socks sstp-server system tool tracking type upgrade upnp user-manager users user vlan secret vrrp watchdog web-access wireless pptp pppoe lan wan layer7-protocol lease simple raw';\n\n\t  const VAR = {\n\t    className: 'variable',\n\t    variants: [\n\t      { begin: /\\$[\\w\\d#@][\\w\\d_]*/ },\n\t      { begin: /\\$\\{(.*?)\\}/ }\n\t    ]\n\t  };\n\n\t  const QUOTE_STRING = {\n\t    className: 'string',\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      VAR,\n\t      {\n\t        className: 'variable',\n\t        begin: /\\$\\(/,\n\t        end: /\\)/,\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      }\n\t    ]\n\t  };\n\n\t  const APOS_STRING = {\n\t    className: 'string',\n\t    begin: /'/,\n\t    end: /'/\n\t  };\n\n\t  return {\n\t    name: 'Microtik RouterOS script',\n\t    aliases: [ 'mikrotik' ],\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: /:?[\\w-]+/,\n\t      literal: LITERALS,\n\t      keyword: STATEMENTS + ' :' + STATEMENTS.split(' ').join(' :') + ' :' + GLOBAL_COMMANDS.split(' ').join(' :')\n\t    },\n\t    contains: [\n\t      { // illegal syntax\n\t        variants: [\n\t          { // -- comment\n\t            begin: /\\/\\*/,\n\t            end: /\\*\\//\n\t          },\n\t          { // Stan comment\n\t            begin: /\\/\\//,\n\t            end: /$/\n\t          },\n\t          { // HTML tags\n\t            begin: /<\\//,\n\t            end: />/\n\t          }\n\t        ],\n\t        illegal: /./\n\t      },\n\t      hljs.COMMENT('^#', '$'),\n\t      QUOTE_STRING,\n\t      APOS_STRING,\n\t      VAR,\n\t      // attribute=value\n\t      {\n\t        // > is to avoid matches with => in other grammars\n\t        begin: /[\\w-]+=([^\\s{}[\\]()>]+)/,\n\t        relevance: 0,\n\t        returnBegin: true,\n\t        contains: [\n\t          {\n\t            className: 'attribute',\n\t            begin: /[^=]+/\n\t          },\n\t          {\n\t            begin: /=/,\n\t            endsWithParent: true,\n\t            relevance: 0,\n\t            contains: [\n\t              QUOTE_STRING,\n\t              APOS_STRING,\n\t              VAR,\n\t              {\n\t                className: 'literal',\n\t                begin: '\\\\b(' + LITERALS.split(' ').join('|') + ')\\\\b'\n\t              },\n\t              {\n\t                // Do not format unclassified values. Needed to exclude highlighting of values as built_in.\n\t                begin: /(\"[^\"]*\"|[^\\s{}[\\]]+)/ }\n\t              /*\n\t              {\n\t                // IPv4 addresses and subnets\n\t                className: 'number',\n\t                variants: [\n\t                  {begin: IPADDR_wBITMASK+'(,'+IPADDR_wBITMASK+')*'}, //192.168.0.0/24,1.2.3.0/24\n\t                  {begin: IPADDR+'-'+IPADDR},       // 192.168.0.1-192.168.0.3\n\t                  {begin: IPADDR+'(,'+IPADDR+')*'}, // 192.168.0.1,192.168.0.34,192.168.24.1,192.168.0.1\n\t                ]\n\t              },\n\t              {\n\t                // MAC addresses and DHCP Client IDs\n\t                className: 'number',\n\t                begin: /\\b(1:)?([0-9A-Fa-f]{1,2}[:-]){5}([0-9A-Fa-f]){1,2}\\b/,\n\t              },\n\t              */\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        // HEX values\n\t        className: 'number',\n\t        begin: /\\*[0-9a-fA-F]+/\n\t      },\n\t      {\n\t        begin: '\\\\b(' + COMMON_COMMANDS.split(' ').join('|') + ')([\\\\s[(\\\\]|])',\n\t        returnBegin: true,\n\t        contains: [\n\t          {\n\t            className: 'built_in', // 'function',\n\t            begin: /\\w+/\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        variants: [\n\t          { begin: '(\\\\.\\\\./|/|\\\\s)((' + OBJECTS.split(' ').join('|') + ');?\\\\s)+' },\n\t          {\n\t            begin: /\\.\\./,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\trouteros_1 = routeros;\n\treturn routeros_1;\n}\n\n/*\nLanguage: RenderMan RSL\nAuthor: Konstantin Evdokimenko <qewerty@gmail.com>\nContributors: Shuen-Huei Guan <drake.guan@gmail.com>\nWebsite: https://renderman.pixar.com/resources/RenderMan_20/shadingLanguage.html\nCategory: graphics\n*/\n\nvar rsl_1;\nvar hasRequiredRsl;\n\nfunction requireRsl () {\n\tif (hasRequiredRsl) return rsl_1;\n\thasRequiredRsl = 1;\n\tfunction rsl(hljs) {\n\t  const BUILT_INS = [\n\t    \"abs\",\n\t    \"acos\",\n\t    \"ambient\",\n\t    \"area\",\n\t    \"asin\",\n\t    \"atan\",\n\t    \"atmosphere\",\n\t    \"attribute\",\n\t    \"calculatenormal\",\n\t    \"ceil\",\n\t    \"cellnoise\",\n\t    \"clamp\",\n\t    \"comp\",\n\t    \"concat\",\n\t    \"cos\",\n\t    \"degrees\",\n\t    \"depth\",\n\t    \"Deriv\",\n\t    \"diffuse\",\n\t    \"distance\",\n\t    \"Du\",\n\t    \"Dv\",\n\t    \"environment\",\n\t    \"exp\",\n\t    \"faceforward\",\n\t    \"filterstep\",\n\t    \"floor\",\n\t    \"format\",\n\t    \"fresnel\",\n\t    \"incident\",\n\t    \"length\",\n\t    \"lightsource\",\n\t    \"log\",\n\t    \"match\",\n\t    \"max\",\n\t    \"min\",\n\t    \"mod\",\n\t    \"noise\",\n\t    \"normalize\",\n\t    \"ntransform\",\n\t    \"opposite\",\n\t    \"option\",\n\t    \"phong\",\n\t    \"pnoise\",\n\t    \"pow\",\n\t    \"printf\",\n\t    \"ptlined\",\n\t    \"radians\",\n\t    \"random\",\n\t    \"reflect\",\n\t    \"refract\",\n\t    \"renderinfo\",\n\t    \"round\",\n\t    \"setcomp\",\n\t    \"setxcomp\",\n\t    \"setycomp\",\n\t    \"setzcomp\",\n\t    \"shadow\",\n\t    \"sign\",\n\t    \"sin\",\n\t    \"smoothstep\",\n\t    \"specular\",\n\t    \"specularbrdf\",\n\t    \"spline\",\n\t    \"sqrt\",\n\t    \"step\",\n\t    \"tan\",\n\t    \"texture\",\n\t    \"textureinfo\",\n\t    \"trace\",\n\t    \"transform\",\n\t    \"vtransform\",\n\t    \"xcomp\",\n\t    \"ycomp\",\n\t    \"zcomp\"\n\t  ];\n\n\t  const TYPES = [\n\t    \"matrix\",\n\t    \"float\",\n\t    \"color\",\n\t    \"point\",\n\t    \"normal\",\n\t    \"vector\"\n\t  ];\n\n\t  const KEYWORDS = [\n\t    \"while\",\n\t    \"for\",\n\t    \"if\",\n\t    \"do\",\n\t    \"return\",\n\t    \"else\",\n\t    \"break\",\n\t    \"extern\",\n\t    \"continue\"\n\t  ];\n\n\t  const CLASS_DEFINITION = {\n\t    match: [\n\t      /(surface|displacement|light|volume|imager)/,\n\t      /\\s+/,\n\t      hljs.IDENT_RE,\n\t    ],\n\t    scope: {\n\t      1: \"keyword\",\n\t      3: \"title.class\",\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'RenderMan RSL',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS,\n\t      type: TYPES\n\t    },\n\t    illegal: '</',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '#',\n\t        end: '$'\n\t      },\n\t      CLASS_DEFINITION,\n\t      {\n\t        beginKeywords: 'illuminate illuminance gather',\n\t        end: '\\\\('\n\t      }\n\t    ]\n\t  };\n\t}\n\n\trsl_1 = rsl;\n\treturn rsl_1;\n}\n\n/*\nLanguage: Oracle Rules Language\nAuthor: Jason Jacobson <jason.a.jacobson@gmail.com>\nDescription: The Oracle Utilities Rules Language is used to program the Oracle Utilities Applications acquired from LODESTAR Corporation.  The products include Billing Component, LPSS, Pricing Component etc. through version 1.6.1.\nWebsite: https://docs.oracle.com/cd/E17904_01/dev.1111/e10227/rlref.htm\nCategory: enterprise\n*/\n\nvar ruleslanguage_1;\nvar hasRequiredRuleslanguage;\n\nfunction requireRuleslanguage () {\n\tif (hasRequiredRuleslanguage) return ruleslanguage_1;\n\thasRequiredRuleslanguage = 1;\n\tfunction ruleslanguage(hljs) {\n\t  return {\n\t    name: 'Oracle Rules Language',\n\t    keywords: {\n\t      keyword:\n\t        'BILL_PERIOD BILL_START BILL_STOP RS_EFFECTIVE_START RS_EFFECTIVE_STOP RS_JURIS_CODE RS_OPCO_CODE '\n\t        + 'INTDADDATTRIBUTE|5 INTDADDVMSG|5 INTDBLOCKOP|5 INTDBLOCKOPNA|5 INTDCLOSE|5 INTDCOUNT|5 '\n\t        + 'INTDCOUNTSTATUSCODE|5 INTDCREATEMASK|5 INTDCREATEDAYMASK|5 INTDCREATEFACTORMASK|5 '\n\t        + 'INTDCREATEHANDLE|5 INTDCREATEOVERRIDEDAYMASK|5 INTDCREATEOVERRIDEMASK|5 '\n\t        + 'INTDCREATESTATUSCODEMASK|5 INTDCREATETOUPERIOD|5 INTDDELETE|5 INTDDIPTEST|5 INTDEXPORT|5 '\n\t        + 'INTDGETERRORCODE|5 INTDGETERRORMESSAGE|5 INTDISEQUAL|5 INTDJOIN|5 INTDLOAD|5 INTDLOADACTUALCUT|5 '\n\t        + 'INTDLOADDATES|5 INTDLOADHIST|5 INTDLOADLIST|5 INTDLOADLISTDATES|5 INTDLOADLISTENERGY|5 '\n\t        + 'INTDLOADLISTHIST|5 INTDLOADRELATEDCHANNEL|5 INTDLOADSP|5 INTDLOADSTAGING|5 INTDLOADUOM|5 '\n\t        + 'INTDLOADUOMDATES|5 INTDLOADUOMHIST|5 INTDLOADVERSION|5 INTDOPEN|5 INTDREADFIRST|5 INTDREADNEXT|5 '\n\t        + 'INTDRECCOUNT|5 INTDRELEASE|5 INTDREPLACE|5 INTDROLLAVG|5 INTDROLLPEAK|5 INTDSCALAROP|5 INTDSCALE|5 '\n\t        + 'INTDSETATTRIBUTE|5 INTDSETDSTPARTICIPANT|5 INTDSETSTRING|5 INTDSETVALUE|5 INTDSETVALUESTATUS|5 '\n\t        + 'INTDSHIFTSTARTTIME|5 INTDSMOOTH|5 INTDSORT|5 INTDSPIKETEST|5 INTDSUBSET|5 INTDTOU|5 '\n\t        + 'INTDTOURELEASE|5 INTDTOUVALUE|5 INTDUPDATESTATS|5 INTDVALUE|5 STDEV INTDDELETEEX|5 '\n\t        + 'INTDLOADEXACTUAL|5 INTDLOADEXCUT|5 INTDLOADEXDATES|5 INTDLOADEX|5 INTDLOADEXRELATEDCHANNEL|5 '\n\t        + 'INTDSAVEEX|5 MVLOAD|5 MVLOADACCT|5 MVLOADACCTDATES|5 MVLOADACCTHIST|5 MVLOADDATES|5 MVLOADHIST|5 '\n\t        + 'MVLOADLIST|5 MVLOADLISTDATES|5 MVLOADLISTHIST|5 IF FOR NEXT DONE SELECT END CALL ABORT CLEAR CHANNEL FACTOR LIST NUMBER '\n\t        + 'OVERRIDE SET WEEK DISTRIBUTIONNODE ELSE WHEN THEN OTHERWISE IENUM CSV INCLUDE LEAVE RIDER SAVE DELETE '\n\t        + 'NOVALUE SECTION WARN SAVE_UPDATE DETERMINANT LABEL REPORT REVENUE EACH '\n\t        + 'IN FROM TOTAL CHARGE BLOCK AND OR CSV_FILE RATE_CODE AUXILIARY_DEMAND '\n\t        + 'UIDACCOUNT RS BILL_PERIOD_SELECT HOURS_PER_MONTH INTD_ERROR_STOP SEASON_SCHEDULE_NAME '\n\t        + 'ACCOUNTFACTOR ARRAYUPPERBOUND CALLSTOREDPROC GETADOCONNECTION GETCONNECT GETDATASOURCE '\n\t        + 'GETQUALIFIER GETUSERID HASVALUE LISTCOUNT LISTOP LISTUPDATE LISTVALUE PRORATEFACTOR RSPRORATE '\n\t        + 'SETBINPATH SETDBMONITOR WQ_OPEN BILLINGHOURS DATE DATEFROMFLOAT DATETIMEFROMSTRING '\n\t        + 'DATETIMETOSTRING DATETOFLOAT DAY DAYDIFF DAYNAME DBDATETIME HOUR MINUTE MONTH MONTHDIFF '\n\t        + 'MONTHHOURS MONTHNAME ROUNDDATE SAMEWEEKDAYLASTYEAR SECOND WEEKDAY WEEKDIFF YEAR YEARDAY '\n\t        + 'YEARSTR COMPSUM HISTCOUNT HISTMAX HISTMIN HISTMINNZ HISTVALUE MAXNRANGE MAXRANGE MINRANGE '\n\t        + 'COMPIKVA COMPKVA COMPKVARFROMKQKW COMPLF IDATTR FLAG LF2KW LF2KWH MAXKW POWERFACTOR '\n\t        + 'READING2USAGE AVGSEASON MAXSEASON MONTHLYMERGE SEASONVALUE SUMSEASON ACCTREADDATES '\n\t        + 'ACCTTABLELOAD CONFIGADD CONFIGGET CREATEOBJECT CREATEREPORT EMAILCLIENT EXPBLKMDMUSAGE '\n\t        + 'EXPMDMUSAGE EXPORT_USAGE FACTORINEFFECT GETUSERSPECIFIEDSTOP INEFFECT ISHOLIDAY RUNRATE '\n\t        + 'SAVE_PROFILE SETREPORTTITLE USEREXIT WATFORRUNRATE TO TABLE ACOS ASIN ATAN ATAN2 BITAND CEIL '\n\t        + 'COS COSECANT COSH COTANGENT DIVQUOT DIVREM EXP FABS FLOOR FMOD FREPM FREXPN LOG LOG10 MAX MAXN '\n\t        + 'MIN MINNZ MODF POW ROUND ROUND2VALUE ROUNDINT SECANT SIN SINH SQROOT TAN TANH FLOAT2STRING '\n\t        + 'FLOAT2STRINGNC INSTR LEFT LEN LTRIM MID RIGHT RTRIM STRING STRINGNC TOLOWER TOUPPER TRIM '\n\t        + 'NUMDAYS READ_DATE STAGING',\n\t      built_in:\n\t        'IDENTIFIER OPTIONS XML_ELEMENT XML_OP XML_ELEMENT_OF DOMDOCCREATE DOMDOCLOADFILE DOMDOCLOADXML '\n\t        + 'DOMDOCSAVEFILE DOMDOCGETROOT DOMDOCADDPI DOMNODEGETNAME DOMNODEGETTYPE DOMNODEGETVALUE DOMNODEGETCHILDCT '\n\t        + 'DOMNODEGETFIRSTCHILD DOMNODEGETSIBLING DOMNODECREATECHILDELEMENT DOMNODESETATTRIBUTE '\n\t        + 'DOMNODEGETCHILDELEMENTCT DOMNODEGETFIRSTCHILDELEMENT DOMNODEGETSIBLINGELEMENT DOMNODEGETATTRIBUTECT '\n\t        + 'DOMNODEGETATTRIBUTEI DOMNODEGETATTRIBUTEBYNAME DOMNODEGETBYNAME'\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'literal',\n\t        variants: [\n\t          { // looks like #-comment\n\t            begin: '#\\\\s+',\n\t            relevance: 0\n\t          },\n\t          { begin: '#[a-zA-Z .]+' }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\truleslanguage_1 = ruleslanguage;\n\treturn ruleslanguage_1;\n}\n\n/*\nLanguage: Rust\nAuthor: Andrey Vlasovskikh <andrey.vlasovskikh@gmail.com>\nContributors: Roman Shmatov <romanshmatov@gmail.com>, Kasper Andersen <kma_untrusted@protonmail.com>\nWebsite: https://www.rust-lang.org\nCategory: common, system\n*/\n\nvar rust_1;\nvar hasRequiredRust;\n\nfunction requireRust () {\n\tif (hasRequiredRust) return rust_1;\n\thasRequiredRust = 1;\n\t/** @type LanguageFn */\n\tfunction rust(hljs) {\n\t  const regex = hljs.regex;\n\t  const FUNCTION_INVOKE = {\n\t    className: \"title.function.invoke\",\n\t    relevance: 0,\n\t    begin: regex.concat(\n\t      /\\b/,\n\t      /(?!let\\b)/,\n\t      hljs.IDENT_RE,\n\t      regex.lookahead(/\\s*\\(/))\n\t  };\n\t  const NUMBER_SUFFIX = '([ui](8|16|32|64|128|size)|f(32|64))\\?';\n\t  const KEYWORDS = [\n\t    \"abstract\",\n\t    \"as\",\n\t    \"async\",\n\t    \"await\",\n\t    \"become\",\n\t    \"box\",\n\t    \"break\",\n\t    \"const\",\n\t    \"continue\",\n\t    \"crate\",\n\t    \"do\",\n\t    \"dyn\",\n\t    \"else\",\n\t    \"enum\",\n\t    \"extern\",\n\t    \"false\",\n\t    \"final\",\n\t    \"fn\",\n\t    \"for\",\n\t    \"if\",\n\t    \"impl\",\n\t    \"in\",\n\t    \"let\",\n\t    \"loop\",\n\t    \"macro\",\n\t    \"match\",\n\t    \"mod\",\n\t    \"move\",\n\t    \"mut\",\n\t    \"override\",\n\t    \"priv\",\n\t    \"pub\",\n\t    \"ref\",\n\t    \"return\",\n\t    \"self\",\n\t    \"Self\",\n\t    \"static\",\n\t    \"struct\",\n\t    \"super\",\n\t    \"trait\",\n\t    \"true\",\n\t    \"try\",\n\t    \"type\",\n\t    \"typeof\",\n\t    \"unsafe\",\n\t    \"unsized\",\n\t    \"use\",\n\t    \"virtual\",\n\t    \"where\",\n\t    \"while\",\n\t    \"yield\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"Some\",\n\t    \"None\",\n\t    \"Ok\",\n\t    \"Err\"\n\t  ];\n\t  const BUILTINS = [\n\t    // functions\n\t    'drop ',\n\t    // traits\n\t    \"Copy\",\n\t    \"Send\",\n\t    \"Sized\",\n\t    \"Sync\",\n\t    \"Drop\",\n\t    \"Fn\",\n\t    \"FnMut\",\n\t    \"FnOnce\",\n\t    \"ToOwned\",\n\t    \"Clone\",\n\t    \"Debug\",\n\t    \"PartialEq\",\n\t    \"PartialOrd\",\n\t    \"Eq\",\n\t    \"Ord\",\n\t    \"AsRef\",\n\t    \"AsMut\",\n\t    \"Into\",\n\t    \"From\",\n\t    \"Default\",\n\t    \"Iterator\",\n\t    \"Extend\",\n\t    \"IntoIterator\",\n\t    \"DoubleEndedIterator\",\n\t    \"ExactSizeIterator\",\n\t    \"SliceConcatExt\",\n\t    \"ToString\",\n\t    // macros\n\t    \"assert!\",\n\t    \"assert_eq!\",\n\t    \"bitflags!\",\n\t    \"bytes!\",\n\t    \"cfg!\",\n\t    \"col!\",\n\t    \"concat!\",\n\t    \"concat_idents!\",\n\t    \"debug_assert!\",\n\t    \"debug_assert_eq!\",\n\t    \"env!\",\n\t    \"panic!\",\n\t    \"file!\",\n\t    \"format!\",\n\t    \"format_args!\",\n\t    \"include_bin!\",\n\t    \"include_str!\",\n\t    \"line!\",\n\t    \"local_data_key!\",\n\t    \"module_path!\",\n\t    \"option_env!\",\n\t    \"print!\",\n\t    \"println!\",\n\t    \"select!\",\n\t    \"stringify!\",\n\t    \"try!\",\n\t    \"unimplemented!\",\n\t    \"unreachable!\",\n\t    \"vec!\",\n\t    \"write!\",\n\t    \"writeln!\",\n\t    \"macro_rules!\",\n\t    \"assert_ne!\",\n\t    \"debug_assert_ne!\"\n\t  ];\n\t  const TYPES = [\n\t    \"i8\",\n\t    \"i16\",\n\t    \"i32\",\n\t    \"i64\",\n\t    \"i128\",\n\t    \"isize\",\n\t    \"u8\",\n\t    \"u16\",\n\t    \"u32\",\n\t    \"u64\",\n\t    \"u128\",\n\t    \"usize\",\n\t    \"f32\",\n\t    \"f64\",\n\t    \"str\",\n\t    \"char\",\n\t    \"bool\",\n\t    \"Box\",\n\t    \"Option\",\n\t    \"Result\",\n\t    \"String\",\n\t    \"Vec\"\n\t  ];\n\t  return {\n\t    name: 'Rust',\n\t    aliases: [ 'rs' ],\n\t    keywords: {\n\t      $pattern: hljs.IDENT_RE + '!?',\n\t      type: TYPES,\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS,\n\t      built_in: BUILTINS\n\t    },\n\t    illegal: '</',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.COMMENT('/\\\\*', '\\\\*/', { contains: [ 'self' ] }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, {\n\t        begin: /b?\"/,\n\t        illegal: null\n\t      }),\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          { begin: /b?r(#*)\"(.|\\n)*?\"\\1(?!#)/ },\n\t          { begin: /b?'\\\\?(x\\w{2}|u\\w{4}|U\\w{8}|.)'/ }\n\t        ]\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        begin: /'[a-zA-Z_][a-zA-Z0-9_]*/\n\t      },\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          { begin: '\\\\b0b([01_]+)' + NUMBER_SUFFIX },\n\t          { begin: '\\\\b0o([0-7_]+)' + NUMBER_SUFFIX },\n\t          { begin: '\\\\b0x([A-Fa-f0-9_]+)' + NUMBER_SUFFIX },\n\t          { begin: '\\\\b(\\\\d[\\\\d_]*(\\\\.[0-9_]+)?([eE][+-]?[0-9_]+)?)'\n\t                   + NUMBER_SUFFIX }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: [\n\t          /fn/,\n\t          /\\s+/,\n\t          hljs.UNDERSCORE_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.function\"\n\t        }\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: '#!?\\\\[',\n\t        end: '\\\\]',\n\t        contains: [\n\t          {\n\t            className: 'string',\n\t            begin: /\"/,\n\t            end: /\"/\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: [\n\t          /let/,\n\t          /\\s+/,\n\t          /(?:mut\\s+)?/,\n\t          hljs.UNDERSCORE_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"keyword\",\n\t          4: \"variable\"\n\t        }\n\t      },\n\t      // must come before impl/for rule later\n\t      {\n\t        begin: [\n\t          /for/,\n\t          /\\s+/,\n\t          hljs.UNDERSCORE_IDENT_RE,\n\t          /\\s+/,\n\t          /in/\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"variable\",\n\t          5: \"keyword\"\n\t        }\n\t      },\n\t      {\n\t        begin: [\n\t          /type/,\n\t          /\\s+/,\n\t          hljs.UNDERSCORE_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\t      {\n\t        begin: [\n\t          /(?:trait|enum|struct|union|impl|for)/,\n\t          /\\s+/,\n\t          hljs.UNDERSCORE_IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\t      {\n\t        begin: hljs.IDENT_RE + '::',\n\t        keywords: {\n\t          keyword: \"Self\",\n\t          built_in: BUILTINS\n\t        }\n\t      },\n\t      {\n\t        className: \"punctuation\",\n\t        begin: '->'\n\t      },\n\t      FUNCTION_INVOKE\n\t    ]\n\t  };\n\t}\n\n\trust_1 = rust;\n\treturn rust_1;\n}\n\n/*\nLanguage: SAS\nAuthor: Mauricio Caceres <mauricio.caceres.bravo@gmail.com>\nDescription: Syntax Highlighting for SAS\n*/\n\nvar sas_1;\nvar hasRequiredSas;\n\nfunction requireSas () {\n\tif (hasRequiredSas) return sas_1;\n\thasRequiredSas = 1;\n\t/** @type LanguageFn */\n\tfunction sas(hljs) {\n\t  const regex = hljs.regex;\n\t  // Data step and PROC SQL statements\n\t  const SAS_KEYWORDS = [\n\t    \"do\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"end\",\n\t    \"until\",\n\t    \"while\",\n\t    \"abort\",\n\t    \"array\",\n\t    \"attrib\",\n\t    \"by\",\n\t    \"call\",\n\t    \"cards\",\n\t    \"cards4\",\n\t    \"catname\",\n\t    \"continue\",\n\t    \"datalines\",\n\t    \"datalines4\",\n\t    \"delete\",\n\t    \"delim\",\n\t    \"delimiter\",\n\t    \"display\",\n\t    \"dm\",\n\t    \"drop\",\n\t    \"endsas\",\n\t    \"error\",\n\t    \"file\",\n\t    \"filename\",\n\t    \"footnote\",\n\t    \"format\",\n\t    \"goto\",\n\t    \"in\",\n\t    \"infile\",\n\t    \"informat\",\n\t    \"input\",\n\t    \"keep\",\n\t    \"label\",\n\t    \"leave\",\n\t    \"length\",\n\t    \"libname\",\n\t    \"link\",\n\t    \"list\",\n\t    \"lostcard\",\n\t    \"merge\",\n\t    \"missing\",\n\t    \"modify\",\n\t    \"options\",\n\t    \"output\",\n\t    \"out\",\n\t    \"page\",\n\t    \"put\",\n\t    \"redirect\",\n\t    \"remove\",\n\t    \"rename\",\n\t    \"replace\",\n\t    \"retain\",\n\t    \"return\",\n\t    \"select\",\n\t    \"set\",\n\t    \"skip\",\n\t    \"startsas\",\n\t    \"stop\",\n\t    \"title\",\n\t    \"update\",\n\t    \"waitsas\",\n\t    \"where\",\n\t    \"window\",\n\t    \"x|0\",\n\t    \"systask\",\n\t    \"add\",\n\t    \"and\",\n\t    \"alter\",\n\t    \"as\",\n\t    \"cascade\",\n\t    \"check\",\n\t    \"create\",\n\t    \"delete\",\n\t    \"describe\",\n\t    \"distinct\",\n\t    \"drop\",\n\t    \"foreign\",\n\t    \"from\",\n\t    \"group\",\n\t    \"having\",\n\t    \"index\",\n\t    \"insert\",\n\t    \"into\",\n\t    \"in\",\n\t    \"key\",\n\t    \"like\",\n\t    \"message\",\n\t    \"modify\",\n\t    \"msgtype\",\n\t    \"not\",\n\t    \"null\",\n\t    \"on\",\n\t    \"or\",\n\t    \"order\",\n\t    \"primary\",\n\t    \"references\",\n\t    \"reset\",\n\t    \"restrict\",\n\t    \"select\",\n\t    \"set\",\n\t    \"table\",\n\t    \"unique\",\n\t    \"update\",\n\t    \"validate\",\n\t    \"view\",\n\t    \"where\"\n\t  ];\n\n\t  // Built-in SAS functions\n\t  const FUNCTIONS = [\n\t    \"abs\",\n\t    \"addr\",\n\t    \"airy\",\n\t    \"arcos\",\n\t    \"arsin\",\n\t    \"atan\",\n\t    \"attrc\",\n\t    \"attrn\",\n\t    \"band\",\n\t    \"betainv\",\n\t    \"blshift\",\n\t    \"bnot\",\n\t    \"bor\",\n\t    \"brshift\",\n\t    \"bxor\",\n\t    \"byte\",\n\t    \"cdf\",\n\t    \"ceil\",\n\t    \"cexist\",\n\t    \"cinv\",\n\t    \"close\",\n\t    \"cnonct\",\n\t    \"collate\",\n\t    \"compbl\",\n\t    \"compound\",\n\t    \"compress\",\n\t    \"cos\",\n\t    \"cosh\",\n\t    \"css\",\n\t    \"curobs\",\n\t    \"cv\",\n\t    \"daccdb\",\n\t    \"daccdbsl\",\n\t    \"daccsl\",\n\t    \"daccsyd\",\n\t    \"dacctab\",\n\t    \"dairy\",\n\t    \"date\",\n\t    \"datejul\",\n\t    \"datepart\",\n\t    \"datetime\",\n\t    \"day\",\n\t    \"dclose\",\n\t    \"depdb\",\n\t    \"depdbsl\",\n\t    \"depdbsl\",\n\t    \"depsl\",\n\t    \"depsl\",\n\t    \"depsyd\",\n\t    \"depsyd\",\n\t    \"deptab\",\n\t    \"deptab\",\n\t    \"dequote\",\n\t    \"dhms\",\n\t    \"dif\",\n\t    \"digamma\",\n\t    \"dim\",\n\t    \"dinfo\",\n\t    \"dnum\",\n\t    \"dopen\",\n\t    \"doptname\",\n\t    \"doptnum\",\n\t    \"dread\",\n\t    \"dropnote\",\n\t    \"dsname\",\n\t    \"erf\",\n\t    \"erfc\",\n\t    \"exist\",\n\t    \"exp\",\n\t    \"fappend\",\n\t    \"fclose\",\n\t    \"fcol\",\n\t    \"fdelete\",\n\t    \"fetch\",\n\t    \"fetchobs\",\n\t    \"fexist\",\n\t    \"fget\",\n\t    \"fileexist\",\n\t    \"filename\",\n\t    \"fileref\",\n\t    \"finfo\",\n\t    \"finv\",\n\t    \"fipname\",\n\t    \"fipnamel\",\n\t    \"fipstate\",\n\t    \"floor\",\n\t    \"fnonct\",\n\t    \"fnote\",\n\t    \"fopen\",\n\t    \"foptname\",\n\t    \"foptnum\",\n\t    \"fpoint\",\n\t    \"fpos\",\n\t    \"fput\",\n\t    \"fread\",\n\t    \"frewind\",\n\t    \"frlen\",\n\t    \"fsep\",\n\t    \"fuzz\",\n\t    \"fwrite\",\n\t    \"gaminv\",\n\t    \"gamma\",\n\t    \"getoption\",\n\t    \"getvarc\",\n\t    \"getvarn\",\n\t    \"hbound\",\n\t    \"hms\",\n\t    \"hosthelp\",\n\t    \"hour\",\n\t    \"ibessel\",\n\t    \"index\",\n\t    \"indexc\",\n\t    \"indexw\",\n\t    \"input\",\n\t    \"inputc\",\n\t    \"inputn\",\n\t    \"int\",\n\t    \"intck\",\n\t    \"intnx\",\n\t    \"intrr\",\n\t    \"irr\",\n\t    \"jbessel\",\n\t    \"juldate\",\n\t    \"kurtosis\",\n\t    \"lag\",\n\t    \"lbound\",\n\t    \"left\",\n\t    \"length\",\n\t    \"lgamma\",\n\t    \"libname\",\n\t    \"libref\",\n\t    \"log\",\n\t    \"log10\",\n\t    \"log2\",\n\t    \"logpdf\",\n\t    \"logpmf\",\n\t    \"logsdf\",\n\t    \"lowcase\",\n\t    \"max\",\n\t    \"mdy\",\n\t    \"mean\",\n\t    \"min\",\n\t    \"minute\",\n\t    \"mod\",\n\t    \"month\",\n\t    \"mopen\",\n\t    \"mort\",\n\t    \"n\",\n\t    \"netpv\",\n\t    \"nmiss\",\n\t    \"normal\",\n\t    \"note\",\n\t    \"npv\",\n\t    \"open\",\n\t    \"ordinal\",\n\t    \"pathname\",\n\t    \"pdf\",\n\t    \"peek\",\n\t    \"peekc\",\n\t    \"pmf\",\n\t    \"point\",\n\t    \"poisson\",\n\t    \"poke\",\n\t    \"probbeta\",\n\t    \"probbnml\",\n\t    \"probchi\",\n\t    \"probf\",\n\t    \"probgam\",\n\t    \"probhypr\",\n\t    \"probit\",\n\t    \"probnegb\",\n\t    \"probnorm\",\n\t    \"probt\",\n\t    \"put\",\n\t    \"putc\",\n\t    \"putn\",\n\t    \"qtr\",\n\t    \"quote\",\n\t    \"ranbin\",\n\t    \"rancau\",\n\t    \"ranexp\",\n\t    \"rangam\",\n\t    \"range\",\n\t    \"rank\",\n\t    \"rannor\",\n\t    \"ranpoi\",\n\t    \"rantbl\",\n\t    \"rantri\",\n\t    \"ranuni\",\n\t    \"repeat\",\n\t    \"resolve\",\n\t    \"reverse\",\n\t    \"rewind\",\n\t    \"right\",\n\t    \"round\",\n\t    \"saving\",\n\t    \"scan\",\n\t    \"sdf\",\n\t    \"second\",\n\t    \"sign\",\n\t    \"sin\",\n\t    \"sinh\",\n\t    \"skewness\",\n\t    \"soundex\",\n\t    \"spedis\",\n\t    \"sqrt\",\n\t    \"std\",\n\t    \"stderr\",\n\t    \"stfips\",\n\t    \"stname\",\n\t    \"stnamel\",\n\t    \"substr\",\n\t    \"sum\",\n\t    \"symget\",\n\t    \"sysget\",\n\t    \"sysmsg\",\n\t    \"sysprod\",\n\t    \"sysrc\",\n\t    \"system\",\n\t    \"tan\",\n\t    \"tanh\",\n\t    \"time\",\n\t    \"timepart\",\n\t    \"tinv\",\n\t    \"tnonct\",\n\t    \"today\",\n\t    \"translate\",\n\t    \"tranwrd\",\n\t    \"trigamma\",\n\t    \"trim\",\n\t    \"trimn\",\n\t    \"trunc\",\n\t    \"uniform\",\n\t    \"upcase\",\n\t    \"uss\",\n\t    \"var\",\n\t    \"varfmt\",\n\t    \"varinfmt\",\n\t    \"varlabel\",\n\t    \"varlen\",\n\t    \"varname\",\n\t    \"varnum\",\n\t    \"varray\",\n\t    \"varrayx\",\n\t    \"vartype\",\n\t    \"verify\",\n\t    \"vformat\",\n\t    \"vformatd\",\n\t    \"vformatdx\",\n\t    \"vformatn\",\n\t    \"vformatnx\",\n\t    \"vformatw\",\n\t    \"vformatwx\",\n\t    \"vformatx\",\n\t    \"vinarray\",\n\t    \"vinarrayx\",\n\t    \"vinformat\",\n\t    \"vinformatd\",\n\t    \"vinformatdx\",\n\t    \"vinformatn\",\n\t    \"vinformatnx\",\n\t    \"vinformatw\",\n\t    \"vinformatwx\",\n\t    \"vinformatx\",\n\t    \"vlabel\",\n\t    \"vlabelx\",\n\t    \"vlength\",\n\t    \"vlengthx\",\n\t    \"vname\",\n\t    \"vnamex\",\n\t    \"vtype\",\n\t    \"vtypex\",\n\t    \"weekday\",\n\t    \"year\",\n\t    \"yyq\",\n\t    \"zipfips\",\n\t    \"zipname\",\n\t    \"zipnamel\",\n\t    \"zipstate\"\n\t  ];\n\n\t  // Built-in macro functions\n\t  const MACRO_FUNCTIONS = [\n\t    \"bquote\",\n\t    \"nrbquote\",\n\t    \"cmpres\",\n\t    \"qcmpres\",\n\t    \"compstor\",\n\t    \"datatyp\",\n\t    \"display\",\n\t    \"do\",\n\t    \"else\",\n\t    \"end\",\n\t    \"eval\",\n\t    \"global\",\n\t    \"goto\",\n\t    \"if\",\n\t    \"index\",\n\t    \"input\",\n\t    \"keydef\",\n\t    \"label\",\n\t    \"left\",\n\t    \"length\",\n\t    \"let\",\n\t    \"local\",\n\t    \"lowcase\",\n\t    \"macro\",\n\t    \"mend\",\n\t    \"nrbquote\",\n\t    \"nrquote\",\n\t    \"nrstr\",\n\t    \"put\",\n\t    \"qcmpres\",\n\t    \"qleft\",\n\t    \"qlowcase\",\n\t    \"qscan\",\n\t    \"qsubstr\",\n\t    \"qsysfunc\",\n\t    \"qtrim\",\n\t    \"quote\",\n\t    \"qupcase\",\n\t    \"scan\",\n\t    \"str\",\n\t    \"substr\",\n\t    \"superq\",\n\t    \"syscall\",\n\t    \"sysevalf\",\n\t    \"sysexec\",\n\t    \"sysfunc\",\n\t    \"sysget\",\n\t    \"syslput\",\n\t    \"sysprod\",\n\t    \"sysrc\",\n\t    \"sysrput\",\n\t    \"then\",\n\t    \"to\",\n\t    \"trim\",\n\t    \"unquote\",\n\t    \"until\",\n\t    \"upcase\",\n\t    \"verify\",\n\t    \"while\",\n\t    \"window\"\n\t  ];\n\n\t  const LITERALS = [\n\t    \"null\",\n\t    \"missing\",\n\t    \"_all_\",\n\t    \"_automatic_\",\n\t    \"_character_\",\n\t    \"_infile_\",\n\t    \"_n_\",\n\t    \"_name_\",\n\t    \"_null_\",\n\t    \"_numeric_\",\n\t    \"_user_\",\n\t    \"_webout_\"\n\t  ];\n\n\t  return {\n\t    name: 'SAS',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      literal: LITERALS,\n\t      keyword: SAS_KEYWORDS\n\t    },\n\t    contains: [\n\t      {\n\t        // Distinct highlight for proc <proc>, data, run, quit\n\t        className: 'keyword',\n\t        begin: /^\\s*(proc [\\w\\d_]+|data|run|quit)[\\s;]/\n\t      },\n\t      {\n\t        // Macro variables\n\t        className: 'variable',\n\t        begin: /&[a-zA-Z_&][a-zA-Z0-9_]*\\.?/\n\t      },\n\t      {\n\t        begin: [\n\t          /^\\s*/,\n\t          /datalines;|cards;/,\n\t          /(?:.*\\n)+/,\n\t          /^\\s*;\\s*$/\n\t        ],\n\t        className: {\n\t          2: \"keyword\",\n\t          3: \"string\"\n\t        }\n\t      },\n\t      {\n\t        begin: [\n\t          /%mend|%macro/,\n\t          /\\s+/,\n\t          /[a-zA-Z_&][a-zA-Z0-9_]*/\n\t        ],\n\t        className: {\n\t          1: \"built_in\",\n\t          3: \"title.function\"\n\t        }\n\t      },\n\t      { // Built-in macro variables\n\t        className: 'built_in',\n\t        begin: '%' + regex.either(...MACRO_FUNCTIONS)\n\t      },\n\t      {\n\t        // User-defined macro functions\n\t        className: 'title.function',\n\t        begin: /%[a-zA-Z_][a-zA-Z_0-9]*/\n\t      },\n\t      {\n\t        // TODO: this is most likely an incorrect classification\n\t        // built_in may need more nuance\n\t        // https://github.com/highlightjs/highlight.js/issues/2521\n\t        className: 'meta',\n\t        begin: regex.either(...FUNCTIONS) + '(?=\\\\()'\n\t      },\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          hljs.APOS_STRING_MODE,\n\t          hljs.QUOTE_STRING_MODE\n\t        ]\n\t      },\n\t      hljs.COMMENT('\\\\*', ';'),\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tsas_1 = sas;\n\treturn sas_1;\n}\n\n/*\nLanguage: Scala\nCategory: functional\nAuthor: Jan Berkel <jan.berkel@gmail.com>\nContributors: Erik Osheim <d_m@plastic-idolatry.com>\nWebsite: https://www.scala-lang.org\n*/\n\nvar scala_1;\nvar hasRequiredScala;\n\nfunction requireScala () {\n\tif (hasRequiredScala) return scala_1;\n\thasRequiredScala = 1;\n\tfunction scala(hljs) {\n\t  const regex = hljs.regex;\n\t  const ANNOTATION = {\n\t    className: 'meta',\n\t    begin: '@[A-Za-z]+'\n\t  };\n\n\t  // used in strings for escaping/interpolation/substitution\n\t  const SUBST = {\n\t    className: 'subst',\n\t    variants: [\n\t      { begin: '\\\\$[A-Za-z0-9_]+' },\n\t      {\n\t        begin: /\\$\\{/,\n\t        end: /\\}/\n\t      }\n\t    ]\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"'\n\t      },\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        begin: '[a-z]+\"',\n\t        end: '\"',\n\t        illegal: '\\\\n',\n\t        contains: [\n\t          hljs.BACKSLASH_ESCAPE,\n\t          SUBST\n\t        ]\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '[a-z]+\"\"\"',\n\t        end: '\"\"\"',\n\t        contains: [ SUBST ],\n\t        relevance: 10\n\t      }\n\t    ]\n\n\t  };\n\n\t  const TYPE = {\n\t    className: 'type',\n\t    begin: '\\\\b[A-Z][A-Za-z0-9_]*',\n\t    relevance: 0\n\t  };\n\n\t  const NAME = {\n\t    className: 'title',\n\t    begin: /[^0-9\\n\\t \"'(),.`{}\\[\\]:;][^\\n\\t \"'(),.`{}\\[\\]:;]+|[^0-9\\n\\t \"'(),.`{}\\[\\]:;=]/,\n\t    relevance: 0\n\t  };\n\n\t  const CLASS = {\n\t    className: 'class',\n\t    beginKeywords: 'class object trait type',\n\t    end: /[:={\\[\\n;]/,\n\t    excludeEnd: true,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        beginKeywords: 'extends with',\n\t        relevance: 10\n\t      },\n\t      {\n\t        begin: /\\[/,\n\t        end: /\\]/,\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        relevance: 0,\n\t        contains: [ TYPE ]\n\t      },\n\t      {\n\t        className: 'params',\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        excludeBegin: true,\n\t        excludeEnd: true,\n\t        relevance: 0,\n\t        contains: [ TYPE ]\n\t      },\n\t      NAME\n\t    ]\n\t  };\n\n\t  const METHOD = {\n\t    className: 'function',\n\t    beginKeywords: 'def',\n\t    end: regex.lookahead(/[:={\\[(\\n;]/),\n\t    contains: [ NAME ]\n\t  };\n\n\t  const EXTENSION = {\n\t    begin: [\n\t      /^\\s*/, // Is first token on the line\n\t      'extension',\n\t      /\\s+(?=[[(])/, // followed by at least one space and `[` or `(`\n\t    ],\n\t    beginScope: { 2: \"keyword\", }\n\t  };\n\n\t  const END = [\n\t    {\n\t      begin: [\n\t        /^\\s*/, // Is first token on the line\n\t        /end/,\n\t        /\\s+/,\n\t        /(extension\\b)?/, // `extension` is the only marker that follows an `end` that cannot be captured by another rule.\n\t      ],\n\t      beginScope: {\n\t        2: \"keyword\",\n\t        4: \"keyword\",\n\t      }\n\t    }\n\t  ];\n\n\t  // TODO: use negative look-behind in future\n\t  //       /(?<!\\.)\\binline(?=\\s)/\n\t  const INLINE_MODES = [\n\t    { match: /\\.inline\\b/ },\n\t    {\n\t      begin: /\\binline(?=\\s)/,\n\t      keywords: 'inline'\n\t    }\n\t  ];\n\n\t  const USING_PARAM_CLAUSE = {\n\t    begin: [\n\t      /\\(\\s*/, // Opening `(` of a parameter or argument list\n\t      /using/,\n\t      /\\s+(?!\\))/, // Spaces not followed by `)`\n\t    ],\n\t    beginScope: { 2: \"keyword\", }\n\t  };\n\n\t  return {\n\t    name: 'Scala',\n\t    keywords: {\n\t      literal: 'true false null',\n\t      keyword: 'type yield lazy override def with val var sealed abstract private trait object if then forSome for while do throw finally protected extends import final return else break new catch super class case package default try this match continue throws implicit export enum given'\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      STRING,\n\t      TYPE,\n\t      METHOD,\n\t      CLASS,\n\t      hljs.C_NUMBER_MODE,\n\t      EXTENSION,\n\t      END,\n\t      ...INLINE_MODES,\n\t      USING_PARAM_CLAUSE,\n\t      ANNOTATION\n\t    ]\n\t  };\n\t}\n\n\tscala_1 = scala;\n\treturn scala_1;\n}\n\n/*\nLanguage: Scheme\nDescription: Scheme is a programming language in the Lisp family.\n             (keywords based on http://community.schemewiki.org/?scheme-keywords)\nAuthor: JP Verkamp <me@jverkamp.com>\nContributors: Ivan Sagalaev <maniac@softwaremaniacs.org>\nOrigin: clojure.js\nWebsite: http://community.schemewiki.org/?what-is-scheme\nCategory: lisp\n*/\n\nvar scheme_1;\nvar hasRequiredScheme;\n\nfunction requireScheme () {\n\tif (hasRequiredScheme) return scheme_1;\n\thasRequiredScheme = 1;\n\tfunction scheme(hljs) {\n\t  const SCHEME_IDENT_RE = '[^\\\\(\\\\)\\\\[\\\\]\\\\{\\\\}\",\\'`;#|\\\\\\\\\\\\s]+';\n\t  const SCHEME_SIMPLE_NUMBER_RE = '(-|\\\\+)?\\\\d+([./]\\\\d+)?';\n\t  const SCHEME_COMPLEX_NUMBER_RE = SCHEME_SIMPLE_NUMBER_RE + '[+\\\\-]' + SCHEME_SIMPLE_NUMBER_RE + 'i';\n\t  const KEYWORDS = {\n\t    $pattern: SCHEME_IDENT_RE,\n\t    built_in:\n\t      'case-lambda call/cc class define-class exit-handler field import '\n\t      + 'inherit init-field interface let*-values let-values let/ec mixin '\n\t      + 'opt-lambda override protect provide public rename require '\n\t      + 'require-for-syntax syntax syntax-case syntax-error unit/sig unless '\n\t      + 'when with-syntax and begin call-with-current-continuation '\n\t      + 'call-with-input-file call-with-output-file case cond define '\n\t      + 'define-syntax delay do dynamic-wind else for-each if lambda let let* '\n\t      + 'let-syntax letrec letrec-syntax map or syntax-rules \\' * + , ,@ - ... / '\n\t      + '; < <= = => > >= ` abs acos angle append apply asin assoc assq assv atan '\n\t      + 'boolean? caar cadr call-with-input-file call-with-output-file '\n\t      + 'call-with-values car cdddar cddddr cdr ceiling char->integer '\n\t      + 'char-alphabetic? char-ci<=? char-ci<? char-ci=? char-ci>=? char-ci>? '\n\t      + 'char-downcase char-lower-case? char-numeric? char-ready? char-upcase '\n\t      + 'char-upper-case? char-whitespace? char<=? char<? char=? char>=? char>? '\n\t      + 'char? close-input-port close-output-port complex? cons cos '\n\t      + 'current-input-port current-output-port denominator display eof-object? '\n\t      + 'eq? equal? eqv? eval even? exact->inexact exact? exp expt floor '\n\t      + 'force gcd imag-part inexact->exact inexact? input-port? integer->char '\n\t      + 'integer? interaction-environment lcm length list list->string '\n\t      + 'list->vector list-ref list-tail list? load log magnitude make-polar '\n\t      + 'make-rectangular make-string make-vector max member memq memv min '\n\t      + 'modulo negative? newline not null-environment null? number->string '\n\t      + 'number? numerator odd? open-input-file open-output-file output-port? '\n\t      + 'pair? peek-char port? positive? procedure? quasiquote quote quotient '\n\t      + 'rational? rationalize read read-char real-part real? remainder reverse '\n\t      + 'round scheme-report-environment set! set-car! set-cdr! sin sqrt string '\n\t      + 'string->list string->number string->symbol string-append string-ci<=? '\n\t      + 'string-ci<? string-ci=? string-ci>=? string-ci>? string-copy '\n\t      + 'string-fill! string-length string-ref string-set! string<=? string<? '\n\t      + 'string=? string>=? string>? string? substring symbol->string symbol? '\n\t      + 'tan transcript-off transcript-on truncate values vector '\n\t      + 'vector->list vector-fill! vector-length vector-ref vector-set! '\n\t      + 'with-input-from-file with-output-to-file write write-char zero?'\n\t  };\n\n\t  const LITERAL = {\n\t    className: 'literal',\n\t    begin: '(#t|#f|#\\\\\\\\' + SCHEME_IDENT_RE + '|#\\\\\\\\.)'\n\t  };\n\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      {\n\t        begin: SCHEME_SIMPLE_NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: SCHEME_COMPLEX_NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      { begin: '#b[0-1]+(/[0-1]+)?' },\n\t      { begin: '#o[0-7]+(/[0-7]+)?' },\n\t      { begin: '#x[0-9a-f]+(/[0-9a-f]+)?' }\n\t    ]\n\t  };\n\n\t  const STRING = hljs.QUOTE_STRING_MODE;\n\n\t  const COMMENT_MODES = [\n\t    hljs.COMMENT(\n\t      ';',\n\t      '$',\n\t      { relevance: 0 }\n\t    ),\n\t    hljs.COMMENT('#\\\\|', '\\\\|#')\n\t  ];\n\n\t  const IDENT = {\n\t    begin: SCHEME_IDENT_RE,\n\t    relevance: 0\n\t  };\n\n\t  const QUOTED_IDENT = {\n\t    className: 'symbol',\n\t    begin: '\\'' + SCHEME_IDENT_RE\n\t  };\n\n\t  const BODY = {\n\t    endsWithParent: true,\n\t    relevance: 0\n\t  };\n\n\t  const QUOTED_LIST = {\n\t    variants: [\n\t      { begin: /'/ },\n\t      { begin: '`' }\n\t    ],\n\t    contains: [\n\t      {\n\t        begin: '\\\\(',\n\t        end: '\\\\)',\n\t        contains: [\n\t          'self',\n\t          LITERAL,\n\t          STRING,\n\t          NUMBER,\n\t          IDENT,\n\t          QUOTED_IDENT\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const NAME = {\n\t    className: 'name',\n\t    relevance: 0,\n\t    begin: SCHEME_IDENT_RE,\n\t    keywords: KEYWORDS\n\t  };\n\n\t  const LAMBDA = {\n\t    begin: /lambda/,\n\t    endsWithParent: true,\n\t    returnBegin: true,\n\t    contains: [\n\t      NAME,\n\t      {\n\t        endsParent: true,\n\t        variants: [\n\t          {\n\t            begin: /\\(/,\n\t            end: /\\)/\n\t          },\n\t          {\n\t            begin: /\\[/,\n\t            end: /\\]/\n\t          }\n\t        ],\n\t        contains: [ IDENT ]\n\t      }\n\t    ]\n\t  };\n\n\t  const LIST = {\n\t    variants: [\n\t      {\n\t        begin: '\\\\(',\n\t        end: '\\\\)'\n\t      },\n\t      {\n\t        begin: '\\\\[',\n\t        end: '\\\\]'\n\t      }\n\t    ],\n\t    contains: [\n\t      LAMBDA,\n\t      NAME,\n\t      BODY\n\t    ]\n\t  };\n\n\t  BODY.contains = [\n\t    LITERAL,\n\t    NUMBER,\n\t    STRING,\n\t    IDENT,\n\t    QUOTED_IDENT,\n\t    QUOTED_LIST,\n\t    LIST\n\t  ].concat(COMMENT_MODES);\n\n\t  return {\n\t    name: 'Scheme',\n\t    illegal: /\\S/,\n\t    contains: [\n\t      hljs.SHEBANG(),\n\t      NUMBER,\n\t      STRING,\n\t      QUOTED_IDENT,\n\t      QUOTED_LIST,\n\t      LIST\n\t    ].concat(COMMENT_MODES)\n\t  };\n\t}\n\n\tscheme_1 = scheme;\n\treturn scheme_1;\n}\n\n/*\nLanguage: Scilab\nAuthor: Sylvestre Ledru <sylvestre.ledru@scilab-enterprises.com>\nOrigin: matlab.js\nDescription: Scilab is a port from Matlab\nWebsite: https://www.scilab.org\nCategory: scientific\n*/\n\nvar scilab_1;\nvar hasRequiredScilab;\n\nfunction requireScilab () {\n\tif (hasRequiredScilab) return scilab_1;\n\thasRequiredScilab = 1;\n\tfunction scilab(hljs) {\n\t  const COMMON_CONTAINS = [\n\t    hljs.C_NUMBER_MODE,\n\t    {\n\t      className: 'string',\n\t      begin: '\\'|\\\"',\n\t      end: '\\'|\\\"',\n\t      contains: [\n\t        hljs.BACKSLASH_ESCAPE,\n\t        { begin: '\\'\\'' }\n\t      ]\n\t    }\n\t  ];\n\n\t  return {\n\t    name: 'Scilab',\n\t    aliases: [ 'sci' ],\n\t    keywords: {\n\t      $pattern: /%?\\w+/,\n\t      keyword: 'abort break case clear catch continue do elseif else endfunction end for function '\n\t        + 'global if pause return resume select try then while',\n\t      literal:\n\t        '%f %F %t %T %pi %eps %inf %nan %e %i %z %s',\n\t      built_in: // Scilab has more than 2000 functions. Just list the most commons\n\t       'abs and acos asin atan ceil cd chdir clearglobal cosh cos cumprod deff disp error '\n\t       + 'exec execstr exists exp eye gettext floor fprintf fread fsolve imag isdef isempty '\n\t       + 'isinfisnan isvector lasterror length load linspace list listfiles log10 log2 log '\n\t       + 'max min msprintf mclose mopen ones or pathconvert poly printf prod pwd rand real '\n\t       + 'round sinh sin size gsort sprintf sqrt strcat strcmps tring sum system tanh tan '\n\t       + 'type typename warning zeros matrix'\n\t    },\n\t    illegal: '(\"|#|/\\\\*|\\\\s+/\\\\w+)',\n\t    contains: [\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function',\n\t        end: '$',\n\t        contains: [\n\t          hljs.UNDERSCORE_TITLE_MODE,\n\t          {\n\t            className: 'params',\n\t            begin: '\\\\(',\n\t            end: '\\\\)'\n\t          }\n\t        ]\n\t      },\n\t      // seems to be a guard against [ident]' or [ident].\n\t      // perhaps to prevent attributes from flagging as keywords?\n\t      {\n\t        begin: '[a-zA-Z_][a-zA-Z_0-9]*[\\\\.\\']+',\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: '\\\\[',\n\t        end: '\\\\][\\\\.\\']*',\n\t        relevance: 0,\n\t        contains: COMMON_CONTAINS\n\t      },\n\t      hljs.COMMENT('//', '$')\n\t    ].concat(COMMON_CONTAINS)\n\t  };\n\t}\n\n\tscilab_1 = scilab;\n\treturn scilab_1;\n}\n\nvar scss_1;\nvar hasRequiredScss;\n\nfunction requireScss () {\n\tif (hasRequiredScss) return scss_1;\n\thasRequiredScss = 1;\n\tconst MODES = (hljs) => {\n\t  return {\n\t    IMPORTANT: {\n\t      scope: 'meta',\n\t      begin: '!important'\n\t    },\n\t    BLOCK_COMMENT: hljs.C_BLOCK_COMMENT_MODE,\n\t    HEXCOLOR: {\n\t      scope: 'number',\n\t      begin: /#(([0-9a-fA-F]{3,4})|(([0-9a-fA-F]{2}){3,4}))\\b/\n\t    },\n\t    FUNCTION_DISPATCH: {\n\t      className: \"built_in\",\n\t      begin: /[\\w-]+(?=\\()/\n\t    },\n\t    ATTRIBUTE_SELECTOR_MODE: {\n\t      scope: 'selector-attr',\n\t      begin: /\\[/,\n\t      end: /\\]/,\n\t      illegal: '$',\n\t      contains: [\n\t        hljs.APOS_STRING_MODE,\n\t        hljs.QUOTE_STRING_MODE\n\t      ]\n\t    },\n\t    CSS_NUMBER_MODE: {\n\t      scope: 'number',\n\t      begin: hljs.NUMBER_RE + '(' +\n\t        '%|em|ex|ch|rem' +\n\t        '|vw|vh|vmin|vmax' +\n\t        '|cm|mm|in|pt|pc|px' +\n\t        '|deg|grad|rad|turn' +\n\t        '|s|ms' +\n\t        '|Hz|kHz' +\n\t        '|dpi|dpcm|dppx' +\n\t        ')?',\n\t      relevance: 0\n\t    },\n\t    CSS_VARIABLE: {\n\t      className: \"attr\",\n\t      begin: /--[A-Za-z][A-Za-z0-9_-]*/\n\t    }\n\t  };\n\t};\n\n\tconst TAGS = [\n\t  'a',\n\t  'abbr',\n\t  'address',\n\t  'article',\n\t  'aside',\n\t  'audio',\n\t  'b',\n\t  'blockquote',\n\t  'body',\n\t  'button',\n\t  'canvas',\n\t  'caption',\n\t  'cite',\n\t  'code',\n\t  'dd',\n\t  'del',\n\t  'details',\n\t  'dfn',\n\t  'div',\n\t  'dl',\n\t  'dt',\n\t  'em',\n\t  'fieldset',\n\t  'figcaption',\n\t  'figure',\n\t  'footer',\n\t  'form',\n\t  'h1',\n\t  'h2',\n\t  'h3',\n\t  'h4',\n\t  'h5',\n\t  'h6',\n\t  'header',\n\t  'hgroup',\n\t  'html',\n\t  'i',\n\t  'iframe',\n\t  'img',\n\t  'input',\n\t  'ins',\n\t  'kbd',\n\t  'label',\n\t  'legend',\n\t  'li',\n\t  'main',\n\t  'mark',\n\t  'menu',\n\t  'nav',\n\t  'object',\n\t  'ol',\n\t  'p',\n\t  'q',\n\t  'quote',\n\t  'samp',\n\t  'section',\n\t  'span',\n\t  'strong',\n\t  'summary',\n\t  'sup',\n\t  'table',\n\t  'tbody',\n\t  'td',\n\t  'textarea',\n\t  'tfoot',\n\t  'th',\n\t  'thead',\n\t  'time',\n\t  'tr',\n\t  'ul',\n\t  'var',\n\t  'video'\n\t];\n\n\tconst MEDIA_FEATURES = [\n\t  'any-hover',\n\t  'any-pointer',\n\t  'aspect-ratio',\n\t  'color',\n\t  'color-gamut',\n\t  'color-index',\n\t  'device-aspect-ratio',\n\t  'device-height',\n\t  'device-width',\n\t  'display-mode',\n\t  'forced-colors',\n\t  'grid',\n\t  'height',\n\t  'hover',\n\t  'inverted-colors',\n\t  'monochrome',\n\t  'orientation',\n\t  'overflow-block',\n\t  'overflow-inline',\n\t  'pointer',\n\t  'prefers-color-scheme',\n\t  'prefers-contrast',\n\t  'prefers-reduced-motion',\n\t  'prefers-reduced-transparency',\n\t  'resolution',\n\t  'scan',\n\t  'scripting',\n\t  'update',\n\t  'width',\n\t  // TODO: find a better solution?\n\t  'min-width',\n\t  'max-width',\n\t  'min-height',\n\t  'max-height'\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-classes\n\tconst PSEUDO_CLASSES = [\n\t  'active',\n\t  'any-link',\n\t  'blank',\n\t  'checked',\n\t  'current',\n\t  'default',\n\t  'defined',\n\t  'dir', // dir()\n\t  'disabled',\n\t  'drop',\n\t  'empty',\n\t  'enabled',\n\t  'first',\n\t  'first-child',\n\t  'first-of-type',\n\t  'fullscreen',\n\t  'future',\n\t  'focus',\n\t  'focus-visible',\n\t  'focus-within',\n\t  'has', // has()\n\t  'host', // host or host()\n\t  'host-context', // host-context()\n\t  'hover',\n\t  'indeterminate',\n\t  'in-range',\n\t  'invalid',\n\t  'is', // is()\n\t  'lang', // lang()\n\t  'last-child',\n\t  'last-of-type',\n\t  'left',\n\t  'link',\n\t  'local-link',\n\t  'not', // not()\n\t  'nth-child', // nth-child()\n\t  'nth-col', // nth-col()\n\t  'nth-last-child', // nth-last-child()\n\t  'nth-last-col', // nth-last-col()\n\t  'nth-last-of-type', //nth-last-of-type()\n\t  'nth-of-type', //nth-of-type()\n\t  'only-child',\n\t  'only-of-type',\n\t  'optional',\n\t  'out-of-range',\n\t  'past',\n\t  'placeholder-shown',\n\t  'read-only',\n\t  'read-write',\n\t  'required',\n\t  'right',\n\t  'root',\n\t  'scope',\n\t  'target',\n\t  'target-within',\n\t  'user-invalid',\n\t  'valid',\n\t  'visited',\n\t  'where' // where()\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-elements\n\tconst PSEUDO_ELEMENTS = [\n\t  'after',\n\t  'backdrop',\n\t  'before',\n\t  'cue',\n\t  'cue-region',\n\t  'first-letter',\n\t  'first-line',\n\t  'grammar-error',\n\t  'marker',\n\t  'part',\n\t  'placeholder',\n\t  'selection',\n\t  'slotted',\n\t  'spelling-error'\n\t];\n\n\tconst ATTRIBUTES = [\n\t  'align-content',\n\t  'align-items',\n\t  'align-self',\n\t  'all',\n\t  'animation',\n\t  'animation-delay',\n\t  'animation-direction',\n\t  'animation-duration',\n\t  'animation-fill-mode',\n\t  'animation-iteration-count',\n\t  'animation-name',\n\t  'animation-play-state',\n\t  'animation-timing-function',\n\t  'backface-visibility',\n\t  'background',\n\t  'background-attachment',\n\t  'background-blend-mode',\n\t  'background-clip',\n\t  'background-color',\n\t  'background-image',\n\t  'background-origin',\n\t  'background-position',\n\t  'background-repeat',\n\t  'background-size',\n\t  'block-size',\n\t  'border',\n\t  'border-block',\n\t  'border-block-color',\n\t  'border-block-end',\n\t  'border-block-end-color',\n\t  'border-block-end-style',\n\t  'border-block-end-width',\n\t  'border-block-start',\n\t  'border-block-start-color',\n\t  'border-block-start-style',\n\t  'border-block-start-width',\n\t  'border-block-style',\n\t  'border-block-width',\n\t  'border-bottom',\n\t  'border-bottom-color',\n\t  'border-bottom-left-radius',\n\t  'border-bottom-right-radius',\n\t  'border-bottom-style',\n\t  'border-bottom-width',\n\t  'border-collapse',\n\t  'border-color',\n\t  'border-image',\n\t  'border-image-outset',\n\t  'border-image-repeat',\n\t  'border-image-slice',\n\t  'border-image-source',\n\t  'border-image-width',\n\t  'border-inline',\n\t  'border-inline-color',\n\t  'border-inline-end',\n\t  'border-inline-end-color',\n\t  'border-inline-end-style',\n\t  'border-inline-end-width',\n\t  'border-inline-start',\n\t  'border-inline-start-color',\n\t  'border-inline-start-style',\n\t  'border-inline-start-width',\n\t  'border-inline-style',\n\t  'border-inline-width',\n\t  'border-left',\n\t  'border-left-color',\n\t  'border-left-style',\n\t  'border-left-width',\n\t  'border-radius',\n\t  'border-right',\n\t  'border-right-color',\n\t  'border-right-style',\n\t  'border-right-width',\n\t  'border-spacing',\n\t  'border-style',\n\t  'border-top',\n\t  'border-top-color',\n\t  'border-top-left-radius',\n\t  'border-top-right-radius',\n\t  'border-top-style',\n\t  'border-top-width',\n\t  'border-width',\n\t  'bottom',\n\t  'box-decoration-break',\n\t  'box-shadow',\n\t  'box-sizing',\n\t  'break-after',\n\t  'break-before',\n\t  'break-inside',\n\t  'caption-side',\n\t  'caret-color',\n\t  'clear',\n\t  'clip',\n\t  'clip-path',\n\t  'clip-rule',\n\t  'color',\n\t  'column-count',\n\t  'column-fill',\n\t  'column-gap',\n\t  'column-rule',\n\t  'column-rule-color',\n\t  'column-rule-style',\n\t  'column-rule-width',\n\t  'column-span',\n\t  'column-width',\n\t  'columns',\n\t  'contain',\n\t  'content',\n\t  'content-visibility',\n\t  'counter-increment',\n\t  'counter-reset',\n\t  'cue',\n\t  'cue-after',\n\t  'cue-before',\n\t  'cursor',\n\t  'direction',\n\t  'display',\n\t  'empty-cells',\n\t  'filter',\n\t  'flex',\n\t  'flex-basis',\n\t  'flex-direction',\n\t  'flex-flow',\n\t  'flex-grow',\n\t  'flex-shrink',\n\t  'flex-wrap',\n\t  'float',\n\t  'flow',\n\t  'font',\n\t  'font-display',\n\t  'font-family',\n\t  'font-feature-settings',\n\t  'font-kerning',\n\t  'font-language-override',\n\t  'font-size',\n\t  'font-size-adjust',\n\t  'font-smoothing',\n\t  'font-stretch',\n\t  'font-style',\n\t  'font-synthesis',\n\t  'font-variant',\n\t  'font-variant-caps',\n\t  'font-variant-east-asian',\n\t  'font-variant-ligatures',\n\t  'font-variant-numeric',\n\t  'font-variant-position',\n\t  'font-variation-settings',\n\t  'font-weight',\n\t  'gap',\n\t  'glyph-orientation-vertical',\n\t  'grid',\n\t  'grid-area',\n\t  'grid-auto-columns',\n\t  'grid-auto-flow',\n\t  'grid-auto-rows',\n\t  'grid-column',\n\t  'grid-column-end',\n\t  'grid-column-start',\n\t  'grid-gap',\n\t  'grid-row',\n\t  'grid-row-end',\n\t  'grid-row-start',\n\t  'grid-template',\n\t  'grid-template-areas',\n\t  'grid-template-columns',\n\t  'grid-template-rows',\n\t  'hanging-punctuation',\n\t  'height',\n\t  'hyphens',\n\t  'icon',\n\t  'image-orientation',\n\t  'image-rendering',\n\t  'image-resolution',\n\t  'ime-mode',\n\t  'inline-size',\n\t  'isolation',\n\t  'justify-content',\n\t  'left',\n\t  'letter-spacing',\n\t  'line-break',\n\t  'line-height',\n\t  'list-style',\n\t  'list-style-image',\n\t  'list-style-position',\n\t  'list-style-type',\n\t  'margin',\n\t  'margin-block',\n\t  'margin-block-end',\n\t  'margin-block-start',\n\t  'margin-bottom',\n\t  'margin-inline',\n\t  'margin-inline-end',\n\t  'margin-inline-start',\n\t  'margin-left',\n\t  'margin-right',\n\t  'margin-top',\n\t  'marks',\n\t  'mask',\n\t  'mask-border',\n\t  'mask-border-mode',\n\t  'mask-border-outset',\n\t  'mask-border-repeat',\n\t  'mask-border-slice',\n\t  'mask-border-source',\n\t  'mask-border-width',\n\t  'mask-clip',\n\t  'mask-composite',\n\t  'mask-image',\n\t  'mask-mode',\n\t  'mask-origin',\n\t  'mask-position',\n\t  'mask-repeat',\n\t  'mask-size',\n\t  'mask-type',\n\t  'max-block-size',\n\t  'max-height',\n\t  'max-inline-size',\n\t  'max-width',\n\t  'min-block-size',\n\t  'min-height',\n\t  'min-inline-size',\n\t  'min-width',\n\t  'mix-blend-mode',\n\t  'nav-down',\n\t  'nav-index',\n\t  'nav-left',\n\t  'nav-right',\n\t  'nav-up',\n\t  'none',\n\t  'normal',\n\t  'object-fit',\n\t  'object-position',\n\t  'opacity',\n\t  'order',\n\t  'orphans',\n\t  'outline',\n\t  'outline-color',\n\t  'outline-offset',\n\t  'outline-style',\n\t  'outline-width',\n\t  'overflow',\n\t  'overflow-wrap',\n\t  'overflow-x',\n\t  'overflow-y',\n\t  'padding',\n\t  'padding-block',\n\t  'padding-block-end',\n\t  'padding-block-start',\n\t  'padding-bottom',\n\t  'padding-inline',\n\t  'padding-inline-end',\n\t  'padding-inline-start',\n\t  'padding-left',\n\t  'padding-right',\n\t  'padding-top',\n\t  'page-break-after',\n\t  'page-break-before',\n\t  'page-break-inside',\n\t  'pause',\n\t  'pause-after',\n\t  'pause-before',\n\t  'perspective',\n\t  'perspective-origin',\n\t  'pointer-events',\n\t  'position',\n\t  'quotes',\n\t  'resize',\n\t  'rest',\n\t  'rest-after',\n\t  'rest-before',\n\t  'right',\n\t  'row-gap',\n\t  'scroll-margin',\n\t  'scroll-margin-block',\n\t  'scroll-margin-block-end',\n\t  'scroll-margin-block-start',\n\t  'scroll-margin-bottom',\n\t  'scroll-margin-inline',\n\t  'scroll-margin-inline-end',\n\t  'scroll-margin-inline-start',\n\t  'scroll-margin-left',\n\t  'scroll-margin-right',\n\t  'scroll-margin-top',\n\t  'scroll-padding',\n\t  'scroll-padding-block',\n\t  'scroll-padding-block-end',\n\t  'scroll-padding-block-start',\n\t  'scroll-padding-bottom',\n\t  'scroll-padding-inline',\n\t  'scroll-padding-inline-end',\n\t  'scroll-padding-inline-start',\n\t  'scroll-padding-left',\n\t  'scroll-padding-right',\n\t  'scroll-padding-top',\n\t  'scroll-snap-align',\n\t  'scroll-snap-stop',\n\t  'scroll-snap-type',\n\t  'scrollbar-color',\n\t  'scrollbar-gutter',\n\t  'scrollbar-width',\n\t  'shape-image-threshold',\n\t  'shape-margin',\n\t  'shape-outside',\n\t  'speak',\n\t  'speak-as',\n\t  'src', // @font-face\n\t  'tab-size',\n\t  'table-layout',\n\t  'text-align',\n\t  'text-align-all',\n\t  'text-align-last',\n\t  'text-combine-upright',\n\t  'text-decoration',\n\t  'text-decoration-color',\n\t  'text-decoration-line',\n\t  'text-decoration-style',\n\t  'text-emphasis',\n\t  'text-emphasis-color',\n\t  'text-emphasis-position',\n\t  'text-emphasis-style',\n\t  'text-indent',\n\t  'text-justify',\n\t  'text-orientation',\n\t  'text-overflow',\n\t  'text-rendering',\n\t  'text-shadow',\n\t  'text-transform',\n\t  'text-underline-position',\n\t  'top',\n\t  'transform',\n\t  'transform-box',\n\t  'transform-origin',\n\t  'transform-style',\n\t  'transition',\n\t  'transition-delay',\n\t  'transition-duration',\n\t  'transition-property',\n\t  'transition-timing-function',\n\t  'unicode-bidi',\n\t  'vertical-align',\n\t  'visibility',\n\t  'voice-balance',\n\t  'voice-duration',\n\t  'voice-family',\n\t  'voice-pitch',\n\t  'voice-range',\n\t  'voice-rate',\n\t  'voice-stress',\n\t  'voice-volume',\n\t  'white-space',\n\t  'widows',\n\t  'width',\n\t  'will-change',\n\t  'word-break',\n\t  'word-spacing',\n\t  'word-wrap',\n\t  'writing-mode',\n\t  'z-index'\n\t  // reverse makes sure longer attributes `font-weight` are matched fully\n\t  // instead of getting false positives on say `font`\n\t].reverse();\n\n\t/*\n\tLanguage: SCSS\n\tDescription: Scss is an extension of the syntax of CSS.\n\tAuthor: Kurt Emch <kurt@kurtemch.com>\n\tWebsite: https://sass-lang.com\n\tCategory: common, css, web\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction scss(hljs) {\n\t  const modes = MODES(hljs);\n\t  const PSEUDO_ELEMENTS$1 = PSEUDO_ELEMENTS;\n\t  const PSEUDO_CLASSES$1 = PSEUDO_CLASSES;\n\n\t  const AT_IDENTIFIER = '@[a-z-]+'; // @font-face\n\t  const AT_MODIFIERS = \"and or not only\";\n\t  const IDENT_RE = '[a-zA-Z-][a-zA-Z0-9_-]*';\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: '(\\\\$' + IDENT_RE + ')\\\\b',\n\t    relevance: 0\n\t  };\n\n\t  return {\n\t    name: 'SCSS',\n\t    case_insensitive: true,\n\t    illegal: '[=/|\\']',\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      // to recognize keyframe 40% etc which are outside the scope of our\n\t      // attribute value mode\n\t      modes.CSS_NUMBER_MODE,\n\t      {\n\t        className: 'selector-id',\n\t        begin: '#[A-Za-z0-9_-]+',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'selector-class',\n\t        begin: '\\\\.[A-Za-z0-9_-]+',\n\t        relevance: 0\n\t      },\n\t      modes.ATTRIBUTE_SELECTOR_MODE,\n\t      {\n\t        className: 'selector-tag',\n\t        begin: '\\\\b(' + TAGS.join('|') + ')\\\\b',\n\t        // was there, before, but why?\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: ':(' + PSEUDO_CLASSES$1.join('|') + ')'\n\t      },\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: ':(:)?(' + PSEUDO_ELEMENTS$1.join('|') + ')'\n\t      },\n\t      VARIABLE,\n\t      { // pseudo-selector params\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [ modes.CSS_NUMBER_MODE ]\n\t      },\n\t      modes.CSS_VARIABLE,\n\t      {\n\t        className: 'attribute',\n\t        begin: '\\\\b(' + ATTRIBUTES.join('|') + ')\\\\b'\n\t      },\n\t      { begin: '\\\\b(whitespace|wait|w-resize|visible|vertical-text|vertical-ideographic|uppercase|upper-roman|upper-alpha|underline|transparent|top|thin|thick|text|text-top|text-bottom|tb-rl|table-header-group|table-footer-group|sw-resize|super|strict|static|square|solid|small-caps|separate|se-resize|scroll|s-resize|rtl|row-resize|ridge|right|repeat|repeat-y|repeat-x|relative|progress|pointer|overline|outside|outset|oblique|nowrap|not-allowed|normal|none|nw-resize|no-repeat|no-drop|newspaper|ne-resize|n-resize|move|middle|medium|ltr|lr-tb|lowercase|lower-roman|lower-alpha|loose|list-item|line|line-through|line-edge|lighter|left|keep-all|justify|italic|inter-word|inter-ideograph|inside|inset|inline|inline-block|inherit|inactive|ideograph-space|ideograph-parenthesis|ideograph-numeric|ideograph-alpha|horizontal|hidden|help|hand|groove|fixed|ellipsis|e-resize|double|dotted|distribute|distribute-space|distribute-letter|distribute-all-lines|disc|disabled|default|decimal|dashed|crosshair|collapse|col-resize|circle|char|center|capitalize|break-word|break-all|bottom|both|bolder|bold|block|bidi-override|below|baseline|auto|always|all-scroll|absolute|table|table-cell)\\\\b' },\n\t      {\n\t        begin: /:/,\n\t        end: /[;}{]/,\n\t        contains: [\n\t          modes.BLOCK_COMMENT,\n\t          VARIABLE,\n\t          modes.HEXCOLOR,\n\t          modes.CSS_NUMBER_MODE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          modes.IMPORTANT\n\t        ]\n\t      },\n\t      // matching these here allows us to treat them more like regular CSS\n\t      // rules so everything between the {} gets regular rule highlighting,\n\t      // which is what we want for page and font-face\n\t      {\n\t        begin: '@(page|font-face)',\n\t        keywords: {\n\t          $pattern: AT_IDENTIFIER,\n\t          keyword: '@page @font-face'\n\t        }\n\t      },\n\t      {\n\t        begin: '@',\n\t        end: '[{;]',\n\t        returnBegin: true,\n\t        keywords: {\n\t          $pattern: /[a-z-]+/,\n\t          keyword: AT_MODIFIERS,\n\t          attribute: MEDIA_FEATURES.join(\" \")\n\t        },\n\t        contains: [\n\t          {\n\t            begin: AT_IDENTIFIER,\n\t            className: \"keyword\"\n\t          },\n\t          {\n\t            begin: /[a-z-]+(?=:)/,\n\t            className: \"attribute\"\n\t          },\n\t          VARIABLE,\n\t          hljs.QUOTE_STRING_MODE,\n\t          hljs.APOS_STRING_MODE,\n\t          modes.HEXCOLOR,\n\t          modes.CSS_NUMBER_MODE\n\t        ]\n\t      },\n\t      modes.FUNCTION_DISPATCH\n\t    ]\n\t  };\n\t}\n\n\tscss_1 = scss;\n\treturn scss_1;\n}\n\n/*\nLanguage: Shell Session\nRequires: bash.js\nAuthor: TSUYUSATO Kitsune <make.just.on@gmail.com>\nCategory: common\nAudit: 2020\n*/\n\nvar shell_1;\nvar hasRequiredShell;\n\nfunction requireShell () {\n\tif (hasRequiredShell) return shell_1;\n\thasRequiredShell = 1;\n\t/** @type LanguageFn */\n\tfunction shell(hljs) {\n\t  return {\n\t    name: 'Shell Session',\n\t    aliases: [\n\t      'console',\n\t      'shellsession'\n\t    ],\n\t    contains: [\n\t      {\n\t        className: 'meta.prompt',\n\t        // We cannot add \\s (spaces) in the regular expression otherwise it will be too broad and produce unexpected result.\n\t        // For instance, in the following example, it would match \"echo /path/to/home >\" as a prompt:\n\t        // echo /path/to/home > t.exe\n\t        begin: /^\\s{0,3}[/~\\w\\d[\\]()@-]*[>%$#][ ]?/,\n\t        starts: {\n\t          end: /[^\\\\](?=\\s*$)/,\n\t          subLanguage: 'bash'\n\t        }\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tshell_1 = shell;\n\treturn shell_1;\n}\n\n/*\nLanguage: Smali\nAuthor: Dennis Titze <dennis.titze@gmail.com>\nDescription: Basic Smali highlighting\nWebsite: https://github.com/JesusFreke/smali\n*/\n\nvar smali_1;\nvar hasRequiredSmali;\n\nfunction requireSmali () {\n\tif (hasRequiredSmali) return smali_1;\n\thasRequiredSmali = 1;\n\tfunction smali(hljs) {\n\t  const smali_instr_low_prio = [\n\t    'add',\n\t    'and',\n\t    'cmp',\n\t    'cmpg',\n\t    'cmpl',\n\t    'const',\n\t    'div',\n\t    'double',\n\t    'float',\n\t    'goto',\n\t    'if',\n\t    'int',\n\t    'long',\n\t    'move',\n\t    'mul',\n\t    'neg',\n\t    'new',\n\t    'nop',\n\t    'not',\n\t    'or',\n\t    'rem',\n\t    'return',\n\t    'shl',\n\t    'shr',\n\t    'sput',\n\t    'sub',\n\t    'throw',\n\t    'ushr',\n\t    'xor'\n\t  ];\n\t  const smali_instr_high_prio = [\n\t    'aget',\n\t    'aput',\n\t    'array',\n\t    'check',\n\t    'execute',\n\t    'fill',\n\t    'filled',\n\t    'goto/16',\n\t    'goto/32',\n\t    'iget',\n\t    'instance',\n\t    'invoke',\n\t    'iput',\n\t    'monitor',\n\t    'packed',\n\t    'sget',\n\t    'sparse'\n\t  ];\n\t  const smali_keywords = [\n\t    'transient',\n\t    'constructor',\n\t    'abstract',\n\t    'final',\n\t    'synthetic',\n\t    'public',\n\t    'private',\n\t    'protected',\n\t    'static',\n\t    'bridge',\n\t    'system'\n\t  ];\n\t  return {\n\t    name: 'Smali',\n\t    contains: [\n\t      {\n\t        className: 'string',\n\t        begin: '\"',\n\t        end: '\"',\n\t        relevance: 0\n\t      },\n\t      hljs.COMMENT(\n\t        '#',\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      {\n\t        className: 'keyword',\n\t        variants: [\n\t          { begin: '\\\\s*\\\\.end\\\\s[a-zA-Z0-9]*' },\n\t          {\n\t            begin: '^[ ]*\\\\.[a-zA-Z]*',\n\t            relevance: 0\n\t          },\n\t          {\n\t            begin: '\\\\s:[a-zA-Z_0-9]*',\n\t            relevance: 0\n\t          },\n\t          { begin: '\\\\s(' + smali_keywords.join('|') + ')' }\n\t        ]\n\t      },\n\t      {\n\t        className: 'built_in',\n\t        variants: [\n\t          { begin: '\\\\s(' + smali_instr_low_prio.join('|') + ')\\\\s' },\n\t          {\n\t            begin: '\\\\s(' + smali_instr_low_prio.join('|') + ')((-|/)[a-zA-Z0-9]+)+\\\\s',\n\t            relevance: 10\n\t          },\n\t          {\n\t            begin: '\\\\s(' + smali_instr_high_prio.join('|') + ')((-|/)[a-zA-Z0-9]+)*\\\\s',\n\t            relevance: 10\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        begin: 'L[^\\(;:\\n]*;',\n\t        relevance: 0\n\t      },\n\t      { begin: '[vp][0-9]+' }\n\t    ]\n\t  };\n\t}\n\n\tsmali_1 = smali;\n\treturn smali_1;\n}\n\n/*\nLanguage: Smalltalk\nDescription: Smalltalk is an object-oriented, dynamically typed reflective programming language.\nAuthor: Vladimir Gubarkov <xonixx@gmail.com>\nWebsite: https://en.wikipedia.org/wiki/Smalltalk\n*/\n\nvar smalltalk_1;\nvar hasRequiredSmalltalk;\n\nfunction requireSmalltalk () {\n\tif (hasRequiredSmalltalk) return smalltalk_1;\n\thasRequiredSmalltalk = 1;\n\tfunction smalltalk(hljs) {\n\t  const VAR_IDENT_RE = '[a-z][a-zA-Z0-9_]*';\n\t  const CHAR = {\n\t    className: 'string',\n\t    begin: '\\\\$.{1}'\n\t  };\n\t  const SYMBOL = {\n\t    className: 'symbol',\n\t    begin: '#' + hljs.UNDERSCORE_IDENT_RE\n\t  };\n\t  return {\n\t    name: 'Smalltalk',\n\t    aliases: [ 'st' ],\n\t    keywords: [\n\t      \"self\",\n\t      \"super\",\n\t      \"nil\",\n\t      \"true\",\n\t      \"false\",\n\t      \"thisContext\"\n\t    ],\n\t    contains: [\n\t      hljs.COMMENT('\"', '\"'),\n\t      hljs.APOS_STRING_MODE,\n\t      {\n\t        className: 'type',\n\t        begin: '\\\\b[A-Z][A-Za-z0-9_]*',\n\t        relevance: 0\n\t      },\n\t      {\n\t        begin: VAR_IDENT_RE + ':',\n\t        relevance: 0\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      SYMBOL,\n\t      CHAR,\n\t      {\n\t        // This looks more complicated than needed to avoid combinatorial\n\t        // explosion under V8. It effectively means `| var1 var2 ... |` with\n\t        // whitespace adjacent to `|` being optional.\n\t        begin: '\\\\|[ ]*' + VAR_IDENT_RE + '([ ]+' + VAR_IDENT_RE + ')*[ ]*\\\\|',\n\t        returnBegin: true,\n\t        end: /\\|/,\n\t        illegal: /\\S/,\n\t        contains: [ { begin: '(\\\\|[ ]*)?' + VAR_IDENT_RE } ]\n\t      },\n\t      {\n\t        begin: '#\\\\(',\n\t        end: '\\\\)',\n\t        contains: [\n\t          hljs.APOS_STRING_MODE,\n\t          CHAR,\n\t          hljs.C_NUMBER_MODE,\n\t          SYMBOL\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tsmalltalk_1 = smalltalk;\n\treturn smalltalk_1;\n}\n\n/*\nLanguage: SML (Standard ML)\nAuthor: Edwin Dalorzo <edwin@dalorzo.org>\nDescription: SML language definition.\nWebsite: https://www.smlnj.org\nOrigin: ocaml.js\nCategory: functional\n*/\n\nvar sml_1;\nvar hasRequiredSml;\n\nfunction requireSml () {\n\tif (hasRequiredSml) return sml_1;\n\thasRequiredSml = 1;\n\tfunction sml(hljs) {\n\t  return {\n\t    name: 'SML (Standard ML)',\n\t    aliases: [ 'ml' ],\n\t    keywords: {\n\t      $pattern: '[a-z_]\\\\w*!?',\n\t      keyword:\n\t        /* according to Definition of Standard ML 97  */\n\t        'abstype and andalso as case datatype do else end eqtype '\n\t        + 'exception fn fun functor handle if in include infix infixr '\n\t        + 'let local nonfix of op open orelse raise rec sharing sig '\n\t        + 'signature struct structure then type val with withtype where while',\n\t      built_in:\n\t        /* built-in types according to basis library */\n\t        'array bool char exn int list option order real ref string substring vector unit word',\n\t      literal:\n\t        'true false NONE SOME LESS EQUAL GREATER nil'\n\t    },\n\t    illegal: /\\/\\/|>>/,\n\t    contains: [\n\t      {\n\t        className: 'literal',\n\t        begin: /\\[(\\|\\|)?\\]|\\(\\)/,\n\t        relevance: 0\n\t      },\n\t      hljs.COMMENT(\n\t        '\\\\(\\\\*',\n\t        '\\\\*\\\\)',\n\t        { contains: [ 'self' ] }\n\t      ),\n\t      { /* type variable */\n\t        className: 'symbol',\n\t        begin: '\\'[A-Za-z_](?!\\')[\\\\w\\']*'\n\t        /* the grammar is ambiguous on how 'a'b should be interpreted but not the compiler */\n\t      },\n\t      { /* polymorphic variant */\n\t        className: 'type',\n\t        begin: '`[A-Z][\\\\w\\']*'\n\t      },\n\t      { /* module or constructor */\n\t        className: 'type',\n\t        begin: '\\\\b[A-Z][\\\\w\\']*',\n\t        relevance: 0\n\t      },\n\t      { /* don't color identifiers, but safely catch all identifiers with ' */\n\t        begin: '[a-z_]\\\\w*\\'[\\\\w\\']*' },\n\t      hljs.inherit(hljs.APOS_STRING_MODE, {\n\t        className: 'string',\n\t        relevance: 0\n\t      }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }),\n\t      {\n\t        className: 'number',\n\t        begin:\n\t          '\\\\b(0[xX][a-fA-F0-9_]+[Lln]?|'\n\t          + '0[oO][0-7_]+[Lln]?|'\n\t          + '0[bB][01_]+[Lln]?|'\n\t          + '[0-9][0-9_]*([Lln]|(\\\\.[0-9_]*)?([eE][-+]?[0-9_]+)?)?)',\n\t        relevance: 0\n\t      },\n\t      { begin: /[-=]>/ // relevance booster\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tsml_1 = sml;\n\treturn sml_1;\n}\n\n/*\nLanguage: SQF\nAuthor: Søren Enevoldsen <senevoldsen90@gmail.com>\nContributors: Marvin Saignat <contact@zgmrvn.com>, Dedmen Miller <dedmen@dedmen.de>\nDescription: Scripting language for the Arma game series\nWebsite: https://community.bistudio.com/wiki/SQF_syntax\nCategory: scripting\nLast update: 28.03.2021, Arma 3 v2.02\n*/\n\nvar sqf_1;\nvar hasRequiredSqf;\n\nfunction requireSqf () {\n\tif (hasRequiredSqf) return sqf_1;\n\thasRequiredSqf = 1;\n\tfunction sqf(hljs) {\n\t  // In SQF, a variable start with _\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: /\\b_+[a-zA-Z]\\w*/\n\t  };\n\n\t  // In SQF, a function should fit myTag_fnc_myFunction pattern\n\t  // https://community.bistudio.com/wiki/Functions_Library_(Arma_3)#Adding_a_Function\n\t  const FUNCTION = {\n\t    className: 'title',\n\t    begin: /[a-zA-Z]\\w+_fnc_\\w+/\n\t  };\n\n\t  // In SQF strings, quotes matching the start are escaped by adding a consecutive.\n\t  // Example of single escaped quotes: \" \"\" \" and  ' '' '.\n\t  const STRINGS = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: '\"',\n\t        end: '\"',\n\t        contains: [\n\t          {\n\t            begin: '\"\"',\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        contains: [\n\t          {\n\t            begin: '\\'\\'',\n\t            relevance: 0\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    'case',\n\t    'catch',\n\t    'default',\n\t    'do',\n\t    'else',\n\t    'exit',\n\t    'exitWith',\n\t    'for',\n\t    'forEach',\n\t    'from',\n\t    'if',\n\t    'private',\n\t    'switch',\n\t    'then',\n\t    'throw',\n\t    'to',\n\t    'try',\n\t    'waitUntil',\n\t    'while',\n\t    'with'\n\t  ];\n\n\t  const LITERAL = [\n\t    'blufor',\n\t    'civilian',\n\t    'configNull',\n\t    'controlNull',\n\t    'displayNull',\n\t    'east',\n\t    'endl',\n\t    'false',\n\t    'grpNull',\n\t    'independent',\n\t    'lineBreak',\n\t    'locationNull',\n\t    'nil',\n\t    'objNull',\n\t    'opfor',\n\t    'pi',\n\t    'resistance',\n\t    'scriptNull',\n\t    'sideAmbientLife',\n\t    'sideEmpty',\n\t    'sideLogic',\n\t    'sideUnknown',\n\t    'taskNull',\n\t    'teamMemberNull',\n\t    'true',\n\t    'west'\n\t  ];\n\n\t  const BUILT_IN = [\n\t    'abs',\n\t    'accTime',\n\t    'acos',\n\t    'action',\n\t    'actionIDs',\n\t    'actionKeys',\n\t    'actionKeysImages',\n\t    'actionKeysNames',\n\t    'actionKeysNamesArray',\n\t    'actionName',\n\t    'actionParams',\n\t    'activateAddons',\n\t    'activatedAddons',\n\t    'activateKey',\n\t    'add3DENConnection',\n\t    'add3DENEventHandler',\n\t    'add3DENLayer',\n\t    'addAction',\n\t    'addBackpack',\n\t    'addBackpackCargo',\n\t    'addBackpackCargoGlobal',\n\t    'addBackpackGlobal',\n\t    'addBinocularItem',\n\t    'addCamShake',\n\t    'addCuratorAddons',\n\t    'addCuratorCameraArea',\n\t    'addCuratorEditableObjects',\n\t    'addCuratorEditingArea',\n\t    'addCuratorPoints',\n\t    'addEditorObject',\n\t    'addEventHandler',\n\t    'addForce',\n\t    'addForceGeneratorRTD',\n\t    'addGoggles',\n\t    'addGroupIcon',\n\t    'addHandgunItem',\n\t    'addHeadgear',\n\t    'addItem',\n\t    'addItemCargo',\n\t    'addItemCargoGlobal',\n\t    'addItemPool',\n\t    'addItemToBackpack',\n\t    'addItemToUniform',\n\t    'addItemToVest',\n\t    'addLiveStats',\n\t    'addMagazine',\n\t    'addMagazineAmmoCargo',\n\t    'addMagazineCargo',\n\t    'addMagazineCargoGlobal',\n\t    'addMagazineGlobal',\n\t    'addMagazinePool',\n\t    'addMagazines',\n\t    'addMagazineTurret',\n\t    'addMenu',\n\t    'addMenuItem',\n\t    'addMissionEventHandler',\n\t    'addMPEventHandler',\n\t    'addMusicEventHandler',\n\t    'addonFiles',\n\t    'addOwnedMine',\n\t    'addPlayerScores',\n\t    'addPrimaryWeaponItem',\n\t    'addPublicVariableEventHandler',\n\t    'addRating',\n\t    'addResources',\n\t    'addScore',\n\t    'addScoreSide',\n\t    'addSecondaryWeaponItem',\n\t    'addSwitchableUnit',\n\t    'addTeamMember',\n\t    'addToRemainsCollector',\n\t    'addTorque',\n\t    'addUniform',\n\t    'addVehicle',\n\t    'addVest',\n\t    'addWaypoint',\n\t    'addWeapon',\n\t    'addWeaponCargo',\n\t    'addWeaponCargoGlobal',\n\t    'addWeaponGlobal',\n\t    'addWeaponItem',\n\t    'addWeaponPool',\n\t    'addWeaponTurret',\n\t    'addWeaponWithAttachmentsCargo',\n\t    'addWeaponWithAttachmentsCargoGlobal',\n\t    'admin',\n\t    'agent',\n\t    'agents',\n\t    'AGLToASL',\n\t    'aimedAtTarget',\n\t    'aimPos',\n\t    'airDensityCurveRTD',\n\t    'airDensityRTD',\n\t    'airplaneThrottle',\n\t    'airportSide',\n\t    'AISFinishHeal',\n\t    'alive',\n\t    'all3DENEntities',\n\t    'allActiveTitleEffects',\n\t    'allAddonsInfo',\n\t    'allAirports',\n\t    'allControls',\n\t    'allCurators',\n\t    'allCutLayers',\n\t    'allDead',\n\t    'allDeadMen',\n\t    'allDiarySubjects',\n\t    'allDisplays',\n\t    'allGroups',\n\t    'allMapMarkers',\n\t    'allMines',\n\t    'allMissionObjects',\n\t    'allow3DMode',\n\t    'allowCrewInImmobile',\n\t    'allowCuratorLogicIgnoreAreas',\n\t    'allowDamage',\n\t    'allowDammage',\n\t    'allowFileOperations',\n\t    'allowFleeing',\n\t    'allowGetIn',\n\t    'allowSprint',\n\t    'allPlayers',\n\t    'allSimpleObjects',\n\t    'allSites',\n\t    'allTurrets',\n\t    'allUnits',\n\t    'allUnitsUAV',\n\t    'allVariables',\n\t    'ammo',\n\t    'ammoOnPylon',\n\t    'and',\n\t    'animate',\n\t    'animateBay',\n\t    'animateDoor',\n\t    'animatePylon',\n\t    'animateSource',\n\t    'animationNames',\n\t    'animationPhase',\n\t    'animationSourcePhase',\n\t    'animationState',\n\t    'apertureParams',\n\t    'append',\n\t    'apply',\n\t    'armoryPoints',\n\t    'arrayIntersect',\n\t    'asin',\n\t    'ASLToAGL',\n\t    'ASLToATL',\n\t    'assert',\n\t    'assignAsCargo',\n\t    'assignAsCargoIndex',\n\t    'assignAsCommander',\n\t    'assignAsDriver',\n\t    'assignAsGunner',\n\t    'assignAsTurret',\n\t    'assignCurator',\n\t    'assignedCargo',\n\t    'assignedCommander',\n\t    'assignedDriver',\n\t    'assignedGunner',\n\t    'assignedItems',\n\t    'assignedTarget',\n\t    'assignedTeam',\n\t    'assignedVehicle',\n\t    'assignedVehicleRole',\n\t    'assignItem',\n\t    'assignTeam',\n\t    'assignToAirport',\n\t    'atan',\n\t    'atan2',\n\t    'atg',\n\t    'ATLToASL',\n\t    'attachedObject',\n\t    'attachedObjects',\n\t    'attachedTo',\n\t    'attachObject',\n\t    'attachTo',\n\t    'attackEnabled',\n\t    'backpack',\n\t    'backpackCargo',\n\t    'backpackContainer',\n\t    'backpackItems',\n\t    'backpackMagazines',\n\t    'backpackSpaceFor',\n\t    'batteryChargeRTD',\n\t    'behaviour',\n\t    'benchmark',\n\t    'bezierInterpolation',\n\t    'binocular',\n\t    'binocularItems',\n\t    'binocularMagazine',\n\t    'boundingBox',\n\t    'boundingBoxReal',\n\t    'boundingCenter',\n\t    'break',\n\t    'breakOut',\n\t    'breakTo',\n\t    'breakWith',\n\t    'briefingName',\n\t    'buildingExit',\n\t    'buildingPos',\n\t    'buldozer_EnableRoadDiag',\n\t    'buldozer_IsEnabledRoadDiag',\n\t    'buldozer_LoadNewRoads',\n\t    'buldozer_reloadOperMap',\n\t    'buttonAction',\n\t    'buttonSetAction',\n\t    'cadetMode',\n\t    'calculatePath',\n\t    'calculatePlayerVisibilityByFriendly',\n\t    'call',\n\t    'callExtension',\n\t    'camCommand',\n\t    'camCommit',\n\t    'camCommitPrepared',\n\t    'camCommitted',\n\t    'camConstuctionSetParams',\n\t    'camCreate',\n\t    'camDestroy',\n\t    'cameraEffect',\n\t    'cameraEffectEnableHUD',\n\t    'cameraInterest',\n\t    'cameraOn',\n\t    'cameraView',\n\t    'campaignConfigFile',\n\t    'camPreload',\n\t    'camPreloaded',\n\t    'camPrepareBank',\n\t    'camPrepareDir',\n\t    'camPrepareDive',\n\t    'camPrepareFocus',\n\t    'camPrepareFov',\n\t    'camPrepareFovRange',\n\t    'camPreparePos',\n\t    'camPrepareRelPos',\n\t    'camPrepareTarget',\n\t    'camSetBank',\n\t    'camSetDir',\n\t    'camSetDive',\n\t    'camSetFocus',\n\t    'camSetFov',\n\t    'camSetFovRange',\n\t    'camSetPos',\n\t    'camSetRelPos',\n\t    'camSetTarget',\n\t    'camTarget',\n\t    'camUseNVG',\n\t    'canAdd',\n\t    'canAddItemToBackpack',\n\t    'canAddItemToUniform',\n\t    'canAddItemToVest',\n\t    'cancelSimpleTaskDestination',\n\t    'canFire',\n\t    'canMove',\n\t    'canSlingLoad',\n\t    'canStand',\n\t    'canSuspend',\n\t    'canTriggerDynamicSimulation',\n\t    'canUnloadInCombat',\n\t    'canVehicleCargo',\n\t    'captive',\n\t    'captiveNum',\n\t    'cbChecked',\n\t    'cbSetChecked',\n\t    'ceil',\n\t    'channelEnabled',\n\t    'cheatsEnabled',\n\t    'checkAIFeature',\n\t    'checkVisibility',\n\t    'className',\n\t    'clear3DENAttribute',\n\t    'clear3DENInventory',\n\t    'clearAllItemsFromBackpack',\n\t    'clearBackpackCargo',\n\t    'clearBackpackCargoGlobal',\n\t    'clearForcesRTD',\n\t    'clearGroupIcons',\n\t    'clearItemCargo',\n\t    'clearItemCargoGlobal',\n\t    'clearItemPool',\n\t    'clearMagazineCargo',\n\t    'clearMagazineCargoGlobal',\n\t    'clearMagazinePool',\n\t    'clearOverlay',\n\t    'clearRadio',\n\t    'clearVehicleInit',\n\t    'clearWeaponCargo',\n\t    'clearWeaponCargoGlobal',\n\t    'clearWeaponPool',\n\t    'clientOwner',\n\t    'closeDialog',\n\t    'closeDisplay',\n\t    'closeOverlay',\n\t    'collapseObjectTree',\n\t    'collect3DENHistory',\n\t    'collectiveRTD',\n\t    'combatBehaviour',\n\t    'combatMode',\n\t    'commandArtilleryFire',\n\t    'commandChat',\n\t    'commander',\n\t    'commandFire',\n\t    'commandFollow',\n\t    'commandFSM',\n\t    'commandGetOut',\n\t    'commandingMenu',\n\t    'commandMove',\n\t    'commandRadio',\n\t    'commandStop',\n\t    'commandSuppressiveFire',\n\t    'commandTarget',\n\t    'commandWatch',\n\t    'comment',\n\t    'commitOverlay',\n\t    'compile',\n\t    'compileFinal',\n\t    'compileScript',\n\t    'completedFSM',\n\t    'composeText',\n\t    'configClasses',\n\t    'configFile',\n\t    'configHierarchy',\n\t    'configName',\n\t    'configOf',\n\t    'configProperties',\n\t    'configSourceAddonList',\n\t    'configSourceMod',\n\t    'configSourceModList',\n\t    'confirmSensorTarget',\n\t    'connectTerminalToUAV',\n\t    'connectToServer',\n\t    'continue',\n\t    'continueWith',\n\t    'controlsGroupCtrl',\n\t    'copyFromClipboard',\n\t    'copyToClipboard',\n\t    'copyWaypoints',\n\t    'cos',\n\t    'count',\n\t    'countEnemy',\n\t    'countFriendly',\n\t    'countSide',\n\t    'countType',\n\t    'countUnknown',\n\t    'create3DENComposition',\n\t    'create3DENEntity',\n\t    'createAgent',\n\t    'createCenter',\n\t    'createDialog',\n\t    'createDiaryLink',\n\t    'createDiaryRecord',\n\t    'createDiarySubject',\n\t    'createDisplay',\n\t    'createGearDialog',\n\t    'createGroup',\n\t    'createGuardedPoint',\n\t    'createHashMap',\n\t    'createHashMapFromArray',\n\t    'createLocation',\n\t    'createMarker',\n\t    'createMarkerLocal',\n\t    'createMenu',\n\t    'createMine',\n\t    'createMissionDisplay',\n\t    'createMPCampaignDisplay',\n\t    'createSimpleObject',\n\t    'createSimpleTask',\n\t    'createSite',\n\t    'createSoundSource',\n\t    'createTarget',\n\t    'createTask',\n\t    'createTeam',\n\t    'createTrigger',\n\t    'createUnit',\n\t    'createVehicle',\n\t    'createVehicleCrew',\n\t    'createVehicleLocal',\n\t    'crew',\n\t    'ctAddHeader',\n\t    'ctAddRow',\n\t    'ctClear',\n\t    'ctCurSel',\n\t    'ctData',\n\t    'ctFindHeaderRows',\n\t    'ctFindRowHeader',\n\t    'ctHeaderControls',\n\t    'ctHeaderCount',\n\t    'ctRemoveHeaders',\n\t    'ctRemoveRows',\n\t    'ctrlActivate',\n\t    'ctrlAddEventHandler',\n\t    'ctrlAngle',\n\t    'ctrlAnimateModel',\n\t    'ctrlAnimationPhaseModel',\n\t    'ctrlAutoScrollDelay',\n\t    'ctrlAutoScrollRewind',\n\t    'ctrlAutoScrollSpeed',\n\t    'ctrlChecked',\n\t    'ctrlClassName',\n\t    'ctrlCommit',\n\t    'ctrlCommitted',\n\t    'ctrlCreate',\n\t    'ctrlDelete',\n\t    'ctrlEnable',\n\t    'ctrlEnabled',\n\t    'ctrlFade',\n\t    'ctrlFontHeight',\n\t    'ctrlHTMLLoaded',\n\t    'ctrlIDC',\n\t    'ctrlIDD',\n\t    'ctrlMapAnimAdd',\n\t    'ctrlMapAnimClear',\n\t    'ctrlMapAnimCommit',\n\t    'ctrlMapAnimDone',\n\t    'ctrlMapCursor',\n\t    'ctrlMapMouseOver',\n\t    'ctrlMapScale',\n\t    'ctrlMapScreenToWorld',\n\t    'ctrlMapWorldToScreen',\n\t    'ctrlModel',\n\t    'ctrlModelDirAndUp',\n\t    'ctrlModelScale',\n\t    'ctrlMousePosition',\n\t    'ctrlParent',\n\t    'ctrlParentControlsGroup',\n\t    'ctrlPosition',\n\t    'ctrlRemoveAllEventHandlers',\n\t    'ctrlRemoveEventHandler',\n\t    'ctrlScale',\n\t    'ctrlScrollValues',\n\t    'ctrlSetActiveColor',\n\t    'ctrlSetAngle',\n\t    'ctrlSetAutoScrollDelay',\n\t    'ctrlSetAutoScrollRewind',\n\t    'ctrlSetAutoScrollSpeed',\n\t    'ctrlSetBackgroundColor',\n\t    'ctrlSetChecked',\n\t    'ctrlSetDisabledColor',\n\t    'ctrlSetEventHandler',\n\t    'ctrlSetFade',\n\t    'ctrlSetFocus',\n\t    'ctrlSetFont',\n\t    'ctrlSetFontH1',\n\t    'ctrlSetFontH1B',\n\t    'ctrlSetFontH2',\n\t    'ctrlSetFontH2B',\n\t    'ctrlSetFontH3',\n\t    'ctrlSetFontH3B',\n\t    'ctrlSetFontH4',\n\t    'ctrlSetFontH4B',\n\t    'ctrlSetFontH5',\n\t    'ctrlSetFontH5B',\n\t    'ctrlSetFontH6',\n\t    'ctrlSetFontH6B',\n\t    'ctrlSetFontHeight',\n\t    'ctrlSetFontHeightH1',\n\t    'ctrlSetFontHeightH2',\n\t    'ctrlSetFontHeightH3',\n\t    'ctrlSetFontHeightH4',\n\t    'ctrlSetFontHeightH5',\n\t    'ctrlSetFontHeightH6',\n\t    'ctrlSetFontHeightSecondary',\n\t    'ctrlSetFontP',\n\t    'ctrlSetFontPB',\n\t    'ctrlSetFontSecondary',\n\t    'ctrlSetForegroundColor',\n\t    'ctrlSetModel',\n\t    'ctrlSetModelDirAndUp',\n\t    'ctrlSetModelScale',\n\t    'ctrlSetMousePosition',\n\t    'ctrlSetPixelPrecision',\n\t    'ctrlSetPosition',\n\t    'ctrlSetPositionH',\n\t    'ctrlSetPositionW',\n\t    'ctrlSetPositionX',\n\t    'ctrlSetPositionY',\n\t    'ctrlSetScale',\n\t    'ctrlSetScrollValues',\n\t    'ctrlSetStructuredText',\n\t    'ctrlSetText',\n\t    'ctrlSetTextColor',\n\t    'ctrlSetTextColorSecondary',\n\t    'ctrlSetTextSecondary',\n\t    'ctrlSetTextSelection',\n\t    'ctrlSetTooltip',\n\t    'ctrlSetTooltipColorBox',\n\t    'ctrlSetTooltipColorShade',\n\t    'ctrlSetTooltipColorText',\n\t    'ctrlSetURL',\n\t    'ctrlShow',\n\t    'ctrlShown',\n\t    'ctrlStyle',\n\t    'ctrlText',\n\t    'ctrlTextColor',\n\t    'ctrlTextHeight',\n\t    'ctrlTextSecondary',\n\t    'ctrlTextSelection',\n\t    'ctrlTextWidth',\n\t    'ctrlTooltip',\n\t    'ctrlType',\n\t    'ctrlURL',\n\t    'ctrlVisible',\n\t    'ctRowControls',\n\t    'ctRowCount',\n\t    'ctSetCurSel',\n\t    'ctSetData',\n\t    'ctSetHeaderTemplate',\n\t    'ctSetRowTemplate',\n\t    'ctSetValue',\n\t    'ctValue',\n\t    'curatorAddons',\n\t    'curatorCamera',\n\t    'curatorCameraArea',\n\t    'curatorCameraAreaCeiling',\n\t    'curatorCoef',\n\t    'curatorEditableObjects',\n\t    'curatorEditingArea',\n\t    'curatorEditingAreaType',\n\t    'curatorMouseOver',\n\t    'curatorPoints',\n\t    'curatorRegisteredObjects',\n\t    'curatorSelected',\n\t    'curatorWaypointCost',\n\t    'current3DENOperation',\n\t    'currentChannel',\n\t    'currentCommand',\n\t    'currentMagazine',\n\t    'currentMagazineDetail',\n\t    'currentMagazineDetailTurret',\n\t    'currentMagazineTurret',\n\t    'currentMuzzle',\n\t    'currentNamespace',\n\t    'currentPilot',\n\t    'currentTask',\n\t    'currentTasks',\n\t    'currentThrowable',\n\t    'currentVisionMode',\n\t    'currentWaypoint',\n\t    'currentWeapon',\n\t    'currentWeaponMode',\n\t    'currentWeaponTurret',\n\t    'currentZeroing',\n\t    'cursorObject',\n\t    'cursorTarget',\n\t    'customChat',\n\t    'customRadio',\n\t    'customWaypointPosition',\n\t    'cutFadeOut',\n\t    'cutObj',\n\t    'cutRsc',\n\t    'cutText',\n\t    'damage',\n\t    'date',\n\t    'dateToNumber',\n\t    'daytime',\n\t    'deActivateKey',\n\t    'debriefingText',\n\t    'debugFSM',\n\t    'debugLog',\n\t    'decayGraphValues',\n\t    'deg',\n\t    'delete3DENEntities',\n\t    'deleteAt',\n\t    'deleteCenter',\n\t    'deleteCollection',\n\t    'deleteEditorObject',\n\t    'deleteGroup',\n\t    'deleteGroupWhenEmpty',\n\t    'deleteIdentity',\n\t    'deleteLocation',\n\t    'deleteMarker',\n\t    'deleteMarkerLocal',\n\t    'deleteRange',\n\t    'deleteResources',\n\t    'deleteSite',\n\t    'deleteStatus',\n\t    'deleteTarget',\n\t    'deleteTeam',\n\t    'deleteVehicle',\n\t    'deleteVehicleCrew',\n\t    'deleteWaypoint',\n\t    'detach',\n\t    'detectedMines',\n\t    'diag_activeMissionFSMs',\n\t    'diag_activeScripts',\n\t    'diag_activeSQSScripts',\n\t    'diag_captureFrameToFile',\n\t    'diag_captureSlowFrame',\n\t    'diag_deltaTime',\n\t    'diag_drawMode',\n\t    'diag_enable',\n\t    'diag_enabled',\n\t    'diag_fps',\n\t    'diag_fpsMin',\n\t    'diag_frameNo',\n\t    'diag_list',\n\t    'diag_mergeConfigFile',\n\t    'diag_scope',\n\t    'diag_activeSQFScripts',\n\t    'diag_allMissionEventHandlers',\n\t    'diag_captureFrame',\n\t    'diag_codePerformance',\n\t    'diag_dumpCalltraceToLog',\n\t    'diag_dumpTerrainSynth',\n\t    'diag_dynamicSimulationEnd',\n\t    'diag_exportConfig',\n\t    'diag_exportTerrainSVG',\n\t    'diag_lightNewLoad',\n\t    'diag_localized',\n\t    'diag_log',\n\t    'diag_logSlowFrame',\n\t    'diag_recordTurretLimits',\n\t    'diag_resetShapes',\n\t    'diag_setLightNew',\n\t    'diag_tickTime',\n\t    'diag_toggle',\n\t    'dialog',\n\t    'diaryRecordNull',\n\t    'diarySubjectExists',\n\t    'didJIP',\n\t    'didJIPOwner',\n\t    'difficulty',\n\t    'difficultyEnabled',\n\t    'difficultyEnabledRTD',\n\t    'difficultyOption',\n\t    'direction',\n\t    'directSay',\n\t    'disableAI',\n\t    'disableCollisionWith',\n\t    'disableConversation',\n\t    'disableDebriefingStats',\n\t    'disableMapIndicators',\n\t    'disableNVGEquipment',\n\t    'disableRemoteSensors',\n\t    'disableSerialization',\n\t    'disableTIEquipment',\n\t    'disableUAVConnectability',\n\t    'disableUserInput',\n\t    'displayAddEventHandler',\n\t    'displayCtrl',\n\t    'displayParent',\n\t    'displayRemoveAllEventHandlers',\n\t    'displayRemoveEventHandler',\n\t    'displaySetEventHandler',\n\t    'dissolveTeam',\n\t    'distance',\n\t    'distance2D',\n\t    'distanceSqr',\n\t    'distributionRegion',\n\t    'do3DENAction',\n\t    'doArtilleryFire',\n\t    'doFire',\n\t    'doFollow',\n\t    'doFSM',\n\t    'doGetOut',\n\t    'doMove',\n\t    'doorPhase',\n\t    'doStop',\n\t    'doSuppressiveFire',\n\t    'doTarget',\n\t    'doWatch',\n\t    'drawArrow',\n\t    'drawEllipse',\n\t    'drawIcon',\n\t    'drawIcon3D',\n\t    'drawLine',\n\t    'drawLine3D',\n\t    'drawLink',\n\t    'drawLocation',\n\t    'drawPolygon',\n\t    'drawRectangle',\n\t    'drawTriangle',\n\t    'driver',\n\t    'drop',\n\t    'dynamicSimulationDistance',\n\t    'dynamicSimulationDistanceCoef',\n\t    'dynamicSimulationEnabled',\n\t    'dynamicSimulationSystemEnabled',\n\t    'echo',\n\t    'edit3DENMissionAttributes',\n\t    'editObject',\n\t    'editorSetEventHandler',\n\t    'effectiveCommander',\n\t    'elevatePeriscope',\n\t    'emptyPositions',\n\t    'enableAI',\n\t    'enableAIFeature',\n\t    'enableAimPrecision',\n\t    'enableAttack',\n\t    'enableAudioFeature',\n\t    'enableAutoStartUpRTD',\n\t    'enableAutoTrimRTD',\n\t    'enableCamShake',\n\t    'enableCaustics',\n\t    'enableChannel',\n\t    'enableCollisionWith',\n\t    'enableCopilot',\n\t    'enableDebriefingStats',\n\t    'enableDiagLegend',\n\t    'enableDynamicSimulation',\n\t    'enableDynamicSimulationSystem',\n\t    'enableEndDialog',\n\t    'enableEngineArtillery',\n\t    'enableEnvironment',\n\t    'enableFatigue',\n\t    'enableGunLights',\n\t    'enableInfoPanelComponent',\n\t    'enableIRLasers',\n\t    'enableMimics',\n\t    'enablePersonTurret',\n\t    'enableRadio',\n\t    'enableReload',\n\t    'enableRopeAttach',\n\t    'enableSatNormalOnDetail',\n\t    'enableSaving',\n\t    'enableSentences',\n\t    'enableSimulation',\n\t    'enableSimulationGlobal',\n\t    'enableStamina',\n\t    'enableStressDamage',\n\t    'enableTeamSwitch',\n\t    'enableTraffic',\n\t    'enableUAVConnectability',\n\t    'enableUAVWaypoints',\n\t    'enableVehicleCargo',\n\t    'enableVehicleSensor',\n\t    'enableWeaponDisassembly',\n\t    'endLoadingScreen',\n\t    'endMission',\n\t    'enemy',\n\t    'engineOn',\n\t    'enginesIsOnRTD',\n\t    'enginesPowerRTD',\n\t    'enginesRpmRTD',\n\t    'enginesTorqueRTD',\n\t    'entities',\n\t    'environmentEnabled',\n\t    'environmentVolume',\n\t    'estimatedEndServerTime',\n\t    'estimatedTimeLeft',\n\t    'evalObjectArgument',\n\t    'everyBackpack',\n\t    'everyContainer',\n\t    'exec',\n\t    'execEditorScript',\n\t    'execFSM',\n\t    'execVM',\n\t    'exp',\n\t    'expectedDestination',\n\t    'exportJIPMessages',\n\t    'exportLandscapeXYZ',\n\t    'eyeDirection',\n\t    'eyePos',\n\t    'face',\n\t    'faction',\n\t    'fadeEnvironment',\n\t    'fadeMusic',\n\t    'fadeRadio',\n\t    'fadeSound',\n\t    'fadeSpeech',\n\t    'failMission',\n\t    'fileExists',\n\t    'fillWeaponsFromPool',\n\t    'find',\n\t    'findCover',\n\t    'findDisplay',\n\t    'findEditorObject',\n\t    'findEmptyPosition',\n\t    'findEmptyPositionReady',\n\t    'findIf',\n\t    'findNearestEnemy',\n\t    'finishMissionInit',\n\t    'finite',\n\t    'fire',\n\t    'fireAtTarget',\n\t    'firstBackpack',\n\t    'flag',\n\t    'flagAnimationPhase',\n\t    'flagOwner',\n\t    'flagSide',\n\t    'flagTexture',\n\t    'flatten',\n\t    'fleeing',\n\t    'floor',\n\t    'flyInHeight',\n\t    'flyInHeightASL',\n\t    'focusedCtrl',\n\t    'fog',\n\t    'fogForecast',\n\t    'fogParams',\n\t    'forceAddUniform',\n\t    'forceAtPositionRTD',\n\t    'forceCadetDifficulty',\n\t    'forcedMap',\n\t    'forceEnd',\n\t    'forceFlagTexture',\n\t    'forceFollowRoad',\n\t    'forceGeneratorRTD',\n\t    'forceMap',\n\t    'forceRespawn',\n\t    'forceSpeed',\n\t    'forceUnicode',\n\t    'forceWalk',\n\t    'forceWeaponFire',\n\t    'forceWeatherChange',\n\t    'forEachMember',\n\t    'forEachMemberAgent',\n\t    'forEachMemberTeam',\n\t    'forgetTarget',\n\t    'format',\n\t    'formation',\n\t    'formationDirection',\n\t    'formationLeader',\n\t    'formationMembers',\n\t    'formationPosition',\n\t    'formationTask',\n\t    'formatText',\n\t    'formLeader',\n\t    'freeLook',\n\t    'friendly',\n\t    'fromEditor',\n\t    'fuel',\n\t    'fullCrew',\n\t    'gearIDCAmmoCount',\n\t    'gearSlotAmmoCount',\n\t    'gearSlotData',\n\t    'get',\n\t    'get3DENActionState',\n\t    'get3DENAttribute',\n\t    'get3DENCamera',\n\t    'get3DENConnections',\n\t    'get3DENEntity',\n\t    'get3DENEntityID',\n\t    'get3DENGrid',\n\t    'get3DENIconsVisible',\n\t    'get3DENLayerEntities',\n\t    'get3DENLinesVisible',\n\t    'get3DENMissionAttribute',\n\t    'get3DENMouseOver',\n\t    'get3DENSelected',\n\t    'getAimingCoef',\n\t    'getAllEnvSoundControllers',\n\t    'getAllHitPointsDamage',\n\t    'getAllOwnedMines',\n\t    'getAllPylonsInfo',\n\t    'getAllSoundControllers',\n\t    'getAllUnitTraits',\n\t    'getAmmoCargo',\n\t    'getAnimAimPrecision',\n\t    'getAnimSpeedCoef',\n\t    'getArray',\n\t    'getArtilleryAmmo',\n\t    'getArtilleryComputerSettings',\n\t    'getArtilleryETA',\n\t    'getAssetDLCInfo',\n\t    'getAssignedCuratorLogic',\n\t    'getAssignedCuratorUnit',\n\t    'getAttackTarget',\n\t    'getAudioOptionVolumes',\n\t    'getBackpackCargo',\n\t    'getBleedingRemaining',\n\t    'getBurningValue',\n\t    'getCalculatePlayerVisibilityByFriendly',\n\t    'getCameraViewDirection',\n\t    'getCargoIndex',\n\t    'getCenterOfMass',\n\t    'getClientState',\n\t    'getClientStateNumber',\n\t    'getCompatiblePylonMagazines',\n\t    'getConnectedUAV',\n\t    'getContainerMaxLoad',\n\t    'getCursorObjectParams',\n\t    'getCustomAimCoef',\n\t    'getCustomSoundController',\n\t    'getCustomSoundControllerCount',\n\t    'getDammage',\n\t    'getDescription',\n\t    'getDir',\n\t    'getDirVisual',\n\t    'getDiverState',\n\t    'getDLCAssetsUsage',\n\t    'getDLCAssetsUsageByName',\n\t    'getDLCs',\n\t    'getDLCUsageTime',\n\t    'getEditorCamera',\n\t    'getEditorMode',\n\t    'getEditorObjectScope',\n\t    'getElevationOffset',\n\t    'getEnvSoundController',\n\t    'getFatigue',\n\t    'getFieldManualStartPage',\n\t    'getForcedFlagTexture',\n\t    'getFriend',\n\t    'getFSMVariable',\n\t    'getFuelCargo',\n\t    'getGraphValues',\n\t    'getGroupIcon',\n\t    'getGroupIconParams',\n\t    'getGroupIcons',\n\t    'getHideFrom',\n\t    'getHit',\n\t    'getHitIndex',\n\t    'getHitPointDamage',\n\t    'getItemCargo',\n\t    'getLighting',\n\t    'getLightingAt',\n\t    'getLoadedModsInfo',\n\t    'getMagazineCargo',\n\t    'getMarkerColor',\n\t    'getMarkerPos',\n\t    'getMarkerSize',\n\t    'getMarkerType',\n\t    'getMass',\n\t    'getMissionConfig',\n\t    'getMissionConfigValue',\n\t    'getMissionDLCs',\n\t    'getMissionLayerEntities',\n\t    'getMissionLayers',\n\t    'getMissionPath',\n\t    'getModelInfo',\n\t    'getMousePosition',\n\t    'getMusicPlayedTime',\n\t    'getNumber',\n\t    'getObjectArgument',\n\t    'getObjectChildren',\n\t    'getObjectDLC',\n\t    'getObjectFOV',\n\t    'getObjectMaterials',\n\t    'getObjectProxy',\n\t    'getObjectScale',\n\t    'getObjectTextures',\n\t    'getObjectType',\n\t    'getObjectViewDistance',\n\t    'getOrDefault',\n\t    'getOxygenRemaining',\n\t    'getPersonUsedDLCs',\n\t    'getPilotCameraDirection',\n\t    'getPilotCameraPosition',\n\t    'getPilotCameraRotation',\n\t    'getPilotCameraTarget',\n\t    'getPlateNumber',\n\t    'getPlayerChannel',\n\t    'getPlayerID',\n\t    'getPlayerScores',\n\t    'getPlayerUID',\n\t    'getPlayerUIDOld',\n\t    'getPlayerVoNVolume',\n\t    'getPos',\n\t    'getPosASL',\n\t    'getPosASLVisual',\n\t    'getPosASLW',\n\t    'getPosATL',\n\t    'getPosATLVisual',\n\t    'getPosVisual',\n\t    'getPosWorld',\n\t    'getPosWorldVisual',\n\t    'getPylonMagazines',\n\t    'getRelDir',\n\t    'getRelPos',\n\t    'getRemoteSensorsDisabled',\n\t    'getRepairCargo',\n\t    'getResolution',\n\t    'getRoadInfo',\n\t    'getRotorBrakeRTD',\n\t    'getShadowDistance',\n\t    'getShotParents',\n\t    'getSlingLoad',\n\t    'getSoundController',\n\t    'getSoundControllerResult',\n\t    'getSpeed',\n\t    'getStamina',\n\t    'getStatValue',\n\t    'getSteamFriendsServers',\n\t    'getSubtitleOptions',\n\t    'getSuppression',\n\t    'getTerrainGrid',\n\t    'getTerrainHeightASL',\n\t    'getText',\n\t    'getTextRaw',\n\t    'getTextWidth',\n\t    'getTotalDLCUsageTime',\n\t    'getTrimOffsetRTD',\n\t    'getUnitLoadout',\n\t    'getUnitTrait',\n\t    'getUserMFDText',\n\t    'getUserMFDValue',\n\t    'getVariable',\n\t    'getVehicleCargo',\n\t    'getVehicleTIPars',\n\t    'getWeaponCargo',\n\t    'getWeaponSway',\n\t    'getWingsOrientationRTD',\n\t    'getWingsPositionRTD',\n\t    'getWorld',\n\t    'getWPPos',\n\t    'glanceAt',\n\t    'globalChat',\n\t    'globalRadio',\n\t    'goggles',\n\t    'goto',\n\t    'group',\n\t    'groupChat',\n\t    'groupFromNetId',\n\t    'groupIconSelectable',\n\t    'groupIconsVisible',\n\t    'groupId',\n\t    'groupOwner',\n\t    'groupRadio',\n\t    'groupSelectedUnits',\n\t    'groupSelectUnit',\n\t    'gunner',\n\t    'gusts',\n\t    'halt',\n\t    'handgunItems',\n\t    'handgunMagazine',\n\t    'handgunWeapon',\n\t    'handsHit',\n\t    'hasInterface',\n\t    'hasPilotCamera',\n\t    'hasWeapon',\n\t    'hcAllGroups',\n\t    'hcGroupParams',\n\t    'hcLeader',\n\t    'hcRemoveAllGroups',\n\t    'hcRemoveGroup',\n\t    'hcSelected',\n\t    'hcSelectGroup',\n\t    'hcSetGroup',\n\t    'hcShowBar',\n\t    'hcShownBar',\n\t    'headgear',\n\t    'hideBehindScripted',\n\t    'hideBody',\n\t    'hideObject',\n\t    'hideObjectGlobal',\n\t    'hideSelection',\n\t    'hierarchyObjectsCount',\n\t    'hint',\n\t    'hintC',\n\t    'hintCadet',\n\t    'hintSilent',\n\t    'hmd',\n\t    'hostMission',\n\t    'htmlLoad',\n\t    'HUDMovementLevels',\n\t    'humidity',\n\t    'image',\n\t    'importAllGroups',\n\t    'importance',\n\t    'in',\n\t    'inArea',\n\t    'inAreaArray',\n\t    'incapacitatedState',\n\t    'inflame',\n\t    'inflamed',\n\t    'infoPanel',\n\t    'infoPanelComponentEnabled',\n\t    'infoPanelComponents',\n\t    'infoPanels',\n\t    'inGameUISetEventHandler',\n\t    'inheritsFrom',\n\t    'initAmbientLife',\n\t    'inPolygon',\n\t    'inputAction',\n\t    'inRangeOfArtillery',\n\t    'insert',\n\t    'insertEditorObject',\n\t    'intersect',\n\t    'is3DEN',\n\t    'is3DENMultiplayer',\n\t    'is3DENPreview',\n\t    'isAbleToBreathe',\n\t    'isActionMenuVisible',\n\t    'isAgent',\n\t    'isAimPrecisionEnabled',\n\t    'isArray',\n\t    'isAutoHoverOn',\n\t    'isAutonomous',\n\t    'isAutoStartUpEnabledRTD',\n\t    'isAutotest',\n\t    'isAutoTrimOnRTD',\n\t    'isBleeding',\n\t    'isBurning',\n\t    'isClass',\n\t    'isCollisionLightOn',\n\t    'isCopilotEnabled',\n\t    'isDamageAllowed',\n\t    'isDedicated',\n\t    'isDLCAvailable',\n\t    'isEngineOn',\n\t    'isEqualTo',\n\t    'isEqualType',\n\t    'isEqualTypeAll',\n\t    'isEqualTypeAny',\n\t    'isEqualTypeArray',\n\t    'isEqualTypeParams',\n\t    'isFilePatchingEnabled',\n\t    'isFinal',\n\t    'isFlashlightOn',\n\t    'isFlatEmpty',\n\t    'isForcedWalk',\n\t    'isFormationLeader',\n\t    'isGameFocused',\n\t    'isGamePaused',\n\t    'isGroupDeletedWhenEmpty',\n\t    'isHidden',\n\t    'isHideBehindScripted',\n\t    'isInRemainsCollector',\n\t    'isInstructorFigureEnabled',\n\t    'isIRLaserOn',\n\t    'isKeyActive',\n\t    'isKindOf',\n\t    'isLaserOn',\n\t    'isLightOn',\n\t    'isLocalized',\n\t    'isManualFire',\n\t    'isMarkedForCollection',\n\t    'isMultiplayer',\n\t    'isMultiplayerSolo',\n\t    'isNil',\n\t    'isNotEqualTo',\n\t    'isNull',\n\t    'isNumber',\n\t    'isObjectHidden',\n\t    'isObjectRTD',\n\t    'isOnRoad',\n\t    'isPiPEnabled',\n\t    'isPlayer',\n\t    'isRealTime',\n\t    'isRemoteExecuted',\n\t    'isRemoteExecutedJIP',\n\t    'isSensorTargetConfirmed',\n\t    'isServer',\n\t    'isShowing3DIcons',\n\t    'isSimpleObject',\n\t    'isSprintAllowed',\n\t    'isStaminaEnabled',\n\t    'isSteamMission',\n\t    'isStreamFriendlyUIEnabled',\n\t    'isStressDamageEnabled',\n\t    'isText',\n\t    'isTouchingGround',\n\t    'isTurnedOut',\n\t    'isTutHintsEnabled',\n\t    'isUAVConnectable',\n\t    'isUAVConnected',\n\t    'isUIContext',\n\t    'isUniformAllowed',\n\t    'isVehicleCargo',\n\t    'isVehicleRadarOn',\n\t    'isVehicleSensorEnabled',\n\t    'isWalking',\n\t    'isWeaponDeployed',\n\t    'isWeaponRested',\n\t    'itemCargo',\n\t    'items',\n\t    'itemsWithMagazines',\n\t    'join',\n\t    'joinAs',\n\t    'joinAsSilent',\n\t    'joinSilent',\n\t    'joinString',\n\t    'kbAddDatabase',\n\t    'kbAddDatabaseTargets',\n\t    'kbAddTopic',\n\t    'kbHasTopic',\n\t    'kbReact',\n\t    'kbRemoveTopic',\n\t    'kbTell',\n\t    'kbWasSaid',\n\t    'keyImage',\n\t    'keyName',\n\t    'keys',\n\t    'knowsAbout',\n\t    'land',\n\t    'landAt',\n\t    'landResult',\n\t    'language',\n\t    'laserTarget',\n\t    'lbAdd',\n\t    'lbClear',\n\t    'lbColor',\n\t    'lbColorRight',\n\t    'lbCurSel',\n\t    'lbData',\n\t    'lbDelete',\n\t    'lbIsSelected',\n\t    'lbPicture',\n\t    'lbPictureRight',\n\t    'lbSelection',\n\t    'lbSetColor',\n\t    'lbSetColorRight',\n\t    'lbSetCurSel',\n\t    'lbSetData',\n\t    'lbSetPicture',\n\t    'lbSetPictureColor',\n\t    'lbSetPictureColorDisabled',\n\t    'lbSetPictureColorSelected',\n\t    'lbSetPictureRight',\n\t    'lbSetPictureRightColor',\n\t    'lbSetPictureRightColorDisabled',\n\t    'lbSetPictureRightColorSelected',\n\t    'lbSetSelectColor',\n\t    'lbSetSelectColorRight',\n\t    'lbSetSelected',\n\t    'lbSetText',\n\t    'lbSetTextRight',\n\t    'lbSetTooltip',\n\t    'lbSetValue',\n\t    'lbSize',\n\t    'lbSort',\n\t    'lbSortByValue',\n\t    'lbText',\n\t    'lbTextRight',\n\t    'lbValue',\n\t    'leader',\n\t    'leaderboardDeInit',\n\t    'leaderboardGetRows',\n\t    'leaderboardInit',\n\t    'leaderboardRequestRowsFriends',\n\t    'leaderboardRequestRowsGlobal',\n\t    'leaderboardRequestRowsGlobalAroundUser',\n\t    'leaderboardsRequestUploadScore',\n\t    'leaderboardsRequestUploadScoreKeepBest',\n\t    'leaderboardState',\n\t    'leaveVehicle',\n\t    'libraryCredits',\n\t    'libraryDisclaimers',\n\t    'lifeState',\n\t    'lightAttachObject',\n\t    'lightDetachObject',\n\t    'lightIsOn',\n\t    'lightnings',\n\t    'limitSpeed',\n\t    'linearConversion',\n\t    'lineIntersects',\n\t    'lineIntersectsObjs',\n\t    'lineIntersectsSurfaces',\n\t    'lineIntersectsWith',\n\t    'linkItem',\n\t    'list',\n\t    'listObjects',\n\t    'listRemoteTargets',\n\t    'listVehicleSensors',\n\t    'ln',\n\t    'lnbAddArray',\n\t    'lnbAddColumn',\n\t    'lnbAddRow',\n\t    'lnbClear',\n\t    'lnbColor',\n\t    'lnbColorRight',\n\t    'lnbCurSelRow',\n\t    'lnbData',\n\t    'lnbDeleteColumn',\n\t    'lnbDeleteRow',\n\t    'lnbGetColumnsPosition',\n\t    'lnbPicture',\n\t    'lnbPictureRight',\n\t    'lnbSetColor',\n\t    'lnbSetColorRight',\n\t    'lnbSetColumnsPos',\n\t    'lnbSetCurSelRow',\n\t    'lnbSetData',\n\t    'lnbSetPicture',\n\t    'lnbSetPictureColor',\n\t    'lnbSetPictureColorRight',\n\t    'lnbSetPictureColorSelected',\n\t    'lnbSetPictureColorSelectedRight',\n\t    'lnbSetPictureRight',\n\t    'lnbSetText',\n\t    'lnbSetTextRight',\n\t    'lnbSetTooltip',\n\t    'lnbSetValue',\n\t    'lnbSize',\n\t    'lnbSort',\n\t    'lnbSortByValue',\n\t    'lnbText',\n\t    'lnbTextRight',\n\t    'lnbValue',\n\t    'load',\n\t    'loadAbs',\n\t    'loadBackpack',\n\t    'loadFile',\n\t    'loadGame',\n\t    'loadIdentity',\n\t    'loadMagazine',\n\t    'loadOverlay',\n\t    'loadStatus',\n\t    'loadUniform',\n\t    'loadVest',\n\t    'local',\n\t    'localize',\n\t    'localNamespace',\n\t    'locationPosition',\n\t    'lock',\n\t    'lockCameraTo',\n\t    'lockCargo',\n\t    'lockDriver',\n\t    'locked',\n\t    'lockedCargo',\n\t    'lockedDriver',\n\t    'lockedInventory',\n\t    'lockedTurret',\n\t    'lockIdentity',\n\t    'lockInventory',\n\t    'lockTurret',\n\t    'lockWP',\n\t    'log',\n\t    'logEntities',\n\t    'logNetwork',\n\t    'logNetworkTerminate',\n\t    'lookAt',\n\t    'lookAtPos',\n\t    'magazineCargo',\n\t    'magazines',\n\t    'magazinesAllTurrets',\n\t    'magazinesAmmo',\n\t    'magazinesAmmoCargo',\n\t    'magazinesAmmoFull',\n\t    'magazinesDetail',\n\t    'magazinesDetailBackpack',\n\t    'magazinesDetailUniform',\n\t    'magazinesDetailVest',\n\t    'magazinesTurret',\n\t    'magazineTurretAmmo',\n\t    'mapAnimAdd',\n\t    'mapAnimClear',\n\t    'mapAnimCommit',\n\t    'mapAnimDone',\n\t    'mapCenterOnCamera',\n\t    'mapGridPosition',\n\t    'markAsFinishedOnSteam',\n\t    'markerAlpha',\n\t    'markerBrush',\n\t 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'missileTargetPos',\n\t    'missionConfigFile',\n\t    'missionDifficulty',\n\t    'missionName',\n\t    'missionNameSource',\n\t    'missionNamespace',\n\t    'missionStart',\n\t    'missionVersion',\n\t    'mod',\n\t    'modelToWorld',\n\t    'modelToWorldVisual',\n\t    'modelToWorldVisualWorld',\n\t    'modelToWorldWorld',\n\t    'modParams',\n\t    'moonIntensity',\n\t    'moonPhase',\n\t    'morale',\n\t    'move',\n\t    'move3DENCamera',\n\t    'moveInAny',\n\t    'moveInCargo',\n\t    'moveInCommander',\n\t    'moveInDriver',\n\t    'moveInGunner',\n\t    'moveInTurret',\n\t    'moveObjectToEnd',\n\t    'moveOut',\n\t    'moveTarget',\n\t    'moveTime',\n\t    'moveTo',\n\t    'moveToCompleted',\n\t    'moveToFailed',\n\t    'musicVolume',\n\t    'name',\n\t    'namedProperties',\n\t    'nameSound',\n\t    'nearEntities',\n\t    'nearestBuilding',\n\t    'nearestLocation',\n\t    'nearestLocations',\n\t    'nearestLocationWithDubbing',\n\t    'nearestObject',\n\t    'nearestObjects',\n\t    'nearestTerrainObjects',\n\t    'nearObjects',\n\t    'nearObjectsReady',\n\t    'nearRoads',\n\t    'nearSupplies',\n\t    'nearTargets',\n\t    'needReload',\n\t    'netId',\n\t    'netObjNull',\n\t    'newOverlay',\n\t    'nextMenuItemIndex',\n\t    'nextWeatherChange',\n\t    'nMenuItems',\n\t    'not',\n\t    'numberOfEnginesRTD',\n\t    'numberToDate',\n\t    'object',\n\t    'objectCurators',\n\t    'objectFromNetId',\n\t    'objectParent',\n\t    'objStatus',\n\t    'onBriefingGear',\n\t    'onBriefingGroup',\n\t    'onBriefingNotes',\n\t    'onBriefingPlan',\n\t    'onBriefingTeamSwitch',\n\t    'onCommandModeChanged',\n\t    'onDoubleClick',\n\t    'onEachFrame',\n\t    'onGroupIconClick',\n\t    'onGroupIconOverEnter',\n\t    'onGroupIconOverLeave',\n\t    'onHCGroupSelectionChanged',\n\t    'onMapSingleClick',\n\t    'onPlayerConnected',\n\t    'onPlayerDisconnected',\n\t    'onPreloadFinished',\n\t    'onPreloadStarted',\n\t    'onShowNewObject',\n\t    'onTeamSwitch',\n\t    'openCuratorInterface',\n\t    'openDLCPage',\n\t    'openDSInterface',\n\t    'openGPS',\n\t    'openMap',\n\t    'openSteamApp',\n\t    'openYoutubeVideo',\n\t    'or',\n\t    'orderGetIn',\n\t    'overcast',\n\t    'overcastForecast',\n\t    'owner',\n\t    'param',\n\t    'params',\n\t    'parseNumber',\n\t    'parseSimpleArray',\n\t    'parseText',\n\t    'parsingNamespace',\n\t    'particlesQuality',\n\t    'periscopeElevation',\n\t    'pickWeaponPool',\n\t    'pitch',\n\t    'pixelGrid',\n\t    'pixelGridBase',\n\t    'pixelGridNoUIScale',\n\t    'pixelH',\n\t    'pixelW',\n\t    'playableSlotsNumber',\n\t    'playableUnits',\n\t    'playAction',\n\t    'playActionNow',\n\t    'player',\n\t    'playerRespawnTime',\n\t    'playerSide',\n\t    'playersNumber',\n\t    'playGesture',\n\t    'playMission',\n\t    'playMove',\n\t    'playMoveNow',\n\t    'playMusic',\n\t    'playScriptedMission',\n\t    'playSound',\n\t    'playSound3D',\n\t    'position',\n\t    'positionCameraToWorld',\n\t    'posScreenToWorld',\n\t    'posWorldToScreen',\n\t    'ppEffectAdjust',\n\t    'ppEffectCommit',\n\t    'ppEffectCommitted',\n\t    'ppEffectCreate',\n\t    'ppEffectDestroy',\n\t    'ppEffectEnable',\n\t    'ppEffectEnabled',\n\t    'ppEffectForceInNVG',\n\t    'precision',\n\t    'preloadCamera',\n\t    'preloadObject',\n\t    'preloadSound',\n\t    'preloadTitleObj',\n\t    'preloadTitleRsc',\n\t    'preprocessFile',\n\t    'preprocessFileLineNumbers',\n\t    'primaryWeapon',\n\t    'primaryWeaponItems',\n\t    'primaryWeaponMagazine',\n\t    'priority',\n\t    'processDiaryLink',\n\t    'processInitCommands',\n\t    'productVersion',\n\t    'profileName',\n\t    'profileNamespace',\n\t    'profileNameSteam',\n\t    'progressLoadingScreen',\n\t    'progressPosition',\n\t    'progressSetPosition',\n\t    'publicVariable',\n\t    'publicVariableClient',\n\t    'publicVariableServer',\n\t    'pushBack',\n\t    'pushBackUnique',\n\t    'putWeaponPool',\n\t    'queryItemsPool',\n\t    'queryMagazinePool',\n\t    'queryWeaponPool',\n\t    'rad',\n\t    'radioChannelAdd',\n\t    'radioChannelCreate',\n\t    'radioChannelInfo',\n\t    'radioChannelRemove',\n\t    'radioChannelSetCallSign',\n\t    'radioChannelSetLabel',\n\t    'radioVolume',\n\t    'rain',\n\t    'rainbow',\n\t    'random',\n\t    'rank',\n\t    'rankId',\n\t    'rating',\n\t    'rectangular',\n\t    'registeredTasks',\n\t    'registerTask',\n\t    'reload',\n\t    'reloadEnabled',\n\t    'remoteControl',\n\t    'remoteExec',\n\t    'remoteExecCall',\n\t    'remoteExecutedOwner',\n\t    'remove3DENConnection',\n\t    'remove3DENEventHandler',\n\t    'remove3DENLayer',\n\t    'removeAction',\n\t    'removeAll3DENEventHandlers',\n\t    'removeAllActions',\n\t    'removeAllAssignedItems',\n\t    'removeAllBinocularItems',\n\t    'removeAllContainers',\n\t    'removeAllCuratorAddons',\n\t    'removeAllCuratorCameraAreas',\n\t    'removeAllCuratorEditingAreas',\n\t    'removeAllEventHandlers',\n\t    'removeAllHandgunItems',\n\t    'removeAllItems',\n\t    'removeAllItemsWithMagazines',\n\t    'removeAllMissionEventHandlers',\n\t    'removeAllMPEventHandlers',\n\t    'removeAllMusicEventHandlers',\n\t    'removeAllOwnedMines',\n\t    'removeAllPrimaryWeaponItems',\n\t    'removeAllSecondaryWeaponItems',\n\t    'removeAllWeapons',\n\t    'removeBackpack',\n\t    'removeBackpackGlobal',\n\t    'removeBinocularItem',\n\t    'removeClothing',\n\t    'removeCuratorAddons',\n\t    'removeCuratorCameraArea',\n\t    'removeCuratorEditableObjects',\n\t    'removeCuratorEditingArea',\n\t    'removeDiaryRecord',\n\t    'removeDiarySubject',\n\t    'removeDrawIcon',\n\t    'removeDrawLinks',\n\t    'removeEventHandler',\n\t    'removeFromRemainsCollector',\n\t    'removeGoggles',\n\t    'removeGroupIcon',\n\t    'removeHandgunItem',\n\t    'removeHeadgear',\n\t    'removeItem',\n\t    'removeItemFromBackpack',\n\t    'removeItemFromUniform',\n\t    'removeItemFromVest',\n\t    'removeItems',\n\t    'removeMagazine',\n\t    'removeMagazineGlobal',\n\t    'removeMagazines',\n\t    'removeMagazinesTurret',\n\t    'removeMagazineTurret',\n\t    'removeMenuItem',\n\t    'removeMissionEventHandler',\n\t    'removeMPEventHandler',\n\t    'removeMusicEventHandler',\n\t    'removeOwnedMine',\n\t    'removePrimaryWeaponItem',\n\t    'removeSecondaryWeaponItem',\n\t    'removeSimpleTask',\n\t    'removeSwitchableUnit',\n\t    'removeTeamMember',\n\t    'removeUniform',\n\t    'removeVest',\n\t    'removeWeapon',\n\t    'removeWeaponAttachmentCargo',\n\t    'removeWeaponCargo',\n\t    'removeWeaponGlobal',\n\t    'removeWeaponTurret',\n\t    'reportRemoteTarget',\n\t    'requiredVersion',\n\t    'resetCamShake',\n\t    'resetSubgroupDirection',\n\t    'resize',\n\t    'resources',\n\t    'respawnVehicle',\n\t    'restartEditorCamera',\n\t    'reveal',\n\t    'revealMine',\n\t    'reverse',\n\t    'reversedMouseY',\n\t    'roadAt',\n\t    'roadsConnectedTo',\n\t    'roleDescription',\n\t    'ropeAttachedObjects',\n\t    'ropeAttachedTo',\n\t    'ropeAttachEnabled',\n\t    'ropeAttachTo',\n\t    'ropeCreate',\n\t    'ropeCut',\n\t    'ropeDestroy',\n\t    'ropeDetach',\n\t    'ropeEndPosition',\n\t    'ropeLength',\n\t    'ropes',\n\t    'ropeSegments',\n\t    'ropeSetCargoMass',\n\t    'ropeUnwind',\n\t    'ropeUnwound',\n\t    'rotorsForcesRTD',\n\t    'rotorsRpmRTD',\n\t    'round',\n\t    'runInitScript',\n\t    'safeZoneH',\n\t    'safeZoneW',\n\t    'safeZoneWAbs',\n\t    'safeZoneX',\n\t    'safeZoneXAbs',\n\t    'safeZoneY',\n\t    'save3DENInventory',\n\t    'saveGame',\n\t    'saveIdentity',\n\t    'saveJoysticks',\n\t    'saveOverlay',\n\t    'saveProfileNamespace',\n\t    'saveStatus',\n\t    'saveVar',\n\t    'savingEnabled',\n\t    'say',\n\t    'say2D',\n\t    'say3D',\n\t    'scopeName',\n\t    'score',\n\t    'scoreSide',\n\t    'screenshot',\n\t    'screenToWorld',\n\t    'scriptDone',\n\t    'scriptName',\n\t    'scudState',\n\t    'secondaryWeapon',\n\t    'secondaryWeaponItems',\n\t    'secondaryWeaponMagazine',\n\t    'select',\n\t    'selectBestPlaces',\n\t    'selectDiarySubject',\n\t    'selectedEditorObjects',\n\t    'selectEditorObject',\n\t    'selectionNames',\n\t    'selectionPosition',\n\t    'selectLeader',\n\t    'selectMax',\n\t    'selectMin',\n\t    'selectNoPlayer',\n\t    'selectPlayer',\n\t    'selectRandom',\n\t    'selectRandomWeighted',\n\t    'selectWeapon',\n\t    'selectWeaponTurret',\n\t    'sendAUMessage',\n\t    'sendSimpleCommand',\n\t    'sendTask',\n\t    'sendTaskResult',\n\t    'sendUDPMessage',\n\t    'serverCommand',\n\t    'serverCommandAvailable',\n\t    'serverCommandExecutable',\n\t    'serverName',\n\t    'serverTime',\n\t    'set',\n\t    'set3DENAttribute',\n\t    'set3DENAttributes',\n\t    'set3DENGrid',\n\t    'set3DENIconsVisible',\n\t    'set3DENLayer',\n\t    'set3DENLinesVisible',\n\t    'set3DENLogicType',\n\t    'set3DENMissionAttribute',\n\t    'set3DENMissionAttributes',\n\t    'set3DENModelsVisible',\n\t    'set3DENObjectType',\n\t    'set3DENSelected',\n\t    'setAccTime',\n\t    'setActualCollectiveRTD',\n\t    'setAirplaneThrottle',\n\t    'setAirportSide',\n\t    'setAmmo',\n\t    'setAmmoCargo',\n\t    'setAmmoOnPylon',\n\t    'setAnimSpeedCoef',\n\t    'setAperture',\n\t    'setApertureNew',\n\t    'setAPURTD',\n\t    'setArmoryPoints',\n\t    'setAttributes',\n\t    'setAutonomous',\n\t    'setBatteryChargeRTD',\n\t    'setBatteryRTD',\n\t    'setBehaviour',\n\t    'setBehaviourStrong',\n\t    'setBleedingRemaining',\n\t    'setBrakesRTD',\n\t    'setCameraEffect',\n\t    'setCameraInterest',\n\t    'setCamShakeDefParams',\n\t    'setCamShakeParams',\n\t    'setCamUseTI',\n\t    'setCaptive',\n\t    'setCenterOfMass',\n\t    'setCollisionLight',\n\t    'setCombatBehaviour',\n\t    'setCombatMode',\n\t    'setCompassOscillation',\n\t    'setConvoySeparation',\n\t    'setCuratorCameraAreaCeiling',\n\t    'setCuratorCoef',\n\t    'setCuratorEditingAreaType',\n\t    'setCuratorWaypointCost',\n\t    'setCurrentChannel',\n\t    'setCurrentTask',\n\t    'setCurrentWaypoint',\n\t    'setCustomAimCoef',\n\t    'setCustomMissionData',\n\t    'setCustomSoundController',\n\t    'setCustomWeightRTD',\n\t    'setDamage',\n\t    'setDammage',\n\t    'setDate',\n\t    'setDebriefingText',\n\t    'setDefaultCamera',\n\t    'setDestination',\n\t    'setDetailMapBlendPars',\n\t    'setDiaryRecordText',\n\t    'setDiarySubjectPicture',\n\t    'setDir',\n\t    'setDirection',\n\t    'setDrawIcon',\n\t    'setDriveOnPath',\n\t    'setDropInterval',\n\t    'setDynamicSimulationDistance',\n\t    'setDynamicSimulationDistanceCoef',\n\t    'setEditorMode',\n\t    'setEditorObjectScope',\n\t    'setEffectCondition',\n\t    'setEffectiveCommander',\n\t    'setEngineRPMRTD',\n\t    'setEngineRpmRTD',\n\t    'setFace',\n\t    'setFaceAnimation',\n\t    'setFatigue',\n\t    'setFeatureType',\n\t    'setFlagAnimationPhase',\n\t    'setFlagOwner',\n\t    'setFlagSide',\n\t    'setFlagTexture',\n\t    'setFog',\n\t    'setForceGeneratorRTD',\n\t    'setFormation',\n\t    'setFormationTask',\n\t    'setFormDir',\n\t    'setFriend',\n\t    'setFromEditor',\n\t    'setFSMVariable',\n\t    'setFuel',\n\t    'setFuelCargo',\n\t    'setGroupIcon',\n\t    'setGroupIconParams',\n\t    'setGroupIconsSelectable',\n\t    'setGroupIconsVisible',\n\t    'setGroupId',\n\t    'setGroupIdGlobal',\n\t    'setGroupOwner',\n\t    'setGusts',\n\t    'setHideBehind',\n\t    'setHit',\n\t    'setHitIndex',\n\t    'setHitPointDamage',\n\t    'setHorizonParallaxCoef',\n\t    'setHUDMovementLevels',\n\t    'setIdentity',\n\t    'setImportance',\n\t    'setInfoPanel',\n\t    'setLeader',\n\t    'setLightAmbient',\n\t    'setLightAttenuation',\n\t    'setLightBrightness',\n\t    'setLightColor',\n\t    'setLightDayLight',\n\t    'setLightFlareMaxDistance',\n\t    'setLightFlareSize',\n\t    'setLightIntensity',\n\t    'setLightnings',\n\t    'setLightUseFlare',\n\t    'setLocalWindParams',\n\t    'setMagazineTurretAmmo',\n\t    'setMarkerAlpha',\n\t    'setMarkerAlphaLocal',\n\t    'setMarkerBrush',\n\t    'setMarkerBrushLocal',\n\t    'setMarkerColor',\n\t    'setMarkerColorLocal',\n\t    'setMarkerDir',\n\t    'setMarkerDirLocal',\n\t    'setMarkerPolyline',\n\t    'setMarkerPolylineLocal',\n\t    'setMarkerPos',\n\t    'setMarkerPosLocal',\n\t    'setMarkerShadow',\n\t    'setMarkerShadowLocal',\n\t    'setMarkerShape',\n\t    'setMarkerShapeLocal',\n\t    'setMarkerSize',\n\t    'setMarkerSizeLocal',\n\t    'setMarkerText',\n\t    'setMarkerTextLocal',\n\t    'setMarkerType',\n\t    'setMarkerTypeLocal',\n\t    'setMass',\n\t    'setMimic',\n\t    'setMissileTarget',\n\t    'setMissileTargetPos',\n\t    'setMousePosition',\n\t    'setMusicEffect',\n\t    'setMusicEventHandler',\n\t    'setName',\n\t    'setNameSound',\n\t    'setObjectArguments',\n\t    'setObjectMaterial',\n\t    'setObjectMaterialGlobal',\n\t    'setObjectProxy',\n\t    'setObjectScale',\n\t    'setObjectTexture',\n\t    'setObjectTextureGlobal',\n\t    'setObjectViewDistance',\n\t    'setOvercast',\n\t    'setOwner',\n\t    'setOxygenRemaining',\n\t    'setParticleCircle',\n\t    'setParticleClass',\n\t    'setParticleFire',\n\t    'setParticleParams',\n\t    'setParticleRandom',\n\t    'setPilotCameraDirection',\n\t    'setPilotCameraRotation',\n\t    'setPilotCameraTarget',\n\t    'setPilotLight',\n\t    'setPiPEffect',\n\t    'setPitch',\n\t    'setPlateNumber',\n\t    'setPlayable',\n\t    'setPlayerRespawnTime',\n\t    'setPlayerVoNVolume',\n\t    'setPos',\n\t    'setPosASL',\n\t    'setPosASL2',\n\t    'setPosASLW',\n\t    'setPosATL',\n\t    'setPosition',\n\t    'setPosWorld',\n\t    'setPylonLoadout',\n\t    'setPylonsPriority',\n\t    'setRadioMsg',\n\t   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 'setToneMappingParams',\n\t    'setTrafficDensity',\n\t    'setTrafficDistance',\n\t    'setTrafficGap',\n\t    'setTrafficSpeed',\n\t    'setTriggerActivation',\n\t    'setTriggerArea',\n\t    'setTriggerInterval',\n\t    'setTriggerStatements',\n\t    'setTriggerText',\n\t    'setTriggerTimeout',\n\t    'setTriggerType',\n\t    'setType',\n\t    'setUnconscious',\n\t    'setUnitAbility',\n\t    'setUnitCombatMode',\n\t    'setUnitLoadout',\n\t    'setUnitPos',\n\t    'setUnitPosWeak',\n\t    'setUnitRank',\n\t    'setUnitRecoilCoefficient',\n\t    'setUnitTrait',\n\t    'setUnloadInCombat',\n\t    'setUserActionText',\n\t    'setUserMFDText',\n\t    'setUserMFDValue',\n\t    'setVariable',\n\t    'setVectorDir',\n\t    'setVectorDirAndUp',\n\t    'setVectorUp',\n\t    'setVehicleAmmo',\n\t    'setVehicleAmmoDef',\n\t    'setVehicleArmor',\n\t    'setVehicleCargo',\n\t    'setVehicleId',\n\t    'setVehicleInit',\n\t    'setVehicleLock',\n\t    'setVehiclePosition',\n\t    'setVehicleRadar',\n\t    'setVehicleReceiveRemoteTargets',\n\t    'setVehicleReportOwnPosition',\n\t    'setVehicleReportRemoteTargets',\n\t    'setVehicleTIPars',\n\t    'setVehicleVarName',\n\t    'setVelocity',\n\t    'setVelocityModelSpace',\n\t    'setVelocityTransformation',\n\t    'setViewDistance',\n\t    'setVisibleIfTreeCollapsed',\n\t    'setWantedRPMRTD',\n\t    'setWaves',\n\t    'setWaypointBehaviour',\n\t    'setWaypointCombatMode',\n\t    'setWaypointCompletionRadius',\n\t    'setWaypointDescription',\n\t    'setWaypointForceBehaviour',\n\t    'setWaypointFormation',\n\t    'setWaypointHousePosition',\n\t    'setWaypointLoiterAltitude',\n\t    'setWaypointLoiterRadius',\n\t    'setWaypointLoiterType',\n\t    'setWaypointName',\n\t    'setWaypointPosition',\n\t    'setWaypointScript',\n\t    'setWaypointSpeed',\n\t    'setWaypointStatements',\n\t    'setWaypointTimeout',\n\t    'setWaypointType',\n\t    'setWaypointVisible',\n\t    'setWeaponReloadingTime',\n\t    'setWeaponZeroing',\n\t    'setWind',\n\t    'setWindDir',\n\t    'setWindForce',\n\t    'setWindStr',\n\t    'setWingForceScaleRTD',\n\t    'setWPPos',\n\t    'show3DIcons',\n\t    'showChat',\n\t    'showCinemaBorder',\n\t    'showCommandingMenu',\n\t    'showCompass',\n\t    'showCuratorCompass',\n\t    'showGPS',\n\t    'showHUD',\n\t    'showLegend',\n\t    'showMap',\n\t    'shownArtilleryComputer',\n\t    'shownChat',\n\t    'shownCompass',\n\t    'shownCuratorCompass',\n\t    'showNewEditorObject',\n\t    'shownGPS',\n\t    'shownHUD',\n\t    'shownMap',\n\t    'shownPad',\n\t    'shownRadio',\n\t    'shownScoretable',\n\t    'shownUAVFeed',\n\t    'shownWarrant',\n\t    'shownWatch',\n\t    'showPad',\n\t    'showRadio',\n\t    'showScoretable',\n\t    'showSubtitles',\n\t    'showUAVFeed',\n\t    'showWarrant',\n\t    'showWatch',\n\t    'showWaypoint',\n\t    'showWaypoints',\n\t    'side',\n\t    'sideChat',\n\t    'sideEmpty',\n\t    'sideEnemy',\n\t    'sideFriendly',\n\t    'sideRadio',\n\t    'simpleTasks',\n\t    'simulationEnabled',\n\t    'simulCloudDensity',\n\t    'simulCloudOcclusion',\n\t    'simulInClouds',\n\t    'simulSetHumidity',\n\t    'simulWeatherSync',\n\t    'sin',\n\t    'size',\n\t    'sizeOf',\n\t    'skill',\n\t    'skillFinal',\n\t    'skipTime',\n\t    'sleep',\n\t    'sliderPosition',\n\t    'sliderRange',\n\t    'sliderSetPosition',\n\t    'sliderSetRange',\n\t    'sliderSetSpeed',\n\t    'sliderSpeed',\n\t    'slingLoadAssistantShown',\n\t    'soldierMagazines',\n\t    'someAmmo',\n\t    'sort',\n\t    'soundVolume',\n\t    'spawn',\n\t    'speaker',\n\t    'speechVolume',\n\t    'speed',\n\t    'speedMode',\n\t    'splitString',\n\t    'sqrt',\n\t    'squadParams',\n\t    'stance',\n\t    'startLoadingScreen',\n\t    'step',\n\t    'stop',\n\t    'stopEngineRTD',\n\t    'stopped',\n\t    'str',\n\t    'sunOrMoon',\n\t    'supportInfo',\n\t    'suppressFor',\n\t    'surfaceIsWater',\n\t    'surfaceNormal',\n\t    'surfaceTexture',\n\t    'surfaceType',\n\t    'swimInDepth',\n\t    'switchableUnits',\n\t    'switchAction',\n\t    'switchCamera',\n\t    'switchGesture',\n\t    'switchLight',\n\t    'switchMove',\n\t    'synchronizedObjects',\n\t    'synchronizedTriggers',\n\t    'synchronizedWaypoints',\n\t    'synchronizeObjectsAdd',\n\t    'synchronizeObjectsRemove',\n\t    'synchronizeTrigger',\n\t    'synchronizeWaypoint',\n\t    'systemChat',\n\t    'systemOfUnits',\n\t    'systemTime',\n\t    'systemTimeUTC',\n\t    'tan',\n\t    'targetKnowledge',\n\t    'targets',\n\t    'targetsAggregate',\n\t    'targetsQuery',\n\t    'taskAlwaysVisible',\n\t    'taskChildren',\n\t    'taskCompleted',\n\t    'taskCustomData',\n\t    'taskDescription',\n\t    'taskDestination',\n\t    'taskHint',\n\t    'taskMarkerOffset',\n\t    'taskName',\n\t    'taskParent',\n\t    'taskResult',\n\t    'taskState',\n\t    'taskType',\n\t    'teamMember',\n\t    'teamName',\n\t    'teams',\n\t    'teamSwitch',\n\t    'teamSwitchEnabled',\n\t    'teamType',\n\t    'terminate',\n\t    'terrainIntersect',\n\t    'terrainIntersectASL',\n\t    'terrainIntersectAtASL',\n\t    'text',\n\t    'textLog',\n\t    'textLogFormat',\n\t    'tg',\n\t    'throttleRTD',\n\t    'time',\n\t    'timeMultiplier',\n\t    'titleCut',\n\t    'titleFadeOut',\n\t    'titleObj',\n\t    'titleRsc',\n\t    'titleText',\n\t    'toArray',\n\t    'toFixed',\n\t    'toLower',\n\t    'toLowerANSI',\n\t    'toString',\n\t    'toUpper',\n\t    'toUpperANSI',\n\t    'triggerActivated',\n\t    'triggerActivation',\n\t    'triggerAmmo',\n\t    'triggerArea',\n\t    'triggerAttachedVehicle',\n\t    'triggerAttachObject',\n\t    'triggerAttachVehicle',\n\t    'triggerDynamicSimulation',\n\t    'triggerInterval',\n\t    'triggerStatements',\n\t    'triggerText',\n\t    'triggerTimeout',\n\t    'triggerTimeoutCurrent',\n\t    'triggerType',\n\t    'trim',\n\t    'turretLocal',\n\t    'turretOwner',\n\t    'turretUnit',\n\t    'tvAdd',\n\t    'tvClear',\n\t    'tvCollapse',\n\t    'tvCollapseAll',\n\t    'tvCount',\n\t    'tvCurSel',\n\t    'tvData',\n\t    'tvDelete',\n\t    'tvExpand',\n\t    'tvExpandAll',\n\t    'tvIsSelected',\n\t    'tvPicture',\n\t    'tvPictureRight',\n\t    'tvSelection',\n\t    'tvSetColor',\n\t    'tvSetCurSel',\n\t    'tvSetData',\n\t    'tvSetPicture',\n\t    'tvSetPictureColor',\n\t    'tvSetPictureColorDisabled',\n\t    'tvSetPictureColorSelected',\n\t    'tvSetPictureRight',\n\t    'tvSetPictureRightColor',\n\t    'tvSetPictureRightColorDisabled',\n\t    'tvSetPictureRightColorSelected',\n\t    'tvSetSelectColor',\n\t    'tvSetSelected',\n\t    'tvSetText',\n\t    'tvSetTooltip',\n\t    'tvSetValue',\n\t    'tvSort',\n\t    'tvSortAll',\n\t    'tvSortByValue',\n\t    'tvSortByValueAll',\n\t    'tvText',\n\t    'tvTooltip',\n\t    'tvValue',\n\t    'type',\n\t    'typeName',\n\t    'typeOf',\n\t    'UAVControl',\n\t    'uiNamespace',\n\t    'uiSleep',\n\t    'unassignCurator',\n\t    'unassignItem',\n\t    'unassignTeam',\n\t    'unassignVehicle',\n\t    'underwater',\n\t    'uniform',\n\t    'uniformContainer',\n\t    'uniformItems',\n\t    'uniformMagazines',\n\t    'unitAddons',\n\t    'unitAimPosition',\n\t    'unitAimPositionVisual',\n\t    'unitBackpack',\n\t    'unitCombatMode',\n\t    'unitIsUAV',\n\t    'unitPos',\n\t    'unitReady',\n\t    'unitRecoilCoefficient',\n\t    'units',\n\t    'unitsBelowHeight',\n\t    'unitTurret',\n\t    'unlinkItem',\n\t    'unlockAchievement',\n\t    'unregisterTask',\n\t    'updateDrawIcon',\n\t    'updateMenuItem',\n\t    'updateObjectTree',\n\t    'useAIOperMapObstructionTest',\n\t    'useAISteeringComponent',\n\t    'useAudioTimeForMoves',\n\t    'userInputDisabled',\n\t    'vectorAdd',\n\t    'vectorCos',\n\t    'vectorCrossProduct',\n\t    'vectorDiff',\n\t    'vectorDir',\n\t    'vectorDirVisual',\n\t    'vectorDistance',\n\t    'vectorDistanceSqr',\n\t    'vectorDotProduct',\n\t    'vectorFromTo',\n\t    'vectorLinearConversion',\n\t    'vectorMagnitude',\n\t    'vectorMagnitudeSqr',\n\t    'vectorModelToWorld',\n\t    'vectorModelToWorldVisual',\n\t    'vectorMultiply',\n\t    'vectorNormalized',\n\t    'vectorUp',\n\t    'vectorUpVisual',\n\t    'vectorWorldToModel',\n\t    'vectorWorldToModelVisual',\n\t    'vehicle',\n\t    'vehicleCargoEnabled',\n\t    'vehicleChat',\n\t    'vehicleMoveInfo',\n\t    'vehicleRadio',\n\t    'vehicleReceiveRemoteTargets',\n\t    'vehicleReportOwnPosition',\n\t    'vehicleReportRemoteTargets',\n\t    'vehicles',\n\t    'vehicleVarName',\n\t    'velocity',\n\t    'velocityModelSpace',\n\t    'verifySignature',\n\t    'vest',\n\t    'vestContainer',\n\t    'vestItems',\n\t    'vestMagazines',\n\t    'viewDistance',\n\t    'visibleCompass',\n\t    'visibleGPS',\n\t    'visibleMap',\n\t    'visiblePosition',\n\t    'visiblePositionASL',\n\t    'visibleScoretable',\n\t    'visibleWatch',\n\t    'waves',\n\t    'waypointAttachedObject',\n\t    'waypointAttachedVehicle',\n\t    'waypointAttachObject',\n\t    'waypointAttachVehicle',\n\t    'waypointBehaviour',\n\t    'waypointCombatMode',\n\t    'waypointCompletionRadius',\n\t    'waypointDescription',\n\t    'waypointForceBehaviour',\n\t    'waypointFormation',\n\t    'waypointHousePosition',\n\t    'waypointLoiterAltitude',\n\t    'waypointLoiterRadius',\n\t    'waypointLoiterType',\n\t    'waypointName',\n\t    'waypointPosition',\n\t    'waypoints',\n\t    'waypointScript',\n\t    'waypointsEnabledUAV',\n\t    'waypointShow',\n\t    'waypointSpeed',\n\t    'waypointStatements',\n\t    'waypointTimeout',\n\t    'waypointTimeoutCurrent',\n\t    'waypointType',\n\t    'waypointVisible',\n\t    'weaponAccessories',\n\t    'weaponAccessoriesCargo',\n\t    'weaponCargo',\n\t    'weaponDirection',\n\t    'weaponInertia',\n\t    'weaponLowered',\n\t    'weapons',\n\t    'weaponsItems',\n\t    'weaponsItemsCargo',\n\t    'weaponState',\n\t    'weaponsTurret',\n\t    'weightRTD',\n\t    'WFSideText',\n\t    'wind',\n\t    'windDir',\n\t    'windRTD',\n\t    'windStr',\n\t    'wingsForcesRTD',\n\t    'worldName',\n\t    'worldSize',\n\t    'worldToModel',\n\t    'worldToModelVisual',\n\t    'worldToScreen',\n\t  ];\n\n\t  // list of keywords from:\n\t  // https://community.bistudio.com/wiki/PreProcessor_Commands\n\t  const PREPROCESSOR = {\n\t    className: 'meta',\n\t    begin: /#\\s*[a-z]+\\b/,\n\t    end: /$/,\n\t    keywords: { keyword:\n\t        'define undef ifdef ifndef else endif include' },\n\t    contains: [\n\t      {\n\t        begin: /\\\\\\n/,\n\t        relevance: 0\n\t      },\n\t      hljs.inherit(STRINGS, { className: 'string' }),\n\t      {\n\t        className: 'string',\n\t        begin: /<[^\\n>]*>/,\n\t        end: /$/,\n\t        illegal: '\\\\n'\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'SQF',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_IN,\n\t      literal: LITERAL\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.NUMBER_MODE,\n\t      VARIABLE,\n\t      FUNCTION,\n\t      STRINGS,\n\t      PREPROCESSOR\n\t    ],\n\t    illegal: /#|^\\$ /\n\t  };\n\t}\n\n\tsqf_1 = sqf;\n\treturn sqf_1;\n}\n\n/*\n Language: SQL\n Website: https://en.wikipedia.org/wiki/SQL\n Category: common, database\n */\n\nvar sql_1;\nvar hasRequiredSql;\n\nfunction requireSql () {\n\tif (hasRequiredSql) return sql_1;\n\thasRequiredSql = 1;\n\t/*\n\n\tGoals:\n\n\tSQL is intended to highlight basic/common SQL keywords and expressions\n\n\t- If pretty much every single SQL server includes supports, then it's a canidate.\n\t- It is NOT intended to include tons of vendor specific keywords (Oracle, MySQL,\n\t  PostgreSQL) although the list of data types is purposely a bit more expansive.\n\t- For more specific SQL grammars please see:\n\t  - PostgreSQL and PL/pgSQL - core\n\t  - T-SQL - https://github.com/highlightjs/highlightjs-tsql\n\t  - sql_more (core)\n\n\t */\n\n\tfunction sql(hljs) {\n\t  const regex = hljs.regex;\n\t  const COMMENT_MODE = hljs.COMMENT('--', '$');\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/,\n\t        contains: [ { begin: /''/ } ]\n\t      }\n\t    ]\n\t  };\n\t  const QUOTED_IDENTIFIER = {\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [ { begin: /\"\"/ } ]\n\t  };\n\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    // Not sure it's correct to call NULL literal, and clauses like IS [NOT] NULL look strange that way.\n\t    // \"null\",\n\t    \"unknown\"\n\t  ];\n\n\t  const MULTI_WORD_TYPES = [\n\t    \"double precision\",\n\t    \"large object\",\n\t    \"with timezone\",\n\t    \"without timezone\"\n\t  ];\n\n\t  const TYPES = [\n\t    'bigint',\n\t    'binary',\n\t    'blob',\n\t    'boolean',\n\t    'char',\n\t    'character',\n\t    'clob',\n\t    'date',\n\t    'dec',\n\t    'decfloat',\n\t    'decimal',\n\t    'float',\n\t    'int',\n\t    'integer',\n\t    'interval',\n\t    'nchar',\n\t    'nclob',\n\t    'national',\n\t    'numeric',\n\t    'real',\n\t    'row',\n\t    'smallint',\n\t    'time',\n\t    'timestamp',\n\t    'varchar',\n\t    'varying', // modifier (character varying)\n\t    'varbinary'\n\t  ];\n\n\t  const NON_RESERVED_WORDS = [\n\t    \"add\",\n\t    \"asc\",\n\t    \"collation\",\n\t    \"desc\",\n\t    \"final\",\n\t    \"first\",\n\t    \"last\",\n\t    \"view\"\n\t  ];\n\n\t  // https://jakewheat.github.io/sql-overview/sql-2016-foundation-grammar.html#reserved-word\n\t  const RESERVED_WORDS = [\n\t    \"abs\",\n\t    \"acos\",\n\t    \"all\",\n\t    \"allocate\",\n\t    \"alter\",\n\t    \"and\",\n\t    \"any\",\n\t    \"are\",\n\t    \"array\",\n\t    \"array_agg\",\n\t    \"array_max_cardinality\",\n\t    \"as\",\n\t    \"asensitive\",\n\t    \"asin\",\n\t    \"asymmetric\",\n\t    \"at\",\n\t    \"atan\",\n\t    \"atomic\",\n\t    \"authorization\",\n\t    \"avg\",\n\t    \"begin\",\n\t    \"begin_frame\",\n\t    \"begin_partition\",\n\t    \"between\",\n\t    \"bigint\",\n\t    \"binary\",\n\t    \"blob\",\n\t    \"boolean\",\n\t    \"both\",\n\t    \"by\",\n\t    \"call\",\n\t    \"called\",\n\t    \"cardinality\",\n\t    \"cascaded\",\n\t    \"case\",\n\t    \"cast\",\n\t    \"ceil\",\n\t    \"ceiling\",\n\t    \"char\",\n\t    \"char_length\",\n\t    \"character\",\n\t    \"character_length\",\n\t    \"check\",\n\t    \"classifier\",\n\t    \"clob\",\n\t    \"close\",\n\t    \"coalesce\",\n\t    \"collate\",\n\t    \"collect\",\n\t    \"column\",\n\t    \"commit\",\n\t    \"condition\",\n\t    \"connect\",\n\t    \"constraint\",\n\t    \"contains\",\n\t    \"convert\",\n\t    \"copy\",\n\t    \"corr\",\n\t    \"corresponding\",\n\t    \"cos\",\n\t    \"cosh\",\n\t    \"count\",\n\t    \"covar_pop\",\n\t    \"covar_samp\",\n\t    \"create\",\n\t    \"cross\",\n\t    \"cube\",\n\t    \"cume_dist\",\n\t    \"current\",\n\t    \"current_catalog\",\n\t    \"current_date\",\n\t    \"current_default_transform_group\",\n\t    \"current_path\",\n\t    \"current_role\",\n\t    \"current_row\",\n\t    \"current_schema\",\n\t    \"current_time\",\n\t    \"current_timestamp\",\n\t    \"current_path\",\n\t    \"current_role\",\n\t    \"current_transform_group_for_type\",\n\t    \"current_user\",\n\t    \"cursor\",\n\t    \"cycle\",\n\t    \"date\",\n\t    \"day\",\n\t    \"deallocate\",\n\t    \"dec\",\n\t    \"decimal\",\n\t    \"decfloat\",\n\t    \"declare\",\n\t    \"default\",\n\t    \"define\",\n\t    \"delete\",\n\t    \"dense_rank\",\n\t    \"deref\",\n\t    \"describe\",\n\t    \"deterministic\",\n\t    \"disconnect\",\n\t    \"distinct\",\n\t    \"double\",\n\t    \"drop\",\n\t    \"dynamic\",\n\t    \"each\",\n\t    \"element\",\n\t    \"else\",\n\t    \"empty\",\n\t    \"end\",\n\t    \"end_frame\",\n\t    \"end_partition\",\n\t    \"end-exec\",\n\t    \"equals\",\n\t    \"escape\",\n\t    \"every\",\n\t    \"except\",\n\t    \"exec\",\n\t    \"execute\",\n\t    \"exists\",\n\t    \"exp\",\n\t    \"external\",\n\t    \"extract\",\n\t    \"false\",\n\t    \"fetch\",\n\t    \"filter\",\n\t    \"first_value\",\n\t    \"float\",\n\t    \"floor\",\n\t    \"for\",\n\t    \"foreign\",\n\t    \"frame_row\",\n\t    \"free\",\n\t    \"from\",\n\t    \"full\",\n\t    \"function\",\n\t    \"fusion\",\n\t    \"get\",\n\t    \"global\",\n\t    \"grant\",\n\t    \"group\",\n\t    \"grouping\",\n\t    \"groups\",\n\t    \"having\",\n\t    \"hold\",\n\t    \"hour\",\n\t    \"identity\",\n\t    \"in\",\n\t    \"indicator\",\n\t    \"initial\",\n\t    \"inner\",\n\t    \"inout\",\n\t    \"insensitive\",\n\t    \"insert\",\n\t    \"int\",\n\t    \"integer\",\n\t    \"intersect\",\n\t    \"intersection\",\n\t    \"interval\",\n\t    \"into\",\n\t    \"is\",\n\t    \"join\",\n\t    \"json_array\",\n\t    \"json_arrayagg\",\n\t    \"json_exists\",\n\t    \"json_object\",\n\t    \"json_objectagg\",\n\t    \"json_query\",\n\t    \"json_table\",\n\t    \"json_table_primitive\",\n\t    \"json_value\",\n\t    \"lag\",\n\t    \"language\",\n\t    \"large\",\n\t    \"last_value\",\n\t    \"lateral\",\n\t    \"lead\",\n\t    \"leading\",\n\t    \"left\",\n\t    \"like\",\n\t    \"like_regex\",\n\t    \"listagg\",\n\t    \"ln\",\n\t    \"local\",\n\t    \"localtime\",\n\t    \"localtimestamp\",\n\t    \"log\",\n\t    \"log10\",\n\t    \"lower\",\n\t    \"match\",\n\t    \"match_number\",\n\t    \"match_recognize\",\n\t    \"matches\",\n\t    \"max\",\n\t    \"member\",\n\t    \"merge\",\n\t    \"method\",\n\t    \"min\",\n\t    \"minute\",\n\t    \"mod\",\n\t    \"modifies\",\n\t    \"module\",\n\t    \"month\",\n\t    \"multiset\",\n\t    \"national\",\n\t    \"natural\",\n\t    \"nchar\",\n\t    \"nclob\",\n\t    \"new\",\n\t    \"no\",\n\t    \"none\",\n\t    \"normalize\",\n\t    \"not\",\n\t    \"nth_value\",\n\t    \"ntile\",\n\t    \"null\",\n\t    \"nullif\",\n\t    \"numeric\",\n\t    \"octet_length\",\n\t    \"occurrences_regex\",\n\t    \"of\",\n\t    \"offset\",\n\t    \"old\",\n\t    \"omit\",\n\t    \"on\",\n\t    \"one\",\n\t    \"only\",\n\t    \"open\",\n\t    \"or\",\n\t    \"order\",\n\t    \"out\",\n\t    \"outer\",\n\t    \"over\",\n\t    \"overlaps\",\n\t    \"overlay\",\n\t    \"parameter\",\n\t    \"partition\",\n\t    \"pattern\",\n\t    \"per\",\n\t    \"percent\",\n\t    \"percent_rank\",\n\t    \"percentile_cont\",\n\t    \"percentile_disc\",\n\t    \"period\",\n\t    \"portion\",\n\t    \"position\",\n\t    \"position_regex\",\n\t    \"power\",\n\t    \"precedes\",\n\t    \"precision\",\n\t    \"prepare\",\n\t    \"primary\",\n\t    \"procedure\",\n\t    \"ptf\",\n\t    \"range\",\n\t    \"rank\",\n\t    \"reads\",\n\t    \"real\",\n\t    \"recursive\",\n\t    \"ref\",\n\t    \"references\",\n\t    \"referencing\",\n\t    \"regr_avgx\",\n\t    \"regr_avgy\",\n\t    \"regr_count\",\n\t    \"regr_intercept\",\n\t    \"regr_r2\",\n\t    \"regr_slope\",\n\t    \"regr_sxx\",\n\t    \"regr_sxy\",\n\t    \"regr_syy\",\n\t    \"release\",\n\t    \"result\",\n\t    \"return\",\n\t    \"returns\",\n\t    \"revoke\",\n\t    \"right\",\n\t    \"rollback\",\n\t    \"rollup\",\n\t    \"row\",\n\t    \"row_number\",\n\t    \"rows\",\n\t    \"running\",\n\t    \"savepoint\",\n\t    \"scope\",\n\t    \"scroll\",\n\t    \"search\",\n\t    \"second\",\n\t    \"seek\",\n\t    \"select\",\n\t    \"sensitive\",\n\t    \"session_user\",\n\t    \"set\",\n\t    \"show\",\n\t    \"similar\",\n\t    \"sin\",\n\t    \"sinh\",\n\t    \"skip\",\n\t    \"smallint\",\n\t    \"some\",\n\t    \"specific\",\n\t    \"specifictype\",\n\t    \"sql\",\n\t    \"sqlexception\",\n\t    \"sqlstate\",\n\t    \"sqlwarning\",\n\t    \"sqrt\",\n\t    \"start\",\n\t    \"static\",\n\t    \"stddev_pop\",\n\t    \"stddev_samp\",\n\t    \"submultiset\",\n\t    \"subset\",\n\t    \"substring\",\n\t    \"substring_regex\",\n\t    \"succeeds\",\n\t    \"sum\",\n\t    \"symmetric\",\n\t    \"system\",\n\t    \"system_time\",\n\t    \"system_user\",\n\t    \"table\",\n\t    \"tablesample\",\n\t    \"tan\",\n\t    \"tanh\",\n\t    \"then\",\n\t    \"time\",\n\t    \"timestamp\",\n\t    \"timezone_hour\",\n\t    \"timezone_minute\",\n\t    \"to\",\n\t    \"trailing\",\n\t    \"translate\",\n\t    \"translate_regex\",\n\t    \"translation\",\n\t    \"treat\",\n\t    \"trigger\",\n\t    \"trim\",\n\t    \"trim_array\",\n\t    \"true\",\n\t    \"truncate\",\n\t    \"uescape\",\n\t    \"union\",\n\t    \"unique\",\n\t    \"unknown\",\n\t    \"unnest\",\n\t    \"update\",\n\t    \"upper\",\n\t    \"user\",\n\t    \"using\",\n\t    \"value\",\n\t    \"values\",\n\t    \"value_of\",\n\t    \"var_pop\",\n\t    \"var_samp\",\n\t    \"varbinary\",\n\t    \"varchar\",\n\t    \"varying\",\n\t    \"versioning\",\n\t    \"when\",\n\t    \"whenever\",\n\t    \"where\",\n\t    \"width_bucket\",\n\t    \"window\",\n\t    \"with\",\n\t    \"within\",\n\t    \"without\",\n\t    \"year\",\n\t  ];\n\n\t  // these are reserved words we have identified to be functions\n\t  // and should only be highlighted in a dispatch-like context\n\t  // ie, array_agg(...), etc.\n\t  const RESERVED_FUNCTIONS = [\n\t    \"abs\",\n\t    \"acos\",\n\t    \"array_agg\",\n\t    \"asin\",\n\t    \"atan\",\n\t    \"avg\",\n\t    \"cast\",\n\t    \"ceil\",\n\t    \"ceiling\",\n\t    \"coalesce\",\n\t    \"corr\",\n\t    \"cos\",\n\t    \"cosh\",\n\t    \"count\",\n\t    \"covar_pop\",\n\t    \"covar_samp\",\n\t    \"cume_dist\",\n\t    \"dense_rank\",\n\t    \"deref\",\n\t    \"element\",\n\t    \"exp\",\n\t    \"extract\",\n\t    \"first_value\",\n\t    \"floor\",\n\t    \"json_array\",\n\t    \"json_arrayagg\",\n\t    \"json_exists\",\n\t    \"json_object\",\n\t    \"json_objectagg\",\n\t    \"json_query\",\n\t    \"json_table\",\n\t    \"json_table_primitive\",\n\t    \"json_value\",\n\t    \"lag\",\n\t    \"last_value\",\n\t    \"lead\",\n\t    \"listagg\",\n\t    \"ln\",\n\t    \"log\",\n\t    \"log10\",\n\t    \"lower\",\n\t    \"max\",\n\t    \"min\",\n\t    \"mod\",\n\t    \"nth_value\",\n\t    \"ntile\",\n\t    \"nullif\",\n\t    \"percent_rank\",\n\t    \"percentile_cont\",\n\t    \"percentile_disc\",\n\t    \"position\",\n\t    \"position_regex\",\n\t    \"power\",\n\t    \"rank\",\n\t    \"regr_avgx\",\n\t    \"regr_avgy\",\n\t    \"regr_count\",\n\t    \"regr_intercept\",\n\t    \"regr_r2\",\n\t    \"regr_slope\",\n\t    \"regr_sxx\",\n\t    \"regr_sxy\",\n\t    \"regr_syy\",\n\t    \"row_number\",\n\t    \"sin\",\n\t    \"sinh\",\n\t    \"sqrt\",\n\t    \"stddev_pop\",\n\t    \"stddev_samp\",\n\t    \"substring\",\n\t    \"substring_regex\",\n\t    \"sum\",\n\t    \"tan\",\n\t    \"tanh\",\n\t    \"translate\",\n\t    \"translate_regex\",\n\t    \"treat\",\n\t    \"trim\",\n\t    \"trim_array\",\n\t    \"unnest\",\n\t    \"upper\",\n\t    \"value_of\",\n\t    \"var_pop\",\n\t    \"var_samp\",\n\t    \"width_bucket\",\n\t  ];\n\n\t  // these functions can\n\t  const POSSIBLE_WITHOUT_PARENS = [\n\t    \"current_catalog\",\n\t    \"current_date\",\n\t    \"current_default_transform_group\",\n\t    \"current_path\",\n\t    \"current_role\",\n\t    \"current_schema\",\n\t    \"current_transform_group_for_type\",\n\t    \"current_user\",\n\t    \"session_user\",\n\t    \"system_time\",\n\t    \"system_user\",\n\t    \"current_time\",\n\t    \"localtime\",\n\t    \"current_timestamp\",\n\t    \"localtimestamp\"\n\t  ];\n\n\t  // those exist to boost relevance making these very\n\t  // \"SQL like\" keyword combos worth +1 extra relevance\n\t  const COMBOS = [\n\t    \"create table\",\n\t    \"insert into\",\n\t    \"primary key\",\n\t    \"foreign key\",\n\t    \"not null\",\n\t    \"alter table\",\n\t    \"add constraint\",\n\t    \"grouping sets\",\n\t    \"on overflow\",\n\t    \"character set\",\n\t    \"respect nulls\",\n\t    \"ignore nulls\",\n\t    \"nulls first\",\n\t    \"nulls last\",\n\t    \"depth first\",\n\t    \"breadth first\"\n\t  ];\n\n\t  const FUNCTIONS = RESERVED_FUNCTIONS;\n\n\t  const KEYWORDS = [\n\t    ...RESERVED_WORDS,\n\t    ...NON_RESERVED_WORDS\n\t  ].filter((keyword) => {\n\t    return !RESERVED_FUNCTIONS.includes(keyword);\n\t  });\n\n\t  const VARIABLE = {\n\t    className: \"variable\",\n\t    begin: /@[a-z0-9]+/,\n\t  };\n\n\t  const OPERATOR = {\n\t    className: \"operator\",\n\t    begin: /[-+*/=%^~]|&&?|\\|\\|?|!=?|<(?:=>?|<|>)?|>[>=]?/,\n\t    relevance: 0,\n\t  };\n\n\t  const FUNCTION_CALL = {\n\t    begin: regex.concat(/\\b/, regex.either(...FUNCTIONS), /\\s*\\(/),\n\t    relevance: 0,\n\t    keywords: { built_in: FUNCTIONS }\n\t  };\n\n\t  // keywords with less than 3 letters are reduced in relevancy\n\t  function reduceRelevancy(list, {\n\t    exceptions, when\n\t  } = {}) {\n\t    const qualifyFn = when;\n\t    exceptions = exceptions || [];\n\t    return list.map((item) => {\n\t      if (item.match(/\\|\\d+$/) || exceptions.includes(item)) {\n\t        return item;\n\t      } else if (qualifyFn(item)) {\n\t        return `${item}|0`;\n\t      } else {\n\t        return item;\n\t      }\n\t    });\n\t  }\n\n\t  return {\n\t    name: 'SQL',\n\t    case_insensitive: true,\n\t    // does not include {} or HTML tags `</`\n\t    illegal: /[{}]|<\\//,\n\t    keywords: {\n\t      $pattern: /\\b[\\w\\.]+/,\n\t      keyword:\n\t        reduceRelevancy(KEYWORDS, { when: (x) => x.length < 3 }),\n\t      literal: LITERALS,\n\t      type: TYPES,\n\t      built_in: POSSIBLE_WITHOUT_PARENS\n\t    },\n\t    contains: [\n\t      {\n\t        begin: regex.either(...COMBOS),\n\t        relevance: 0,\n\t        keywords: {\n\t          $pattern: /[\\w\\.]+/,\n\t          keyword: KEYWORDS.concat(COMBOS),\n\t          literal: LITERALS,\n\t          type: TYPES\n\t        },\n\t      },\n\t      {\n\t        className: \"type\",\n\t        begin: regex.either(...MULTI_WORD_TYPES)\n\t      },\n\t      FUNCTION_CALL,\n\t      VARIABLE,\n\t      STRING,\n\t      QUOTED_IDENTIFIER,\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      COMMENT_MODE,\n\t      OPERATOR\n\t    ]\n\t  };\n\t}\n\n\tsql_1 = sql;\n\treturn sql_1;\n}\n\n/*\nLanguage: Stan\nDescription: The Stan probabilistic programming language\nAuthor: Sean Pinkney <sean.pinkney@gmail.com>\nWebsite: http://mc-stan.org/\nCategory: scientific\n*/\n\nvar stan_1;\nvar hasRequiredStan;\n\nfunction requireStan () {\n\tif (hasRequiredStan) return stan_1;\n\thasRequiredStan = 1;\n\tfunction stan(hljs) {\n\t  const regex = hljs.regex;\n\t  // variable names cannot conflict with block identifiers\n\t  const BLOCKS = [\n\t    'functions',\n\t    'model',\n\t    'data',\n\t    'parameters',\n\t    'quantities',\n\t    'transformed',\n\t    'generated'\n\t  ];\n\n\t  const STATEMENTS = [\n\t    'for',\n\t    'in',\n\t    'if',\n\t    'else',\n\t    'while',\n\t    'break',\n\t    'continue',\n\t    'return'\n\t  ];\n\n\t  const TYPES = [\n\t    'array',\n\t    'complex',\n\t    'int',\n\t    'real',\n\t    'vector',\n\t    'ordered',\n\t    'positive_ordered',\n\t    'simplex',\n\t    'unit_vector',\n\t    'row_vector',\n\t    'matrix',\n\t    'cholesky_factor_corr|10',\n\t    'cholesky_factor_cov|10',\n\t    'corr_matrix|10',\n\t    'cov_matrix|10',\n\t    'void'\n\t  ];\n\n\t  // to get the functions list\n\t  // clone the [stan-docs repo](https://github.com/stan-dev/docs)\n\t  // then cd into it and run this bash script https://gist.github.com/joshgoebel/dcd33f82d4059a907c986049893843cf\n\t  //\n\t  // the output files are\n\t  // distributions_quoted.txt\n\t  // functions_quoted.txt\n\n\t  const FUNCTIONS = [\n\t    'Phi',\n\t    'Phi_approx',\n\t    'abs',\n\t    'acos',\n\t    'acosh',\n\t    'add_diag',\n\t    'algebra_solver',\n\t    'algebra_solver_newton',\n\t    'append_array',\n\t    'append_col',\n\t    'append_row',\n\t    'asin',\n\t    'asinh',\n\t    'atan',\n\t    'atan2',\n\t    'atanh',\n\t    'bessel_first_kind',\n\t    'bessel_second_kind',\n\t    'binary_log_loss',\n\t    'binomial_coefficient_log',\n\t    'block',\n\t    'cbrt',\n\t    'ceil',\n\t    'chol2inv',\n\t    'cholesky_decompose',\n\t    'choose',\n\t    'col',\n\t    'cols',\n\t    'columns_dot_product',\n\t    'columns_dot_self',\n\t    'conj',\n\t    'cos',\n\t    'cosh',\n\t    'cov_exp_quad',\n\t    'crossprod',\n\t    'csr_extract_u',\n\t    'csr_extract_v',\n\t    'csr_extract_w',\n\t    'csr_matrix_times_vector',\n\t    'csr_to_dense_matrix',\n\t    'cumulative_sum',\n\t    'determinant',\n\t    'diag_matrix',\n\t    'diag_post_multiply',\n\t    'diag_pre_multiply',\n\t    'diagonal',\n\t    'digamma',\n\t    'dims',\n\t    'distance',\n\t    'dot_product',\n\t    'dot_self',\n\t    'eigenvalues_sym',\n\t    'eigenvectors_sym',\n\t    'erf',\n\t    'erfc',\n\t    'exp',\n\t    'exp2',\n\t    'expm1',\n\t    'fabs',\n\t    'falling_factorial',\n\t    'fdim',\n\t    'floor',\n\t    'fma',\n\t    'fmax',\n\t    'fmin',\n\t    'fmod',\n\t    'gamma_p',\n\t    'gamma_q',\n\t    'generalized_inverse',\n\t    'get_imag',\n\t    'get_lp',\n\t    'get_real',\n\t    'head',\n\t    'hmm_hidden_state_prob',\n\t    'hmm_marginal',\n\t    'hypot',\n\t    'identity_matrix',\n\t    'inc_beta',\n\t    'int_step',\n\t    'integrate_1d',\n\t    'integrate_ode',\n\t    'integrate_ode_adams',\n\t    'integrate_ode_bdf',\n\t    'integrate_ode_rk45',\n\t    'inv',\n\t    'inv_Phi',\n\t    'inv_cloglog',\n\t    'inv_logit',\n\t    'inv_sqrt',\n\t    'inv_square',\n\t    'inverse',\n\t    'inverse_spd',\n\t    'is_inf',\n\t    'is_nan',\n\t    'lambert_w0',\n\t    'lambert_wm1',\n\t    'lbeta',\n\t    'lchoose',\n\t    'ldexp',\n\t    'lgamma',\n\t    'linspaced_array',\n\t    'linspaced_int_array',\n\t    'linspaced_row_vector',\n\t    'linspaced_vector',\n\t    'lmgamma',\n\t    'lmultiply',\n\t    'log',\n\t    'log1m',\n\t    'log1m_exp',\n\t    'log1m_inv_logit',\n\t    'log1p',\n\t    'log1p_exp',\n\t    'log_determinant',\n\t    'log_diff_exp',\n\t    'log_falling_factorial',\n\t    'log_inv_logit',\n\t    'log_inv_logit_diff',\n\t    'log_mix',\n\t    'log_modified_bessel_first_kind',\n\t    'log_rising_factorial',\n\t    'log_softmax',\n\t    'log_sum_exp',\n\t    'logit',\n\t    'machine_precision',\n\t    'map_rect',\n\t    'matrix_exp',\n\t    'matrix_exp_multiply',\n\t    'matrix_power',\n\t    'max',\n\t    'mdivide_left_spd',\n\t    'mdivide_left_tri_low',\n\t    'mdivide_right_spd',\n\t    'mdivide_right_tri_low',\n\t    'mean',\n\t    'min',\n\t    'modified_bessel_first_kind',\n\t    'modified_bessel_second_kind',\n\t    'multiply_log',\n\t    'multiply_lower_tri_self_transpose',\n\t    'negative_infinity',\n\t    'norm',\n\t    'not_a_number',\n\t    'num_elements',\n\t    'ode_adams',\n\t    'ode_adams_tol',\n\t    'ode_adjoint_tol_ctl',\n\t    'ode_bdf',\n\t    'ode_bdf_tol',\n\t    'ode_ckrk',\n\t    'ode_ckrk_tol',\n\t    'ode_rk45',\n\t    'ode_rk45_tol',\n\t    'one_hot_array',\n\t    'one_hot_int_array',\n\t    'one_hot_row_vector',\n\t    'one_hot_vector',\n\t    'ones_array',\n\t    'ones_int_array',\n\t    'ones_row_vector',\n\t    'ones_vector',\n\t    'owens_t',\n\t    'polar',\n\t    'positive_infinity',\n\t    'pow',\n\t    'print',\n\t    'prod',\n\t    'proj',\n\t    'qr_Q',\n\t    'qr_R',\n\t    'qr_thin_Q',\n\t    'qr_thin_R',\n\t    'quad_form',\n\t    'quad_form_diag',\n\t    'quad_form_sym',\n\t    'quantile',\n\t    'rank',\n\t    'reduce_sum',\n\t    'reject',\n\t    'rep_array',\n\t    'rep_matrix',\n\t    'rep_row_vector',\n\t    'rep_vector',\n\t    'reverse',\n\t    'rising_factorial',\n\t    'round',\n\t    'row',\n\t    'rows',\n\t    'rows_dot_product',\n\t    'rows_dot_self',\n\t    'scale_matrix_exp_multiply',\n\t    'sd',\n\t    'segment',\n\t    'sin',\n\t    'singular_values',\n\t    'sinh',\n\t    'size',\n\t    'softmax',\n\t    'sort_asc',\n\t    'sort_desc',\n\t    'sort_indices_asc',\n\t    'sort_indices_desc',\n\t    'sqrt',\n\t    'square',\n\t    'squared_distance',\n\t    'step',\n\t    'sub_col',\n\t    'sub_row',\n\t    'sum',\n\t    'svd_U',\n\t    'svd_V',\n\t    'symmetrize_from_lower_tri',\n\t    'tail',\n\t    'tan',\n\t    'tanh',\n\t    'target',\n\t    'tcrossprod',\n\t    'tgamma',\n\t    'to_array_1d',\n\t    'to_array_2d',\n\t    'to_complex',\n\t    'to_matrix',\n\t    'to_row_vector',\n\t    'to_vector',\n\t    'trace',\n\t    'trace_gen_quad_form',\n\t    'trace_quad_form',\n\t    'trigamma',\n\t    'trunc',\n\t    'uniform_simplex',\n\t    'variance',\n\t    'zeros_array',\n\t    'zeros_int_array',\n\t    'zeros_row_vector'\n\t  ];\n\n\t  const DISTRIBUTIONS = [\n\t    'bernoulli',\n\t    'bernoulli_logit',\n\t    'bernoulli_logit_glm',\n\t    'beta',\n\t    'beta_binomial',\n\t    'beta_proportion',\n\t    'binomial',\n\t    'binomial_logit',\n\t    'categorical',\n\t    'categorical_logit',\n\t    'categorical_logit_glm',\n\t    'cauchy',\n\t    'chi_square',\n\t    'dirichlet',\n\t    'discrete_range',\n\t    'double_exponential',\n\t    'exp_mod_normal',\n\t    'exponential',\n\t    'frechet',\n\t    'gamma',\n\t    'gaussian_dlm_obs',\n\t    'gumbel',\n\t    'hmm_latent',\n\t    'hypergeometric',\n\t    'inv_chi_square',\n\t    'inv_gamma',\n\t    'inv_wishart',\n\t    'lkj_corr',\n\t    'lkj_corr_cholesky',\n\t    'logistic',\n\t    'lognormal',\n\t    'multi_gp',\n\t    'multi_gp_cholesky',\n\t    'multi_normal',\n\t    'multi_normal_cholesky',\n\t    'multi_normal_prec',\n\t    'multi_student_t',\n\t    'multinomial',\n\t    'multinomial_logit',\n\t    'neg_binomial',\n\t    'neg_binomial_2',\n\t    'neg_binomial_2_log',\n\t    'neg_binomial_2_log_glm',\n\t    'normal',\n\t    'normal_id_glm',\n\t    'ordered_logistic',\n\t    'ordered_logistic_glm',\n\t    'ordered_probit',\n\t    'pareto',\n\t    'pareto_type_2',\n\t    'poisson',\n\t    'poisson_log',\n\t    'poisson_log_glm',\n\t    'rayleigh',\n\t    'scaled_inv_chi_square',\n\t    'skew_double_exponential',\n\t    'skew_normal',\n\t    'std_normal',\n\t    'student_t',\n\t    'uniform',\n\t    'von_mises',\n\t    'weibull',\n\t    'wiener',\n\t    'wishart'\n\t  ];\n\n\t  const BLOCK_COMMENT = hljs.COMMENT(\n\t    /\\/\\*/,\n\t    /\\*\\//,\n\t    {\n\t      relevance: 0,\n\t      contains: [\n\t        {\n\t          scope: 'doctag',\n\t          match: /@(return|param)/\n\t        }\n\t      ]\n\t    }\n\t  );\n\n\t  const INCLUDE = {\n\t    scope: 'meta',\n\t    begin: /#include\\b/,\n\t    end: /$/,\n\t    contains: [\n\t      {\n\t        match: /[a-z][a-z-._]+/,\n\t        scope: 'string'\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE\n\t    ]\n\t  };\n\n\t  const RANGE_CONSTRAINTS = [\n\t    \"lower\",\n\t    \"upper\",\n\t    \"offset\",\n\t    \"multiplier\"\n\t  ];\n\n\t  return {\n\t    name: 'Stan',\n\t    aliases: [ 'stanfuncs' ],\n\t    keywords: {\n\t      $pattern: hljs.IDENT_RE,\n\t      title: BLOCKS,\n\t      type: TYPES,\n\t      keyword: STATEMENTS,\n\t      built_in: FUNCTIONS\n\t    },\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      INCLUDE,\n\t      hljs.HASH_COMMENT_MODE,\n\t      BLOCK_COMMENT,\n\t      {\n\t        scope: 'built_in',\n\t        match: /\\s(pi|e|sqrt2|log2|log10)(?=\\()/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        match: regex.concat(/[<,]\\s*/, regex.either(...RANGE_CONSTRAINTS), /\\s*=/),\n\t        keywords: RANGE_CONSTRAINTS\n\t      },\n\t      {\n\t        scope: 'keyword',\n\t        match: /\\btarget(?=\\s*\\+=)/,\n\t      },\n\t      {\n\t        // highlights the 'T' in T[,] for only Stan language distributrions\n\t        match: [\n\t          /~\\s*/,\n\t          regex.either(...DISTRIBUTIONS),\n\t          /(?:\\(\\))/,\n\t          /\\s*T(?=\\s*\\[)/\n\t        ],\n\t        scope: {\n\t          2: \"built_in\",\n\t          4: \"keyword\"\n\t        }\n\t      },\n\t      {\n\t        // highlights distributions that end with special endings\n\t        scope: 'built_in',\n\t        keywords: DISTRIBUTIONS,\n\t        begin: regex.concat(/\\w*/, regex.either(...DISTRIBUTIONS), /(_lpdf|_lupdf|_lpmf|_cdf|_lcdf|_lccdf|_qf)(?=\\s*[\\(.*\\)])/)\n\t      },\n\t      {\n\t        // highlights distributions after ~\n\t        begin: [\n\t          /~/,\n\t          /\\s*/,\n\t          regex.concat(regex.either(...DISTRIBUTIONS), /(?=\\s*[\\(.*\\)])/)\n\t        ],\n\t        scope: { 3: \"built_in\" }\n\t      },\n\t      {\n\t        // highlights user defined distributions after ~\n\t        begin: [\n\t          /~/,\n\t          /\\s*\\w+(?=\\s*[\\(.*\\)])/,\n\t          '(?!.*/\\b(' + regex.either(...DISTRIBUTIONS) + ')\\b)'\n\t        ],\n\t        scope: { 2: \"title.function\" }\n\t      },\n\t      {\n\t        // highlights user defined distributions with special endings\n\t        scope: 'title.function',\n\t        begin: /\\w*(_lpdf|_lupdf|_lpmf|_cdf|_lcdf|_lccdf|_qf)(?=\\s*[\\(.*\\)])/\n\t      },\n\t      {\n\t        scope: 'number',\n\t        match: regex.concat(\n\t          // Comes from @RunDevelopment accessed 11/29/2021 at\n\t          // https://github.com/PrismJS/prism/blob/c53ad2e65b7193ab4f03a1797506a54bbb33d5a2/components/prism-stan.js#L56\n\n\t          // start of big noncapture group which\n\t          // 1. gets numbers that are by themselves\n\t          // 2. numbers that are separated by _\n\t          // 3. numbers that are separted by .\n\t          /(?:\\b\\d+(?:_\\d+)*(?:\\.(?:\\d+(?:_\\d+)*)?)?|\\B\\.\\d+(?:_\\d+)*)/,\n\t          // grabs scientific notation\n\t          // grabs complex numbers with i\n\t          /(?:[eE][+-]?\\d+(?:_\\d+)*)?i?(?!\\w)/\n\t        ),\n\t        relevance: 0\n\t      },\n\t      {\n\t        scope: 'string',\n\t        begin: /\"/,\n\t        end: /\"/\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tstan_1 = stan;\n\treturn stan_1;\n}\n\n/*\nLanguage: Stata\nAuthor: Brian Quistorff <bquistorff@gmail.com>\nContributors: Drew McDonald <drewmcdo@gmail.com>\nDescription: Stata is a general-purpose statistical software package created in 1985 by StataCorp.\nWebsite: https://en.wikipedia.org/wiki/Stata\nCategory: scientific\n*/\n\nvar stata_1;\nvar hasRequiredStata;\n\nfunction requireStata () {\n\tif (hasRequiredStata) return stata_1;\n\thasRequiredStata = 1;\n\t/*\n\t  This is a fork and modification of Drew McDonald's file (https://github.com/drewmcdonald/stata-highlighting). I have also included a list of builtin commands from https://bugs.kde.org/show_bug.cgi?id=135646.\n\t*/\n\n\tfunction stata(hljs) {\n\t  return {\n\t    name: 'Stata',\n\t    aliases: [\n\t      'do',\n\t      'ado'\n\t    ],\n\t    case_insensitive: true,\n\t    keywords: 'if else in foreach for forv forva forval forvalu forvalue forvalues by bys bysort xi quietly qui capture about ac ac_7 acprplot acprplot_7 adjust ado adopath adoupdate alpha ameans an ano anov anova anova_estat anova_terms anovadef aorder ap app appe appen append arch arch_dr arch_estat arch_p archlm areg areg_p args arima arima_dr arima_estat arima_p as asmprobit asmprobit_estat asmprobit_lf asmprobit_mfx__dlg asmprobit_p ass asse asser assert avplot avplot_7 avplots avplots_7 bcskew0 bgodfrey bias binreg bip0_lf biplot bipp_lf bipr_lf bipr_p biprobit bitest bitesti bitowt blogit bmemsize boot bootsamp bootstrap bootstrap_8 boxco_l boxco_p boxcox boxcox_6 boxcox_p bprobit br break brier bro brow brows browse brr brrstat bs bs_7 bsampl_w bsample bsample_7 bsqreg bstat bstat_7 bstat_8 bstrap bstrap_7 bubble bubbleplot ca ca_estat ca_p cabiplot camat canon canon_8 canon_8_p canon_estat canon_p cap caprojection capt captu captur capture cat cc cchart cchart_7 cci cd censobs_table centile cf char chdir checkdlgfiles checkestimationsample checkhlpfiles checksum chelp ci cii cl class classutil clear cli clis clist clo clog clog_lf clog_p clogi clogi_sw clogit clogit_lf clogit_p clogitp clogl_sw cloglog clonevar clslistarray cluster cluster_measures cluster_stop cluster_tree cluster_tree_8 clustermat cmdlog cnr cnre cnreg cnreg_p cnreg_sw cnsreg codebook collaps4 collapse colormult_nb colormult_nw compare compress conf confi confir confirm conren cons const constr constra constrai constrain constraint continue contract copy copyright copysource cor corc corr corr2data corr_anti corr_kmo corr_smc corre correl correla correlat correlate corrgram cou coun count cox cox_p cox_sw coxbase coxhaz coxvar cprplot cprplot_7 crc cret cretu cretur creturn cross cs cscript cscript_log csi ct ct_is ctset ctst_5 ctst_st cttost cumsp cumsp_7 cumul cusum cusum_7 cutil d|0 datasig datasign datasigna datasignat datasignatu datasignatur datasignature datetof db dbeta de dec deco decod decode deff des desc descr descri describ describe destring dfbeta dfgls dfuller di di_g dir dirstats dis discard disp disp_res disp_s displ displa display distinct do doe doed doedi doedit dotplot dotplot_7 dprobit drawnorm drop ds ds_util dstdize duplicates durbina dwstat dydx e|0 ed edi edit egen eivreg emdef en enc enco encod encode eq erase ereg ereg_lf ereg_p ereg_sw ereghet ereghet_glf ereghet_glf_sh ereghet_gp ereghet_ilf ereghet_ilf_sh ereghet_ip eret eretu eretur ereturn err erro error esize est est_cfexist est_cfname est_clickable est_expand est_hold est_table est_unhold est_unholdok estat estat_default estat_summ estat_vce_only esti estimates etodow etof etomdy ex exi exit expand expandcl fac fact facto factor factor_estat factor_p factor_pca_rotated factor_rotate factormat fcast fcast_compute fcast_graph fdades fdadesc fdadescr fdadescri fdadescrib fdadescribe fdasav fdasave fdause fh_st file open file read file close file filefilter fillin find_hlp_file findfile findit findit_7 fit fl fli flis flist for5_0 forest forestplot form forma format fpredict frac_154 frac_adj frac_chk frac_cox frac_ddp frac_dis frac_dv frac_in frac_mun frac_pp frac_pq frac_pv frac_wgt frac_xo fracgen fracplot fracplot_7 fracpoly fracpred fron_ex fron_hn fron_p fron_tn fron_tn2 frontier ftodate ftoe ftomdy ftowdate funnel funnelplot g|0 gamhet_glf gamhet_gp gamhet_ilf gamhet_ip gamma gamma_d2 gamma_p gamma_sw gammahet gdi_hexagon gdi_spokes ge gen gene gener genera generat generate genrank genstd genvmean gettoken gl gladder gladder_7 glim_l01 glim_l02 glim_l03 glim_l04 glim_l05 glim_l06 glim_l07 glim_l08 glim_l09 glim_l10 glim_l11 glim_l12 glim_lf glim_mu glim_nw1 glim_nw2 glim_nw3 glim_p glim_v1 glim_v2 glim_v3 glim_v4 glim_v5 glim_v6 glim_v7 glm glm_6 glm_p glm_sw glmpred glo glob globa global glogit glogit_8 glogit_p gmeans gnbre_lf gnbreg gnbreg_5 gnbreg_p gomp_lf gompe_sw gomper_p gompertz gompertzhet gomphet_glf gomphet_glf_sh gomphet_gp gomphet_ilf gomphet_ilf_sh gomphet_ip gphdot gphpen gphprint gprefs gprobi_p gprobit gprobit_8 gr gr7 gr_copy gr_current gr_db gr_describe gr_dir gr_draw gr_draw_replay gr_drop gr_edit gr_editviewopts gr_example gr_example2 gr_export gr_print gr_qscheme gr_query gr_read gr_rename gr_replay gr_save gr_set gr_setscheme gr_table gr_undo gr_use graph graph7 grebar greigen greigen_7 greigen_8 grmeanby grmeanby_7 gs_fileinfo gs_filetype gs_graphinfo gs_stat gsort gwood h|0 hadimvo hareg hausman haver he heck_d2 heckma_p heckman heckp_lf heckpr_p heckprob hel help hereg hetpr_lf hetpr_p hetprob hettest hexdump hilite hist hist_7 histogram hlogit hlu hmeans hotel hotelling hprobit hreg hsearch icd9 icd9_ff icd9p iis impute imtest inbase include inf infi infil infile infix inp inpu input ins insheet insp inspe inspec inspect integ inten intreg intreg_7 intreg_p intrg2_ll intrg_ll intrg_ll2 ipolate iqreg ir irf irf_create irfm iri is_svy is_svysum isid istdize ivprob_1_lf ivprob_lf ivprobit ivprobit_p ivreg ivreg_footnote ivtob_1_lf ivtob_lf ivtobit ivtobit_p jackknife jacknife jknife jknife_6 jknife_8 jkstat joinby kalarma1 kap kap_3 kapmeier kappa kapwgt kdensity kdensity_7 keep ksm ksmirnov ktau kwallis l|0 la lab labbe labbeplot labe label labelbook ladder levels levelsof leverage lfit lfit_p li lincom line linktest lis list lloghet_glf lloghet_glf_sh lloghet_gp lloghet_ilf lloghet_ilf_sh lloghet_ip llogi_sw llogis_p llogist llogistic llogistichet lnorm_lf lnorm_sw lnorma_p lnormal lnormalhet lnormhet_glf lnormhet_glf_sh lnormhet_gp lnormhet_ilf lnormhet_ilf_sh lnormhet_ip lnskew0 loadingplot loc loca local log logi logis_lf logistic logistic_p logit logit_estat logit_p loglogs logrank loneway lookfor lookup lowess lowess_7 lpredict lrecomp lroc lroc_7 lrtest ls lsens lsens_7 lsens_x lstat ltable ltable_7 ltriang lv lvr2plot lvr2plot_7 m|0 ma mac macr macro makecns man manova manova_estat manova_p manovatest mantel mark markin markout marksample mat mat_capp mat_order mat_put_rr mat_rapp mata mata_clear mata_describe mata_drop mata_matdescribe mata_matsave mata_matuse mata_memory mata_mlib mata_mosave mata_rename mata_which matalabel matcproc matlist matname matr matri matrix matrix_input__dlg matstrik mcc mcci md0_ md1_ md1debug_ md2_ md2debug_ mds mds_estat mds_p mdsconfig mdslong mdsmat mdsshepard mdytoe mdytof me_derd mean means median memory memsize menl meqparse mer merg merge meta mfp mfx mhelp mhodds minbound mixed_ll mixed_ll_reparm mkassert mkdir mkmat mkspline ml ml_5 ml_adjs ml_bhhhs ml_c_d ml_check ml_clear ml_cnt ml_debug ml_defd ml_e0 ml_e0_bfgs ml_e0_cycle ml_e0_dfp ml_e0i ml_e1 ml_e1_bfgs ml_e1_bhhh ml_e1_cycle ml_e1_dfp ml_e2 ml_e2_cycle ml_ebfg0 ml_ebfr0 ml_ebfr1 ml_ebh0q ml_ebhh0 ml_ebhr0 ml_ebr0i ml_ecr0i ml_edfp0 ml_edfr0 ml_edfr1 ml_edr0i ml_eds ml_eer0i ml_egr0i ml_elf ml_elf_bfgs ml_elf_bhhh ml_elf_cycle ml_elf_dfp ml_elfi ml_elfs ml_enr0i ml_enrr0 ml_erdu0 ml_erdu0_bfgs ml_erdu0_bhhh ml_erdu0_bhhhq ml_erdu0_cycle ml_erdu0_dfp ml_erdu0_nrbfgs ml_exde ml_footnote ml_geqnr ml_grad0 ml_graph ml_hbhhh ml_hd0 ml_hold ml_init ml_inv ml_log ml_max ml_mlout ml_mlout_8 ml_model ml_nb0 ml_opt ml_p ml_plot ml_query ml_rdgrd ml_repor ml_s_e ml_score ml_searc ml_technique ml_unhold mleval mlf_ mlmatbysum mlmatsum mlog mlogi mlogit mlogit_footnote mlogit_p mlopts mlsum mlvecsum mnl0_ mor more mov move mprobit mprobit_lf mprobit_p mrdu0_ mrdu1_ mvdecode mvencode mvreg mvreg_estat n|0 nbreg nbreg_al nbreg_lf nbreg_p nbreg_sw nestreg net newey newey_7 newey_p news nl nl_7 nl_9 nl_9_p nl_p nl_p_7 nlcom nlcom_p nlexp2 nlexp2_7 nlexp2a nlexp2a_7 nlexp3 nlexp3_7 nlgom3 nlgom3_7 nlgom4 nlgom4_7 nlinit nllog3 nllog3_7 nllog4 nllog4_7 nlog_rd nlogit nlogit_p nlogitgen nlogittree nlpred no nobreak noi nois noisi noisil noisily note notes notes_dlg nptrend numlabel numlist odbc old_ver olo olog ologi ologi_sw ologit ologit_p ologitp on one onew onewa oneway op_colnm op_comp op_diff op_inv op_str opr opro oprob oprob_sw oprobi oprobi_p oprobit oprobitp opts_exclusive order orthog orthpoly ou out outf outfi outfil outfile outs outsh outshe outshee outsheet ovtest pac pac_7 palette parse parse_dissim pause pca pca_8 pca_display pca_estat pca_p pca_rotate pcamat pchart pchart_7 pchi pchi_7 pcorr pctile pentium pergram pergram_7 permute permute_8 personal peto_st pkcollapse pkcross pkequiv pkexamine pkexamine_7 pkshape pksumm pksumm_7 pl plo plot plugin pnorm pnorm_7 poisgof poiss_lf poiss_sw poisso_p poisson poisson_estat post postclose postfile postutil pperron pr prais prais_e prais_e2 prais_p predict predictnl preserve print pro prob probi probit probit_estat probit_p proc_time procoverlay procrustes procrustes_estat procrustes_p profiler prog progr progra program prop proportion prtest prtesti pwcorr pwd q\\\\s qby qbys qchi qchi_7 qladder qladder_7 qnorm qnorm_7 qqplot qqplot_7 qreg qreg_c qreg_p qreg_sw qu quadchk quantile quantile_7 que quer query range ranksum ratio rchart rchart_7 rcof recast reclink recode reg reg3 reg3_p regdw regr regre regre_p2 regres regres_p regress regress_estat regriv_p remap ren rena renam rename renpfix repeat replace report reshape restore ret retu retur return rm rmdir robvar roccomp roccomp_7 roccomp_8 rocf_lf rocfit rocfit_8 rocgold rocplot rocplot_7 roctab roctab_7 rolling rologit rologit_p rot rota rotat rotate rotatemat rreg rreg_p ru run runtest rvfplot rvfplot_7 rvpplot rvpplot_7 sa safesum sample sampsi sav save savedresults saveold sc sca scal scala scalar scatter scm_mine sco scob_lf scob_p scobi_sw scobit scor score scoreplot scoreplot_help scree screeplot screeplot_help sdtest sdtesti se search separate seperate serrbar serrbar_7 serset set set_defaults sfrancia sh she shel shell shewhart shewhart_7 signestimationsample signrank signtest simul simul_7 simulate simulate_8 sktest sleep slogit slogit_d2 slogit_p smooth snapspan so sor sort spearman spikeplot spikeplot_7 spikeplt spline_x split sqreg sqreg_p sret sretu sretur sreturn ssc st st_ct st_hc st_hcd st_hcd_sh st_is st_issys st_note st_promo st_set st_show st_smpl st_subid stack statsby statsby_8 stbase stci stci_7 stcox stcox_estat stcox_fr stcox_fr_ll stcox_p stcox_sw stcoxkm stcoxkm_7 stcstat stcurv stcurve stcurve_7 stdes stem stepwise stereg stfill stgen stir stjoin stmc stmh stphplot stphplot_7 stphtest stphtest_7 stptime strate strate_7 streg streg_sw streset sts sts_7 stset stsplit stsum sttocc sttoct stvary stweib su suest suest_8 sum summ summa summar summari summariz summarize sunflower sureg survcurv survsum svar svar_p svmat svy svy_disp svy_dreg svy_est svy_est_7 svy_estat svy_get svy_gnbreg_p svy_head svy_header svy_heckman_p svy_heckprob_p svy_intreg_p svy_ivreg_p svy_logistic_p svy_logit_p svy_mlogit_p svy_nbreg_p svy_ologit_p svy_oprobit_p svy_poisson_p svy_probit_p svy_regress_p svy_sub svy_sub_7 svy_x svy_x_7 svy_x_p svydes svydes_8 svygen svygnbreg svyheckman svyheckprob svyintreg svyintreg_7 svyintrg svyivreg svylc svylog_p svylogit svymarkout svymarkout_8 svymean svymlog svymlogit svynbreg svyolog svyologit svyoprob svyoprobit svyopts svypois svypois_7 svypoisson svyprobit svyprobt svyprop svyprop_7 svyratio svyreg svyreg_p svyregress svyset svyset_7 svyset_8 svytab svytab_7 svytest svytotal sw sw_8 swcnreg swcox swereg swilk swlogis swlogit swologit swoprbt swpois swprobit swqreg swtobit swweib symmetry symmi symplot symplot_7 syntax sysdescribe sysdir sysuse szroeter ta tab tab1 tab2 tab_or tabd tabdi tabdis tabdisp tabi table tabodds tabodds_7 tabstat tabu tabul tabula tabulat tabulate te tempfile tempname tempvar tes test testnl testparm teststd tetrachoric time_it timer tis tob tobi tobit tobit_p tobit_sw token tokeni tokeniz tokenize tostring total translate translator transmap treat_ll treatr_p treatreg trim trimfill trnb_cons trnb_mean trpoiss_d2 trunc_ll truncr_p truncreg tsappend tset tsfill tsline tsline_ex tsreport tsrevar tsrline tsset tssmooth tsunab ttest ttesti tut_chk tut_wait tutorial tw tware_st two twoway twoway__fpfit_serset twoway__function_gen twoway__histogram_gen twoway__ipoint_serset twoway__ipoints_serset twoway__kdensity_gen twoway__lfit_serset twoway__normgen_gen twoway__pci_serset twoway__qfit_serset twoway__scatteri_serset twoway__sunflower_gen twoway_ksm_serset ty typ type typeof u|0 unab unabbrev unabcmd update us use uselabel var var_mkcompanion var_p varbasic varfcast vargranger varirf varirf_add varirf_cgraph varirf_create varirf_ctable varirf_describe varirf_dir varirf_drop varirf_erase varirf_graph varirf_ograph varirf_rename varirf_set varirf_table varlist varlmar varnorm varsoc varstable varstable_w varstable_w2 varwle vce vec vec_fevd vec_mkphi vec_p vec_p_w vecirf_create veclmar veclmar_w vecnorm vecnorm_w vecrank 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ztbase_5 ztcox_5 ztdes_5 ztereg_5 ztfill_5 ztgen_5 ztir_5 ztjoin_5 ztnb ztnb_p ztp ztp_p zts_5 ztset_5 ztspli_5 ztsum_5 zttoct_5 ztvary_5 ztweib_5',\n\t    contains: [\n\t      {\n\t        className: 'symbol',\n\t        begin: /`[a-zA-Z0-9_]+'/\n\t      },\n\t      {\n\t        className: 'variable',\n\t        begin: /\\$\\{?[a-zA-Z0-9_]+\\}?/,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          { begin: '`\"[^\\r\\n]*?\"\\'' },\n\t          { begin: '\"[^\\r\\n\"]*\"' }\n\t        ]\n\t      },\n\n\t      {\n\t        className: 'built_in',\n\t        variants: [ { begin: '\\\\b(abs|acos|asin|atan|atan2|atanh|ceil|cloglog|comb|cos|digamma|exp|floor|invcloglog|invlogit|ln|lnfact|lnfactorial|lngamma|log|log10|max|min|mod|reldif|round|sign|sin|sqrt|sum|tan|tanh|trigamma|trunc|betaden|Binomial|binorm|binormal|chi2|chi2tail|dgammapda|dgammapdada|dgammapdadx|dgammapdx|dgammapdxdx|F|Fden|Ftail|gammaden|gammap|ibeta|invbinomial|invchi2|invchi2tail|invF|invFtail|invgammap|invibeta|invnchi2|invnFtail|invnibeta|invnorm|invnormal|invttail|nbetaden|nchi2|nFden|nFtail|nibeta|norm|normal|normalden|normd|npnchi2|tden|ttail|uniform|abbrev|char|index|indexnot|length|lower|ltrim|match|plural|proper|real|regexm|regexr|regexs|reverse|rtrim|string|strlen|strlower|strltrim|strmatch|strofreal|strpos|strproper|strreverse|strrtrim|strtrim|strupper|subinstr|subinword|substr|trim|upper|word|wordcount|_caller|autocode|byteorder|chop|clip|cond|e|epsdouble|epsfloat|group|inlist|inrange|irecode|matrix|maxbyte|maxdouble|maxfloat|maxint|maxlong|mi|minbyte|mindouble|minfloat|minint|minlong|missing|r|recode|replay|return|s|scalar|d|date|day|dow|doy|halfyear|mdy|month|quarter|week|year|d|daily|dofd|dofh|dofm|dofq|dofw|dofy|h|halfyearly|hofd|m|mofd|monthly|q|qofd|quarterly|tin|twithin|w|weekly|wofd|y|yearly|yh|ym|yofd|yq|yw|cholesky|colnumb|colsof|corr|det|diag|diag0cnt|el|get|hadamard|I|inv|invsym|issym|issymmetric|J|matmissing|matuniform|mreldif|nullmat|rownumb|rowsof|sweep|syminv|trace|vec|vecdiag)(?=\\\\()' } ]\n\t      },\n\n\t      hljs.COMMENT('^[ \\t]*\\\\*.*$', false),\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE\n\t    ]\n\t  };\n\t}\n\n\tstata_1 = stata;\n\treturn stata_1;\n}\n\n/*\nLanguage: STEP Part 21\nContributors: Adam Joseph Cook <adam.joseph.cook@gmail.com>\nDescription: Syntax highlighter for STEP Part 21 files (ISO 10303-21).\nWebsite: https://en.wikipedia.org/wiki/ISO_10303-21\n*/\n\nvar step21_1;\nvar hasRequiredStep21;\n\nfunction requireStep21 () {\n\tif (hasRequiredStep21) return step21_1;\n\thasRequiredStep21 = 1;\n\tfunction step21(hljs) {\n\t  const STEP21_IDENT_RE = '[A-Z_][A-Z0-9_.]*';\n\t  const STEP21_KEYWORDS = {\n\t    $pattern: STEP21_IDENT_RE,\n\t    keyword: [\n\t      \"HEADER\",\n\t      \"ENDSEC\",\n\t      \"DATA\"\n\t    ]\n\t  };\n\t  const STEP21_START = {\n\t    className: 'meta',\n\t    begin: 'ISO-10303-21;',\n\t    relevance: 10\n\t  };\n\t  const STEP21_CLOSE = {\n\t    className: 'meta',\n\t    begin: 'END-ISO-10303-21;',\n\t    relevance: 10\n\t  };\n\n\t  return {\n\t    name: 'STEP Part 21',\n\t    aliases: [\n\t      'p21',\n\t      'step',\n\t      'stp'\n\t    ],\n\t    case_insensitive: true, // STEP 21 is case insensitive in theory, in practice all non-comments are capitalized.\n\t    keywords: STEP21_KEYWORDS,\n\t    contains: [\n\t      STEP21_START,\n\t      STEP21_CLOSE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.COMMENT('/\\\\*\\\\*!', '\\\\*/'),\n\t      hljs.C_NUMBER_MODE,\n\t      hljs.inherit(hljs.APOS_STRING_MODE, { illegal: null }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }),\n\t      {\n\t        className: 'string',\n\t        begin: \"'\",\n\t        end: \"'\"\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        variants: [\n\t          {\n\t            begin: '#',\n\t            end: '\\\\d+',\n\t            illegal: '\\\\W'\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tstep21_1 = step21;\n\treturn step21_1;\n}\n\nvar stylus_1;\nvar hasRequiredStylus;\n\nfunction requireStylus () {\n\tif (hasRequiredStylus) return stylus_1;\n\thasRequiredStylus = 1;\n\tconst MODES = (hljs) => {\n\t  return {\n\t    IMPORTANT: {\n\t      scope: 'meta',\n\t      begin: '!important'\n\t    },\n\t    BLOCK_COMMENT: hljs.C_BLOCK_COMMENT_MODE,\n\t    HEXCOLOR: {\n\t      scope: 'number',\n\t      begin: /#(([0-9a-fA-F]{3,4})|(([0-9a-fA-F]{2}){3,4}))\\b/\n\t    },\n\t    FUNCTION_DISPATCH: {\n\t      className: \"built_in\",\n\t      begin: /[\\w-]+(?=\\()/\n\t    },\n\t    ATTRIBUTE_SELECTOR_MODE: {\n\t      scope: 'selector-attr',\n\t      begin: /\\[/,\n\t      end: /\\]/,\n\t      illegal: '$',\n\t      contains: [\n\t        hljs.APOS_STRING_MODE,\n\t        hljs.QUOTE_STRING_MODE\n\t      ]\n\t    },\n\t    CSS_NUMBER_MODE: {\n\t      scope: 'number',\n\t      begin: hljs.NUMBER_RE + '(' +\n\t        '%|em|ex|ch|rem' +\n\t        '|vw|vh|vmin|vmax' +\n\t        '|cm|mm|in|pt|pc|px' +\n\t        '|deg|grad|rad|turn' +\n\t        '|s|ms' +\n\t        '|Hz|kHz' +\n\t        '|dpi|dpcm|dppx' +\n\t        ')?',\n\t      relevance: 0\n\t    },\n\t    CSS_VARIABLE: {\n\t      className: \"attr\",\n\t      begin: /--[A-Za-z][A-Za-z0-9_-]*/\n\t    }\n\t  };\n\t};\n\n\tconst TAGS = [\n\t  'a',\n\t  'abbr',\n\t  'address',\n\t  'article',\n\t  'aside',\n\t  'audio',\n\t  'b',\n\t  'blockquote',\n\t  'body',\n\t  'button',\n\t  'canvas',\n\t  'caption',\n\t  'cite',\n\t  'code',\n\t  'dd',\n\t  'del',\n\t  'details',\n\t  'dfn',\n\t  'div',\n\t  'dl',\n\t  'dt',\n\t  'em',\n\t  'fieldset',\n\t  'figcaption',\n\t  'figure',\n\t  'footer',\n\t  'form',\n\t  'h1',\n\t  'h2',\n\t  'h3',\n\t  'h4',\n\t  'h5',\n\t  'h6',\n\t  'header',\n\t  'hgroup',\n\t  'html',\n\t  'i',\n\t  'iframe',\n\t  'img',\n\t  'input',\n\t  'ins',\n\t  'kbd',\n\t  'label',\n\t  'legend',\n\t  'li',\n\t  'main',\n\t  'mark',\n\t  'menu',\n\t  'nav',\n\t  'object',\n\t  'ol',\n\t  'p',\n\t  'q',\n\t  'quote',\n\t  'samp',\n\t  'section',\n\t  'span',\n\t  'strong',\n\t  'summary',\n\t  'sup',\n\t  'table',\n\t  'tbody',\n\t  'td',\n\t  'textarea',\n\t  'tfoot',\n\t  'th',\n\t  'thead',\n\t  'time',\n\t  'tr',\n\t  'ul',\n\t  'var',\n\t  'video'\n\t];\n\n\tconst MEDIA_FEATURES = [\n\t  'any-hover',\n\t  'any-pointer',\n\t  'aspect-ratio',\n\t  'color',\n\t  'color-gamut',\n\t  'color-index',\n\t  'device-aspect-ratio',\n\t  'device-height',\n\t  'device-width',\n\t  'display-mode',\n\t  'forced-colors',\n\t  'grid',\n\t  'height',\n\t  'hover',\n\t  'inverted-colors',\n\t  'monochrome',\n\t  'orientation',\n\t  'overflow-block',\n\t  'overflow-inline',\n\t  'pointer',\n\t  'prefers-color-scheme',\n\t  'prefers-contrast',\n\t  'prefers-reduced-motion',\n\t  'prefers-reduced-transparency',\n\t  'resolution',\n\t  'scan',\n\t  'scripting',\n\t  'update',\n\t  'width',\n\t  // TODO: find a better solution?\n\t  'min-width',\n\t  'max-width',\n\t  'min-height',\n\t  'max-height'\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-classes\n\tconst PSEUDO_CLASSES = [\n\t  'active',\n\t  'any-link',\n\t  'blank',\n\t  'checked',\n\t  'current',\n\t  'default',\n\t  'defined',\n\t  'dir', // dir()\n\t  'disabled',\n\t  'drop',\n\t  'empty',\n\t  'enabled',\n\t  'first',\n\t  'first-child',\n\t  'first-of-type',\n\t  'fullscreen',\n\t  'future',\n\t  'focus',\n\t  'focus-visible',\n\t  'focus-within',\n\t  'has', // has()\n\t  'host', // host or host()\n\t  'host-context', // host-context()\n\t  'hover',\n\t  'indeterminate',\n\t  'in-range',\n\t  'invalid',\n\t  'is', // is()\n\t  'lang', // lang()\n\t  'last-child',\n\t  'last-of-type',\n\t  'left',\n\t  'link',\n\t  'local-link',\n\t  'not', // not()\n\t  'nth-child', // nth-child()\n\t  'nth-col', // nth-col()\n\t  'nth-last-child', // nth-last-child()\n\t  'nth-last-col', // nth-last-col()\n\t  'nth-last-of-type', //nth-last-of-type()\n\t  'nth-of-type', //nth-of-type()\n\t  'only-child',\n\t  'only-of-type',\n\t  'optional',\n\t  'out-of-range',\n\t  'past',\n\t  'placeholder-shown',\n\t  'read-only',\n\t  'read-write',\n\t  'required',\n\t  'right',\n\t  'root',\n\t  'scope',\n\t  'target',\n\t  'target-within',\n\t  'user-invalid',\n\t  'valid',\n\t  'visited',\n\t  'where' // where()\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-elements\n\tconst PSEUDO_ELEMENTS = [\n\t  'after',\n\t  'backdrop',\n\t  'before',\n\t  'cue',\n\t  'cue-region',\n\t  'first-letter',\n\t  'first-line',\n\t  'grammar-error',\n\t  'marker',\n\t  'part',\n\t  'placeholder',\n\t  'selection',\n\t  'slotted',\n\t  'spelling-error'\n\t];\n\n\tconst ATTRIBUTES = [\n\t  'align-content',\n\t  'align-items',\n\t  'align-self',\n\t  'all',\n\t  'animation',\n\t  'animation-delay',\n\t  'animation-direction',\n\t  'animation-duration',\n\t  'animation-fill-mode',\n\t  'animation-iteration-count',\n\t  'animation-name',\n\t  'animation-play-state',\n\t  'animation-timing-function',\n\t  'backface-visibility',\n\t  'background',\n\t  'background-attachment',\n\t  'background-blend-mode',\n\t  'background-clip',\n\t  'background-color',\n\t  'background-image',\n\t  'background-origin',\n\t  'background-position',\n\t  'background-repeat',\n\t  'background-size',\n\t  'block-size',\n\t  'border',\n\t  'border-block',\n\t  'border-block-color',\n\t  'border-block-end',\n\t  'border-block-end-color',\n\t  'border-block-end-style',\n\t  'border-block-end-width',\n\t  'border-block-start',\n\t  'border-block-start-color',\n\t  'border-block-start-style',\n\t  'border-block-start-width',\n\t  'border-block-style',\n\t  'border-block-width',\n\t  'border-bottom',\n\t  'border-bottom-color',\n\t  'border-bottom-left-radius',\n\t  'border-bottom-right-radius',\n\t  'border-bottom-style',\n\t  'border-bottom-width',\n\t  'border-collapse',\n\t  'border-color',\n\t  'border-image',\n\t  'border-image-outset',\n\t  'border-image-repeat',\n\t  'border-image-slice',\n\t  'border-image-source',\n\t  'border-image-width',\n\t  'border-inline',\n\t  'border-inline-color',\n\t  'border-inline-end',\n\t  'border-inline-end-color',\n\t  'border-inline-end-style',\n\t  'border-inline-end-width',\n\t  'border-inline-start',\n\t  'border-inline-start-color',\n\t  'border-inline-start-style',\n\t  'border-inline-start-width',\n\t  'border-inline-style',\n\t  'border-inline-width',\n\t  'border-left',\n\t  'border-left-color',\n\t  'border-left-style',\n\t  'border-left-width',\n\t  'border-radius',\n\t  'border-right',\n\t  'border-right-color',\n\t  'border-right-style',\n\t  'border-right-width',\n\t  'border-spacing',\n\t  'border-style',\n\t  'border-top',\n\t  'border-top-color',\n\t  'border-top-left-radius',\n\t  'border-top-right-radius',\n\t  'border-top-style',\n\t  'border-top-width',\n\t  'border-width',\n\t  'bottom',\n\t  'box-decoration-break',\n\t  'box-shadow',\n\t  'box-sizing',\n\t  'break-after',\n\t  'break-before',\n\t  'break-inside',\n\t  'caption-side',\n\t  'caret-color',\n\t  'clear',\n\t  'clip',\n\t  'clip-path',\n\t  'clip-rule',\n\t  'color',\n\t  'column-count',\n\t  'column-fill',\n\t  'column-gap',\n\t  'column-rule',\n\t  'column-rule-color',\n\t  'column-rule-style',\n\t  'column-rule-width',\n\t  'column-span',\n\t  'column-width',\n\t  'columns',\n\t  'contain',\n\t  'content',\n\t  'content-visibility',\n\t  'counter-increment',\n\t  'counter-reset',\n\t  'cue',\n\t  'cue-after',\n\t  'cue-before',\n\t  'cursor',\n\t  'direction',\n\t  'display',\n\t  'empty-cells',\n\t  'filter',\n\t  'flex',\n\t  'flex-basis',\n\t  'flex-direction',\n\t  'flex-flow',\n\t  'flex-grow',\n\t  'flex-shrink',\n\t  'flex-wrap',\n\t  'float',\n\t  'flow',\n\t  'font',\n\t  'font-display',\n\t  'font-family',\n\t  'font-feature-settings',\n\t  'font-kerning',\n\t  'font-language-override',\n\t  'font-size',\n\t  'font-size-adjust',\n\t  'font-smoothing',\n\t  'font-stretch',\n\t  'font-style',\n\t  'font-synthesis',\n\t  'font-variant',\n\t  'font-variant-caps',\n\t  'font-variant-east-asian',\n\t  'font-variant-ligatures',\n\t  'font-variant-numeric',\n\t  'font-variant-position',\n\t  'font-variation-settings',\n\t  'font-weight',\n\t  'gap',\n\t  'glyph-orientation-vertical',\n\t  'grid',\n\t  'grid-area',\n\t  'grid-auto-columns',\n\t  'grid-auto-flow',\n\t  'grid-auto-rows',\n\t  'grid-column',\n\t  'grid-column-end',\n\t  'grid-column-start',\n\t  'grid-gap',\n\t  'grid-row',\n\t  'grid-row-end',\n\t  'grid-row-start',\n\t  'grid-template',\n\t  'grid-template-areas',\n\t  'grid-template-columns',\n\t  'grid-template-rows',\n\t  'hanging-punctuation',\n\t  'height',\n\t  'hyphens',\n\t  'icon',\n\t  'image-orientation',\n\t  'image-rendering',\n\t  'image-resolution',\n\t  'ime-mode',\n\t  'inline-size',\n\t  'isolation',\n\t  'justify-content',\n\t  'left',\n\t  'letter-spacing',\n\t  'line-break',\n\t  'line-height',\n\t  'list-style',\n\t  'list-style-image',\n\t  'list-style-position',\n\t  'list-style-type',\n\t  'margin',\n\t  'margin-block',\n\t  'margin-block-end',\n\t  'margin-block-start',\n\t  'margin-bottom',\n\t  'margin-inline',\n\t  'margin-inline-end',\n\t  'margin-inline-start',\n\t  'margin-left',\n\t  'margin-right',\n\t  'margin-top',\n\t  'marks',\n\t  'mask',\n\t  'mask-border',\n\t  'mask-border-mode',\n\t  'mask-border-outset',\n\t  'mask-border-repeat',\n\t  'mask-border-slice',\n\t  'mask-border-source',\n\t  'mask-border-width',\n\t  'mask-clip',\n\t  'mask-composite',\n\t  'mask-image',\n\t  'mask-mode',\n\t  'mask-origin',\n\t  'mask-position',\n\t  'mask-repeat',\n\t  'mask-size',\n\t  'mask-type',\n\t  'max-block-size',\n\t  'max-height',\n\t  'max-inline-size',\n\t  'max-width',\n\t  'min-block-size',\n\t  'min-height',\n\t  'min-inline-size',\n\t  'min-width',\n\t  'mix-blend-mode',\n\t  'nav-down',\n\t  'nav-index',\n\t  'nav-left',\n\t  'nav-right',\n\t  'nav-up',\n\t  'none',\n\t  'normal',\n\t  'object-fit',\n\t  'object-position',\n\t  'opacity',\n\t  'order',\n\t  'orphans',\n\t  'outline',\n\t  'outline-color',\n\t  'outline-offset',\n\t  'outline-style',\n\t  'outline-width',\n\t  'overflow',\n\t  'overflow-wrap',\n\t  'overflow-x',\n\t  'overflow-y',\n\t  'padding',\n\t  'padding-block',\n\t  'padding-block-end',\n\t  'padding-block-start',\n\t  'padding-bottom',\n\t  'padding-inline',\n\t  'padding-inline-end',\n\t  'padding-inline-start',\n\t  'padding-left',\n\t  'padding-right',\n\t  'padding-top',\n\t  'page-break-after',\n\t  'page-break-before',\n\t  'page-break-inside',\n\t  'pause',\n\t  'pause-after',\n\t  'pause-before',\n\t  'perspective',\n\t  'perspective-origin',\n\t  'pointer-events',\n\t  'position',\n\t  'quotes',\n\t  'resize',\n\t  'rest',\n\t  'rest-after',\n\t  'rest-before',\n\t  'right',\n\t  'row-gap',\n\t  'scroll-margin',\n\t  'scroll-margin-block',\n\t  'scroll-margin-block-end',\n\t  'scroll-margin-block-start',\n\t  'scroll-margin-bottom',\n\t  'scroll-margin-inline',\n\t  'scroll-margin-inline-end',\n\t  'scroll-margin-inline-start',\n\t  'scroll-margin-left',\n\t  'scroll-margin-right',\n\t  'scroll-margin-top',\n\t  'scroll-padding',\n\t  'scroll-padding-block',\n\t  'scroll-padding-block-end',\n\t  'scroll-padding-block-start',\n\t  'scroll-padding-bottom',\n\t  'scroll-padding-inline',\n\t  'scroll-padding-inline-end',\n\t  'scroll-padding-inline-start',\n\t  'scroll-padding-left',\n\t  'scroll-padding-right',\n\t  'scroll-padding-top',\n\t  'scroll-snap-align',\n\t  'scroll-snap-stop',\n\t  'scroll-snap-type',\n\t  'scrollbar-color',\n\t  'scrollbar-gutter',\n\t  'scrollbar-width',\n\t  'shape-image-threshold',\n\t  'shape-margin',\n\t  'shape-outside',\n\t  'speak',\n\t  'speak-as',\n\t  'src', // @font-face\n\t  'tab-size',\n\t  'table-layout',\n\t  'text-align',\n\t  'text-align-all',\n\t  'text-align-last',\n\t  'text-combine-upright',\n\t  'text-decoration',\n\t  'text-decoration-color',\n\t  'text-decoration-line',\n\t  'text-decoration-style',\n\t  'text-emphasis',\n\t  'text-emphasis-color',\n\t  'text-emphasis-position',\n\t  'text-emphasis-style',\n\t  'text-indent',\n\t  'text-justify',\n\t  'text-orientation',\n\t  'text-overflow',\n\t  'text-rendering',\n\t  'text-shadow',\n\t  'text-transform',\n\t  'text-underline-position',\n\t  'top',\n\t  'transform',\n\t  'transform-box',\n\t  'transform-origin',\n\t  'transform-style',\n\t  'transition',\n\t  'transition-delay',\n\t  'transition-duration',\n\t  'transition-property',\n\t  'transition-timing-function',\n\t  'unicode-bidi',\n\t  'vertical-align',\n\t  'visibility',\n\t  'voice-balance',\n\t  'voice-duration',\n\t  'voice-family',\n\t  'voice-pitch',\n\t  'voice-range',\n\t  'voice-rate',\n\t  'voice-stress',\n\t  'voice-volume',\n\t  'white-space',\n\t  'widows',\n\t  'width',\n\t  'will-change',\n\t  'word-break',\n\t  'word-spacing',\n\t  'word-wrap',\n\t  'writing-mode',\n\t  'z-index'\n\t  // reverse makes sure longer attributes `font-weight` are matched fully\n\t  // instead of getting false positives on say `font`\n\t].reverse();\n\n\t/*\n\tLanguage: Stylus\n\tAuthor: Bryant Williams <b.n.williams@gmail.com>\n\tDescription: Stylus is an expressive, robust, feature-rich CSS language built for nodejs.\n\tWebsite: https://github.com/stylus/stylus\n\tCategory: css, web\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction stylus(hljs) {\n\t  const modes = MODES(hljs);\n\n\t  const AT_MODIFIERS = \"and or not only\";\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: '\\\\$' + hljs.IDENT_RE\n\t  };\n\n\t  const AT_KEYWORDS = [\n\t    'charset',\n\t    'css',\n\t    'debug',\n\t    'extend',\n\t    'font-face',\n\t    'for',\n\t    'import',\n\t    'include',\n\t    'keyframes',\n\t    'media',\n\t    'mixin',\n\t    'page',\n\t    'warn',\n\t    'while'\n\t  ];\n\n\t  const LOOKAHEAD_TAG_END = '(?=[.\\\\s\\\\n[:,(])';\n\n\t  // illegals\n\t  const ILLEGAL = [\n\t    '\\\\?',\n\t    '(\\\\bReturn\\\\b)', // monkey\n\t    '(\\\\bEnd\\\\b)', // monkey\n\t    '(\\\\bend\\\\b)', // vbscript\n\t    '(\\\\bdef\\\\b)', // gradle\n\t    ';', // a whole lot of languages\n\t    '#\\\\s', // markdown\n\t    '\\\\*\\\\s', // markdown\n\t    '===\\\\s', // markdown\n\t    '\\\\|',\n\t    '%' // prolog\n\t  ];\n\n\t  return {\n\t    name: 'Stylus',\n\t    aliases: [ 'styl' ],\n\t    case_insensitive: false,\n\t    keywords: 'if else for in',\n\t    illegal: '(' + ILLEGAL.join('|') + ')',\n\t    contains: [\n\n\t      // strings\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.APOS_STRING_MODE,\n\n\t      // comments\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\n\t      // hex colors\n\t      modes.HEXCOLOR,\n\n\t      // class tag\n\t      {\n\t        begin: '\\\\.[a-zA-Z][a-zA-Z0-9_-]*' + LOOKAHEAD_TAG_END,\n\t        className: 'selector-class'\n\t      },\n\n\t      // id tag\n\t      {\n\t        begin: '#[a-zA-Z][a-zA-Z0-9_-]*' + LOOKAHEAD_TAG_END,\n\t        className: 'selector-id'\n\t      },\n\n\t      // tags\n\t      {\n\t        begin: '\\\\b(' + TAGS.join('|') + ')' + LOOKAHEAD_TAG_END,\n\t        className: 'selector-tag'\n\t      },\n\n\t      // psuedo selectors\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: '&?:(' + PSEUDO_CLASSES.join('|') + ')' + LOOKAHEAD_TAG_END\n\t      },\n\t      {\n\t        className: 'selector-pseudo',\n\t        begin: '&?:(:)?(' + PSEUDO_ELEMENTS.join('|') + ')' + LOOKAHEAD_TAG_END\n\t      },\n\n\t      modes.ATTRIBUTE_SELECTOR_MODE,\n\n\t      {\n\t        className: \"keyword\",\n\t        begin: /@media/,\n\t        starts: {\n\t          end: /[{;}]/,\n\t          keywords: {\n\t            $pattern: /[a-z-]+/,\n\t            keyword: AT_MODIFIERS,\n\t            attribute: MEDIA_FEATURES.join(\" \")\n\t          },\n\t          contains: [ modes.CSS_NUMBER_MODE ]\n\t        }\n\t      },\n\n\t      // @ keywords\n\t      {\n\t        className: 'keyword',\n\t        begin: '\\@((-(o|moz|ms|webkit)-)?(' + AT_KEYWORDS.join('|') + '))\\\\b'\n\t      },\n\n\t      // variables\n\t      VARIABLE,\n\n\t      // dimension\n\t      modes.CSS_NUMBER_MODE,\n\n\t      // functions\n\t      //  - only from beginning of line + whitespace\n\t      {\n\t        className: 'function',\n\t        begin: '^[a-zA-Z][a-zA-Z0-9_\\-]*\\\\(.*\\\\)',\n\t        illegal: '[\\\\n]',\n\t        returnBegin: true,\n\t        contains: [\n\t          {\n\t            className: 'title',\n\t            begin: '\\\\b[a-zA-Z][a-zA-Z0-9_\\-]*'\n\t          },\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            contains: [\n\t              modes.HEXCOLOR,\n\t              VARIABLE,\n\t              hljs.APOS_STRING_MODE,\n\t              modes.CSS_NUMBER_MODE,\n\t              hljs.QUOTE_STRING_MODE\n\t            ]\n\t          }\n\t        ]\n\t      },\n\n\t      // css variables\n\t      modes.CSS_VARIABLE,\n\n\t      // attributes\n\t      //  - only from beginning of line + whitespace\n\t      //  - must have whitespace after it\n\t      {\n\t        className: 'attribute',\n\t        begin: '\\\\b(' + ATTRIBUTES.join('|') + ')\\\\b',\n\t        starts: {\n\t          // value container\n\t          end: /;|$/,\n\t          contains: [\n\t            modes.HEXCOLOR,\n\t            VARIABLE,\n\t            hljs.APOS_STRING_MODE,\n\t            hljs.QUOTE_STRING_MODE,\n\t            modes.CSS_NUMBER_MODE,\n\t            hljs.C_BLOCK_COMMENT_MODE,\n\t            modes.IMPORTANT\n\t          ],\n\t          illegal: /\\./,\n\t          relevance: 0\n\t        }\n\t      },\n\t      modes.FUNCTION_DISPATCH\n\t    ]\n\t  };\n\t}\n\n\tstylus_1 = stylus;\n\treturn stylus_1;\n}\n\n/*\nLanguage: SubUnit\nAuthor: Sergey Bronnikov <sergeyb@bronevichok.ru>\nWebsite: https://pypi.org/project/python-subunit/\n*/\n\nvar subunit_1;\nvar hasRequiredSubunit;\n\nfunction requireSubunit () {\n\tif (hasRequiredSubunit) return subunit_1;\n\thasRequiredSubunit = 1;\n\tfunction subunit(hljs) {\n\t  const DETAILS = {\n\t    className: 'string',\n\t    begin: '\\\\[\\n(multipart)?',\n\t    end: '\\\\]\\n'\n\t  };\n\t  const TIME = {\n\t    className: 'string',\n\t    begin: '\\\\d{4}-\\\\d{2}-\\\\d{2}(\\\\s+)\\\\d{2}:\\\\d{2}:\\\\d{2}\\.\\\\d+Z'\n\t  };\n\t  const PROGRESSVALUE = {\n\t    className: 'string',\n\t    begin: '(\\\\+|-)\\\\d+'\n\t  };\n\t  const KEYWORDS = {\n\t    className: 'keyword',\n\t    relevance: 10,\n\t    variants: [\n\t      { begin: '^(test|testing|success|successful|failure|error|skip|xfail|uxsuccess)(:?)\\\\s+(test)?' },\n\t      { begin: '^progress(:?)(\\\\s+)?(pop|push)?' },\n\t      { begin: '^tags:' },\n\t      { begin: '^time:' }\n\t    ]\n\t  };\n\t  return {\n\t    name: 'SubUnit',\n\t    case_insensitive: true,\n\t    contains: [\n\t      DETAILS,\n\t      TIME,\n\t      PROGRESSVALUE,\n\t      KEYWORDS\n\t    ]\n\t  };\n\t}\n\n\tsubunit_1 = subunit;\n\treturn subunit_1;\n}\n\n/**\n * @param {string} value\n * @returns {RegExp}\n * */\n\nvar swift_1;\nvar hasRequiredSwift;\n\nfunction requireSwift () {\n\tif (hasRequiredSwift) return swift_1;\n\thasRequiredSwift = 1;\n\t/**\n\t * @param {RegExp | string } re\n\t * @returns {string}\n\t */\n\tfunction source(re) {\n\t  if (!re) return null;\n\t  if (typeof re === \"string\") return re;\n\n\t  return re.source;\n\t}\n\n\t/**\n\t * @param {RegExp | string } re\n\t * @returns {string}\n\t */\n\tfunction lookahead(re) {\n\t  return concat('(?=', re, ')');\n\t}\n\n\t/**\n\t * @param {...(RegExp | string) } args\n\t * @returns {string}\n\t */\n\tfunction concat(...args) {\n\t  const joined = args.map((x) => source(x)).join(\"\");\n\t  return joined;\n\t}\n\n\t/**\n\t * @param { Array<string | RegExp | Object> } args\n\t * @returns {object}\n\t */\n\tfunction stripOptionsFromArgs(args) {\n\t  const opts = args[args.length - 1];\n\n\t  if (typeof opts === 'object' && opts.constructor === Object) {\n\t    args.splice(args.length - 1, 1);\n\t    return opts;\n\t  } else {\n\t    return {};\n\t  }\n\t}\n\n\t/** @typedef { {capture?: boolean} } RegexEitherOptions */\n\n\t/**\n\t * Any of the passed expresssions may match\n\t *\n\t * Creates a huge this | this | that | that match\n\t * @param {(RegExp | string)[] | [...(RegExp | string)[], RegexEitherOptions]} args\n\t * @returns {string}\n\t */\n\tfunction either(...args) {\n\t  /** @type { object & {capture?: boolean} }  */\n\t  const opts = stripOptionsFromArgs(args);\n\t  const joined = '('\n\t    + (opts.capture ? \"\" : \"?:\")\n\t    + args.map((x) => source(x)).join(\"|\") + \")\";\n\t  return joined;\n\t}\n\n\tconst keywordWrapper = keyword => concat(\n\t  /\\b/,\n\t  keyword,\n\t  /\\w$/.test(keyword) ? /\\b/ : /\\B/\n\t);\n\n\t// Keywords that require a leading dot.\n\tconst dotKeywords = [\n\t  'Protocol', // contextual\n\t  'Type' // contextual\n\t].map(keywordWrapper);\n\n\t// Keywords that may have a leading dot.\n\tconst optionalDotKeywords = [\n\t  'init',\n\t  'self'\n\t].map(keywordWrapper);\n\n\t// should register as keyword, not type\n\tconst keywordTypes = [\n\t  'Any',\n\t  'Self'\n\t];\n\n\t// Regular keywords and literals.\n\tconst keywords = [\n\t  // strings below will be fed into the regular `keywords` engine while regex\n\t  // will result in additional modes being created to scan for those keywords to\n\t  // avoid conflicts with other rules\n\t  'actor',\n\t  'associatedtype',\n\t  'async',\n\t  'await',\n\t  /as\\?/, // operator\n\t  /as!/, // operator\n\t  'as', // operator\n\t  'break',\n\t  'case',\n\t  'catch',\n\t  'class',\n\t  'continue',\n\t  'convenience', // contextual\n\t  'default',\n\t  'defer',\n\t  'deinit',\n\t  'didSet', // contextual\n\t  'do',\n\t  'dynamic', // contextual\n\t  'else',\n\t  'enum',\n\t  'extension',\n\t  'fallthrough',\n\t  /fileprivate\\(set\\)/,\n\t  'fileprivate',\n\t  'final', // contextual\n\t  'for',\n\t  'func',\n\t  'get', // contextual\n\t  'guard',\n\t  'if',\n\t  'import',\n\t  'indirect', // contextual\n\t  'infix', // contextual\n\t  /init\\?/,\n\t  /init!/,\n\t  'inout',\n\t  /internal\\(set\\)/,\n\t  'internal',\n\t  'in',\n\t  'is', // operator\n\t  'isolated', // contextual\n\t  'nonisolated', // contextual\n\t  'lazy', // contextual\n\t  'let',\n\t  'mutating', // contextual\n\t  'nonmutating', // contextual\n\t  /open\\(set\\)/, // contextual\n\t  'open', // contextual\n\t  'operator',\n\t  'optional', // contextual\n\t  'override', // contextual\n\t  'postfix', // contextual\n\t  'precedencegroup',\n\t  'prefix', // contextual\n\t  /private\\(set\\)/,\n\t  'private',\n\t  'protocol',\n\t  /public\\(set\\)/,\n\t  'public',\n\t  'repeat',\n\t  'required', // contextual\n\t  'rethrows',\n\t  'return',\n\t  'set', // contextual\n\t  'some', // contextual\n\t  'static',\n\t  'struct',\n\t  'subscript',\n\t  'super',\n\t  'switch',\n\t  'throws',\n\t  'throw',\n\t  /try\\?/, // operator\n\t  /try!/, // operator\n\t  'try', // operator\n\t  'typealias',\n\t  /unowned\\(safe\\)/, // contextual\n\t  /unowned\\(unsafe\\)/, // contextual\n\t  'unowned', // contextual\n\t  'var',\n\t  'weak', // contextual\n\t  'where',\n\t  'while',\n\t  'willSet' // contextual\n\t];\n\n\t// NOTE: Contextual keywords are reserved only in specific contexts.\n\t// Ideally, these should be matched using modes to avoid false positives.\n\n\t// Literals.\n\tconst literals = [\n\t  'false',\n\t  'nil',\n\t  'true'\n\t];\n\n\t// Keywords used in precedence groups.\n\tconst precedencegroupKeywords = [\n\t  'assignment',\n\t  'associativity',\n\t  'higherThan',\n\t  'left',\n\t  'lowerThan',\n\t  'none',\n\t  'right'\n\t];\n\n\t// Keywords that start with a number sign (#).\n\t// #(un)available is handled separately.\n\tconst numberSignKeywords = [\n\t  '#colorLiteral',\n\t  '#column',\n\t  '#dsohandle',\n\t  '#else',\n\t  '#elseif',\n\t  '#endif',\n\t  '#error',\n\t  '#file',\n\t  '#fileID',\n\t  '#fileLiteral',\n\t  '#filePath',\n\t  '#function',\n\t  '#if',\n\t  '#imageLiteral',\n\t  '#keyPath',\n\t  '#line',\n\t  '#selector',\n\t  '#sourceLocation',\n\t  '#warn_unqualified_access',\n\t  '#warning'\n\t];\n\n\t// Global functions in the Standard Library.\n\tconst builtIns = [\n\t  'abs',\n\t  'all',\n\t  'any',\n\t  'assert',\n\t  'assertionFailure',\n\t  'debugPrint',\n\t  'dump',\n\t  'fatalError',\n\t  'getVaList',\n\t  'isKnownUniquelyReferenced',\n\t  'max',\n\t  'min',\n\t  'numericCast',\n\t  'pointwiseMax',\n\t  'pointwiseMin',\n\t  'precondition',\n\t  'preconditionFailure',\n\t  'print',\n\t  'readLine',\n\t  'repeatElement',\n\t  'sequence',\n\t  'stride',\n\t  'swap',\n\t  'swift_unboxFromSwiftValueWithType',\n\t  'transcode',\n\t  'type',\n\t  'unsafeBitCast',\n\t  'unsafeDowncast',\n\t  'withExtendedLifetime',\n\t  'withUnsafeMutablePointer',\n\t  'withUnsafePointer',\n\t  'withVaList',\n\t  'withoutActuallyEscaping',\n\t  'zip'\n\t];\n\n\t// Valid first characters for operators.\n\tconst operatorHead = either(\n\t  /[/=\\-+!*%<>&|^~?]/,\n\t  /[\\u00A1-\\u00A7]/,\n\t  /[\\u00A9\\u00AB]/,\n\t  /[\\u00AC\\u00AE]/,\n\t  /[\\u00B0\\u00B1]/,\n\t  /[\\u00B6\\u00BB\\u00BF\\u00D7\\u00F7]/,\n\t  /[\\u2016-\\u2017]/,\n\t  /[\\u2020-\\u2027]/,\n\t  /[\\u2030-\\u203E]/,\n\t  /[\\u2041-\\u2053]/,\n\t  /[\\u2055-\\u205E]/,\n\t  /[\\u2190-\\u23FF]/,\n\t  /[\\u2500-\\u2775]/,\n\t  /[\\u2794-\\u2BFF]/,\n\t  /[\\u2E00-\\u2E7F]/,\n\t  /[\\u3001-\\u3003]/,\n\t  /[\\u3008-\\u3020]/,\n\t  /[\\u3030]/\n\t);\n\n\t// Valid characters for operators.\n\tconst operatorCharacter = either(\n\t  operatorHead,\n\t  /[\\u0300-\\u036F]/,\n\t  /[\\u1DC0-\\u1DFF]/,\n\t  /[\\u20D0-\\u20FF]/,\n\t  /[\\uFE00-\\uFE0F]/,\n\t  /[\\uFE20-\\uFE2F]/\n\t  // TODO: The following characters are also allowed, but the regex isn't supported yet.\n\t  // /[\\u{E0100}-\\u{E01EF}]/u\n\t);\n\n\t// Valid operator.\n\tconst operator = concat(operatorHead, operatorCharacter, '*');\n\n\t// Valid first characters for identifiers.\n\tconst identifierHead = either(\n\t  /[a-zA-Z_]/,\n\t  /[\\u00A8\\u00AA\\u00AD\\u00AF\\u00B2-\\u00B5\\u00B7-\\u00BA]/,\n\t  /[\\u00BC-\\u00BE\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u00FF]/,\n\t  /[\\u0100-\\u02FF\\u0370-\\u167F\\u1681-\\u180D\\u180F-\\u1DBF]/,\n\t  /[\\u1E00-\\u1FFF]/,\n\t  /[\\u200B-\\u200D\\u202A-\\u202E\\u203F-\\u2040\\u2054\\u2060-\\u206F]/,\n\t  /[\\u2070-\\u20CF\\u2100-\\u218F\\u2460-\\u24FF\\u2776-\\u2793]/,\n\t  /[\\u2C00-\\u2DFF\\u2E80-\\u2FFF]/,\n\t  /[\\u3004-\\u3007\\u3021-\\u302F\\u3031-\\u303F\\u3040-\\uD7FF]/,\n\t  /[\\uF900-\\uFD3D\\uFD40-\\uFDCF\\uFDF0-\\uFE1F\\uFE30-\\uFE44]/,\n\t  /[\\uFE47-\\uFEFE\\uFF00-\\uFFFD]/ // Should be /[\\uFE47-\\uFFFD]/, but we have to exclude FEFF.\n\t  // The following characters are also allowed, but the regexes aren't supported yet.\n\t  // /[\\u{10000}-\\u{1FFFD}\\u{20000-\\u{2FFFD}\\u{30000}-\\u{3FFFD}\\u{40000}-\\u{4FFFD}]/u,\n\t  // /[\\u{50000}-\\u{5FFFD}\\u{60000-\\u{6FFFD}\\u{70000}-\\u{7FFFD}\\u{80000}-\\u{8FFFD}]/u,\n\t  // /[\\u{90000}-\\u{9FFFD}\\u{A0000-\\u{AFFFD}\\u{B0000}-\\u{BFFFD}\\u{C0000}-\\u{CFFFD}]/u,\n\t  // /[\\u{D0000}-\\u{DFFFD}\\u{E0000-\\u{EFFFD}]/u\n\t);\n\n\t// Valid characters for identifiers.\n\tconst identifierCharacter = either(\n\t  identifierHead,\n\t  /\\d/,\n\t  /[\\u0300-\\u036F\\u1DC0-\\u1DFF\\u20D0-\\u20FF\\uFE20-\\uFE2F]/\n\t);\n\n\t// Valid identifier.\n\tconst identifier = concat(identifierHead, identifierCharacter, '*');\n\n\t// Valid type identifier.\n\tconst typeIdentifier = concat(/[A-Z]/, identifierCharacter, '*');\n\n\t// Built-in attributes, which are highlighted as keywords.\n\t// @available is handled separately.\n\tconst keywordAttributes = [\n\t  'autoclosure',\n\t  concat(/convention\\(/, either('swift', 'block', 'c'), /\\)/),\n\t  'discardableResult',\n\t  'dynamicCallable',\n\t  'dynamicMemberLookup',\n\t  'escaping',\n\t  'frozen',\n\t  'GKInspectable',\n\t  'IBAction',\n\t  'IBDesignable',\n\t  'IBInspectable',\n\t  'IBOutlet',\n\t  'IBSegueAction',\n\t  'inlinable',\n\t  'main',\n\t  'nonobjc',\n\t  'NSApplicationMain',\n\t  'NSCopying',\n\t  'NSManaged',\n\t  concat(/objc\\(/, identifier, /\\)/),\n\t  'objc',\n\t  'objcMembers',\n\t  'propertyWrapper',\n\t  'requires_stored_property_inits',\n\t  'resultBuilder',\n\t  'testable',\n\t  'UIApplicationMain',\n\t  'unknown',\n\t  'usableFromInline'\n\t];\n\n\t// Contextual keywords used in @available and #(un)available.\n\tconst availabilityKeywords = [\n\t  'iOS',\n\t  'iOSApplicationExtension',\n\t  'macOS',\n\t  'macOSApplicationExtension',\n\t  'macCatalyst',\n\t  'macCatalystApplicationExtension',\n\t  'watchOS',\n\t  'watchOSApplicationExtension',\n\t  'tvOS',\n\t  'tvOSApplicationExtension',\n\t  'swift'\n\t];\n\n\t/*\n\tLanguage: Swift\n\tDescription: Swift is a general-purpose programming language built using a modern approach to safety, performance, and software design patterns.\n\tAuthor: Steven Van Impe <steven.vanimpe@icloud.com>\n\tContributors: Chris Eidhof <chris@eidhof.nl>, Nate Cook <natecook@gmail.com>, Alexander Lichter <manniL@gmx.net>, Richard Gibson <gibson042@github>\n\tWebsite: https://swift.org\n\tCategory: common, system\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction swift(hljs) {\n\t  const WHITESPACE = {\n\t    match: /\\s+/,\n\t    relevance: 0\n\t  };\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#ID411\n\t  const BLOCK_COMMENT = hljs.COMMENT(\n\t    '/\\\\*',\n\t    '\\\\*/',\n\t    { contains: [ 'self' ] }\n\t  );\n\t  const COMMENTS = [\n\t    hljs.C_LINE_COMMENT_MODE,\n\t    BLOCK_COMMENT\n\t  ];\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#ID413\n\t  // https://docs.swift.org/swift-book/ReferenceManual/zzSummaryOfTheGrammar.html\n\t  const DOT_KEYWORD = {\n\t    match: [\n\t      /\\./,\n\t      either(...dotKeywords, ...optionalDotKeywords)\n\t    ],\n\t    className: { 2: \"keyword\" }\n\t  };\n\t  const KEYWORD_GUARD = {\n\t    // Consume .keyword to prevent highlighting properties and methods as keywords.\n\t    match: concat(/\\./, either(...keywords)),\n\t    relevance: 0\n\t  };\n\t  const PLAIN_KEYWORDS = keywords\n\t    .filter(kw => typeof kw === 'string')\n\t    .concat([ \"_|0\" ]); // seems common, so 0 relevance\n\t  const REGEX_KEYWORDS = keywords\n\t    .filter(kw => typeof kw !== 'string') // find regex\n\t    .concat(keywordTypes)\n\t    .map(keywordWrapper);\n\t  const KEYWORD = { variants: [\n\t    {\n\t      className: 'keyword',\n\t      match: either(...REGEX_KEYWORDS, ...optionalDotKeywords)\n\t    }\n\t  ] };\n\t  // find all the regular keywords\n\t  const KEYWORDS = {\n\t    $pattern: either(\n\t      /\\b\\w+/, // regular keywords\n\t      /#\\w+/ // number keywords\n\t    ),\n\t    keyword: PLAIN_KEYWORDS\n\t      .concat(numberSignKeywords),\n\t    literal: literals\n\t  };\n\t  const KEYWORD_MODES = [\n\t    DOT_KEYWORD,\n\t    KEYWORD_GUARD,\n\t    KEYWORD\n\t  ];\n\n\t  // https://github.com/apple/swift/tree/main/stdlib/public/core\n\t  const BUILT_IN_GUARD = {\n\t    // Consume .built_in to prevent highlighting properties and methods.\n\t    match: concat(/\\./, either(...builtIns)),\n\t    relevance: 0\n\t  };\n\t  const BUILT_IN = {\n\t    className: 'built_in',\n\t    match: concat(/\\b/, either(...builtIns), /(?=\\()/)\n\t  };\n\t  const BUILT_INS = [\n\t    BUILT_IN_GUARD,\n\t    BUILT_IN\n\t  ];\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#ID418\n\t  const OPERATOR_GUARD = {\n\t    // Prevent -> from being highlighting as an operator.\n\t    match: /->/,\n\t    relevance: 0\n\t  };\n\t  const OPERATOR = {\n\t    className: 'operator',\n\t    relevance: 0,\n\t    variants: [\n\t      { match: operator },\n\t      {\n\t        // dot-operator: only operators that start with a dot are allowed to use dots as\n\t        // characters (..., ...<, .*, etc). So there rule here is: a dot followed by one or more\n\t        // characters that may also include dots.\n\t        match: `\\\\.(\\\\.|${operatorCharacter})+` }\n\t    ]\n\t  };\n\t  const OPERATORS = [\n\t    OPERATOR_GUARD,\n\t    OPERATOR\n\t  ];\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#grammar_numeric-literal\n\t  // TODO: Update for leading `-` after lookbehind is supported everywhere\n\t  const decimalDigits = '([0-9]_*)+';\n\t  const hexDigits = '([0-9a-fA-F]_*)+';\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      // decimal floating-point-literal (subsumes decimal-literal)\n\t      { match: `\\\\b(${decimalDigits})(\\\\.(${decimalDigits}))?` + `([eE][+-]?(${decimalDigits}))?\\\\b` },\n\t      // hexadecimal floating-point-literal (subsumes hexadecimal-literal)\n\t      { match: `\\\\b0x(${hexDigits})(\\\\.(${hexDigits}))?` + `([pP][+-]?(${decimalDigits}))?\\\\b` },\n\t      // octal-literal\n\t      { match: /\\b0o([0-7]_*)+\\b/ },\n\t      // binary-literal\n\t      { match: /\\b0b([01]_*)+\\b/ }\n\t    ]\n\t  };\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#grammar_string-literal\n\t  const ESCAPED_CHARACTER = (rawDelimiter = \"\") => ({\n\t    className: 'subst',\n\t    variants: [\n\t      { match: concat(/\\\\/, rawDelimiter, /[0\\\\tnr\"']/) },\n\t      { match: concat(/\\\\/, rawDelimiter, /u\\{[0-9a-fA-F]{1,8}\\}/) }\n\t    ]\n\t  });\n\t  const ESCAPED_NEWLINE = (rawDelimiter = \"\") => ({\n\t    className: 'subst',\n\t    match: concat(/\\\\/, rawDelimiter, /[\\t ]*(?:[\\r\\n]|\\r\\n)/)\n\t  });\n\t  const INTERPOLATION = (rawDelimiter = \"\") => ({\n\t    className: 'subst',\n\t    label: \"interpol\",\n\t    begin: concat(/\\\\/, rawDelimiter, /\\(/),\n\t    end: /\\)/\n\t  });\n\t  const MULTILINE_STRING = (rawDelimiter = \"\") => ({\n\t    begin: concat(rawDelimiter, /\"\"\"/),\n\t    end: concat(/\"\"\"/, rawDelimiter),\n\t    contains: [\n\t      ESCAPED_CHARACTER(rawDelimiter),\n\t      ESCAPED_NEWLINE(rawDelimiter),\n\t      INTERPOLATION(rawDelimiter)\n\t    ]\n\t  });\n\t  const SINGLE_LINE_STRING = (rawDelimiter = \"\") => ({\n\t    begin: concat(rawDelimiter, /\"/),\n\t    end: concat(/\"/, rawDelimiter),\n\t    contains: [\n\t      ESCAPED_CHARACTER(rawDelimiter),\n\t      INTERPOLATION(rawDelimiter)\n\t    ]\n\t  });\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      MULTILINE_STRING(),\n\t      MULTILINE_STRING(\"#\"),\n\t      MULTILINE_STRING(\"##\"),\n\t      MULTILINE_STRING(\"###\"),\n\t      SINGLE_LINE_STRING(),\n\t      SINGLE_LINE_STRING(\"#\"),\n\t      SINGLE_LINE_STRING(\"##\"),\n\t      SINGLE_LINE_STRING(\"###\")\n\t    ]\n\t  };\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/LexicalStructure.html#ID412\n\t  const QUOTED_IDENTIFIER = { match: concat(/`/, identifier, /`/) };\n\t  const IMPLICIT_PARAMETER = {\n\t    className: 'variable',\n\t    match: /\\$\\d+/\n\t  };\n\t  const PROPERTY_WRAPPER_PROJECTION = {\n\t    className: 'variable',\n\t    match: `\\\\$${identifierCharacter}+`\n\t  };\n\t  const IDENTIFIERS = [\n\t    QUOTED_IDENTIFIER,\n\t    IMPLICIT_PARAMETER,\n\t    PROPERTY_WRAPPER_PROJECTION\n\t  ];\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Attributes.html\n\t  const AVAILABLE_ATTRIBUTE = {\n\t    match: /(@|#(un)?)available/,\n\t    className: \"keyword\",\n\t    starts: { contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        keywords: availabilityKeywords,\n\t        contains: [\n\t          ...OPERATORS,\n\t          NUMBER,\n\t          STRING\n\t        ]\n\t      }\n\t    ] }\n\t  };\n\t  const KEYWORD_ATTRIBUTE = {\n\t    className: 'keyword',\n\t    match: concat(/@/, either(...keywordAttributes))\n\t  };\n\t  const USER_DEFINED_ATTRIBUTE = {\n\t    className: 'meta',\n\t    match: concat(/@/, identifier)\n\t  };\n\t  const ATTRIBUTES = [\n\t    AVAILABLE_ATTRIBUTE,\n\t    KEYWORD_ATTRIBUTE,\n\t    USER_DEFINED_ATTRIBUTE\n\t  ];\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Types.html\n\t  const TYPE = {\n\t    match: lookahead(/\\b[A-Z]/),\n\t    relevance: 0,\n\t    contains: [\n\t      { // Common Apple frameworks, for relevance boost\n\t        className: 'type',\n\t        match: concat(/(AV|CA|CF|CG|CI|CL|CM|CN|CT|MK|MP|MTK|MTL|NS|SCN|SK|UI|WK|XC)/, identifierCharacter, '+')\n\t      },\n\t      { // Type identifier\n\t        className: 'type',\n\t        match: typeIdentifier,\n\t        relevance: 0\n\t      },\n\t      { // Optional type\n\t        match: /[?!]+/,\n\t        relevance: 0\n\t      },\n\t      { // Variadic parameter\n\t        match: /\\.\\.\\./,\n\t        relevance: 0\n\t      },\n\t      { // Protocol composition\n\t        match: concat(/\\s+&\\s+/, lookahead(typeIdentifier)),\n\t        relevance: 0\n\t      }\n\t    ]\n\t  };\n\t  const GENERIC_ARGUMENTS = {\n\t    begin: /</,\n\t    end: />/,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      ...COMMENTS,\n\t      ...KEYWORD_MODES,\n\t      ...ATTRIBUTES,\n\t      OPERATOR_GUARD,\n\t      TYPE\n\t    ]\n\t  };\n\t  TYPE.contains.push(GENERIC_ARGUMENTS);\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Expressions.html#ID552\n\t  // Prevents element names from being highlighted as keywords.\n\t  const TUPLE_ELEMENT_NAME = {\n\t    match: concat(identifier, /\\s*:/),\n\t    keywords: \"_|0\",\n\t    relevance: 0\n\t  };\n\t  // Matches tuples as well as the parameter list of a function type.\n\t  const TUPLE = {\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    relevance: 0,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      'self',\n\t      TUPLE_ELEMENT_NAME,\n\t      ...COMMENTS,\n\t      ...KEYWORD_MODES,\n\t      ...BUILT_INS,\n\t      ...OPERATORS,\n\t      NUMBER,\n\t      STRING,\n\t      ...IDENTIFIERS,\n\t      ...ATTRIBUTES,\n\t      TYPE\n\t    ]\n\t  };\n\n\t  const GENERIC_PARAMETERS = {\n\t    begin: /</,\n\t    end: />/,\n\t    contains: [\n\t      ...COMMENTS,\n\t      TYPE\n\t    ]\n\t  };\n\t  const FUNCTION_PARAMETER_NAME = {\n\t    begin: either(\n\t      lookahead(concat(identifier, /\\s*:/)),\n\t      lookahead(concat(identifier, /\\s+/, identifier, /\\s*:/))\n\t    ),\n\t    end: /:/,\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        className: 'keyword',\n\t        match: /\\b_\\b/\n\t      },\n\t      {\n\t        className: 'params',\n\t        match: identifier\n\t      }\n\t    ]\n\t  };\n\t  const FUNCTION_PARAMETERS = {\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      FUNCTION_PARAMETER_NAME,\n\t      ...COMMENTS,\n\t      ...KEYWORD_MODES,\n\t      ...OPERATORS,\n\t      NUMBER,\n\t      STRING,\n\t      ...ATTRIBUTES,\n\t      TYPE,\n\t      TUPLE\n\t    ],\n\t    endsParent: true,\n\t    illegal: /[\"']/\n\t  };\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Declarations.html#ID362\n\t  const FUNCTION = {\n\t    match: [\n\t      /func/,\n\t      /\\s+/,\n\t      either(QUOTED_IDENTIFIER.match, identifier, operator)\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      GENERIC_PARAMETERS,\n\t      FUNCTION_PARAMETERS,\n\t      WHITESPACE\n\t    ],\n\t    illegal: [\n\t      /\\[/,\n\t      /%/\n\t    ]\n\t  };\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Declarations.html#ID375\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Declarations.html#ID379\n\t  const INIT_SUBSCRIPT = {\n\t    match: [\n\t      /\\b(?:subscript|init[?!]?)/,\n\t      /\\s*(?=[<(])/,\n\t    ],\n\t    className: { 1: \"keyword\" },\n\t    contains: [\n\t      GENERIC_PARAMETERS,\n\t      FUNCTION_PARAMETERS,\n\t      WHITESPACE\n\t    ],\n\t    illegal: /\\[|%/\n\t  };\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Declarations.html#ID380\n\t  const OPERATOR_DECLARATION = {\n\t    match: [\n\t      /operator/,\n\t      /\\s+/,\n\t      operator\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title\"\n\t    }\n\t  };\n\n\t  // https://docs.swift.org/swift-book/ReferenceManual/Declarations.html#ID550\n\t  const PRECEDENCEGROUP = {\n\t    begin: [\n\t      /precedencegroup/,\n\t      /\\s+/,\n\t      typeIdentifier\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title\"\n\t    },\n\t    contains: [ TYPE ],\n\t    keywords: [\n\t      ...precedencegroupKeywords,\n\t      ...literals\n\t    ],\n\t    end: /}/\n\t  };\n\n\t  // Add supported submodes to string interpolation.\n\t  for (const variant of STRING.variants) {\n\t    const interpolation = variant.contains.find(mode => mode.label === \"interpol\");\n\t    // TODO: Interpolation can contain any expression, so there's room for improvement here.\n\t    interpolation.keywords = KEYWORDS;\n\t    const submodes = [\n\t      ...KEYWORD_MODES,\n\t      ...BUILT_INS,\n\t      ...OPERATORS,\n\t      NUMBER,\n\t      STRING,\n\t      ...IDENTIFIERS\n\t    ];\n\t    interpolation.contains = [\n\t      ...submodes,\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [\n\t          'self',\n\t          ...submodes\n\t        ]\n\t      }\n\t    ];\n\t  }\n\n\t  return {\n\t    name: 'Swift',\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      ...COMMENTS,\n\t      FUNCTION,\n\t      INIT_SUBSCRIPT,\n\t      {\n\t        beginKeywords: 'struct protocol class extension enum actor',\n\t        end: '\\\\{',\n\t        excludeEnd: true,\n\t        keywords: KEYWORDS,\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, {\n\t            className: \"title.class\",\n\t            begin: /[A-Za-z$_][\\u00C0-\\u02B80-9A-Za-z$_]*/\n\t          }),\n\t          ...KEYWORD_MODES\n\t        ]\n\t      },\n\t      OPERATOR_DECLARATION,\n\t      PRECEDENCEGROUP,\n\t      {\n\t        beginKeywords: 'import',\n\t        end: /$/,\n\t        contains: [ ...COMMENTS ],\n\t        relevance: 0\n\t      },\n\t      ...KEYWORD_MODES,\n\t      ...BUILT_INS,\n\t      ...OPERATORS,\n\t      NUMBER,\n\t      STRING,\n\t      ...IDENTIFIERS,\n\t      ...ATTRIBUTES,\n\t      TYPE,\n\t      TUPLE\n\t    ]\n\t  };\n\t}\n\n\tswift_1 = swift;\n\treturn swift_1;\n}\n\n/*\nLanguage: Tagger Script\nAuthor: Philipp Wolfer <ph.wolfer@gmail.com>\nDescription: Syntax Highlighting for the Tagger Script as used by MusicBrainz Picard.\nWebsite: https://picard.musicbrainz.org\n */\n\nvar taggerscript_1;\nvar hasRequiredTaggerscript;\n\nfunction requireTaggerscript () {\n\tif (hasRequiredTaggerscript) return taggerscript_1;\n\thasRequiredTaggerscript = 1;\n\tfunction taggerscript(hljs) {\n\t  const NOOP = {\n\t    className: 'comment',\n\t    begin: /\\$noop\\(/,\n\t    end: /\\)/,\n\t    contains: [\n\t      { begin: /\\\\[()]/ },\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [\n\t          { begin: /\\\\[()]/ },\n\t          'self'\n\t        ]\n\t      }\n\t    ],\n\t    relevance: 10\n\t  };\n\n\t  const FUNCTION = {\n\t    className: 'keyword',\n\t    begin: /\\$[_a-zA-Z0-9]+(?=\\()/\n\t  };\n\n\t  const VARIABLE = {\n\t    className: 'variable',\n\t    begin: /%[_a-zA-Z0-9:]+%/\n\t  };\n\n\t  const ESCAPE_SEQUENCE_UNICODE = {\n\t    className: 'symbol',\n\t    begin: /\\\\u[a-fA-F0-9]{4}/\n\t  };\n\n\t  const ESCAPE_SEQUENCE = {\n\t    className: 'symbol',\n\t    begin: /\\\\[\\\\nt$%,()]/\n\t  };\n\n\t  return {\n\t    name: 'Tagger Script',\n\t    contains: [\n\t      NOOP,\n\t      FUNCTION,\n\t      VARIABLE,\n\t      ESCAPE_SEQUENCE,\n\t      ESCAPE_SEQUENCE_UNICODE\n\t    ]\n\t  };\n\t}\n\n\ttaggerscript_1 = taggerscript;\n\treturn taggerscript_1;\n}\n\n/*\nLanguage: YAML\nDescription: Yet Another Markdown Language\nAuthor: Stefan Wienert <stwienert@gmail.com>\nContributors: Carl Baxter <carl@cbax.tech>\nRequires: ruby.js\nWebsite: https://yaml.org\nCategory: common, config\n*/\n\nvar yaml_1;\nvar hasRequiredYaml;\n\nfunction requireYaml () {\n\tif (hasRequiredYaml) return yaml_1;\n\thasRequiredYaml = 1;\n\tfunction yaml(hljs) {\n\t  const LITERALS = 'true false yes no null';\n\n\t  // YAML spec allows non-reserved URI characters in tags.\n\t  const URI_CHARACTERS = '[\\\\w#;/?:@&=+$,.~*\\'()[\\\\]]+';\n\n\t  // Define keys as starting with a word character\n\t  // ...containing word chars, spaces, colons, forward-slashes, hyphens and periods\n\t  // ...and ending with a colon followed immediately by a space, tab or newline.\n\t  // The YAML spec allows for much more than this, but this covers most use-cases.\n\t  const KEY = {\n\t    className: 'attr',\n\t    variants: [\n\t      { begin: '\\\\w[\\\\w :\\\\/.-]*:(?=[ \\t]|$)' },\n\t      { // double quoted keys\n\t        begin: '\"\\\\w[\\\\w :\\\\/.-]*\":(?=[ \\t]|$)' },\n\t      { // single quoted keys\n\t        begin: '\\'\\\\w[\\\\w :\\\\/.-]*\\':(?=[ \\t]|$)' }\n\t    ]\n\t  };\n\n\t  const TEMPLATE_VARIABLES = {\n\t    className: 'template-variable',\n\t    variants: [\n\t      { // jinja templates Ansible\n\t        begin: /\\{\\{/,\n\t        end: /\\}\\}/\n\t      },\n\t      { // Ruby i18n\n\t        begin: /%\\{/,\n\t        end: /\\}/\n\t      }\n\t    ]\n\t  };\n\t  const STRING = {\n\t    className: 'string',\n\t    relevance: 0,\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      },\n\t      { begin: /\\S+/ }\n\t    ],\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      TEMPLATE_VARIABLES\n\t    ]\n\t  };\n\n\t  // Strings inside of value containers (objects) can't contain braces,\n\t  // brackets, or commas\n\t  const CONTAINER_STRING = hljs.inherit(STRING, { variants: [\n\t    {\n\t      begin: /'/,\n\t      end: /'/\n\t    },\n\t    {\n\t      begin: /\"/,\n\t      end: /\"/\n\t    },\n\t    { begin: /[^\\s,{}[\\]]+/ }\n\t  ] });\n\n\t  const DATE_RE = '[0-9]{4}(-[0-9][0-9]){0,2}';\n\t  const TIME_RE = '([Tt \\\\t][0-9][0-9]?(:[0-9][0-9]){2})?';\n\t  const FRACTION_RE = '(\\\\.[0-9]*)?';\n\t  const ZONE_RE = '([ \\\\t])*(Z|[-+][0-9][0-9]?(:[0-9][0-9])?)?';\n\t  const TIMESTAMP = {\n\t    className: 'number',\n\t    begin: '\\\\b' + DATE_RE + TIME_RE + FRACTION_RE + ZONE_RE + '\\\\b'\n\t  };\n\n\t  const VALUE_CONTAINER = {\n\t    end: ',',\n\t    endsWithParent: true,\n\t    excludeEnd: true,\n\t    keywords: LITERALS,\n\t    relevance: 0\n\t  };\n\t  const OBJECT = {\n\t    begin: /\\{/,\n\t    end: /\\}/,\n\t    contains: [ VALUE_CONTAINER ],\n\t    illegal: '\\\\n',\n\t    relevance: 0\n\t  };\n\t  const ARRAY = {\n\t    begin: '\\\\[',\n\t    end: '\\\\]',\n\t    contains: [ VALUE_CONTAINER ],\n\t    illegal: '\\\\n',\n\t    relevance: 0\n\t  };\n\n\t  const MODES = [\n\t    KEY,\n\t    {\n\t      className: 'meta',\n\t      begin: '^---\\\\s*$',\n\t      relevance: 10\n\t    },\n\t    { // multi line string\n\t      // Blocks start with a | or > followed by a newline\n\t      //\n\t      // Indentation of subsequent lines must be the same to\n\t      // be considered part of the block\n\t      className: 'string',\n\t      begin: '[\\\\|>]([1-9]?[+-])?[ ]*\\\\n( +)[^ ][^\\\\n]*\\\\n(\\\\2[^\\\\n]+\\\\n?)*'\n\t    },\n\t    { // Ruby/Rails erb\n\t      begin: '<%[%=-]?',\n\t      end: '[%-]?%>',\n\t      subLanguage: 'ruby',\n\t      excludeBegin: true,\n\t      excludeEnd: true,\n\t      relevance: 0\n\t    },\n\t    { // named tags\n\t      className: 'type',\n\t      begin: '!\\\\w+!' + URI_CHARACTERS\n\t    },\n\t    // https://yaml.org/spec/1.2/spec.html#id2784064\n\t    { // verbatim tags\n\t      className: 'type',\n\t      begin: '!<' + URI_CHARACTERS + \">\"\n\t    },\n\t    { // primary tags\n\t      className: 'type',\n\t      begin: '!' + URI_CHARACTERS\n\t    },\n\t    { // secondary tags\n\t      className: 'type',\n\t      begin: '!!' + URI_CHARACTERS\n\t    },\n\t    { // fragment id &ref\n\t      className: 'meta',\n\t      begin: '&' + hljs.UNDERSCORE_IDENT_RE + '$'\n\t    },\n\t    { // fragment reference *ref\n\t      className: 'meta',\n\t      begin: '\\\\*' + hljs.UNDERSCORE_IDENT_RE + '$'\n\t    },\n\t    { // array listing\n\t      className: 'bullet',\n\t      // TODO: remove |$ hack when we have proper look-ahead support\n\t      begin: '-(?=[ ]|$)',\n\t      relevance: 0\n\t    },\n\t    hljs.HASH_COMMENT_MODE,\n\t    {\n\t      beginKeywords: LITERALS,\n\t      keywords: { literal: LITERALS }\n\t    },\n\t    TIMESTAMP,\n\t    // numbers are any valid C-style number that\n\t    // sit isolated from other words\n\t    {\n\t      className: 'number',\n\t      begin: hljs.C_NUMBER_RE + '\\\\b',\n\t      relevance: 0\n\t    },\n\t    OBJECT,\n\t    ARRAY,\n\t    STRING\n\t  ];\n\n\t  const VALUE_MODES = [ ...MODES ];\n\t  VALUE_MODES.pop();\n\t  VALUE_MODES.push(CONTAINER_STRING);\n\t  VALUE_CONTAINER.contains = VALUE_MODES;\n\n\t  return {\n\t    name: 'YAML',\n\t    case_insensitive: true,\n\t    aliases: [ 'yml' ],\n\t    contains: MODES\n\t  };\n\t}\n\n\tyaml_1 = yaml;\n\treturn yaml_1;\n}\n\n/*\nLanguage: Test Anything Protocol\nDescription: TAP, the Test Anything Protocol, is a simple text-based interface between testing modules in a test harness.\nRequires: yaml.js\nAuthor: Sergey Bronnikov <sergeyb@bronevichok.ru>\nWebsite: https://testanything.org\n*/\n\nvar tap_1;\nvar hasRequiredTap;\n\nfunction requireTap () {\n\tif (hasRequiredTap) return tap_1;\n\thasRequiredTap = 1;\n\tfunction tap(hljs) {\n\t  return {\n\t    name: 'Test Anything Protocol',\n\t    case_insensitive: true,\n\t    contains: [\n\t      hljs.HASH_COMMENT_MODE,\n\t      // version of format and total amount of testcases\n\t      {\n\t        className: 'meta',\n\t        variants: [\n\t          { begin: '^TAP version (\\\\d+)$' },\n\t          { begin: '^1\\\\.\\\\.(\\\\d+)$' }\n\t        ]\n\t      },\n\t      // YAML block\n\t      {\n\t        begin: /---$/,\n\t        end: '\\\\.\\\\.\\\\.$',\n\t        subLanguage: 'yaml',\n\t        relevance: 0\n\t      },\n\t      // testcase number\n\t      {\n\t        className: 'number',\n\t        begin: ' (\\\\d+) '\n\t      },\n\t      // testcase status and description\n\t      {\n\t        className: 'symbol',\n\t        variants: [\n\t          { begin: '^ok' },\n\t          { begin: '^not ok' }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\ttap_1 = tap;\n\treturn tap_1;\n}\n\n/*\nLanguage: Tcl\nDescription: Tcl is a very simple programming language.\nAuthor: Radek Liska <radekliska@gmail.com>\nWebsite: https://www.tcl.tk/about/language.html\n*/\n\nvar tcl_1;\nvar hasRequiredTcl;\n\nfunction requireTcl () {\n\tif (hasRequiredTcl) return tcl_1;\n\thasRequiredTcl = 1;\n\tfunction tcl(hljs) {\n\t  const regex = hljs.regex;\n\t  const TCL_IDENT = /[a-zA-Z_][a-zA-Z0-9_]*/;\n\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      hljs.BINARY_NUMBER_MODE,\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"after\",\n\t    \"append\",\n\t    \"apply\",\n\t    \"array\",\n\t    \"auto_execok\",\n\t    \"auto_import\",\n\t    \"auto_load\",\n\t    \"auto_mkindex\",\n\t    \"auto_mkindex_old\",\n\t    \"auto_qualify\",\n\t    \"auto_reset\",\n\t    \"bgerror\",\n\t    \"binary\",\n\t    \"break\",\n\t    \"catch\",\n\t    \"cd\",\n\t    \"chan\",\n\t    \"clock\",\n\t    \"close\",\n\t    \"concat\",\n\t    \"continue\",\n\t    \"dde\",\n\t    \"dict\",\n\t    \"encoding\",\n\t    \"eof\",\n\t    \"error\",\n\t    \"eval\",\n\t    \"exec\",\n\t    \"exit\",\n\t    \"expr\",\n\t    \"fblocked\",\n\t    \"fconfigure\",\n\t    \"fcopy\",\n\t    \"file\",\n\t    \"fileevent\",\n\t    \"filename\",\n\t    \"flush\",\n\t    \"for\",\n\t    \"foreach\",\n\t    \"format\",\n\t    \"gets\",\n\t    \"glob\",\n\t    \"global\",\n\t    \"history\",\n\t    \"http\",\n\t    \"if\",\n\t    \"incr\",\n\t    \"info\",\n\t    \"interp\",\n\t    \"join\",\n\t    \"lappend|10\",\n\t    \"lassign|10\",\n\t    \"lindex|10\",\n\t    \"linsert|10\",\n\t    \"list\",\n\t    \"llength|10\",\n\t    \"load\",\n\t    \"lrange|10\",\n\t    \"lrepeat|10\",\n\t    \"lreplace|10\",\n\t    \"lreverse|10\",\n\t    \"lsearch|10\",\n\t    \"lset|10\",\n\t    \"lsort|10\",\n\t    \"mathfunc\",\n\t    \"mathop\",\n\t    \"memory\",\n\t    \"msgcat\",\n\t    \"namespace\",\n\t    \"open\",\n\t    \"package\",\n\t    \"parray\",\n\t    \"pid\",\n\t    \"pkg::create\",\n\t    \"pkg_mkIndex\",\n\t    \"platform\",\n\t    \"platform::shell\",\n\t    \"proc\",\n\t    \"puts\",\n\t    \"pwd\",\n\t    \"read\",\n\t    \"refchan\",\n\t    \"regexp\",\n\t    \"registry\",\n\t    \"regsub|10\",\n\t    \"rename\",\n\t    \"return\",\n\t    \"safe\",\n\t    \"scan\",\n\t    \"seek\",\n\t    \"set\",\n\t    \"socket\",\n\t    \"source\",\n\t    \"split\",\n\t    \"string\",\n\t    \"subst\",\n\t    \"switch\",\n\t    \"tcl_endOfWord\",\n\t    \"tcl_findLibrary\",\n\t    \"tcl_startOfNextWord\",\n\t    \"tcl_startOfPreviousWord\",\n\t    \"tcl_wordBreakAfter\",\n\t    \"tcl_wordBreakBefore\",\n\t    \"tcltest\",\n\t    \"tclvars\",\n\t    \"tell\",\n\t    \"time\",\n\t    \"tm\",\n\t    \"trace\",\n\t    \"unknown\",\n\t    \"unload\",\n\t    \"unset\",\n\t    \"update\",\n\t    \"uplevel\",\n\t    \"upvar\",\n\t    \"variable\",\n\t    \"vwait\",\n\t    \"while\"\n\t  ];\n\n\t  return {\n\t    name: 'Tcl',\n\t    aliases: [ 'tk' ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.COMMENT(';[ \\\\t]*#', '$'),\n\t      hljs.COMMENT('^[ \\\\t]*#', '$'),\n\t      {\n\t        beginKeywords: 'proc',\n\t        end: '[\\\\{]',\n\t        excludeEnd: true,\n\t        contains: [\n\t          {\n\t            className: 'title',\n\t            begin: '[ \\\\t\\\\n\\\\r]+(::)?[a-zA-Z_]((::)?[a-zA-Z0-9_])*',\n\t            end: '[ \\\\t\\\\n\\\\r]',\n\t            endsWithParent: true,\n\t            excludeEnd: true\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: \"variable\",\n\t        variants: [\n\t          { begin: regex.concat(\n\t            /\\$/,\n\t            regex.optional(/::/),\n\t            TCL_IDENT,\n\t            '(::',\n\t            TCL_IDENT,\n\t            ')*'\n\t          ) },\n\t          {\n\t            begin: '\\\\$\\\\{(::)?[a-zA-Z_]((::)?[a-zA-Z0-9_])*',\n\t            end: '\\\\}',\n\t            contains: [ NUMBER ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'string',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ],\n\t        variants: [ hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null }) ]\n\t      },\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\ttcl_1 = tcl;\n\treturn tcl_1;\n}\n\n/*\nLanguage: Thrift\nAuthor: Oleg Efimov <efimovov@gmail.com>\nDescription: Thrift message definition format\nWebsite: https://thrift.apache.org\nCategory: protocols\n*/\n\nvar thrift_1;\nvar hasRequiredThrift;\n\nfunction requireThrift () {\n\tif (hasRequiredThrift) return thrift_1;\n\thasRequiredThrift = 1;\n\tfunction thrift(hljs) {\n\t  const TYPES = [\n\t    \"bool\",\n\t    \"byte\",\n\t    \"i16\",\n\t    \"i32\",\n\t    \"i64\",\n\t    \"double\",\n\t    \"string\",\n\t    \"binary\"\n\t  ];\n\t  const KEYWORDS = [\n\t    \"namespace\",\n\t    \"const\",\n\t    \"typedef\",\n\t    \"struct\",\n\t    \"enum\",\n\t    \"service\",\n\t    \"exception\",\n\t    \"void\",\n\t    \"oneway\",\n\t    \"set\",\n\t    \"list\",\n\t    \"map\",\n\t    \"required\",\n\t    \"optional\"\n\t  ];\n\t  return {\n\t    name: 'Thrift',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      type: TYPES,\n\t      literal: 'true false'\n\t    },\n\t    contains: [\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.NUMBER_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'struct enum service exception',\n\t        end: /\\{/,\n\t        illegal: /\\n/,\n\t        contains: [\n\t          hljs.inherit(hljs.TITLE_MODE, {\n\t            // hack: eating everything after the first title\n\t            starts: {\n\t              endsWithParent: true,\n\t              excludeEnd: true\n\t            } })\n\t        ]\n\t      },\n\t      {\n\t        begin: '\\\\b(set|list|map)\\\\s*<',\n\t        keywords: { type: [\n\t          ...TYPES,\n\t          \"set\",\n\t          \"list\",\n\t          \"map\"\n\t        ] },\n\t        end: '>',\n\t        contains: [ 'self' ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tthrift_1 = thrift;\n\treturn thrift_1;\n}\n\n/*\nLanguage: TP\nAuthor: Jay Strybis <jay.strybis@gmail.com>\nDescription: FANUC TP programming language (TPP).\n*/\n\nvar tp_1;\nvar hasRequiredTp;\n\nfunction requireTp () {\n\tif (hasRequiredTp) return tp_1;\n\thasRequiredTp = 1;\n\tfunction tp(hljs) {\n\t  const TPID = {\n\t    className: 'number',\n\t    begin: '[1-9][0-9]*', /* no leading zeros */\n\t    relevance: 0\n\t  };\n\t  const TPLABEL = {\n\t    className: 'symbol',\n\t    begin: ':[^\\\\]]+'\n\t  };\n\t  const TPDATA = {\n\t    className: 'built_in',\n\t    begin: '(AR|P|PAYLOAD|PR|R|SR|RSR|LBL|VR|UALM|MESSAGE|UTOOL|UFRAME|TIMER|'\n\t    + 'TIMER_OVERFLOW|JOINT_MAX_SPEED|RESUME_PROG|DIAG_REC)\\\\[',\n\t    end: '\\\\]',\n\t    contains: [\n\t      'self',\n\t      TPID,\n\t      TPLABEL\n\t    ]\n\t  };\n\t  const TPIO = {\n\t    className: 'built_in',\n\t    begin: '(AI|AO|DI|DO|F|RI|RO|UI|UO|GI|GO|SI|SO)\\\\[',\n\t    end: '\\\\]',\n\t    contains: [\n\t      'self',\n\t      TPID,\n\t      hljs.QUOTE_STRING_MODE, /* for pos section at bottom */\n\t      TPLABEL\n\t    ]\n\t  };\n\n\t  const KEYWORDS = [\n\t    \"ABORT\",\n\t    \"ACC\",\n\t    \"ADJUST\",\n\t    \"AND\",\n\t    \"AP_LD\",\n\t    \"BREAK\",\n\t    \"CALL\",\n\t    \"CNT\",\n\t    \"COL\",\n\t    \"CONDITION\",\n\t    \"CONFIG\",\n\t    \"DA\",\n\t    \"DB\",\n\t    \"DIV\",\n\t    \"DETECT\",\n\t    \"ELSE\",\n\t    \"END\",\n\t    \"ENDFOR\",\n\t    \"ERR_NUM\",\n\t    \"ERROR_PROG\",\n\t    \"FINE\",\n\t    \"FOR\",\n\t    \"GP\",\n\t    \"GUARD\",\n\t    \"INC\",\n\t    \"IF\",\n\t    \"JMP\",\n\t    \"LINEAR_MAX_SPEED\",\n\t    \"LOCK\",\n\t    \"MOD\",\n\t    \"MONITOR\",\n\t    \"OFFSET\",\n\t    \"Offset\",\n\t    \"OR\",\n\t    \"OVERRIDE\",\n\t    \"PAUSE\",\n\t    \"PREG\",\n\t    \"PTH\",\n\t    \"RT_LD\",\n\t    \"RUN\",\n\t    \"SELECT\",\n\t    \"SKIP\",\n\t    \"Skip\",\n\t    \"TA\",\n\t    \"TB\",\n\t    \"TO\",\n\t    \"TOOL_OFFSET\",\n\t    \"Tool_Offset\",\n\t    \"UF\",\n\t    \"UT\",\n\t    \"UFRAME_NUM\",\n\t    \"UTOOL_NUM\",\n\t    \"UNLOCK\",\n\t    \"WAIT\",\n\t    \"X\",\n\t    \"Y\",\n\t    \"Z\",\n\t    \"W\",\n\t    \"P\",\n\t    \"R\",\n\t    \"STRLEN\",\n\t    \"SUBSTR\",\n\t    \"FINDSTR\",\n\t    \"VOFFSET\",\n\t    \"PROG\",\n\t    \"ATTR\",\n\t    \"MN\",\n\t    \"POS\"\n\t  ];\n\t  const LITERALS = [\n\t    \"ON\",\n\t    \"OFF\",\n\t    \"max_speed\",\n\t    \"LPOS\",\n\t    \"JPOS\",\n\t    \"ENABLE\",\n\t    \"DISABLE\",\n\t    \"START\",\n\t    \"STOP\",\n\t    \"RESET\"\n\t  ];\n\n\t  return {\n\t    name: 'TP',\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      TPDATA,\n\t      TPIO,\n\t      {\n\t        className: 'keyword',\n\t        begin: '/(PROG|ATTR|MN|POS|END)\\\\b'\n\t      },\n\t      {\n\t        /* this is for cases like ,CALL */\n\t        className: 'keyword',\n\t        begin: '(CALL|RUN|POINT_LOGIC|LBL)\\\\b'\n\t      },\n\t      {\n\t        /* this is for cases like CNT100 where the default lexemes do not\n\t         * separate the keyword and the number */\n\t        className: 'keyword',\n\t        begin: '\\\\b(ACC|CNT|Skip|Offset|PSPD|RT_LD|AP_LD|Tool_Offset)'\n\t      },\n\t      {\n\t        /* to catch numbers that do not have a word boundary on the left */\n\t        className: 'number',\n\t        begin: '\\\\d+(sec|msec|mm/sec|cm/min|inch/min|deg/sec|mm|in|cm)?\\\\b',\n\t        relevance: 0\n\t      },\n\t      hljs.COMMENT('//', '[;$]'),\n\t      hljs.COMMENT('!', '[;$]'),\n\t      hljs.COMMENT('--eg:', '$'),\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '\\''\n\t      },\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'variable',\n\t        begin: '\\\\$[A-Za-z0-9_]+'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\ttp_1 = tp;\n\treturn tp_1;\n}\n\n/*\nLanguage: Twig\nRequires: xml.js\nAuthor: Luke Holder <lukemh@gmail.com>\nDescription: Twig is a templating language for PHP\nWebsite: https://twig.symfony.com\nCategory: template\n*/\n\nvar twig_1;\nvar hasRequiredTwig;\n\nfunction requireTwig () {\n\tif (hasRequiredTwig) return twig_1;\n\thasRequiredTwig = 1;\n\tfunction twig(hljs) {\n\t  const regex = hljs.regex;\n\t  const FUNCTION_NAMES = [\n\t    \"absolute_url\",\n\t    \"asset|0\",\n\t    \"asset_version\",\n\t    \"attribute\",\n\t    \"block\",\n\t    \"constant\",\n\t    \"controller|0\",\n\t    \"country_timezones\",\n\t    \"csrf_token\",\n\t    \"cycle\",\n\t    \"date\",\n\t    \"dump\",\n\t    \"expression\",\n\t    \"form|0\",\n\t    \"form_end\",\n\t    \"form_errors\",\n\t    \"form_help\",\n\t    \"form_label\",\n\t    \"form_rest\",\n\t    \"form_row\",\n\t    \"form_start\",\n\t    \"form_widget\",\n\t    \"html_classes\",\n\t    \"include\",\n\t    \"is_granted\",\n\t    \"logout_path\",\n\t    \"logout_url\",\n\t    \"max\",\n\t    \"min\",\n\t    \"parent\",\n\t    \"path|0\",\n\t    \"random\",\n\t    \"range\",\n\t    \"relative_path\",\n\t    \"render\",\n\t    \"render_esi\",\n\t    \"source\",\n\t    \"template_from_string\",\n\t    \"url|0\"\n\t  ];\n\n\t  const FILTERS = [\n\t    \"abs\",\n\t    \"abbr_class\",\n\t    \"abbr_method\",\n\t    \"batch\",\n\t    \"capitalize\",\n\t    \"column\",\n\t    \"convert_encoding\",\n\t    \"country_name\",\n\t    \"currency_name\",\n\t    \"currency_symbol\",\n\t    \"data_uri\",\n\t    \"date\",\n\t    \"date_modify\",\n\t    \"default\",\n\t    \"escape\",\n\t    \"file_excerpt\",\n\t    \"file_link\",\n\t    \"file_relative\",\n\t    \"filter\",\n\t    \"first\",\n\t    \"format\",\n\t    \"format_args\",\n\t    \"format_args_as_text\",\n\t    \"format_currency\",\n\t    \"format_date\",\n\t    \"format_datetime\",\n\t    \"format_file\",\n\t    \"format_file_from_text\",\n\t    \"format_number\",\n\t    \"format_time\",\n\t    \"html_to_markdown\",\n\t    \"humanize\",\n\t    \"inky_to_html\",\n\t    \"inline_css\",\n\t    \"join\",\n\t    \"json_encode\",\n\t    \"keys\",\n\t    \"language_name\",\n\t    \"last\",\n\t    \"length\",\n\t    \"locale_name\",\n\t    \"lower\",\n\t    \"map\",\n\t    \"markdown\",\n\t    \"markdown_to_html\",\n\t    \"merge\",\n\t    \"nl2br\",\n\t    \"number_format\",\n\t    \"raw\",\n\t    \"reduce\",\n\t    \"replace\",\n\t    \"reverse\",\n\t    \"round\",\n\t    \"slice\",\n\t    \"slug\",\n\t    \"sort\",\n\t    \"spaceless\",\n\t    \"split\",\n\t    \"striptags\",\n\t    \"timezone_name\",\n\t    \"title\",\n\t    \"trans\",\n\t    \"transchoice\",\n\t    \"trim\",\n\t    \"u|0\",\n\t    \"upper\",\n\t    \"url_encode\",\n\t    \"yaml_dump\",\n\t    \"yaml_encode\"\n\t  ];\n\n\t  let TAG_NAMES = [\n\t    \"apply\",\n\t    \"autoescape\",\n\t    \"block\",\n\t    \"cache\",\n\t    \"deprecated\",\n\t    \"do\",\n\t    \"embed\",\n\t    \"extends\",\n\t    \"filter\",\n\t    \"flush\",\n\t    \"for\",\n\t    \"form_theme\",\n\t    \"from\",\n\t    \"if\",\n\t    \"import\",\n\t    \"include\",\n\t    \"macro\",\n\t    \"sandbox\",\n\t    \"set\",\n\t    \"stopwatch\",\n\t    \"trans\",\n\t    \"trans_default_domain\",\n\t    \"transchoice\",\n\t    \"use\",\n\t    \"verbatim\",\n\t    \"with\"\n\t  ];\n\n\t  TAG_NAMES = TAG_NAMES.concat(TAG_NAMES.map(t => `end${t}`));\n\n\t  const STRING = {\n\t    scope: 'string',\n\t    variants: [\n\t      {\n\t        begin: /'/,\n\t        end: /'/\n\t      },\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/\n\t      },\n\t    ]\n\t  };\n\n\t  const NUMBER = {\n\t    scope: \"number\",\n\t    match: /\\d+/\n\t  };\n\n\t  const PARAMS = {\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    contains: [\n\t      STRING,\n\t      NUMBER\n\t    ]\n\t  };\n\n\n\t  const FUNCTIONS = {\n\t    beginKeywords: FUNCTION_NAMES.join(\" \"),\n\t    keywords: { name: FUNCTION_NAMES },\n\t    relevance: 0,\n\t    contains: [ PARAMS ]\n\t  };\n\n\t  const FILTER = {\n\t    match: /\\|(?=[A-Za-z_]+:?)/,\n\t    beginScope: \"punctuation\",\n\t    relevance: 0,\n\t    contains: [\n\t      {\n\t        match: /[A-Za-z_]+:?/,\n\t        keywords: FILTERS\n\t      },\n\t    ]\n\t  };\n\n\t  const tagNamed = (tagnames, { relevance }) => {\n\t    return {\n\t      beginScope: {\n\t        1: 'template-tag',\n\t        3: 'name'\n\t      },\n\t      relevance: relevance || 2,\n\t      endScope: 'template-tag',\n\t      begin: [\n\t        /\\{%/,\n\t        /\\s*/,\n\t        regex.either(...tagnames)\n\t      ],\n\t      end: /%\\}/,\n\t      keywords: \"in\",\n\t      contains: [\n\t        FILTER,\n\t        FUNCTIONS,\n\t        STRING,\n\t        NUMBER\n\t      ]\n\t    };\n\t  };\n\n\t  const CUSTOM_TAG_RE = /[a-z_]+/;\n\t  const TAG = tagNamed(TAG_NAMES, { relevance: 2 });\n\t  const CUSTOM_TAG = tagNamed([ CUSTOM_TAG_RE ], { relevance: 1 });\n\n\t  return {\n\t    name: 'Twig',\n\t    aliases: [ 'craftcms' ],\n\t    case_insensitive: true,\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      hljs.COMMENT(/\\{#/, /#\\}/),\n\t      TAG,\n\t      CUSTOM_TAG,\n\t      {\n\t        className: 'template-variable',\n\t        begin: /\\{\\{/,\n\t        end: /\\}\\}/,\n\t        contains: [\n\t          'self',\n\t          FILTER,\n\t          FUNCTIONS,\n\t          STRING,\n\t          NUMBER\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\ttwig_1 = twig;\n\treturn twig_1;\n}\n\nvar typescript_1;\nvar hasRequiredTypescript;\n\nfunction requireTypescript () {\n\tif (hasRequiredTypescript) return typescript_1;\n\thasRequiredTypescript = 1;\n\tconst IDENT_RE = '[A-Za-z$_][0-9A-Za-z$_]*';\n\tconst KEYWORDS = [\n\t  \"as\", // for exports\n\t  \"in\",\n\t  \"of\",\n\t  \"if\",\n\t  \"for\",\n\t  \"while\",\n\t  \"finally\",\n\t  \"var\",\n\t  \"new\",\n\t  \"function\",\n\t  \"do\",\n\t  \"return\",\n\t  \"void\",\n\t  \"else\",\n\t  \"break\",\n\t  \"catch\",\n\t  \"instanceof\",\n\t  \"with\",\n\t  \"throw\",\n\t  \"case\",\n\t  \"default\",\n\t  \"try\",\n\t  \"switch\",\n\t  \"continue\",\n\t  \"typeof\",\n\t  \"delete\",\n\t  \"let\",\n\t  \"yield\",\n\t  \"const\",\n\t  \"class\",\n\t  // JS handles these with a special rule\n\t  // \"get\",\n\t  // \"set\",\n\t  \"debugger\",\n\t  \"async\",\n\t  \"await\",\n\t  \"static\",\n\t  \"import\",\n\t  \"from\",\n\t  \"export\",\n\t  \"extends\"\n\t];\n\tconst LITERALS = [\n\t  \"true\",\n\t  \"false\",\n\t  \"null\",\n\t  \"undefined\",\n\t  \"NaN\",\n\t  \"Infinity\"\n\t];\n\n\t// https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects\n\tconst TYPES = [\n\t  // Fundamental objects\n\t  \"Object\",\n\t  \"Function\",\n\t  \"Boolean\",\n\t  \"Symbol\",\n\t  // numbers and dates\n\t  \"Math\",\n\t  \"Date\",\n\t  \"Number\",\n\t  \"BigInt\",\n\t  // text\n\t  \"String\",\n\t  \"RegExp\",\n\t  // Indexed collections\n\t  \"Array\",\n\t  \"Float32Array\",\n\t  \"Float64Array\",\n\t  \"Int8Array\",\n\t  \"Uint8Array\",\n\t  \"Uint8ClampedArray\",\n\t  \"Int16Array\",\n\t  \"Int32Array\",\n\t  \"Uint16Array\",\n\t  \"Uint32Array\",\n\t  \"BigInt64Array\",\n\t  \"BigUint64Array\",\n\t  // Keyed collections\n\t  \"Set\",\n\t  \"Map\",\n\t  \"WeakSet\",\n\t  \"WeakMap\",\n\t  // Structured data\n\t  \"ArrayBuffer\",\n\t  \"SharedArrayBuffer\",\n\t  \"Atomics\",\n\t  \"DataView\",\n\t  \"JSON\",\n\t  // Control abstraction objects\n\t  \"Promise\",\n\t  \"Generator\",\n\t  \"GeneratorFunction\",\n\t  \"AsyncFunction\",\n\t  // Reflection\n\t  \"Reflect\",\n\t  \"Proxy\",\n\t  // Internationalization\n\t  \"Intl\",\n\t  // WebAssembly\n\t  \"WebAssembly\"\n\t];\n\n\tconst ERROR_TYPES = [\n\t  \"Error\",\n\t  \"EvalError\",\n\t  \"InternalError\",\n\t  \"RangeError\",\n\t  \"ReferenceError\",\n\t  \"SyntaxError\",\n\t  \"TypeError\",\n\t  \"URIError\"\n\t];\n\n\tconst BUILT_IN_GLOBALS = [\n\t  \"setInterval\",\n\t  \"setTimeout\",\n\t  \"clearInterval\",\n\t  \"clearTimeout\",\n\n\t  \"require\",\n\t  \"exports\",\n\n\t  \"eval\",\n\t  \"isFinite\",\n\t  \"isNaN\",\n\t  \"parseFloat\",\n\t  \"parseInt\",\n\t  \"decodeURI\",\n\t  \"decodeURIComponent\",\n\t  \"encodeURI\",\n\t  \"encodeURIComponent\",\n\t  \"escape\",\n\t  \"unescape\"\n\t];\n\n\tconst BUILT_IN_VARIABLES = [\n\t  \"arguments\",\n\t  \"this\",\n\t  \"super\",\n\t  \"console\",\n\t  \"window\",\n\t  \"document\",\n\t  \"localStorage\",\n\t  \"module\",\n\t  \"global\" // Node.js\n\t];\n\n\tconst BUILT_INS = [].concat(\n\t  BUILT_IN_GLOBALS,\n\t  TYPES,\n\t  ERROR_TYPES\n\t);\n\n\t/*\n\tLanguage: JavaScript\n\tDescription: JavaScript (JS) is a lightweight, interpreted, or just-in-time compiled programming language with first-class functions.\n\tCategory: common, scripting, web\n\tWebsite: https://developer.mozilla.org/en-US/docs/Web/JavaScript\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction javascript(hljs) {\n\t  const regex = hljs.regex;\n\t  /**\n\t   * Takes a string like \"<Booger\" and checks to see\n\t   * if we can find a matching \"</Booger\" later in the\n\t   * content.\n\t   * @param {RegExpMatchArray} match\n\t   * @param {{after:number}} param1\n\t   */\n\t  const hasClosingTag = (match, { after }) => {\n\t    const tag = \"</\" + match[0].slice(1);\n\t    const pos = match.input.indexOf(tag, after);\n\t    return pos !== -1;\n\t  };\n\n\t  const IDENT_RE$1 = IDENT_RE;\n\t  const FRAGMENT = {\n\t    begin: '<>',\n\t    end: '</>'\n\t  };\n\t  // to avoid some special cases inside isTrulyOpeningTag\n\t  const XML_SELF_CLOSING = /<[A-Za-z0-9\\\\._:-]+\\s*\\/>/;\n\t  const XML_TAG = {\n\t    begin: /<[A-Za-z0-9\\\\._:-]+/,\n\t    end: /\\/[A-Za-z0-9\\\\._:-]+>|\\/>/,\n\t    /**\n\t     * @param {RegExpMatchArray} match\n\t     * @param {CallbackResponse} response\n\t     */\n\t    isTrulyOpeningTag: (match, response) => {\n\t      const afterMatchIndex = match[0].length + match.index;\n\t      const nextChar = match.input[afterMatchIndex];\n\t      if (\n\t        // HTML should not include another raw `<` inside a tag\n\t        // nested type?\n\t        // `<Array<Array<number>>`, etc.\n\t        nextChar === \"<\" ||\n\t        // the , gives away that this is not HTML\n\t        // `<T, A extends keyof T, V>`\n\t        nextChar === \",\") {\n\t        response.ignoreMatch();\n\t        return;\n\t      }\n\n\t      // `<something>`\n\t      // Quite possibly a tag, lets look for a matching closing tag...\n\t      if (nextChar === \">\") {\n\t        // if we cannot find a matching closing tag, then we\n\t        // will ignore it\n\t        if (!hasClosingTag(match, { after: afterMatchIndex })) {\n\t          response.ignoreMatch();\n\t        }\n\t      }\n\n\t      // `<blah />` (self-closing)\n\t      // handled by simpleSelfClosing rule\n\n\t      // `<From extends string>`\n\t      // technically this could be HTML, but it smells like a type\n\t      let m;\n\t      const afterMatch = match.input.substr(afterMatchIndex);\n\t      // NOTE: This is ugh, but added specifically for https://github.com/highlightjs/highlight.js/issues/3276\n\t      if ((m = afterMatch.match(/^\\s+extends\\s+/))) {\n\t        if (m.index === 0) {\n\t          response.ignoreMatch();\n\t          // eslint-disable-next-line no-useless-return\n\t          return;\n\t        }\n\t      }\n\t    }\n\t  };\n\t  const KEYWORDS$1 = {\n\t    $pattern: IDENT_RE,\n\t    keyword: KEYWORDS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS,\n\t    \"variable.language\": BUILT_IN_VARIABLES\n\t  };\n\n\t  // https://tc39.es/ecma262/#sec-literals-numeric-literals\n\t  const decimalDigits = '[0-9](_?[0-9])*';\n\t  const frac = `\\\\.(${decimalDigits})`;\n\t  // DecimalIntegerLiteral, including Annex B NonOctalDecimalIntegerLiteral\n\t  // https://tc39.es/ecma262/#sec-additional-syntax-numeric-literals\n\t  const decimalInteger = `0|[1-9](_?[0-9])*|0[0-7]*[89][0-9]*`;\n\t  const NUMBER = {\n\t    className: 'number',\n\t    variants: [\n\t      // DecimalLiteral\n\t      { begin: `(\\\\b(${decimalInteger})((${frac})|\\\\.)?|(${frac}))` +\n\t        `[eE][+-]?(${decimalDigits})\\\\b` },\n\t      { begin: `\\\\b(${decimalInteger})\\\\b((${frac})\\\\b|\\\\.)?|(${frac})\\\\b` },\n\n\t      // DecimalBigIntegerLiteral\n\t      { begin: `\\\\b(0|[1-9](_?[0-9])*)n\\\\b` },\n\n\t      // NonDecimalIntegerLiteral\n\t      { begin: \"\\\\b0[xX][0-9a-fA-F](_?[0-9a-fA-F])*n?\\\\b\" },\n\t      { begin: \"\\\\b0[bB][0-1](_?[0-1])*n?\\\\b\" },\n\t      { begin: \"\\\\b0[oO][0-7](_?[0-7])*n?\\\\b\" },\n\n\t      // LegacyOctalIntegerLiteral (does not include underscore separators)\n\t      // https://tc39.es/ecma262/#sec-additional-syntax-numeric-literals\n\t      { begin: \"\\\\b0[0-7]+n?\\\\b\" },\n\t    ],\n\t    relevance: 0\n\t  };\n\n\t  const SUBST = {\n\t    className: 'subst',\n\t    begin: '\\\\$\\\\{',\n\t    end: '\\\\}',\n\t    keywords: KEYWORDS$1,\n\t    contains: [] // defined later\n\t  };\n\t  const HTML_TEMPLATE = {\n\t    begin: 'html`',\n\t    end: '',\n\t    starts: {\n\t      end: '`',\n\t      returnEnd: false,\n\t      contains: [\n\t        hljs.BACKSLASH_ESCAPE,\n\t        SUBST\n\t      ],\n\t      subLanguage: 'xml'\n\t    }\n\t  };\n\t  const CSS_TEMPLATE = {\n\t    begin: 'css`',\n\t    end: '',\n\t    starts: {\n\t      end: '`',\n\t      returnEnd: false,\n\t      contains: [\n\t        hljs.BACKSLASH_ESCAPE,\n\t        SUBST\n\t      ],\n\t      subLanguage: 'css'\n\t    }\n\t  };\n\t  const TEMPLATE_STRING = {\n\t    className: 'string',\n\t    begin: '`',\n\t    end: '`',\n\t    contains: [\n\t      hljs.BACKSLASH_ESCAPE,\n\t      SUBST\n\t    ]\n\t  };\n\t  const JSDOC_COMMENT = hljs.COMMENT(\n\t    /\\/\\*\\*(?!\\/)/,\n\t    '\\\\*/',\n\t    {\n\t      relevance: 0,\n\t      contains: [\n\t        {\n\t          begin: '(?=@[A-Za-z]+)',\n\t          relevance: 0,\n\t          contains: [\n\t            {\n\t              className: 'doctag',\n\t              begin: '@[A-Za-z]+'\n\t            },\n\t            {\n\t              className: 'type',\n\t              begin: '\\\\{',\n\t              end: '\\\\}',\n\t              excludeEnd: true,\n\t              excludeBegin: true,\n\t              relevance: 0\n\t            },\n\t            {\n\t              className: 'variable',\n\t              begin: IDENT_RE$1 + '(?=\\\\s*(-)|$)',\n\t              endsParent: true,\n\t              relevance: 0\n\t            },\n\t            // eat spaces (not newlines) so we can find\n\t            // types or variables\n\t            {\n\t              begin: /(?=[^\\n])\\s/,\n\t              relevance: 0\n\t            }\n\t          ]\n\t        }\n\t      ]\n\t    }\n\t  );\n\t  const COMMENT = {\n\t    className: \"comment\",\n\t    variants: [\n\t      JSDOC_COMMENT,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_LINE_COMMENT_MODE\n\t    ]\n\t  };\n\t  const SUBST_INTERNALS = [\n\t    hljs.APOS_STRING_MODE,\n\t    hljs.QUOTE_STRING_MODE,\n\t    HTML_TEMPLATE,\n\t    CSS_TEMPLATE,\n\t    TEMPLATE_STRING,\n\t    NUMBER,\n\t    // This is intentional:\n\t    // See https://github.com/highlightjs/highlight.js/issues/3288\n\t    // hljs.REGEXP_MODE\n\t  ];\n\t  SUBST.contains = SUBST_INTERNALS\n\t    .concat({\n\t      // we need to pair up {} inside our subst to prevent\n\t      // it from ending too early by matching another }\n\t      begin: /\\{/,\n\t      end: /\\}/,\n\t      keywords: KEYWORDS$1,\n\t      contains: [\n\t        \"self\"\n\t      ].concat(SUBST_INTERNALS)\n\t    });\n\t  const SUBST_AND_COMMENTS = [].concat(COMMENT, SUBST.contains);\n\t  const PARAMS_CONTAINS = SUBST_AND_COMMENTS.concat([\n\t    // eat recursive parens in sub expressions\n\t    {\n\t      begin: /\\(/,\n\t      end: /\\)/,\n\t      keywords: KEYWORDS$1,\n\t      contains: [\"self\"].concat(SUBST_AND_COMMENTS)\n\t    }\n\t  ]);\n\t  const PARAMS = {\n\t    className: 'params',\n\t    begin: /\\(/,\n\t    end: /\\)/,\n\t    excludeBegin: true,\n\t    excludeEnd: true,\n\t    keywords: KEYWORDS$1,\n\t    contains: PARAMS_CONTAINS\n\t  };\n\n\t  // ES6 classes\n\t  const CLASS_OR_EXTENDS = {\n\t    variants: [\n\t      // class Car extends vehicle\n\t      {\n\t        match: [\n\t          /class/,\n\t          /\\s+/,\n\t          IDENT_RE$1,\n\t          /\\s+/,\n\t          /extends/,\n\t          /\\s+/,\n\t          regex.concat(IDENT_RE$1, \"(\", regex.concat(/\\./, IDENT_RE$1), \")*\")\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.class\",\n\t          5: \"keyword\",\n\t          7: \"title.class.inherited\"\n\t        }\n\t      },\n\t      // class Car\n\t      {\n\t        match: [\n\t          /class/,\n\t          /\\s+/,\n\t          IDENT_RE$1\n\t        ],\n\t        scope: {\n\t          1: \"keyword\",\n\t          3: \"title.class\"\n\t        }\n\t      },\n\n\t    ]\n\t  };\n\n\t  const CLASS_REFERENCE = {\n\t    relevance: 0,\n\t    match:\n\t    regex.either(\n\t      // Hard coded exceptions\n\t      /\\bJSON/,\n\t      // Float32Array, OutT\n\t      /\\b[A-Z][a-z]+([A-Z][a-z]*|\\d)*/,\n\t      // CSSFactory, CSSFactoryT\n\t      /\\b[A-Z]{2,}([A-Z][a-z]+|\\d)+([A-Z][a-z]*)*/,\n\t      // FPs, FPsT\n\t      /\\b[A-Z]{2,}[a-z]+([A-Z][a-z]+|\\d)*([A-Z][a-z]*)*/,\n\t      // P\n\t      // single letters are not highlighted\n\t      // BLAH\n\t      // this will be flagged as a UPPER_CASE_CONSTANT instead\n\t    ),\n\t    className: \"title.class\",\n\t    keywords: {\n\t      _: [\n\t        // se we still get relevance credit for JS library classes\n\t        ...TYPES,\n\t        ...ERROR_TYPES\n\t      ]\n\t    }\n\t  };\n\n\t  const USE_STRICT = {\n\t    label: \"use_strict\",\n\t    className: 'meta',\n\t    relevance: 10,\n\t    begin: /^\\s*['\"]use (strict|asm)['\"]/\n\t  };\n\n\t  const FUNCTION_DEFINITION = {\n\t    variants: [\n\t      {\n\t        match: [\n\t          /function/,\n\t          /\\s+/,\n\t          IDENT_RE$1,\n\t          /(?=\\s*\\()/\n\t        ]\n\t      },\n\t      // anonymous function\n\t      {\n\t        match: [\n\t          /function/,\n\t          /\\s*(?=\\()/\n\t        ]\n\t      }\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    label: \"func.def\",\n\t    contains: [ PARAMS ],\n\t    illegal: /%/\n\t  };\n\n\t  const UPPER_CASE_CONSTANT = {\n\t    relevance: 0,\n\t    match: /\\b[A-Z][A-Z_0-9]+\\b/,\n\t    className: \"variable.constant\"\n\t  };\n\n\t  function noneOf(list) {\n\t    return regex.concat(\"(?!\", list.join(\"|\"), \")\");\n\t  }\n\n\t  const FUNCTION_CALL = {\n\t    match: regex.concat(\n\t      /\\b/,\n\t      noneOf([\n\t        ...BUILT_IN_GLOBALS,\n\t        \"super\"\n\t      ]),\n\t      IDENT_RE$1, regex.lookahead(/\\(/)),\n\t    className: \"title.function\",\n\t    relevance: 0\n\t  };\n\n\t  const PROPERTY_ACCESS = {\n\t    begin: regex.concat(/\\./, regex.lookahead(\n\t      regex.concat(IDENT_RE$1, /(?![0-9A-Za-z$_(])/)\n\t    )),\n\t    end: IDENT_RE$1,\n\t    excludeBegin: true,\n\t    keywords: \"prototype\",\n\t    className: \"property\",\n\t    relevance: 0\n\t  };\n\n\t  const GETTER_OR_SETTER = {\n\t    match: [\n\t      /get|set/,\n\t      /\\s+/,\n\t      IDENT_RE$1,\n\t      /(?=\\()/\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      { // eat to avoid empty params\n\t        begin: /\\(\\)/\n\t      },\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  const FUNC_LEAD_IN_RE = '(\\\\(' +\n\t    '[^()]*(\\\\(' +\n\t    '[^()]*(\\\\(' +\n\t    '[^()]*' +\n\t    '\\\\)[^()]*)*' +\n\t    '\\\\)[^()]*)*' +\n\t    '\\\\)|' + hljs.UNDERSCORE_IDENT_RE + ')\\\\s*=>';\n\n\t  const FUNCTION_VARIABLE = {\n\t    match: [\n\t      /const|var|let/, /\\s+/,\n\t      IDENT_RE$1, /\\s*/,\n\t      /=\\s*/,\n\t      /(async\\s*)?/, // async is optional\n\t      regex.lookahead(FUNC_LEAD_IN_RE)\n\t    ],\n\t    keywords: \"async\",\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    },\n\t    contains: [\n\t      PARAMS\n\t    ]\n\t  };\n\n\t  return {\n\t    name: 'Javascript',\n\t    aliases: ['js', 'jsx', 'mjs', 'cjs'],\n\t    keywords: KEYWORDS$1,\n\t    // this will be extended by TypeScript\n\t    exports: { PARAMS_CONTAINS, CLASS_REFERENCE },\n\t    illegal: /#(?![$_A-z])/,\n\t    contains: [\n\t      hljs.SHEBANG({\n\t        label: \"shebang\",\n\t        binary: \"node\",\n\t        relevance: 5\n\t      }),\n\t      USE_STRICT,\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      HTML_TEMPLATE,\n\t      CSS_TEMPLATE,\n\t      TEMPLATE_STRING,\n\t      COMMENT,\n\t      NUMBER,\n\t      CLASS_REFERENCE,\n\t      {\n\t        className: 'attr',\n\t        begin: IDENT_RE$1 + regex.lookahead(':'),\n\t        relevance: 0\n\t      },\n\t      FUNCTION_VARIABLE,\n\t      { // \"value\" container\n\t        begin: '(' + hljs.RE_STARTERS_RE + '|\\\\b(case|return|throw)\\\\b)\\\\s*',\n\t        keywords: 'return throw case',\n\t        relevance: 0,\n\t        contains: [\n\t          COMMENT,\n\t          hljs.REGEXP_MODE,\n\t          {\n\t            className: 'function',\n\t            // we have to count the parens to make sure we actually have the\n\t            // correct bounding ( ) before the =>.  There could be any number of\n\t            // sub-expressions inside also surrounded by parens.\n\t            begin: FUNC_LEAD_IN_RE,\n\t            returnBegin: true,\n\t            end: '\\\\s*=>',\n\t            contains: [\n\t              {\n\t                className: 'params',\n\t                variants: [\n\t                  {\n\t                    begin: hljs.UNDERSCORE_IDENT_RE,\n\t                    relevance: 0\n\t                  },\n\t                  {\n\t                    className: null,\n\t                    begin: /\\(\\s*\\)/,\n\t                    skip: true\n\t                  },\n\t                  {\n\t                    begin: /\\(/,\n\t                    end: /\\)/,\n\t                    excludeBegin: true,\n\t                    excludeEnd: true,\n\t                    keywords: KEYWORDS$1,\n\t                    contains: PARAMS_CONTAINS\n\t                  }\n\t                ]\n\t              }\n\t            ]\n\t          },\n\t          { // could be a comma delimited list of params to a function call\n\t            begin: /,/,\n\t            relevance: 0\n\t          },\n\t          {\n\t            match: /\\s+/,\n\t            relevance: 0\n\t          },\n\t          { // JSX\n\t            variants: [\n\t              { begin: FRAGMENT.begin, end: FRAGMENT.end },\n\t              { match: XML_SELF_CLOSING },\n\t              {\n\t                begin: XML_TAG.begin,\n\t                // we carefully check the opening tag to see if it truly\n\t                // is a tag and not a false positive\n\t                'on:begin': XML_TAG.isTrulyOpeningTag,\n\t                end: XML_TAG.end\n\t              }\n\t            ],\n\t            subLanguage: 'xml',\n\t            contains: [\n\t              {\n\t                begin: XML_TAG.begin,\n\t                end: XML_TAG.end,\n\t                skip: true,\n\t                contains: ['self']\n\t              }\n\t            ]\n\t          }\n\t        ],\n\t      },\n\t      FUNCTION_DEFINITION,\n\t      {\n\t        // prevent this from getting swallowed up by function\n\t        // since they appear \"function like\"\n\t        beginKeywords: \"while if switch catch for\"\n\t      },\n\t      {\n\t        // we have to count the parens to make sure we actually have the correct\n\t        // bounding ( ).  There could be any number of sub-expressions inside\n\t        // also surrounded by parens.\n\t        begin: '\\\\b(?!function)' + hljs.UNDERSCORE_IDENT_RE +\n\t          '\\\\(' + // first parens\n\t          '[^()]*(\\\\(' +\n\t            '[^()]*(\\\\(' +\n\t              '[^()]*' +\n\t            '\\\\)[^()]*)*' +\n\t          '\\\\)[^()]*)*' +\n\t          '\\\\)\\\\s*\\\\{', // end parens\n\t        returnBegin:true,\n\t        label: \"func.def\",\n\t        contains: [\n\t          PARAMS,\n\t          hljs.inherit(hljs.TITLE_MODE, { begin: IDENT_RE$1, className: \"title.function\" })\n\t        ]\n\t      },\n\t      // catch ... so it won't trigger the property rule below\n\t      {\n\t        match: /\\.\\.\\./,\n\t        relevance: 0\n\t      },\n\t      PROPERTY_ACCESS,\n\t      // hack: prevents detection of keywords in some circumstances\n\t      // .keyword()\n\t      // $keyword = x\n\t      {\n\t        match: '\\\\$' + IDENT_RE$1,\n\t        relevance: 0\n\t      },\n\t      {\n\t        match: [ /\\bconstructor(?=\\s*\\()/ ],\n\t        className: { 1: \"title.function\" },\n\t        contains: [ PARAMS ]\n\t      },\n\t      FUNCTION_CALL,\n\t      UPPER_CASE_CONSTANT,\n\t      CLASS_OR_EXTENDS,\n\t      GETTER_OR_SETTER,\n\t      {\n\t        match: /\\$[(.]/ // relevance booster for a pattern common to JS libs: `$(something)` and `$.something`\n\t      }\n\t    ]\n\t  };\n\t}\n\n\t/*\n\tLanguage: TypeScript\n\tAuthor: Panu Horsmalahti <panu.horsmalahti@iki.fi>\n\tContributors: Ike Ku <dempfi@yahoo.com>\n\tDescription: TypeScript is a strict superset of JavaScript\n\tWebsite: https://www.typescriptlang.org\n\tCategory: common, scripting\n\t*/\n\n\t/** @type LanguageFn */\n\tfunction typescript(hljs) {\n\t  const tsLanguage = javascript(hljs);\n\n\t  const IDENT_RE$1 = IDENT_RE;\n\t  const TYPES = [\n\t    \"any\",\n\t    \"void\",\n\t    \"number\",\n\t    \"boolean\",\n\t    \"string\",\n\t    \"object\",\n\t    \"never\",\n\t    \"symbol\",\n\t    \"bigint\",\n\t    \"unknown\"\n\t  ];\n\t  const NAMESPACE = {\n\t    beginKeywords: 'namespace',\n\t    end: /\\{/,\n\t    excludeEnd: true,\n\t    contains: [ tsLanguage.exports.CLASS_REFERENCE ]\n\t  };\n\t  const INTERFACE = {\n\t    beginKeywords: 'interface',\n\t    end: /\\{/,\n\t    excludeEnd: true,\n\t    keywords: {\n\t      keyword: 'interface extends',\n\t      built_in: TYPES\n\t    },\n\t    contains: [ tsLanguage.exports.CLASS_REFERENCE ]\n\t  };\n\t  const USE_STRICT = {\n\t    className: 'meta',\n\t    relevance: 10,\n\t    begin: /^\\s*['\"]use strict['\"]/\n\t  };\n\t  const TS_SPECIFIC_KEYWORDS = [\n\t    \"type\",\n\t    \"namespace\",\n\t    \"interface\",\n\t    \"public\",\n\t    \"private\",\n\t    \"protected\",\n\t    \"implements\",\n\t    \"declare\",\n\t    \"abstract\",\n\t    \"readonly\",\n\t    \"enum\",\n\t    \"override\"\n\t  ];\n\t  const KEYWORDS$1 = {\n\t    $pattern: IDENT_RE,\n\t    keyword: KEYWORDS.concat(TS_SPECIFIC_KEYWORDS),\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS.concat(TYPES),\n\t    \"variable.language\": BUILT_IN_VARIABLES\n\t  };\n\t  const DECORATOR = {\n\t    className: 'meta',\n\t    begin: '@' + IDENT_RE$1,\n\t  };\n\n\t  const swapMode = (mode, label, replacement) => {\n\t    const indx = mode.contains.findIndex(m => m.label === label);\n\t    if (indx === -1) { throw new Error(\"can not find mode to replace\"); }\n\n\t    mode.contains.splice(indx, 1, replacement);\n\t  };\n\n\n\t  // this should update anywhere keywords is used since\n\t  // it will be the same actual JS object\n\t  Object.assign(tsLanguage.keywords, KEYWORDS$1);\n\n\t  tsLanguage.exports.PARAMS_CONTAINS.push(DECORATOR);\n\t  tsLanguage.contains = tsLanguage.contains.concat([\n\t    DECORATOR,\n\t    NAMESPACE,\n\t    INTERFACE,\n\t  ]);\n\n\t  // TS gets a simpler shebang rule than JS\n\t  swapMode(tsLanguage, \"shebang\", hljs.SHEBANG());\n\t  // JS use strict rule purposely excludes `asm` which makes no sense\n\t  swapMode(tsLanguage, \"use_strict\", USE_STRICT);\n\n\t  const functionDeclaration = tsLanguage.contains.find(m => m.label === \"func.def\");\n\t  functionDeclaration.relevance = 0; // () => {} is more typical in TypeScript\n\n\t  Object.assign(tsLanguage, {\n\t    name: 'TypeScript',\n\t    aliases: [\n\t      'ts',\n\t      'tsx'\n\t    ]\n\t  });\n\n\t  return tsLanguage;\n\t}\n\n\ttypescript_1 = typescript;\n\treturn typescript_1;\n}\n\n/*\nLanguage: Vala\nAuthor: Antono Vasiljev <antono.vasiljev@gmail.com>\nDescription: Vala is a new programming language that aims to bring modern programming language features to GNOME developers without imposing any additional runtime requirements and without using a different ABI compared to applications and libraries written in C.\nWebsite: https://wiki.gnome.org/Projects/Vala\n*/\n\nvar vala_1;\nvar hasRequiredVala;\n\nfunction requireVala () {\n\tif (hasRequiredVala) return vala_1;\n\thasRequiredVala = 1;\n\tfunction vala(hljs) {\n\t  return {\n\t    name: 'Vala',\n\t    keywords: {\n\t      keyword:\n\t        // Value types\n\t        'char uchar unichar int uint long ulong short ushort int8 int16 int32 int64 uint8 '\n\t        + 'uint16 uint32 uint64 float double bool struct enum string void '\n\t        // Reference types\n\t        + 'weak unowned owned '\n\t        // Modifiers\n\t        + 'async signal static abstract interface override virtual delegate '\n\t        // Control Structures\n\t        + 'if while do for foreach else switch case break default return try catch '\n\t        // Visibility\n\t        + 'public private protected internal '\n\t        // Other\n\t        + 'using new this get set const stdout stdin stderr var',\n\t      built_in:\n\t        'DBus GLib CCode Gee Object Gtk Posix',\n\t      literal:\n\t        'false true null'\n\t    },\n\t    contains: [\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class interface namespace',\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        illegal: '[^,:\\\\n\\\\s\\\\.]',\n\t        contains: [ hljs.UNDERSCORE_TITLE_MODE ]\n\t      },\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\"\"\"',\n\t        end: '\"\"\"',\n\t        relevance: 5\n\t      },\n\t      hljs.APOS_STRING_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      hljs.C_NUMBER_MODE,\n\t      {\n\t        className: 'meta',\n\t        begin: '^#',\n\t        end: '$',\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tvala_1 = vala;\n\treturn vala_1;\n}\n\n/*\nLanguage: Visual Basic .NET\nDescription: Visual Basic .NET (VB.NET) is a multi-paradigm, object-oriented programming language, implemented on the .NET Framework.\nAuthors: Poren Chiang <ren.chiang@gmail.com>, Jan Pilzer\nWebsite: https://docs.microsoft.com/dotnet/visual-basic/getting-started\nCategory: common\n*/\n\nvar vbnet_1;\nvar hasRequiredVbnet;\n\nfunction requireVbnet () {\n\tif (hasRequiredVbnet) return vbnet_1;\n\thasRequiredVbnet = 1;\n\t/** @type LanguageFn */\n\tfunction vbnet(hljs) {\n\t  const regex = hljs.regex;\n\t  /**\n\t   * Character Literal\n\t   * Either a single character (\"a\"C) or an escaped double quote (\"\"\"\"C).\n\t   */\n\t  const CHARACTER = {\n\t    className: 'string',\n\t    begin: /\"(\"\"|[^/n])\"C\\b/\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    illegal: /\\n/,\n\t    contains: [\n\t      {\n\t        // double quote escape\n\t        begin: /\"\"/ }\n\t    ]\n\t  };\n\n\t  /** Date Literals consist of a date, a time, or both separated by whitespace, surrounded by # */\n\t  const MM_DD_YYYY = /\\d{1,2}\\/\\d{1,2}\\/\\d{4}/;\n\t  const YYYY_MM_DD = /\\d{4}-\\d{1,2}-\\d{1,2}/;\n\t  const TIME_12H = /(\\d|1[012])(:\\d+){0,2} *(AM|PM)/;\n\t  const TIME_24H = /\\d{1,2}(:\\d{1,2}){1,2}/;\n\t  const DATE = {\n\t    className: 'literal',\n\t    variants: [\n\t      {\n\t        // #YYYY-MM-DD# (ISO-Date) or #M/D/YYYY# (US-Date)\n\t        begin: regex.concat(/# */, regex.either(YYYY_MM_DD, MM_DD_YYYY), / *#/) },\n\t      {\n\t        // #H:mm[:ss]# (24h Time)\n\t        begin: regex.concat(/# */, TIME_24H, / *#/) },\n\t      {\n\t        // #h[:mm[:ss]] A# (12h Time)\n\t        begin: regex.concat(/# */, TIME_12H, / *#/) },\n\t      {\n\t        // date plus time\n\t        begin: regex.concat(\n\t          /# */,\n\t          regex.either(YYYY_MM_DD, MM_DD_YYYY),\n\t          / +/,\n\t          regex.either(TIME_12H, TIME_24H),\n\t          / *#/\n\t        ) }\n\t    ]\n\t  };\n\n\t  const NUMBER = {\n\t    className: 'number',\n\t    relevance: 0,\n\t    variants: [\n\t      {\n\t        // Float\n\t        begin: /\\b\\d[\\d_]*((\\.[\\d_]+(E[+-]?[\\d_]+)?)|(E[+-]?[\\d_]+))[RFD@!#]?/ },\n\t      {\n\t        // Integer (base 10)\n\t        begin: /\\b\\d[\\d_]*((U?[SIL])|[%&])?/ },\n\t      {\n\t        // Integer (base 16)\n\t        begin: /&H[\\dA-F_]+((U?[SIL])|[%&])?/ },\n\t      {\n\t        // Integer (base 8)\n\t        begin: /&O[0-7_]+((U?[SIL])|[%&])?/ },\n\t      {\n\t        // Integer (base 2)\n\t        begin: /&B[01_]+((U?[SIL])|[%&])?/ }\n\t    ]\n\t  };\n\n\t  const LABEL = {\n\t    className: 'label',\n\t    begin: /^\\w+:/\n\t  };\n\n\t  const DOC_COMMENT = hljs.COMMENT(/'''/, /$/, { contains: [\n\t    {\n\t      className: 'doctag',\n\t      begin: /<\\/?/,\n\t      end: />/\n\t    }\n\t  ] });\n\n\t  const COMMENT = hljs.COMMENT(null, /$/, { variants: [\n\t    { begin: /'/ },\n\t    {\n\t      // TODO: Use multi-class for leading spaces\n\t      begin: /([\\t ]|^)REM(?=\\s)/ }\n\t  ] });\n\n\t  const DIRECTIVES = {\n\t    className: 'meta',\n\t    // TODO: Use multi-class for indentation once available\n\t    begin: /[\\t ]*#(const|disable|else|elseif|enable|end|externalsource|if|region)\\b/,\n\t    end: /$/,\n\t    keywords: { keyword:\n\t        'const disable else elseif enable end externalsource if region then' },\n\t    contains: [ COMMENT ]\n\t  };\n\n\t  return {\n\t    name: 'Visual Basic .NET',\n\t    aliases: [ 'vb' ],\n\t    case_insensitive: true,\n\t    classNameAliases: { label: 'symbol' },\n\t    keywords: {\n\t      keyword:\n\t        'addhandler alias aggregate ansi as async assembly auto binary by byref byval ' /* a-b */\n\t        + 'call case catch class compare const continue custom declare default delegate dim distinct do ' /* c-d */\n\t        + 'each equals else elseif end enum erase error event exit explicit finally for friend from function ' /* e-f */\n\t        + 'get global goto group handles if implements imports in inherits interface into iterator ' /* g-i */\n\t        + 'join key let lib loop me mid module mustinherit mustoverride mybase myclass ' /* j-m */\n\t        + 'namespace narrowing new next notinheritable notoverridable ' /* n */\n\t        + 'of off on operator option optional order overloads overridable overrides ' /* o */\n\t        + 'paramarray partial preserve private property protected public ' /* p */\n\t        + 'raiseevent readonly redim removehandler resume return ' /* r */\n\t        + 'select set shadows shared skip static step stop structure strict sub synclock ' /* s */\n\t        + 'take text then throw to try unicode until using when where while widening with withevents writeonly yield' /* t-y */,\n\t      built_in:\n\t        // Operators https://docs.microsoft.com/dotnet/visual-basic/language-reference/operators\n\t        'addressof and andalso await directcast gettype getxmlnamespace is isfalse isnot istrue like mod nameof new not or orelse trycast typeof xor '\n\t        // Type Conversion Functions https://docs.microsoft.com/dotnet/visual-basic/language-reference/functions/type-conversion-functions\n\t        + 'cbool cbyte cchar cdate cdbl cdec cint clng cobj csbyte cshort csng cstr cuint culng cushort',\n\t      type:\n\t        // Data types https://docs.microsoft.com/dotnet/visual-basic/language-reference/data-types\n\t        'boolean byte char date decimal double integer long object sbyte short single string uinteger ulong ushort',\n\t      literal: 'true false nothing'\n\t    },\n\t    illegal:\n\t      '//|\\\\{|\\\\}|endif|gosub|variant|wend|^\\\\$ ' /* reserved deprecated keywords */,\n\t    contains: [\n\t      CHARACTER,\n\t      STRING,\n\t      DATE,\n\t      NUMBER,\n\t      LABEL,\n\t      DOC_COMMENT,\n\t      COMMENT,\n\t      DIRECTIVES\n\t    ]\n\t  };\n\t}\n\n\tvbnet_1 = vbnet;\n\treturn vbnet_1;\n}\n\n/*\nLanguage: VBScript\nDescription: VBScript (\"Microsoft Visual Basic Scripting Edition\") is an Active Scripting language developed by Microsoft that is modeled on Visual Basic.\nAuthor: Nikita Ledyaev <lenikita@yandex.ru>\nContributors: Michal Gabrukiewicz <mgabru@gmail.com>\nWebsite: https://en.wikipedia.org/wiki/VBScript\nCategory: scripting\n*/\n\nvar vbscript_1;\nvar hasRequiredVbscript;\n\nfunction requireVbscript () {\n\tif (hasRequiredVbscript) return vbscript_1;\n\thasRequiredVbscript = 1;\n\t/** @type LanguageFn */\n\tfunction vbscript(hljs) {\n\t  const regex = hljs.regex;\n\t  const BUILT_IN_FUNCTIONS = [\n\t    \"lcase\",\n\t    \"month\",\n\t    \"vartype\",\n\t    \"instrrev\",\n\t    \"ubound\",\n\t    \"setlocale\",\n\t    \"getobject\",\n\t    \"rgb\",\n\t    \"getref\",\n\t    \"string\",\n\t    \"weekdayname\",\n\t    \"rnd\",\n\t    \"dateadd\",\n\t    \"monthname\",\n\t    \"now\",\n\t    \"day\",\n\t    \"minute\",\n\t    \"isarray\",\n\t    \"cbool\",\n\t    \"round\",\n\t    \"formatcurrency\",\n\t    \"conversions\",\n\t    \"csng\",\n\t    \"timevalue\",\n\t    \"second\",\n\t    \"year\",\n\t    \"space\",\n\t    \"abs\",\n\t    \"clng\",\n\t    \"timeserial\",\n\t    \"fixs\",\n\t    \"len\",\n\t    \"asc\",\n\t    \"isempty\",\n\t    \"maths\",\n\t    \"dateserial\",\n\t    \"atn\",\n\t    \"timer\",\n\t    \"isobject\",\n\t    \"filter\",\n\t    \"weekday\",\n\t    \"datevalue\",\n\t    \"ccur\",\n\t    \"isdate\",\n\t    \"instr\",\n\t    \"datediff\",\n\t    \"formatdatetime\",\n\t    \"replace\",\n\t    \"isnull\",\n\t    \"right\",\n\t    \"sgn\",\n\t    \"array\",\n\t    \"snumeric\",\n\t    \"log\",\n\t    \"cdbl\",\n\t    \"hex\",\n\t    \"chr\",\n\t    \"lbound\",\n\t    \"msgbox\",\n\t    \"ucase\",\n\t    \"getlocale\",\n\t    \"cos\",\n\t    \"cdate\",\n\t    \"cbyte\",\n\t    \"rtrim\",\n\t    \"join\",\n\t    \"hour\",\n\t    \"oct\",\n\t    \"typename\",\n\t    \"trim\",\n\t    \"strcomp\",\n\t    \"int\",\n\t    \"createobject\",\n\t    \"loadpicture\",\n\t    \"tan\",\n\t    \"formatnumber\",\n\t    \"mid\",\n\t    \"split\",\n\t    \"cint\",\n\t    \"sin\",\n\t    \"datepart\",\n\t    \"ltrim\",\n\t    \"sqr\",\n\t    \"time\",\n\t    \"derived\",\n\t    \"eval\",\n\t    \"date\",\n\t    \"formatpercent\",\n\t    \"exp\",\n\t    \"inputbox\",\n\t    \"left\",\n\t    \"ascw\",\n\t    \"chrw\",\n\t    \"regexp\",\n\t    \"cstr\",\n\t    \"err\"\n\t  ];\n\t  const BUILT_IN_OBJECTS = [\n\t    \"server\",\n\t    \"response\",\n\t    \"request\",\n\t    // take no arguments so can be called without ()\n\t    \"scriptengine\",\n\t    \"scriptenginebuildversion\",\n\t    \"scriptengineminorversion\",\n\t    \"scriptenginemajorversion\"\n\t  ];\n\n\t  const BUILT_IN_CALL = {\n\t    begin: regex.concat(regex.either(...BUILT_IN_FUNCTIONS), \"\\\\s*\\\\(\"),\n\t    // relevance 0 because this is acting as a beginKeywords really\n\t    relevance: 0,\n\t    keywords: { built_in: BUILT_IN_FUNCTIONS }\n\t  };\n\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\",\n\t    \"nothing\",\n\t    \"empty\"\n\t  ];\n\n\t  const KEYWORDS = [\n\t    \"call\",\n\t    \"class\",\n\t    \"const\",\n\t    \"dim\",\n\t    \"do\",\n\t    \"loop\",\n\t    \"erase\",\n\t    \"execute\",\n\t    \"executeglobal\",\n\t    \"exit\",\n\t    \"for\",\n\t    \"each\",\n\t    \"next\",\n\t    \"function\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"on\",\n\t    \"error\",\n\t    \"option\",\n\t    \"explicit\",\n\t    \"new\",\n\t    \"private\",\n\t    \"property\",\n\t    \"let\",\n\t    \"get\",\n\t    \"public\",\n\t    \"randomize\",\n\t    \"redim\",\n\t    \"rem\",\n\t    \"select\",\n\t    \"case\",\n\t    \"set\",\n\t    \"stop\",\n\t    \"sub\",\n\t    \"while\",\n\t    \"wend\",\n\t    \"with\",\n\t    \"end\",\n\t    \"to\",\n\t    \"elseif\",\n\t    \"is\",\n\t    \"or\",\n\t    \"xor\",\n\t    \"and\",\n\t    \"not\",\n\t    \"class_initialize\",\n\t    \"class_terminate\",\n\t    \"default\",\n\t    \"preserve\",\n\t    \"in\",\n\t    \"me\",\n\t    \"byval\",\n\t    \"byref\",\n\t    \"step\",\n\t    \"resume\",\n\t    \"goto\"\n\t  ];\n\n\t  return {\n\t    name: 'VBScript',\n\t    aliases: [ 'vbs' ],\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_IN_OBJECTS,\n\t      literal: LITERALS\n\t    },\n\t    illegal: '//',\n\t    contains: [\n\t      BUILT_IN_CALL,\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { contains: [ { begin: '\"\"' } ] }),\n\t      hljs.COMMENT(\n\t        /'/,\n\t        /$/,\n\t        { relevance: 0 }\n\t      ),\n\t      hljs.C_NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\tvbscript_1 = vbscript;\n\treturn vbscript_1;\n}\n\n/*\nLanguage: VBScript in HTML\nRequires: xml.js, vbscript.js\nAuthor: Ivan Sagalaev <maniac@softwaremaniacs.org>\nDescription: \"Bridge\" language defining fragments of VBScript in HTML within <% .. %>\nWebsite: https://en.wikipedia.org/wiki/VBScript\nCategory: scripting\n*/\n\nvar vbscriptHtml_1;\nvar hasRequiredVbscriptHtml;\n\nfunction requireVbscriptHtml () {\n\tif (hasRequiredVbscriptHtml) return vbscriptHtml_1;\n\thasRequiredVbscriptHtml = 1;\n\tfunction vbscriptHtml(hljs) {\n\t  return {\n\t    name: 'VBScript in HTML',\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      {\n\t        begin: '<%',\n\t        end: '%>',\n\t        subLanguage: 'vbscript'\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tvbscriptHtml_1 = vbscriptHtml;\n\treturn vbscriptHtml_1;\n}\n\n/*\nLanguage: Verilog\nAuthor: Jon Evans <jon@craftyjon.com>\nContributors: Boone Severson <boone.severson@gmail.com>\nDescription: Verilog is a hardware description language used in electronic design automation to describe digital and mixed-signal systems. This highlighter supports Verilog and SystemVerilog through IEEE 1800-2012.\nWebsite: http://www.verilog.com\n*/\n\nvar verilog_1;\nvar hasRequiredVerilog;\n\nfunction requireVerilog () {\n\tif (hasRequiredVerilog) return verilog_1;\n\thasRequiredVerilog = 1;\n\tfunction verilog(hljs) {\n\t  const regex = hljs.regex;\n\t  const KEYWORDS = {\n\t    $pattern: /\\$?[\\w]+(\\$[\\w]+)*/,\n\t    keyword: [\n\t      \"accept_on\",\n\t      \"alias\",\n\t      \"always\",\n\t      \"always_comb\",\n\t      \"always_ff\",\n\t      \"always_latch\",\n\t      \"and\",\n\t      \"assert\",\n\t      \"assign\",\n\t      \"assume\",\n\t      \"automatic\",\n\t      \"before\",\n\t      \"begin\",\n\t      \"bind\",\n\t      \"bins\",\n\t      \"binsof\",\n\t      \"bit\",\n\t      \"break\",\n\t      \"buf|0\",\n\t      \"bufif0\",\n\t      \"bufif1\",\n\t      \"byte\",\n\t      \"case\",\n\t      \"casex\",\n\t      \"casez\",\n\t      \"cell\",\n\t      \"chandle\",\n\t      \"checker\",\n\t      \"class\",\n\t      \"clocking\",\n\t      \"cmos\",\n\t      \"config\",\n\t      \"const\",\n\t      \"constraint\",\n\t      \"context\",\n\t      \"continue\",\n\t      \"cover\",\n\t      \"covergroup\",\n\t      \"coverpoint\",\n\t      \"cross\",\n\t      \"deassign\",\n\t      \"default\",\n\t      \"defparam\",\n\t      \"design\",\n\t      \"disable\",\n\t      \"dist\",\n\t      \"do\",\n\t      \"edge\",\n\t      \"else\",\n\t      \"end\",\n\t      \"endcase\",\n\t      \"endchecker\",\n\t      \"endclass\",\n\t      \"endclocking\",\n\t      \"endconfig\",\n\t      \"endfunction\",\n\t      \"endgenerate\",\n\t      \"endgroup\",\n\t      \"endinterface\",\n\t      \"endmodule\",\n\t      \"endpackage\",\n\t      \"endprimitive\",\n\t      \"endprogram\",\n\t      \"endproperty\",\n\t      \"endspecify\",\n\t      \"endsequence\",\n\t      \"endtable\",\n\t      \"endtask\",\n\t      \"enum\",\n\t      \"event\",\n\t      \"eventually\",\n\t      \"expect\",\n\t      \"export\",\n\t      \"extends\",\n\t      \"extern\",\n\t      \"final\",\n\t      \"first_match\",\n\t      \"for\",\n\t      \"force\",\n\t      \"foreach\",\n\t      \"forever\",\n\t      \"fork\",\n\t      \"forkjoin\",\n\t      \"function\",\n\t      \"generate|5\",\n\t      \"genvar\",\n\t      \"global\",\n\t      \"highz0\",\n\t      \"highz1\",\n\t      \"if\",\n\t      \"iff\",\n\t      \"ifnone\",\n\t      \"ignore_bins\",\n\t      \"illegal_bins\",\n\t      \"implements\",\n\t      \"implies\",\n\t      \"import\",\n\t      \"incdir\",\n\t      \"include\",\n\t      \"initial\",\n\t      \"inout\",\n\t      \"input\",\n\t      \"inside\",\n\t      \"instance\",\n\t      \"int\",\n\t      \"integer\",\n\t      \"interconnect\",\n\t      \"interface\",\n\t      \"intersect\",\n\t      \"join\",\n\t      \"join_any\",\n\t      \"join_none\",\n\t      \"large\",\n\t      \"let\",\n\t      \"liblist\",\n\t      \"library\",\n\t      \"local\",\n\t      \"localparam\",\n\t      \"logic\",\n\t      \"longint\",\n\t      \"macromodule\",\n\t      \"matches\",\n\t      \"medium\",\n\t      \"modport\",\n\t      \"module\",\n\t      \"nand\",\n\t      \"negedge\",\n\t      \"nettype\",\n\t      \"new\",\n\t      \"nexttime\",\n\t      \"nmos\",\n\t      \"nor\",\n\t      \"noshowcancelled\",\n\t      \"not\",\n\t      \"notif0\",\n\t      \"notif1\",\n\t      \"or\",\n\t      \"output\",\n\t      \"package\",\n\t      \"packed\",\n\t      \"parameter\",\n\t      \"pmos\",\n\t      \"posedge\",\n\t      \"primitive\",\n\t      \"priority\",\n\t      \"program\",\n\t      \"property\",\n\t      \"protected\",\n\t      \"pull0\",\n\t      \"pull1\",\n\t      \"pulldown\",\n\t      \"pullup\",\n\t      \"pulsestyle_ondetect\",\n\t      \"pulsestyle_onevent\",\n\t      \"pure\",\n\t      \"rand\",\n\t      \"randc\",\n\t      \"randcase\",\n\t      \"randsequence\",\n\t      \"rcmos\",\n\t      \"real\",\n\t      \"realtime\",\n\t      \"ref\",\n\t      \"reg\",\n\t      \"reject_on\",\n\t      \"release\",\n\t      \"repeat\",\n\t      \"restrict\",\n\t      \"return\",\n\t      \"rnmos\",\n\t      \"rpmos\",\n\t      \"rtran\",\n\t      \"rtranif0\",\n\t      \"rtranif1\",\n\t      \"s_always\",\n\t      \"s_eventually\",\n\t      \"s_nexttime\",\n\t      \"s_until\",\n\t      \"s_until_with\",\n\t      \"scalared\",\n\t      \"sequence\",\n\t      \"shortint\",\n\t      \"shortreal\",\n\t      \"showcancelled\",\n\t      \"signed\",\n\t      \"small\",\n\t      \"soft\",\n\t      \"solve\",\n\t      \"specify\",\n\t      \"specparam\",\n\t      \"static\",\n\t      \"string\",\n\t      \"strong\",\n\t      \"strong0\",\n\t      \"strong1\",\n\t      \"struct\",\n\t      \"super\",\n\t      \"supply0\",\n\t      \"supply1\",\n\t      \"sync_accept_on\",\n\t      \"sync_reject_on\",\n\t      \"table\",\n\t      \"tagged\",\n\t      \"task\",\n\t      \"this\",\n\t      \"throughout\",\n\t      \"time\",\n\t      \"timeprecision\",\n\t      \"timeunit\",\n\t      \"tran\",\n\t      \"tranif0\",\n\t      \"tranif1\",\n\t      \"tri\",\n\t      \"tri0\",\n\t      \"tri1\",\n\t      \"triand\",\n\t      \"trior\",\n\t      \"trireg\",\n\t      \"type\",\n\t      \"typedef\",\n\t      \"union\",\n\t      \"unique\",\n\t      \"unique0\",\n\t      \"unsigned\",\n\t      \"until\",\n\t      \"until_with\",\n\t      \"untyped\",\n\t      \"use\",\n\t      \"uwire\",\n\t      \"var\",\n\t      \"vectored\",\n\t      \"virtual\",\n\t      \"void\",\n\t      \"wait\",\n\t      \"wait_order\",\n\t      \"wand\",\n\t      \"weak\",\n\t      \"weak0\",\n\t      \"weak1\",\n\t      \"while\",\n\t      \"wildcard\",\n\t      \"wire\",\n\t      \"with\",\n\t      \"within\",\n\t      \"wor\",\n\t      \"xnor\",\n\t      \"xor\"\n\t    ],\n\t    literal: [ 'null' ],\n\t    built_in: [\n\t      \"$finish\",\n\t      \"$stop\",\n\t      \"$exit\",\n\t      \"$fatal\",\n\t      \"$error\",\n\t      \"$warning\",\n\t      \"$info\",\n\t      \"$realtime\",\n\t      \"$time\",\n\t      \"$printtimescale\",\n\t      \"$bitstoreal\",\n\t      \"$bitstoshortreal\",\n\t      \"$itor\",\n\t      \"$signed\",\n\t      \"$cast\",\n\t      \"$bits\",\n\t      \"$stime\",\n\t      \"$timeformat\",\n\t      \"$realtobits\",\n\t      \"$shortrealtobits\",\n\t      \"$rtoi\",\n\t      \"$unsigned\",\n\t      \"$asserton\",\n\t      \"$assertkill\",\n\t      \"$assertpasson\",\n\t      \"$assertfailon\",\n\t      \"$assertnonvacuouson\",\n\t      \"$assertoff\",\n\t      \"$assertcontrol\",\n\t      \"$assertpassoff\",\n\t      \"$assertfailoff\",\n\t      \"$assertvacuousoff\",\n\t      \"$isunbounded\",\n\t      \"$sampled\",\n\t      \"$fell\",\n\t      \"$changed\",\n\t      \"$past_gclk\",\n\t      \"$fell_gclk\",\n\t      \"$changed_gclk\",\n\t      \"$rising_gclk\",\n\t      \"$steady_gclk\",\n\t      \"$coverage_control\",\n\t      \"$coverage_get\",\n\t      \"$coverage_save\",\n\t      \"$set_coverage_db_name\",\n\t      \"$rose\",\n\t      \"$stable\",\n\t      \"$past\",\n\t      \"$rose_gclk\",\n\t      \"$stable_gclk\",\n\t      \"$future_gclk\",\n\t      \"$falling_gclk\",\n\t      \"$changing_gclk\",\n\t      \"$display\",\n\t      \"$coverage_get_max\",\n\t      \"$coverage_merge\",\n\t      \"$get_coverage\",\n\t      \"$load_coverage_db\",\n\t      \"$typename\",\n\t      \"$unpacked_dimensions\",\n\t      \"$left\",\n\t      \"$low\",\n\t      \"$increment\",\n\t      \"$clog2\",\n\t      \"$ln\",\n\t      \"$log10\",\n\t      \"$exp\",\n\t      \"$sqrt\",\n\t      \"$pow\",\n\t      \"$floor\",\n\t      \"$ceil\",\n\t      \"$sin\",\n\t      \"$cos\",\n\t      \"$tan\",\n\t      \"$countbits\",\n\t      \"$onehot\",\n\t      \"$isunknown\",\n\t      \"$fatal\",\n\t      \"$warning\",\n\t      \"$dimensions\",\n\t      \"$right\",\n\t      \"$high\",\n\t      \"$size\",\n\t      \"$asin\",\n\t      \"$acos\",\n\t      \"$atan\",\n\t      \"$atan2\",\n\t      \"$hypot\",\n\t      \"$sinh\",\n\t      \"$cosh\",\n\t      \"$tanh\",\n\t      \"$asinh\",\n\t      \"$acosh\",\n\t      \"$atanh\",\n\t      \"$countones\",\n\t      \"$onehot0\",\n\t      \"$error\",\n\t      \"$info\",\n\t      \"$random\",\n\t      \"$dist_chi_square\",\n\t      \"$dist_erlang\",\n\t      \"$dist_exponential\",\n\t      \"$dist_normal\",\n\t      \"$dist_poisson\",\n\t      \"$dist_t\",\n\t      \"$dist_uniform\",\n\t      \"$q_initialize\",\n\t      \"$q_remove\",\n\t      \"$q_exam\",\n\t      \"$async$and$array\",\n\t      \"$async$nand$array\",\n\t      \"$async$or$array\",\n\t      \"$async$nor$array\",\n\t      \"$sync$and$array\",\n\t      \"$sync$nand$array\",\n\t      \"$sync$or$array\",\n\t      \"$sync$nor$array\",\n\t      \"$q_add\",\n\t      \"$q_full\",\n\t      \"$psprintf\",\n\t      \"$async$and$plane\",\n\t      \"$async$nand$plane\",\n\t      \"$async$or$plane\",\n\t      \"$async$nor$plane\",\n\t      \"$sync$and$plane\",\n\t      \"$sync$nand$plane\",\n\t      \"$sync$or$plane\",\n\t      \"$sync$nor$plane\",\n\t      \"$system\",\n\t      \"$display\",\n\t      \"$displayb\",\n\t      \"$displayh\",\n\t      \"$displayo\",\n\t      \"$strobe\",\n\t      \"$strobeb\",\n\t      \"$strobeh\",\n\t      \"$strobeo\",\n\t      \"$write\",\n\t      \"$readmemb\",\n\t      \"$readmemh\",\n\t      \"$writememh\",\n\t      \"$value$plusargs\",\n\t      \"$dumpvars\",\n\t      \"$dumpon\",\n\t      \"$dumplimit\",\n\t      \"$dumpports\",\n\t      \"$dumpportson\",\n\t      \"$dumpportslimit\",\n\t      \"$writeb\",\n\t      \"$writeh\",\n\t      \"$writeo\",\n\t      \"$monitor\",\n\t      \"$monitorb\",\n\t      \"$monitorh\",\n\t      \"$monitoro\",\n\t      \"$writememb\",\n\t      \"$dumpfile\",\n\t      \"$dumpoff\",\n\t      \"$dumpall\",\n\t      \"$dumpflush\",\n\t      \"$dumpportsoff\",\n\t      \"$dumpportsall\",\n\t      \"$dumpportsflush\",\n\t      \"$fclose\",\n\t      \"$fdisplay\",\n\t      \"$fdisplayb\",\n\t      \"$fdisplayh\",\n\t      \"$fdisplayo\",\n\t      \"$fstrobe\",\n\t      \"$fstrobeb\",\n\t      \"$fstrobeh\",\n\t      \"$fstrobeo\",\n\t      \"$swrite\",\n\t      \"$swriteb\",\n\t      \"$swriteh\",\n\t      \"$swriteo\",\n\t      \"$fscanf\",\n\t      \"$fread\",\n\t      \"$fseek\",\n\t      \"$fflush\",\n\t      \"$feof\",\n\t      \"$fopen\",\n\t      \"$fwrite\",\n\t      \"$fwriteb\",\n\t      \"$fwriteh\",\n\t      \"$fwriteo\",\n\t      \"$fmonitor\",\n\t      \"$fmonitorb\",\n\t      \"$fmonitorh\",\n\t      \"$fmonitoro\",\n\t      \"$sformat\",\n\t      \"$sformatf\",\n\t      \"$fgetc\",\n\t      \"$ungetc\",\n\t      \"$fgets\",\n\t      \"$sscanf\",\n\t      \"$rewind\",\n\t      \"$ftell\",\n\t      \"$ferror\"\n\t    ]\n\t  };\n\t  const BUILT_IN_CONSTANTS = [\n\t    \"__FILE__\",\n\t    \"__LINE__\"\n\t  ];\n\t  const DIRECTIVES = [\n\t    \"begin_keywords\",\n\t    \"celldefine\",\n\t    \"default_nettype\",\n\t    \"default_decay_time\",\n\t    \"default_trireg_strength\",\n\t    \"define\",\n\t    \"delay_mode_distributed\",\n\t    \"delay_mode_path\",\n\t    \"delay_mode_unit\",\n\t    \"delay_mode_zero\",\n\t    \"else\",\n\t    \"elsif\",\n\t    \"end_keywords\",\n\t    \"endcelldefine\",\n\t    \"endif\",\n\t    \"ifdef\",\n\t    \"ifndef\",\n\t    \"include\",\n\t    \"line\",\n\t    \"nounconnected_drive\",\n\t    \"pragma\",\n\t    \"resetall\",\n\t    \"timescale\",\n\t    \"unconnected_drive\",\n\t    \"undef\",\n\t    \"undefineall\"\n\t  ];\n\n\t  return {\n\t    name: 'Verilog',\n\t    aliases: [\n\t      'v',\n\t      'sv',\n\t      'svh'\n\t    ],\n\t    case_insensitive: false,\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        scope: 'number',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ],\n\t        variants: [\n\t          { begin: /\\b((\\d+'([bhodBHOD]))[0-9xzXZa-fA-F_]+)/ },\n\t          { begin: /\\B(('([bhodBHOD]))[0-9xzXZa-fA-F_]+)/ },\n\t          { // decimal\n\t            begin: /\\b[0-9][0-9_]*/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      /* parameters to instances */\n\t      {\n\t        scope: 'variable',\n\t        variants: [\n\t          { begin: '#\\\\((?!parameter).+\\\\)' },\n\t          {\n\t            begin: '\\\\.\\\\w+',\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        scope: 'variable.constant',\n\t        match: regex.concat(/`/, regex.either(...BUILT_IN_CONSTANTS)),\n\t      },\n\t      {\n\t        scope: 'meta',\n\t        begin: regex.concat(/`/, regex.either(...DIRECTIVES)),\n\t        end: /$|\\/\\/|\\/\\*/,\n\t        returnEnd: true,\n\t        keywords: DIRECTIVES\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tverilog_1 = verilog;\n\treturn verilog_1;\n}\n\n/*\nLanguage: VHDL\nAuthor: Igor Kalnitsky <igor@kalnitsky.org>\nContributors: Daniel C.K. Kho <daniel.kho@tauhop.com>, Guillaume Savaton <guillaume.savaton@eseo.fr>\nDescription: VHDL is a hardware description language used in electronic design automation to describe digital and mixed-signal systems.\nWebsite: https://en.wikipedia.org/wiki/VHDL\n*/\n\nvar vhdl_1;\nvar hasRequiredVhdl;\n\nfunction requireVhdl () {\n\tif (hasRequiredVhdl) return vhdl_1;\n\thasRequiredVhdl = 1;\n\tfunction vhdl(hljs) {\n\t  // Regular expression for VHDL numeric literals.\n\n\t  // Decimal literal:\n\t  const INTEGER_RE = '\\\\d(_|\\\\d)*';\n\t  const EXPONENT_RE = '[eE][-+]?' + INTEGER_RE;\n\t  const DECIMAL_LITERAL_RE = INTEGER_RE + '(\\\\.' + INTEGER_RE + ')?' + '(' + EXPONENT_RE + ')?';\n\t  // Based literal:\n\t  const BASED_INTEGER_RE = '\\\\w+';\n\t  const BASED_LITERAL_RE = INTEGER_RE + '#' + BASED_INTEGER_RE + '(\\\\.' + BASED_INTEGER_RE + ')?' + '#' + '(' + EXPONENT_RE + ')?';\n\n\t  const NUMBER_RE = '\\\\b(' + BASED_LITERAL_RE + '|' + DECIMAL_LITERAL_RE + ')';\n\n\t  const KEYWORDS = [\n\t    \"abs\",\n\t    \"access\",\n\t    \"after\",\n\t    \"alias\",\n\t    \"all\",\n\t    \"and\",\n\t    \"architecture\",\n\t    \"array\",\n\t    \"assert\",\n\t    \"assume\",\n\t    \"assume_guarantee\",\n\t    \"attribute\",\n\t    \"begin\",\n\t    \"block\",\n\t    \"body\",\n\t    \"buffer\",\n\t    \"bus\",\n\t    \"case\",\n\t    \"component\",\n\t    \"configuration\",\n\t    \"constant\",\n\t    \"context\",\n\t    \"cover\",\n\t    \"disconnect\",\n\t    \"downto\",\n\t    \"default\",\n\t    \"else\",\n\t    \"elsif\",\n\t    \"end\",\n\t    \"entity\",\n\t    \"exit\",\n\t    \"fairness\",\n\t    \"file\",\n\t    \"for\",\n\t    \"force\",\n\t    \"function\",\n\t    \"generate\",\n\t    \"generic\",\n\t    \"group\",\n\t    \"guarded\",\n\t    \"if\",\n\t    \"impure\",\n\t    \"in\",\n\t    \"inertial\",\n\t    \"inout\",\n\t    \"is\",\n\t    \"label\",\n\t    \"library\",\n\t    \"linkage\",\n\t    \"literal\",\n\t    \"loop\",\n\t    \"map\",\n\t    \"mod\",\n\t    \"nand\",\n\t    \"new\",\n\t    \"next\",\n\t    \"nor\",\n\t    \"not\",\n\t    \"null\",\n\t    \"of\",\n\t    \"on\",\n\t    \"open\",\n\t    \"or\",\n\t    \"others\",\n\t    \"out\",\n\t    \"package\",\n\t    \"parameter\",\n\t    \"port\",\n\t    \"postponed\",\n\t    \"procedure\",\n\t    \"process\",\n\t    \"property\",\n\t    \"protected\",\n\t    \"pure\",\n\t    \"range\",\n\t    \"record\",\n\t    \"register\",\n\t    \"reject\",\n\t    \"release\",\n\t    \"rem\",\n\t    \"report\",\n\t    \"restrict\",\n\t    \"restrict_guarantee\",\n\t    \"return\",\n\t    \"rol\",\n\t    \"ror\",\n\t    \"select\",\n\t    \"sequence\",\n\t    \"severity\",\n\t    \"shared\",\n\t    \"signal\",\n\t    \"sla\",\n\t    \"sll\",\n\t    \"sra\",\n\t    \"srl\",\n\t    \"strong\",\n\t    \"subtype\",\n\t    \"then\",\n\t    \"to\",\n\t    \"transport\",\n\t    \"type\",\n\t    \"unaffected\",\n\t    \"units\",\n\t    \"until\",\n\t    \"use\",\n\t    \"variable\",\n\t    \"view\",\n\t    \"vmode\",\n\t    \"vprop\",\n\t    \"vunit\",\n\t    \"wait\",\n\t    \"when\",\n\t    \"while\",\n\t    \"with\",\n\t    \"xnor\",\n\t    \"xor\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"boolean\",\n\t    \"bit\",\n\t    \"character\",\n\t    \"integer\",\n\t    \"time\",\n\t    \"delay_length\",\n\t    \"natural\",\n\t    \"positive\",\n\t    \"string\",\n\t    \"bit_vector\",\n\t    \"file_open_kind\",\n\t    \"file_open_status\",\n\t    \"std_logic\",\n\t    \"std_logic_vector\",\n\t    \"unsigned\",\n\t    \"signed\",\n\t    \"boolean_vector\",\n\t    \"integer_vector\",\n\t    \"std_ulogic\",\n\t    \"std_ulogic_vector\",\n\t    \"unresolved_unsigned\",\n\t    \"u_unsigned\",\n\t    \"unresolved_signed\",\n\t    \"u_signed\",\n\t    \"real_vector\",\n\t    \"time_vector\"\n\t  ];\n\t  const LITERALS = [\n\t    // severity_level\n\t    \"false\",\n\t    \"true\",\n\t    \"note\",\n\t    \"warning\",\n\t    \"error\",\n\t    \"failure\",\n\t    // textio\n\t    \"line\",\n\t    \"text\",\n\t    \"side\",\n\t    \"width\"\n\t  ];\n\n\t  return {\n\t    name: 'VHDL',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      built_in: BUILT_INS,\n\t      literal: LITERALS\n\t    },\n\t    illegal: /\\{/,\n\t    contains: [\n\t      hljs.C_BLOCK_COMMENT_MODE, // VHDL-2008 block commenting.\n\t      hljs.COMMENT('--', '$'),\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'number',\n\t        begin: NUMBER_RE,\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'string',\n\t        begin: '\\'(U|X|0|1|Z|W|L|H|-)\\'',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        begin: '\\'[A-Za-z](_?[A-Za-z0-9])*',\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tvhdl_1 = vhdl;\n\treturn vhdl_1;\n}\n\n/*\nLanguage: Vim Script\nAuthor: Jun Yang <yangjvn@126.com>\nDescription: full keyword and built-in from http://vimdoc.sourceforge.net/htmldoc/\nWebsite: https://www.vim.org\nCategory: scripting\n*/\n\nvar vim_1;\nvar hasRequiredVim;\n\nfunction requireVim () {\n\tif (hasRequiredVim) return vim_1;\n\thasRequiredVim = 1;\n\tfunction vim(hljs) {\n\t  return {\n\t    name: 'Vim Script',\n\t    keywords: {\n\t      $pattern: /[!#@\\w]+/,\n\t      keyword:\n\t        // express version except: ! & * < = > !! # @ @@\n\t        'N|0 P|0 X|0 a|0 ab abc abo al am an|0 ar arga argd arge argdo argg argl argu as au aug aun b|0 bN ba bad bd be bel bf bl bm bn bo bp br brea breaka breakd breakl bro bufdo buffers bun bw c|0 cN cNf ca cabc caddb cad caddf cal cat cb cc ccl cd ce cex cf cfir cgetb cgete cg changes chd che checkt cl cla clo cm cmapc cme cn cnew cnf cno cnorea cnoreme co col colo com comc comp con conf cope '\n\t        + 'cp cpf cq cr cs cst cu cuna cunme cw delm deb debugg delc delf dif diffg diffo diffp diffpu diffs diffthis dig di dl dell dj dli do doautoa dp dr ds dsp e|0 ea ec echoe echoh echom echon el elsei em en endfo endf endt endw ene ex exe exi exu f|0 files filet fin fina fini fir fix fo foldc foldd folddoc foldo for fu go gr grepa gu gv ha helpf helpg helpt hi hid his ia iabc if ij il im imapc '\n\t        + 'ime ino inorea inoreme int is isp iu iuna iunme j|0 ju k|0 keepa kee keepj lN lNf l|0 lad laddb laddf la lan lat lb lc lch lcl lcs le lefta let lex lf lfir lgetb lgete lg lgr lgrepa lh ll lla lli lmak lm lmapc lne lnew lnf ln loadk lo loc lockv lol lope lp lpf lr ls lt lu lua luad luaf lv lvimgrepa lw m|0 ma mak map mapc marks mat me menut mes mk mks mksp mkv mkvie mod mz mzf nbc nb nbs new nm nmapc nme nn nnoreme noa no noh norea noreme norm nu nun nunme ol o|0 om omapc ome on ono onoreme opt ou ounme ow p|0 '\n\t        + 'profd prof pro promptr pc ped pe perld po popu pp pre prev ps pt ptN ptf ptj ptl ptn ptp ptr pts pu pw py3 python3 py3d py3f py pyd pyf quita qa rec red redi redr redraws reg res ret retu rew ri rightb rub rubyd rubyf rund ru rv sN san sa sal sav sb sbN sba sbf sbl sbm sbn sbp sbr scrip scripte scs se setf setg setl sf sfir sh sim sig sil sl sla sm smap smapc sme sn sni sno snor snoreme sor '\n\t        + 'so spelld spe spelli spellr spellu spellw sp spr sre st sta startg startr star stopi stj sts sun sunm sunme sus sv sw sy synti sync tN tabN tabc tabdo tabe tabf tabfir tabl tabm tabnew '\n\t        + 'tabn tabo tabp tabr tabs tab ta tags tc tcld tclf te tf th tj tl tm tn to tp tr try ts tu u|0 undoj undol una unh unl unlo unm unme uns up ve verb vert vim vimgrepa vi viu vie vm vmapc vme vne vn vnoreme vs vu vunme windo w|0 wN wa wh wi winc winp wn wp wq wqa ws wu wv x|0 xa xmapc xm xme xn xnoreme xu xunme y|0 z|0 ~ '\n\t        // full version\n\t        + 'Next Print append abbreviate abclear aboveleft all amenu anoremenu args argadd argdelete argedit argglobal arglocal argument ascii autocmd augroup aunmenu buffer bNext ball badd bdelete behave belowright bfirst blast bmodified bnext botright bprevious brewind break breakadd breakdel breaklist browse bunload '\n\t        + 'bwipeout change cNext cNfile cabbrev cabclear caddbuffer caddexpr caddfile call catch cbuffer cclose center cexpr cfile cfirst cgetbuffer cgetexpr cgetfile chdir checkpath checktime clist clast close cmap cmapclear cmenu cnext cnewer cnfile cnoremap cnoreabbrev cnoremenu copy colder colorscheme command comclear compiler continue confirm copen cprevious cpfile cquit crewind cscope cstag cunmap '\n\t        + 'cunabbrev cunmenu cwindow delete delmarks debug debuggreedy delcommand delfunction diffupdate diffget diffoff diffpatch diffput diffsplit digraphs display deletel djump dlist doautocmd doautoall deletep drop dsearch dsplit edit earlier echo echoerr echohl echomsg else elseif emenu endif endfor '\n\t        + 'endfunction endtry endwhile enew execute exit exusage file filetype find finally finish first fixdel fold foldclose folddoopen folddoclosed foldopen function global goto grep grepadd gui gvim hardcopy help helpfind helpgrep helptags highlight hide history insert iabbrev iabclear ijump ilist imap '\n\t        + 'imapclear imenu inoremap inoreabbrev inoremenu intro isearch isplit iunmap iunabbrev iunmenu join jumps keepalt keepmarks keepjumps lNext lNfile list laddexpr laddbuffer laddfile last language later lbuffer lcd lchdir lclose lcscope left leftabove lexpr lfile lfirst lgetbuffer lgetexpr lgetfile lgrep lgrepadd lhelpgrep llast llist lmake lmap lmapclear lnext lnewer lnfile lnoremap loadkeymap loadview '\n\t        + 'lockmarks lockvar lolder lopen lprevious lpfile lrewind ltag lunmap luado luafile lvimgrep lvimgrepadd lwindow move mark make mapclear match menu menutranslate messages mkexrc mksession mkspell mkvimrc mkview mode mzscheme mzfile nbclose nbkey nbsart next nmap nmapclear nmenu nnoremap '\n\t        + 'nnoremenu noautocmd noremap nohlsearch noreabbrev noremenu normal number nunmap nunmenu oldfiles open omap omapclear omenu only onoremap onoremenu options ounmap ounmenu ownsyntax print profdel profile promptfind promptrepl pclose pedit perl perldo pop popup ppop preserve previous psearch ptag ptNext '\n\t        + 'ptfirst ptjump ptlast ptnext ptprevious ptrewind ptselect put pwd py3do py3file python pydo pyfile quit quitall qall read recover redo redir redraw redrawstatus registers resize retab return rewind right rightbelow ruby rubydo rubyfile rundo runtime rviminfo substitute sNext sandbox sargument sall saveas sbuffer sbNext sball sbfirst sblast sbmodified sbnext sbprevious sbrewind scriptnames scriptencoding '\n\t        + 'scscope set setfiletype setglobal setlocal sfind sfirst shell simalt sign silent sleep slast smagic smapclear smenu snext sniff snomagic snoremap snoremenu sort source spelldump spellgood spellinfo spellrepall spellundo spellwrong split sprevious srewind stop stag startgreplace startreplace '\n\t        + 'startinsert stopinsert stjump stselect sunhide sunmap sunmenu suspend sview swapname syntax syntime syncbind tNext tabNext tabclose tabedit tabfind tabfirst tablast tabmove tabnext tabonly tabprevious tabrewind tag tcl tcldo tclfile tearoff tfirst throw tjump tlast tmenu tnext topleft tprevious ' + 'trewind tselect tunmenu undo undojoin undolist unabbreviate unhide unlet unlockvar unmap unmenu unsilent update vglobal version verbose vertical vimgrep vimgrepadd visual viusage view vmap vmapclear vmenu vnew '\n\t        + 'vnoremap vnoremenu vsplit vunmap vunmenu write wNext wall while winsize wincmd winpos wnext wprevious wqall wsverb wundo wviminfo xit xall xmapclear xmap xmenu xnoremap xnoremenu xunmap xunmenu yank',\n\t      built_in: // built in func\n\t        'synIDtrans atan2 range matcharg did_filetype asin feedkeys xor argv '\n\t        + 'complete_check add getwinposx getqflist getwinposy screencol '\n\t        + 'clearmatches empty extend getcmdpos mzeval garbagecollect setreg '\n\t        + 'ceil sqrt diff_hlID inputsecret get getfperm getpid filewritable '\n\t        + 'shiftwidth max sinh isdirectory synID system inputrestore winline '\n\t        + 'atan visualmode inputlist tabpagewinnr round getregtype mapcheck '\n\t        + 'hasmapto histdel argidx findfile sha256 exists toupper getcmdline '\n\t        + 'taglist string getmatches bufnr strftime winwidth bufexists '\n\t        + 'strtrans tabpagebuflist setcmdpos remote_read printf setloclist '\n\t        + 'getpos getline bufwinnr float2nr len getcmdtype diff_filler luaeval '\n\t        + 'resolve libcallnr foldclosedend reverse filter has_key bufname '\n\t        + 'str2float strlen setline getcharmod setbufvar index searchpos '\n\t        + 'shellescape undofile foldclosed setqflist buflisted strchars str2nr '\n\t        + 'virtcol floor remove undotree remote_expr winheight gettabwinvar '\n\t        + 'reltime cursor tabpagenr finddir localtime acos getloclist search '\n\t        + 'tanh matchend rename gettabvar strdisplaywidth type abs py3eval '\n\t        + 'setwinvar tolower wildmenumode log10 spellsuggest bufloaded '\n\t        + 'synconcealed nextnonblank server2client complete settabwinvar '\n\t        + 'executable input wincol setmatches getftype hlID inputsave '\n\t        + 'searchpair or screenrow line settabvar histadd deepcopy strpart '\n\t        + 'remote_peek and eval getftime submatch screenchar winsaveview '\n\t        + 'matchadd mkdir screenattr getfontname libcall reltimestr getfsize '\n\t        + 'winnr invert pow getbufline byte2line soundfold repeat fnameescape '\n\t        + 'tagfiles sin strwidth spellbadword trunc maparg log lispindent '\n\t        + 'hostname setpos globpath remote_foreground getchar synIDattr '\n\t        + 'fnamemodify cscope_connection stridx winbufnr indent min '\n\t        + 'complete_add nr2char searchpairpos inputdialog values matchlist '\n\t        + 'items hlexists strridx browsedir expand fmod pathshorten line2byte '\n\t        + 'argc count getwinvar glob foldtextresult getreg foreground cosh '\n\t        + 'matchdelete has char2nr simplify histget searchdecl iconv '\n\t        + 'winrestcmd pumvisible writefile foldlevel haslocaldir keys cos '\n\t        + 'matchstr foldtext histnr tan tempname getcwd byteidx getbufvar '\n\t        + 'islocked escape eventhandler remote_send serverlist winrestview '\n\t        + 'synstack pyeval prevnonblank readfile cindent filereadable changenr '\n\t        + 'exp'\n\t    },\n\t    illegal: /;/,\n\t    contains: [\n\t      hljs.NUMBER_MODE,\n\t      {\n\t        className: 'string',\n\t        begin: '\\'',\n\t        end: '\\'',\n\t        illegal: '\\\\n'\n\t      },\n\n\t      /*\n\t      A double quote can start either a string or a line comment. Strings are\n\t      ended before the end of a line by another double quote and can contain\n\t      escaped double-quotes and post-escaped line breaks.\n\n\t      Also, any double quote at the beginning of a line is a comment but we\n\t      don't handle that properly at the moment: any double quote inside will\n\t      turn them into a string. Handling it properly will require a smarter\n\t      parser.\n\t      */\n\t      {\n\t        className: 'string',\n\t        begin: /\"(\\\\\"|\\n\\\\|[^\"\\n])*\"/\n\t      },\n\t      hljs.COMMENT('\"', '$'),\n\n\t      {\n\t        className: 'variable',\n\t        begin: /[bwtglsav]:[\\w\\d_]+/\n\t      },\n\t      {\n\t        begin: [\n\t          /\\b(?:function|function!)/,\n\t          /\\s+/,\n\t          hljs.IDENT_RE\n\t        ],\n\t        className: {\n\t          1: \"keyword\",\n\t          3: \"title\"\n\t        },\n\t        end: '$',\n\t        relevance: 0,\n\t        contains: [\n\t          {\n\t            className: 'params',\n\t            begin: '\\\\(',\n\t            end: '\\\\)'\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        begin: /<[\\w-]+>/\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tvim_1 = vim;\n\treturn vim_1;\n}\n\n/*\nLanguage: WebAssembly\nWebsite: https://webassembly.org\nDescription:  Wasm is designed as a portable compilation target for programming languages, enabling deployment on the web for client and server applications.\nCategory: web\nAudit: 2020\n*/\n\nvar wasm_1;\nvar hasRequiredWasm;\n\nfunction requireWasm () {\n\tif (hasRequiredWasm) return wasm_1;\n\thasRequiredWasm = 1;\n\t/** @type LanguageFn */\n\tfunction wasm(hljs) {\n\t  hljs.regex;\n\t  const BLOCK_COMMENT = hljs.COMMENT(/\\(;/, /;\\)/);\n\t  BLOCK_COMMENT.contains.push(\"self\");\n\t  const LINE_COMMENT = hljs.COMMENT(/;;/, /$/);\n\n\t  const KWS = [\n\t    \"anyfunc\",\n\t    \"block\",\n\t    \"br\",\n\t    \"br_if\",\n\t    \"br_table\",\n\t    \"call\",\n\t    \"call_indirect\",\n\t    \"data\",\n\t    \"drop\",\n\t    \"elem\",\n\t    \"else\",\n\t    \"end\",\n\t    \"export\",\n\t    \"func\",\n\t    \"global.get\",\n\t    \"global.set\",\n\t    \"local.get\",\n\t    \"local.set\",\n\t    \"local.tee\",\n\t    \"get_global\",\n\t    \"get_local\",\n\t    \"global\",\n\t    \"if\",\n\t    \"import\",\n\t    \"local\",\n\t    \"loop\",\n\t    \"memory\",\n\t    \"memory.grow\",\n\t    \"memory.size\",\n\t    \"module\",\n\t    \"mut\",\n\t    \"nop\",\n\t    \"offset\",\n\t    \"param\",\n\t    \"result\",\n\t    \"return\",\n\t    \"select\",\n\t    \"set_global\",\n\t    \"set_local\",\n\t    \"start\",\n\t    \"table\",\n\t    \"tee_local\",\n\t    \"then\",\n\t    \"type\",\n\t    \"unreachable\"\n\t  ];\n\n\t  const FUNCTION_REFERENCE = {\n\t    begin: [\n\t      /(?:func|call|call_indirect)/,\n\t      /\\s+/,\n\t      /\\$[^\\s)]+/\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"title.function\"\n\t    }\n\t  };\n\n\t  const ARGUMENT = {\n\t    className: \"variable\",\n\t    begin: /\\$[\\w_]+/\n\t  };\n\n\t  const PARENS = {\n\t    match: /(\\((?!;)|\\))+/,\n\t    className: \"punctuation\",\n\t    relevance: 0\n\t  };\n\n\t  const NUMBER = {\n\t    className: \"number\",\n\t    relevance: 0,\n\t    // borrowed from Prism, TODO: split out into variants\n\t    match: /[+-]?\\b(?:\\d(?:_?\\d)*(?:\\.\\d(?:_?\\d)*)?(?:[eE][+-]?\\d(?:_?\\d)*)?|0x[\\da-fA-F](?:_?[\\da-fA-F])*(?:\\.[\\da-fA-F](?:_?[\\da-fA-D])*)?(?:[pP][+-]?\\d(?:_?\\d)*)?)\\b|\\binf\\b|\\bnan(?::0x[\\da-fA-F](?:_?[\\da-fA-D])*)?\\b/\n\t  };\n\n\t  const TYPE = {\n\t    // look-ahead prevents us from gobbling up opcodes\n\t    match: /(i32|i64|f32|f64)(?!\\.)/,\n\t    className: \"type\"\n\t  };\n\n\t  const MATH_OPERATIONS = {\n\t    className: \"keyword\",\n\t    // borrowed from Prism, TODO: split out into variants\n\t    match: /\\b(f32|f64|i32|i64)(?:\\.(?:abs|add|and|ceil|clz|const|convert_[su]\\/i(?:32|64)|copysign|ctz|demote\\/f64|div(?:_[su])?|eqz?|extend_[su]\\/i32|floor|ge(?:_[su])?|gt(?:_[su])?|le(?:_[su])?|load(?:(?:8|16|32)_[su])?|lt(?:_[su])?|max|min|mul|nearest|neg?|or|popcnt|promote\\/f32|reinterpret\\/[fi](?:32|64)|rem_[su]|rot[lr]|shl|shr_[su]|store(?:8|16|32)?|sqrt|sub|trunc(?:_[su]\\/f(?:32|64))?|wrap\\/i64|xor))\\b/\n\t  };\n\n\t  const OFFSET_ALIGN = {\n\t    match: [\n\t      /(?:offset|align)/,\n\t      /\\s*/,\n\t      /=/\n\t    ],\n\t    className: {\n\t      1: \"keyword\",\n\t      3: \"operator\"\n\t    }\n\t  };\n\n\t  return {\n\t    name: 'WebAssembly',\n\t    keywords: {\n\t      $pattern: /[\\w.]+/,\n\t      keyword: KWS\n\t    },\n\t    contains: [\n\t      LINE_COMMENT,\n\t      BLOCK_COMMENT,\n\t      OFFSET_ALIGN,\n\t      ARGUMENT,\n\t      PARENS,\n\t      FUNCTION_REFERENCE,\n\t      hljs.QUOTE_STRING_MODE,\n\t      TYPE,\n\t      MATH_OPERATIONS,\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\twasm_1 = wasm;\n\treturn wasm_1;\n}\n\n/*\nLanguage: Wren\nDescription: Think Smalltalk in a Lua-sized package with a dash of Erlang and wrapped up in a familiar, modern syntax.\nCategory: scripting\nAuthor: @joshgoebel\nMaintainer: @joshgoebel\nWebsite: https://wren.io/\n*/\n\nvar wren_1;\nvar hasRequiredWren;\n\nfunction requireWren () {\n\tif (hasRequiredWren) return wren_1;\n\thasRequiredWren = 1;\n\t/** @type LanguageFn */\n\tfunction wren(hljs) {\n\t  const regex = hljs.regex;\n\t  const IDENT_RE = /[a-zA-Z]\\w*/;\n\t  const KEYWORDS = [\n\t    \"as\",\n\t    \"break\",\n\t    \"class\",\n\t    \"construct\",\n\t    \"continue\",\n\t    \"else\",\n\t    \"for\",\n\t    \"foreign\",\n\t    \"if\",\n\t    \"import\",\n\t    \"in\",\n\t    \"is\",\n\t    \"return\",\n\t    \"static\",\n\t    \"var\",\n\t    \"while\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"null\"\n\t  ];\n\t  const LANGUAGE_VARS = [\n\t    \"this\",\n\t    \"super\"\n\t  ];\n\t  const CORE_CLASSES = [\n\t    \"Bool\",\n\t    \"Class\",\n\t    \"Fiber\",\n\t    \"Fn\",\n\t    \"List\",\n\t    \"Map\",\n\t    \"Null\",\n\t    \"Num\",\n\t    \"Object\",\n\t    \"Range\",\n\t    \"Sequence\",\n\t    \"String\",\n\t    \"System\"\n\t  ];\n\t  const OPERATORS = [\n\t    \"-\",\n\t    \"~\",\n\t    /\\*/,\n\t    \"%\",\n\t    /\\.\\.\\./,\n\t    /\\.\\./,\n\t    /\\+/,\n\t    \"<<\",\n\t    \">>\",\n\t    \">=\",\n\t    \"<=\",\n\t    \"<\",\n\t    \">\",\n\t    /\\^/,\n\t    /!=/,\n\t    /!/,\n\t    /\\bis\\b/,\n\t    \"==\",\n\t    \"&&\",\n\t    \"&\",\n\t    /\\|\\|/,\n\t    /\\|/,\n\t    /\\?:/,\n\t    \"=\"\n\t  ];\n\t  const FUNCTION = {\n\t    relevance: 0,\n\t    match: regex.concat(/\\b(?!(if|while|for|else|super)\\b)/, IDENT_RE, /(?=\\s*[({])/),\n\t    className: \"title.function\"\n\t  };\n\t  const FUNCTION_DEFINITION = {\n\t    match: regex.concat(\n\t      regex.either(\n\t        regex.concat(/\\b(?!(if|while|for|else|super)\\b)/, IDENT_RE),\n\t        regex.either(...OPERATORS)\n\t      ),\n\t      /(?=\\s*\\([^)]+\\)\\s*\\{)/),\n\t    className: \"title.function\",\n\t    starts: { contains: [\n\t      {\n\t        begin: /\\(/,\n\t        end: /\\)/,\n\t        contains: [\n\t          {\n\t            relevance: 0,\n\t            scope: \"params\",\n\t            match: IDENT_RE\n\t          }\n\t        ]\n\t      }\n\t    ] }\n\t  };\n\t  const CLASS_DEFINITION = {\n\t    variants: [\n\t      { match: [\n\t        /class\\s+/,\n\t        IDENT_RE,\n\t        /\\s+is\\s+/,\n\t        IDENT_RE\n\t      ] },\n\t      { match: [\n\t        /class\\s+/,\n\t        IDENT_RE\n\t      ] }\n\t    ],\n\t    scope: {\n\t      2: \"title.class\",\n\t      4: \"title.class.inherited\"\n\t    },\n\t    keywords: KEYWORDS\n\t  };\n\n\t  const OPERATOR = {\n\t    relevance: 0,\n\t    match: regex.either(...OPERATORS),\n\t    className: \"operator\"\n\t  };\n\n\t  const TRIPLE_STRING = {\n\t    className: \"string\",\n\t    begin: /\"\"\"/,\n\t    end: /\"\"\"/\n\t  };\n\n\t  const PROPERTY = {\n\t    className: \"property\",\n\t    begin: regex.concat(/\\./, regex.lookahead(IDENT_RE)),\n\t    end: IDENT_RE,\n\t    excludeBegin: true,\n\t    relevance: 0\n\t  };\n\n\t  const FIELD = {\n\t    relevance: 0,\n\t    match: regex.concat(/\\b_/, IDENT_RE),\n\t    scope: \"variable\"\n\t  };\n\n\t  // CamelCase\n\t  const CLASS_REFERENCE = {\n\t    relevance: 0,\n\t    match: /\\b[A-Z]+[a-z]+([A-Z]+[a-z]+)*/,\n\t    scope: \"title.class\",\n\t    keywords: { _: CORE_CLASSES }\n\t  };\n\n\t  // TODO: add custom number modes\n\t  const NUMBER = hljs.C_NUMBER_MODE;\n\n\t  const SETTER = {\n\t    match: [\n\t      IDENT_RE,\n\t      /\\s*/,\n\t      /=/,\n\t      /\\s*/,\n\t      /\\(/,\n\t      IDENT_RE,\n\t      /\\)\\s*\\{/\n\t    ],\n\t    scope: {\n\t      1: \"title.function\",\n\t      3: \"operator\",\n\t      6: \"params\"\n\t    }\n\t  };\n\n\t  const COMMENT_DOCS = hljs.COMMENT(\n\t    /\\/\\*\\*/,\n\t    /\\*\\//,\n\t    { contains: [\n\t      {\n\t        match: /@[a-z]+/,\n\t        scope: \"doctag\"\n\t      },\n\t      \"self\"\n\t    ] }\n\t  );\n\t  const SUBST = {\n\t    scope: \"subst\",\n\t    begin: /%\\(/,\n\t    end: /\\)/,\n\t    contains: [\n\t      NUMBER,\n\t      CLASS_REFERENCE,\n\t      FUNCTION,\n\t      FIELD,\n\t      OPERATOR\n\t    ]\n\t  };\n\t  const STRING = {\n\t    scope: \"string\",\n\t    begin: /\"/,\n\t    end: /\"/,\n\t    contains: [\n\t      SUBST,\n\t      {\n\t        scope: \"char.escape\",\n\t        variants: [\n\t          { match: /\\\\\\\\|\\\\[\"0%abefnrtv]/ },\n\t          { match: /\\\\x[0-9A-F]{2}/ },\n\t          { match: /\\\\u[0-9A-F]{4}/ },\n\t          { match: /\\\\U[0-9A-F]{8}/ }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\t  SUBST.contains.push(STRING);\n\n\t  const ALL_KWS = [\n\t    ...KEYWORDS,\n\t    ...LANGUAGE_VARS,\n\t    ...LITERALS\n\t  ];\n\t  const VARIABLE = {\n\t    relevance: 0,\n\t    match: regex.concat(\n\t      \"\\\\b(?!\",\n\t      ALL_KWS.join(\"|\"),\n\t      \"\\\\b)\",\n\t      /[a-zA-Z_]\\w*(?:[?!]|\\b)/\n\t    ),\n\t    className: \"variable\"\n\t  };\n\n\t  // TODO: reconsider this in the future\n\t  const ATTRIBUTE = {\n\t    // scope: \"meta\",\n\t    scope: \"comment\",\n\t    variants: [\n\t      {\n\t        begin: [\n\t          /#!?/,\n\t          /[A-Za-z_]+(?=\\()/\n\t        ],\n\t        beginScope: {\n\t          // 2: \"attr\"\n\t        },\n\t        keywords: { literal: LITERALS },\n\t        contains: [\n\t          // NUMBER,\n\t          // VARIABLE\n\t        ],\n\t        end: /\\)/\n\t      },\n\t      {\n\t        begin: [\n\t          /#!?/,\n\t          /[A-Za-z_]+/\n\t        ],\n\t        beginScope: {\n\t          // 2: \"attr\"\n\t        },\n\t        end: /$/\n\t      }\n\t    ]\n\t  };\n\n\t  return {\n\t    name: \"Wren\",\n\t    keywords: {\n\t      keyword: KEYWORDS,\n\t      \"variable.language\": LANGUAGE_VARS,\n\t      literal: LITERALS\n\t    },\n\t    contains: [\n\t      ATTRIBUTE,\n\t      NUMBER,\n\t      STRING,\n\t      TRIPLE_STRING,\n\t      COMMENT_DOCS,\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      CLASS_REFERENCE,\n\t      CLASS_DEFINITION,\n\t      SETTER,\n\t      FUNCTION_DEFINITION,\n\t      FUNCTION,\n\t      OPERATOR,\n\t      FIELD,\n\t      PROPERTY,\n\t      VARIABLE\n\t    ]\n\t  };\n\t}\n\n\twren_1 = wren;\n\treturn wren_1;\n}\n\n/*\nLanguage: Intel x86 Assembly\nAuthor: innocenat <innocenat@gmail.com>\nDescription: x86 assembly language using Intel's mnemonic and NASM syntax\nWebsite: https://en.wikipedia.org/wiki/X86_assembly_language\nCategory: assembler\n*/\n\nvar x86asm_1;\nvar hasRequiredX86asm;\n\nfunction requireX86asm () {\n\tif (hasRequiredX86asm) return x86asm_1;\n\thasRequiredX86asm = 1;\n\tfunction x86asm(hljs) {\n\t  return {\n\t    name: 'Intel x86 Assembly',\n\t    case_insensitive: true,\n\t    keywords: {\n\t      $pattern: '[.%]?' + hljs.IDENT_RE,\n\t      keyword:\n\t        'lock rep repe repz repne repnz xaquire xrelease bnd nobnd '\n\t        + 'aaa aad aam aas adc add and arpl bb0_reset bb1_reset bound bsf bsr bswap bt btc btr bts call cbw cdq cdqe clc cld cli clts cmc cmp cmpsb cmpsd cmpsq cmpsw cmpxchg cmpxchg486 cmpxchg8b cmpxchg16b cpuid cpu_read cpu_write cqo cwd cwde daa das dec div dmint emms enter equ f2xm1 fabs fadd faddp fbld fbstp fchs fclex fcmovb fcmovbe fcmove fcmovnb fcmovnbe fcmovne fcmovnu fcmovu fcom fcomi fcomip fcomp fcompp fcos fdecstp fdisi fdiv fdivp fdivr fdivrp femms feni ffree ffreep fiadd ficom ficomp fidiv fidivr fild fimul fincstp finit fist fistp fisttp fisub fisubr fld fld1 fldcw fldenv fldl2e fldl2t fldlg2 fldln2 fldpi fldz fmul fmulp fnclex fndisi fneni fninit fnop fnsave fnstcw fnstenv fnstsw fpatan fprem fprem1 fptan frndint frstor fsave fscale fsetpm fsin fsincos fsqrt fst fstcw fstenv fstp fstsw fsub fsubp fsubr fsubrp ftst fucom fucomi fucomip fucomp fucompp fxam fxch fxtract fyl2x fyl2xp1 hlt ibts icebp idiv imul in inc incbin insb insd insw int int01 int1 int03 int3 into invd invpcid invlpg invlpga iret iretd iretq iretw jcxz jecxz jrcxz jmp jmpe lahf lar lds lea leave les lfence lfs lgdt lgs lidt lldt lmsw loadall loadall286 lodsb lodsd lodsq lodsw loop loope loopne loopnz loopz lsl lss ltr mfence monitor mov movd movq movsb movsd movsq movsw movsx movsxd movzx mul mwait neg nop not or out outsb outsd outsw packssdw packsswb packuswb paddb paddd paddsb paddsiw paddsw paddusb paddusw paddw pand pandn pause paveb pavgusb pcmpeqb pcmpeqd pcmpeqw pcmpgtb pcmpgtd pcmpgtw pdistib pf2id pfacc pfadd pfcmpeq pfcmpge pfcmpgt pfmax pfmin pfmul pfrcp pfrcpit1 pfrcpit2 pfrsqit1 pfrsqrt pfsub pfsubr pi2fd pmachriw pmaddwd pmagw pmulhriw pmulhrwa pmulhrwc pmulhw pmullw pmvgezb pmvlzb pmvnzb pmvzb pop popa popad popaw popf popfd popfq popfw por prefetch prefetchw pslld psllq psllw psrad psraw psrld psrlq psrlw psubb psubd psubsb psubsiw psubsw psubusb psubusw psubw punpckhbw punpckhdq punpckhwd punpcklbw punpckldq punpcklwd push pusha pushad pushaw pushf pushfd pushfq pushfw pxor rcl rcr rdshr rdmsr rdpmc rdtsc rdtscp ret retf retn rol ror rdm rsdc rsldt rsm rsts sahf sal salc sar sbb scasb scasd scasq scasw sfence sgdt shl shld shr shrd sidt sldt skinit smi smint smintold smsw stc std sti stosb stosd stosq stosw str sub svdc svldt svts swapgs syscall sysenter sysexit sysret test ud0 ud1 ud2b ud2 ud2a umov verr verw fwait wbinvd wrshr wrmsr xadd xbts xchg xlatb xlat xor cmove cmovz cmovne cmovnz cmova cmovnbe cmovae cmovnb cmovb cmovnae cmovbe cmovna cmovg cmovnle cmovge cmovnl cmovl cmovnge cmovle cmovng cmovc cmovnc cmovo cmovno cmovs cmovns cmovp cmovpe cmovnp cmovpo je jz jne jnz ja jnbe jae jnb jb jnae jbe jna jg jnle jge jnl jl jnge jle jng jc jnc jo jno js jns jpo jnp jpe jp sete setz setne setnz seta setnbe setae setnb setnc setb setnae setcset setbe setna setg setnle setge setnl setl setnge setle setng sets setns seto setno setpe setp setpo setnp addps addss andnps andps cmpeqps cmpeqss cmpleps cmpless cmpltps cmpltss cmpneqps cmpneqss cmpnleps cmpnless cmpnltps cmpnltss cmpordps cmpordss cmpunordps cmpunordss cmpps cmpss comiss cvtpi2ps cvtps2pi cvtsi2ss cvtss2si cvttps2pi cvttss2si divps divss ldmxcsr maxps maxss minps minss movaps movhps movlhps movlps movhlps movmskps movntps movss movups mulps mulss orps rcpps rcpss rsqrtps rsqrtss shufps sqrtps sqrtss stmxcsr subps subss ucomiss unpckhps unpcklps xorps fxrstor fxrstor64 fxsave fxsave64 xgetbv xsetbv xsave xsave64 xsaveopt xsaveopt64 xrstor xrstor64 prefetchnta prefetcht0 prefetcht1 prefetcht2 maskmovq movntq pavgb pavgw pextrw pinsrw pmaxsw pmaxub pminsw pminub pmovmskb pmulhuw psadbw pshufw pf2iw pfnacc pfpnacc pi2fw pswapd maskmovdqu clflush movntdq movnti movntpd movdqa movdqu movdq2q movq2dq paddq pmuludq pshufd pshufhw pshuflw pslldq psrldq psubq punpckhqdq punpcklqdq addpd addsd andnpd andpd cmpeqpd cmpeqsd cmplepd cmplesd cmpltpd cmpltsd cmpneqpd cmpneqsd cmpnlepd cmpnlesd cmpnltpd cmpnltsd cmpordpd cmpordsd cmpunordpd cmpunordsd cmppd comisd cvtdq2pd cvtdq2ps cvtpd2dq cvtpd2pi cvtpd2ps cvtpi2pd cvtps2dq cvtps2pd cvtsd2si cvtsd2ss cvtsi2sd cvtss2sd cvttpd2pi cvttpd2dq cvttps2dq cvttsd2si divpd divsd maxpd maxsd minpd minsd movapd movhpd movlpd movmskpd movupd mulpd mulsd orpd shufpd sqrtpd sqrtsd subpd subsd ucomisd unpckhpd unpcklpd xorpd addsubpd addsubps haddpd haddps hsubpd hsubps lddqu movddup movshdup movsldup clgi stgi vmcall vmclear vmfunc vmlaunch vmload vmmcall vmptrld vmptrst vmread vmresume vmrun vmsave vmwrite vmxoff vmxon invept invvpid pabsb pabsw pabsd palignr phaddw phaddd phaddsw phsubw phsubd phsubsw pmaddubsw pmulhrsw pshufb psignb psignw psignd extrq insertq movntsd movntss lzcnt blendpd blendps blendvpd blendvps dppd dpps extractps insertps movntdqa mpsadbw packusdw pblendvb pblendw pcmpeqq pextrb pextrd pextrq phminposuw pinsrb pinsrd pinsrq pmaxsb pmaxsd pmaxud pmaxuw pminsb pminsd pminud pminuw pmovsxbw pmovsxbd pmovsxbq pmovsxwd pmovsxwq pmovsxdq pmovzxbw pmovzxbd pmovzxbq pmovzxwd pmovzxwq pmovzxdq pmuldq pmulld ptest roundpd roundps roundsd roundss crc32 pcmpestri pcmpestrm pcmpistri pcmpistrm pcmpgtq popcnt getsec pfrcpv pfrsqrtv movbe aesenc aesenclast aesdec aesdeclast aesimc aeskeygenassist vaesenc vaesenclast vaesdec vaesdeclast vaesimc vaeskeygenassist vaddpd vaddps vaddsd vaddss vaddsubpd vaddsubps vandpd vandps vandnpd vandnps vblendpd vblendps vblendvpd vblendvps vbroadcastss vbroadcastsd vbroadcastf128 vcmpeq_ospd vcmpeqpd vcmplt_ospd vcmpltpd vcmple_ospd vcmplepd vcmpunord_qpd vcmpunordpd vcmpneq_uqpd vcmpneqpd vcmpnlt_uspd vcmpnltpd vcmpnle_uspd vcmpnlepd vcmpord_qpd vcmpordpd vcmpeq_uqpd vcmpnge_uspd vcmpngepd vcmpngt_uspd vcmpngtpd vcmpfalse_oqpd vcmpfalsepd vcmpneq_oqpd vcmpge_ospd vcmpgepd vcmpgt_ospd vcmpgtpd vcmptrue_uqpd vcmptruepd vcmplt_oqpd vcmple_oqpd vcmpunord_spd vcmpneq_uspd vcmpnlt_uqpd vcmpnle_uqpd vcmpord_spd vcmpeq_uspd vcmpnge_uqpd vcmpngt_uqpd vcmpfalse_ospd vcmpneq_ospd vcmpge_oqpd vcmpgt_oqpd vcmptrue_uspd vcmppd vcmpeq_osps vcmpeqps vcmplt_osps vcmpltps vcmple_osps vcmpleps vcmpunord_qps vcmpunordps vcmpneq_uqps vcmpneqps vcmpnlt_usps vcmpnltps vcmpnle_usps vcmpnleps vcmpord_qps vcmpordps vcmpeq_uqps vcmpnge_usps vcmpngeps vcmpngt_usps vcmpngtps vcmpfalse_oqps vcmpfalseps vcmpneq_oqps vcmpge_osps vcmpgeps vcmpgt_osps vcmpgtps vcmptrue_uqps vcmptrueps vcmplt_oqps vcmple_oqps vcmpunord_sps vcmpneq_usps vcmpnlt_uqps vcmpnle_uqps vcmpord_sps vcmpeq_usps vcmpnge_uqps vcmpngt_uqps vcmpfalse_osps vcmpneq_osps vcmpge_oqps vcmpgt_oqps vcmptrue_usps vcmpps vcmpeq_ossd vcmpeqsd vcmplt_ossd vcmpltsd vcmple_ossd vcmplesd vcmpunord_qsd vcmpunordsd vcmpneq_uqsd vcmpneqsd vcmpnlt_ussd vcmpnltsd vcmpnle_ussd vcmpnlesd vcmpord_qsd vcmpordsd vcmpeq_uqsd vcmpnge_ussd vcmpngesd vcmpngt_ussd vcmpngtsd vcmpfalse_oqsd vcmpfalsesd vcmpneq_oqsd vcmpge_ossd vcmpgesd vcmpgt_ossd vcmpgtsd vcmptrue_uqsd vcmptruesd vcmplt_oqsd vcmple_oqsd vcmpunord_ssd vcmpneq_ussd vcmpnlt_uqsd vcmpnle_uqsd vcmpord_ssd vcmpeq_ussd vcmpnge_uqsd vcmpngt_uqsd vcmpfalse_ossd vcmpneq_ossd vcmpge_oqsd vcmpgt_oqsd vcmptrue_ussd vcmpsd vcmpeq_osss vcmpeqss vcmplt_osss vcmpltss vcmple_osss vcmpless vcmpunord_qss vcmpunordss vcmpneq_uqss vcmpneqss vcmpnlt_usss vcmpnltss vcmpnle_usss vcmpnless vcmpord_qss vcmpordss vcmpeq_uqss vcmpnge_usss vcmpngess vcmpngt_usss vcmpngtss vcmpfalse_oqss vcmpfalsess vcmpneq_oqss vcmpge_osss vcmpgess vcmpgt_osss vcmpgtss vcmptrue_uqss vcmptruess vcmplt_oqss vcmple_oqss vcmpunord_sss vcmpneq_usss vcmpnlt_uqss vcmpnle_uqss vcmpord_sss vcmpeq_usss vcmpnge_uqss vcmpngt_uqss vcmpfalse_osss vcmpneq_osss vcmpge_oqss vcmpgt_oqss vcmptrue_usss vcmpss vcomisd vcomiss vcvtdq2pd vcvtdq2ps vcvtpd2dq vcvtpd2ps vcvtps2dq vcvtps2pd vcvtsd2si vcvtsd2ss vcvtsi2sd vcvtsi2ss vcvtss2sd vcvtss2si vcvttpd2dq vcvttps2dq vcvttsd2si vcvttss2si vdivpd vdivps vdivsd vdivss vdppd vdpps vextractf128 vextractps vhaddpd vhaddps vhsubpd vhsubps vinsertf128 vinsertps vlddqu vldqqu vldmxcsr vmaskmovdqu vmaskmovps vmaskmovpd vmaxpd vmaxps vmaxsd vmaxss vminpd vminps vminsd vminss vmovapd vmovaps vmovd vmovq vmovddup vmovdqa vmovqqa vmovdqu vmovqqu vmovhlps vmovhpd vmovhps vmovlhps vmovlpd vmovlps vmovmskpd vmovmskps vmovntdq vmovntqq vmovntdqa vmovntpd vmovntps vmovsd vmovshdup vmovsldup vmovss vmovupd vmovups vmpsadbw vmulpd vmulps vmulsd vmulss vorpd vorps vpabsb vpabsw vpabsd vpacksswb vpackssdw vpackuswb vpackusdw vpaddb vpaddw vpaddd vpaddq vpaddsb vpaddsw vpaddusb vpaddusw vpalignr vpand vpandn vpavgb vpavgw vpblendvb vpblendw vpcmpestri vpcmpestrm vpcmpistri vpcmpistrm vpcmpeqb vpcmpeqw vpcmpeqd vpcmpeqq vpcmpgtb vpcmpgtw vpcmpgtd vpcmpgtq vpermilpd vpermilps vperm2f128 vpextrb vpextrw vpextrd vpextrq vphaddw vphaddd vphaddsw vphminposuw vphsubw vphsubd vphsubsw vpinsrb vpinsrw vpinsrd vpinsrq vpmaddwd vpmaddubsw vpmaxsb vpmaxsw vpmaxsd vpmaxub vpmaxuw vpmaxud vpminsb vpminsw vpminsd vpminub vpminuw vpminud vpmovmskb vpmovsxbw vpmovsxbd vpmovsxbq vpmovsxwd vpmovsxwq vpmovsxdq vpmovzxbw vpmovzxbd vpmovzxbq vpmovzxwd vpmovzxwq vpmovzxdq vpmulhuw vpmulhrsw vpmulhw vpmullw vpmulld vpmuludq vpmuldq vpor vpsadbw vpshufb vpshufd vpshufhw vpshuflw vpsignb vpsignw vpsignd vpslldq vpsrldq vpsllw vpslld vpsllq vpsraw vpsrad vpsrlw vpsrld vpsrlq vptest vpsubb vpsubw vpsubd vpsubq vpsubsb vpsubsw vpsubusb vpsubusw vpunpckhbw vpunpckhwd vpunpckhdq vpunpckhqdq vpunpcklbw vpunpcklwd vpunpckldq vpunpcklqdq vpxor vrcpps vrcpss vrsqrtps vrsqrtss vroundpd vroundps vroundsd vroundss vshufpd vshufps vsqrtpd vsqrtps vsqrtsd vsqrtss vstmxcsr vsubpd vsubps vsubsd vsubss vtestps vtestpd vucomisd vucomiss vunpckhpd vunpckhps vunpcklpd vunpcklps vxorpd vxorps vzeroall vzeroupper pclmullqlqdq pclmulhqlqdq pclmullqhqdq pclmulhqhqdq pclmulqdq vpclmullqlqdq vpclmulhqlqdq vpclmullqhqdq vpclmulhqhqdq vpclmulqdq vfmadd132ps vfmadd132pd vfmadd312ps vfmadd312pd vfmadd213ps vfmadd213pd vfmadd123ps vfmadd123pd vfmadd231ps vfmadd231pd vfmadd321ps vfmadd321pd vfmaddsub132ps vfmaddsub132pd vfmaddsub312ps vfmaddsub312pd vfmaddsub213ps vfmaddsub213pd vfmaddsub123ps vfmaddsub123pd vfmaddsub231ps vfmaddsub231pd vfmaddsub321ps vfmaddsub321pd vfmsub132ps vfmsub132pd vfmsub312ps vfmsub312pd vfmsub213ps vfmsub213pd vfmsub123ps vfmsub123pd vfmsub231ps vfmsub231pd vfmsub321ps vfmsub321pd vfmsubadd132ps vfmsubadd132pd vfmsubadd312ps vfmsubadd312pd vfmsubadd213ps vfmsubadd213pd vfmsubadd123ps vfmsubadd123pd vfmsubadd231ps vfmsubadd231pd vfmsubadd321ps vfmsubadd321pd vfnmadd132ps vfnmadd132pd vfnmadd312ps vfnmadd312pd vfnmadd213ps vfnmadd213pd vfnmadd123ps vfnmadd123pd vfnmadd231ps vfnmadd231pd vfnmadd321ps vfnmadd321pd vfnmsub132ps vfnmsub132pd vfnmsub312ps vfnmsub312pd vfnmsub213ps vfnmsub213pd vfnmsub123ps vfnmsub123pd vfnmsub231ps vfnmsub231pd vfnmsub321ps vfnmsub321pd vfmadd132ss vfmadd132sd vfmadd312ss vfmadd312sd vfmadd213ss vfmadd213sd vfmadd123ss vfmadd123sd vfmadd231ss vfmadd231sd vfmadd321ss vfmadd321sd vfmsub132ss vfmsub132sd vfmsub312ss vfmsub312sd vfmsub213ss vfmsub213sd vfmsub123ss vfmsub123sd vfmsub231ss vfmsub231sd vfmsub321ss vfmsub321sd vfnmadd132ss vfnmadd132sd vfnmadd312ss vfnmadd312sd vfnmadd213ss vfnmadd213sd vfnmadd123ss vfnmadd123sd vfnmadd231ss vfnmadd231sd vfnmadd321ss vfnmadd321sd vfnmsub132ss vfnmsub132sd vfnmsub312ss vfnmsub312sd vfnmsub213ss vfnmsub213sd vfnmsub123ss vfnmsub123sd vfnmsub231ss vfnmsub231sd vfnmsub321ss vfnmsub321sd rdfsbase rdgsbase rdrand wrfsbase wrgsbase vcvtph2ps vcvtps2ph adcx adox rdseed clac stac xstore xcryptecb xcryptcbc xcryptctr xcryptcfb xcryptofb montmul xsha1 xsha256 llwpcb slwpcb lwpval lwpins vfmaddpd vfmaddps vfmaddsd vfmaddss vfmaddsubpd vfmaddsubps vfmsubaddpd vfmsubaddps vfmsubpd vfmsubps vfmsubsd vfmsubss vfnmaddpd vfnmaddps vfnmaddsd vfnmaddss vfnmsubpd vfnmsubps vfnmsubsd vfnmsubss vfrczpd vfrczps vfrczsd vfrczss vpcmov vpcomb vpcomd vpcomq vpcomub vpcomud vpcomuq vpcomuw vpcomw vphaddbd vphaddbq vphaddbw vphadddq vphaddubd vphaddubq vphaddubw vphaddudq vphadduwd vphadduwq vphaddwd vphaddwq vphsubbw vphsubdq vphsubwd vpmacsdd vpmacsdqh vpmacsdql vpmacssdd vpmacssdqh vpmacssdql vpmacsswd vpmacssww vpmacswd vpmacsww vpmadcsswd vpmadcswd vpperm vprotb vprotd vprotq vprotw vpshab vpshad vpshaq vpshaw vpshlb vpshld vpshlq vpshlw vbroadcasti128 vpblendd vpbroadcastb vpbroadcastw vpbroadcastd vpbroadcastq vpermd vpermpd vpermps vpermq vperm2i128 vextracti128 vinserti128 vpmaskmovd vpmaskmovq vpsllvd vpsllvq vpsravd vpsrlvd vpsrlvq vgatherdpd vgatherqpd vgatherdps vgatherqps vpgatherdd vpgatherqd vpgatherdq vpgatherqq xabort xbegin xend xtest andn bextr blci blcic blsi blsic blcfill blsfill blcmsk blsmsk blsr blcs bzhi mulx pdep pext rorx sarx shlx shrx tzcnt tzmsk t1mskc valignd valignq vblendmpd vblendmps vbroadcastf32x4 vbroadcastf64x4 vbroadcasti32x4 vbroadcasti64x4 vcompresspd vcompressps vcvtpd2udq vcvtps2udq vcvtsd2usi vcvtss2usi vcvttpd2udq vcvttps2udq vcvttsd2usi vcvttss2usi vcvtudq2pd vcvtudq2ps vcvtusi2sd vcvtusi2ss vexpandpd vexpandps vextractf32x4 vextractf64x4 vextracti32x4 vextracti64x4 vfixupimmpd vfixupimmps vfixupimmsd vfixupimmss vgetexppd vgetexpps vgetexpsd vgetexpss vgetmantpd vgetmantps vgetmantsd vgetmantss vinsertf32x4 vinsertf64x4 vinserti32x4 vinserti64x4 vmovdqa32 vmovdqa64 vmovdqu32 vmovdqu64 vpabsq vpandd vpandnd vpandnq vpandq vpblendmd vpblendmq vpcmpltd vpcmpled vpcmpneqd vpcmpnltd vpcmpnled vpcmpd vpcmpltq vpcmpleq vpcmpneqq vpcmpnltq vpcmpnleq vpcmpq vpcmpequd vpcmpltud vpcmpleud vpcmpnequd vpcmpnltud vpcmpnleud vpcmpud vpcmpequq vpcmpltuq vpcmpleuq vpcmpnequq vpcmpnltuq vpcmpnleuq vpcmpuq vpcompressd vpcompressq vpermi2d vpermi2pd vpermi2ps vpermi2q vpermt2d vpermt2pd vpermt2ps vpermt2q vpexpandd vpexpandq vpmaxsq vpmaxuq vpminsq vpminuq vpmovdb vpmovdw vpmovqb vpmovqd vpmovqw vpmovsdb vpmovsdw vpmovsqb vpmovsqd vpmovsqw vpmovusdb vpmovusdw vpmovusqb vpmovusqd vpmovusqw vpord vporq vprold vprolq vprolvd vprolvq vprord vprorq vprorvd vprorvq vpscatterdd vpscatterdq vpscatterqd vpscatterqq vpsraq vpsravq vpternlogd vpternlogq vptestmd vptestmq vptestnmd vptestnmq vpxord vpxorq vrcp14pd vrcp14ps vrcp14sd vrcp14ss vrndscalepd vrndscaleps vrndscalesd vrndscaless vrsqrt14pd vrsqrt14ps vrsqrt14sd vrsqrt14ss vscalefpd vscalefps vscalefsd vscalefss vscatterdpd vscatterdps vscatterqpd vscatterqps vshuff32x4 vshuff64x2 vshufi32x4 vshufi64x2 kandnw kandw kmovw knotw kortestw korw kshiftlw kshiftrw kunpckbw kxnorw kxorw vpbroadcastmb2q vpbroadcastmw2d vpconflictd vpconflictq vplzcntd vplzcntq vexp2pd vexp2ps vrcp28pd vrcp28ps vrcp28sd vrcp28ss vrsqrt28pd vrsqrt28ps vrsqrt28sd vrsqrt28ss vgatherpf0dpd vgatherpf0dps vgatherpf0qpd vgatherpf0qps vgatherpf1dpd vgatherpf1dps vgatherpf1qpd vgatherpf1qps vscatterpf0dpd vscatterpf0dps vscatterpf0qpd vscatterpf0qps vscatterpf1dpd vscatterpf1dps vscatterpf1qpd vscatterpf1qps prefetchwt1 bndmk bndcl bndcu bndcn bndmov bndldx bndstx sha1rnds4 sha1nexte sha1msg1 sha1msg2 sha256rnds2 sha256msg1 sha256msg2 hint_nop0 hint_nop1 hint_nop2 hint_nop3 hint_nop4 hint_nop5 hint_nop6 hint_nop7 hint_nop8 hint_nop9 hint_nop10 hint_nop11 hint_nop12 hint_nop13 hint_nop14 hint_nop15 hint_nop16 hint_nop17 hint_nop18 hint_nop19 hint_nop20 hint_nop21 hint_nop22 hint_nop23 hint_nop24 hint_nop25 hint_nop26 hint_nop27 hint_nop28 hint_nop29 hint_nop30 hint_nop31 hint_nop32 hint_nop33 hint_nop34 hint_nop35 hint_nop36 hint_nop37 hint_nop38 hint_nop39 hint_nop40 hint_nop41 hint_nop42 hint_nop43 hint_nop44 hint_nop45 hint_nop46 hint_nop47 hint_nop48 hint_nop49 hint_nop50 hint_nop51 hint_nop52 hint_nop53 hint_nop54 hint_nop55 hint_nop56 hint_nop57 hint_nop58 hint_nop59 hint_nop60 hint_nop61 hint_nop62 hint_nop63',\n\t      built_in:\n\t        // Instruction pointer\n\t        'ip eip rip '\n\t        // 8-bit registers\n\t        + 'al ah bl bh cl ch dl dh sil dil bpl spl r8b r9b r10b r11b r12b r13b r14b r15b '\n\t        // 16-bit registers\n\t        + 'ax bx cx dx si di bp sp r8w r9w r10w r11w r12w r13w r14w r15w '\n\t        // 32-bit registers\n\t        + 'eax ebx ecx edx esi edi ebp esp eip r8d r9d r10d r11d r12d r13d r14d r15d '\n\t        // 64-bit registers\n\t        + 'rax rbx rcx rdx rsi rdi rbp rsp r8 r9 r10 r11 r12 r13 r14 r15 '\n\t        // Segment registers\n\t        + 'cs ds es fs gs ss '\n\t        // Floating point stack registers\n\t        + 'st st0 st1 st2 st3 st4 st5 st6 st7 '\n\t        // MMX Registers\n\t        + 'mm0 mm1 mm2 mm3 mm4 mm5 mm6 mm7 '\n\t        // SSE registers\n\t        + 'xmm0  xmm1  xmm2  xmm3  xmm4  xmm5  xmm6  xmm7  xmm8  xmm9 xmm10  xmm11 xmm12 xmm13 xmm14 xmm15 '\n\t        + 'xmm16 xmm17 xmm18 xmm19 xmm20 xmm21 xmm22 xmm23 xmm24 xmm25 xmm26 xmm27 xmm28 xmm29 xmm30 xmm31 '\n\t        // AVX registers\n\t        + 'ymm0  ymm1  ymm2  ymm3  ymm4  ymm5  ymm6  ymm7  ymm8  ymm9 ymm10  ymm11 ymm12 ymm13 ymm14 ymm15 '\n\t        + 'ymm16 ymm17 ymm18 ymm19 ymm20 ymm21 ymm22 ymm23 ymm24 ymm25 ymm26 ymm27 ymm28 ymm29 ymm30 ymm31 '\n\t        // AVX-512F registers\n\t        + 'zmm0  zmm1  zmm2  zmm3  zmm4  zmm5  zmm6  zmm7  zmm8  zmm9 zmm10  zmm11 zmm12 zmm13 zmm14 zmm15 '\n\t        + 'zmm16 zmm17 zmm18 zmm19 zmm20 zmm21 zmm22 zmm23 zmm24 zmm25 zmm26 zmm27 zmm28 zmm29 zmm30 zmm31 '\n\t        // AVX-512F mask registers\n\t        + 'k0 k1 k2 k3 k4 k5 k6 k7 '\n\t        // Bound (MPX) register\n\t        + 'bnd0 bnd1 bnd2 bnd3 '\n\t        // Special register\n\t        + 'cr0 cr1 cr2 cr3 cr4 cr8 dr0 dr1 dr2 dr3 dr8 tr3 tr4 tr5 tr6 tr7 '\n\t        // NASM altreg package\n\t        + 'r0 r1 r2 r3 r4 r5 r6 r7 r0b r1b r2b r3b r4b r5b r6b r7b '\n\t        + 'r0w r1w r2w r3w r4w r5w r6w r7w r0d r1d r2d r3d r4d r5d r6d r7d '\n\t        + 'r0h r1h r2h r3h '\n\t        + 'r0l r1l r2l r3l r4l r5l r6l r7l r8l r9l r10l r11l r12l r13l r14l r15l '\n\n\t        + 'db dw dd dq dt ddq do dy dz '\n\t        + 'resb resw resd resq rest resdq reso resy resz '\n\t        + 'incbin equ times '\n\t        + 'byte word dword qword nosplit rel abs seg wrt strict near far a32 ptr',\n\n\t      meta:\n\t        '%define %xdefine %+ %undef %defstr %deftok %assign %strcat %strlen %substr %rotate %elif %else %endif '\n\t        + '%if %ifmacro %ifctx %ifidn %ifidni %ifid %ifnum %ifstr %iftoken %ifempty %ifenv %error %warning %fatal %rep '\n\t        + '%endrep %include %push %pop %repl %pathsearch %depend %use %arg %stacksize %local %line %comment %endcomment '\n\t        + '.nolist '\n\t        + '__FILE__ __LINE__ __SECT__  __BITS__ __OUTPUT_FORMAT__ __DATE__ __TIME__ __DATE_NUM__ __TIME_NUM__ '\n\t        + '__UTC_DATE__ __UTC_TIME__ __UTC_DATE_NUM__ __UTC_TIME_NUM__  __PASS__ struc endstruc istruc at iend '\n\t        + 'align alignb sectalign daz nodaz up down zero default option assume public '\n\n\t        + 'bits use16 use32 use64 default section segment absolute extern global common cpu float '\n\t        + '__utf16__ __utf16le__ __utf16be__ __utf32__ __utf32le__ __utf32be__ '\n\t        + '__float8__ __float16__ __float32__ __float64__ __float80m__ __float80e__ __float128l__ __float128h__ '\n\t        + '__Infinity__ __QNaN__ __SNaN__ Inf NaN QNaN SNaN float8 float16 float32 float64 float80m float80e '\n\t        + 'float128l float128h __FLOAT_DAZ__ __FLOAT_ROUND__ __FLOAT__'\n\t    },\n\t    contains: [\n\t      hljs.COMMENT(\n\t        ';',\n\t        '$',\n\t        { relevance: 0 }\n\t      ),\n\t      {\n\t        className: 'number',\n\t        variants: [\n\t          // Float number and x87 BCD\n\t          {\n\t            begin: '\\\\b(?:([0-9][0-9_]*)?\\\\.[0-9_]*(?:[eE][+-]?[0-9_]+)?|'\n\t                   + '(0[Xx])?[0-9][0-9_]*(\\\\.[0-9_]*)?(?:[pP](?:[+-]?[0-9_]+)?)?)\\\\b',\n\t            relevance: 0\n\t          },\n\n\t          // Hex number in $\n\t          {\n\t            begin: '\\\\$[0-9][0-9A-Fa-f]*',\n\t            relevance: 0\n\t          },\n\n\t          // Number in H,D,T,Q,O,B,Y suffix\n\t          { begin: '\\\\b(?:[0-9A-Fa-f][0-9A-Fa-f_]*[Hh]|[0-9][0-9_]*[DdTt]?|[0-7][0-7_]*[QqOo]|[0-1][0-1_]*[BbYy])\\\\b' },\n\n\t          // Number in X,D,T,Q,O,B,Y prefix\n\t          { begin: '\\\\b(?:0[Xx][0-9A-Fa-f_]+|0[DdTt][0-9_]+|0[QqOo][0-7_]+|0[BbYy][0-1_]+)\\\\b' }\n\t        ]\n\t      },\n\t      // Double quote string\n\t      hljs.QUOTE_STRING_MODE,\n\t      {\n\t        className: 'string',\n\t        variants: [\n\t          // Single-quoted string\n\t          {\n\t            begin: '\\'',\n\t            end: '[^\\\\\\\\]\\''\n\t          },\n\t          // Backquoted string\n\t          {\n\t            begin: '`',\n\t            end: '[^\\\\\\\\]`'\n\t          }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'symbol',\n\t        variants: [\n\t          // Global label and local label\n\t          { begin: '^\\\\s*[A-Za-z._?][A-Za-z0-9_$#@~.?]*(:|\\\\s+label)' },\n\t          // Macro-local label\n\t          { begin: '^\\\\s*%%[A-Za-z0-9_$#@~.?]*:' }\n\t        ],\n\t        relevance: 0\n\t      },\n\t      // Macro parameter\n\t      {\n\t        className: 'subst',\n\t        begin: '%[0-9]+',\n\t        relevance: 0\n\t      },\n\t      // Macro parameter\n\t      {\n\t        className: 'subst',\n\t        begin: '%!\\S+',\n\t        relevance: 0\n\t      },\n\t      {\n\t        className: 'meta',\n\t        begin: /^\\s*\\.[\\w_-]+/\n\t      }\n\t    ]\n\t  };\n\t}\n\n\tx86asm_1 = x86asm;\n\treturn x86asm_1;\n}\n\n/*\nLanguage: XL\nAuthor: Christophe de Dinechin <christophe@taodyne.com>\nDescription: An extensible programming language, based on parse tree rewriting\nWebsite: http://xlr.sf.net\n*/\n\nvar xl_1;\nvar hasRequiredXl;\n\nfunction requireXl () {\n\tif (hasRequiredXl) return xl_1;\n\thasRequiredXl = 1;\n\tfunction xl(hljs) {\n\t  const KWS = [\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"do\",\n\t    \"while\",\n\t    \"until\",\n\t    \"for\",\n\t    \"loop\",\n\t    \"import\",\n\t    \"with\",\n\t    \"is\",\n\t    \"as\",\n\t    \"where\",\n\t    \"when\",\n\t    \"by\",\n\t    \"data\",\n\t    \"constant\",\n\t    \"integer\",\n\t    \"real\",\n\t    \"text\",\n\t    \"name\",\n\t    \"boolean\",\n\t    \"symbol\",\n\t    \"infix\",\n\t    \"prefix\",\n\t    \"postfix\",\n\t    \"block\",\n\t    \"tree\"\n\t  ];\n\t  const BUILT_INS = [\n\t    \"in\",\n\t    \"mod\",\n\t    \"rem\",\n\t    \"and\",\n\t    \"or\",\n\t    \"xor\",\n\t    \"not\",\n\t    \"abs\",\n\t    \"sign\",\n\t    \"floor\",\n\t    \"ceil\",\n\t    \"sqrt\",\n\t    \"sin\",\n\t    \"cos\",\n\t    \"tan\",\n\t    \"asin\",\n\t    \"acos\",\n\t    \"atan\",\n\t    \"exp\",\n\t    \"expm1\",\n\t    \"log\",\n\t    \"log2\",\n\t    \"log10\",\n\t    \"log1p\",\n\t    \"pi\",\n\t    \"at\",\n\t    \"text_length\",\n\t    \"text_range\",\n\t    \"text_find\",\n\t    \"text_replace\",\n\t    \"contains\",\n\t    \"page\",\n\t    \"slide\",\n\t    \"basic_slide\",\n\t    \"title_slide\",\n\t    \"title\",\n\t    \"subtitle\",\n\t    \"fade_in\",\n\t    \"fade_out\",\n\t    \"fade_at\",\n\t    \"clear_color\",\n\t    \"color\",\n\t    \"line_color\",\n\t    \"line_width\",\n\t    \"texture_wrap\",\n\t    \"texture_transform\",\n\t    \"texture\",\n\t    \"scale_?x\",\n\t    \"scale_?y\",\n\t    \"scale_?z?\",\n\t    \"translate_?x\",\n\t    \"translate_?y\",\n\t    \"translate_?z?\",\n\t    \"rotate_?x\",\n\t    \"rotate_?y\",\n\t    \"rotate_?z?\",\n\t    \"rectangle\",\n\t    \"circle\",\n\t    \"ellipse\",\n\t    \"sphere\",\n\t    \"path\",\n\t    \"line_to\",\n\t    \"move_to\",\n\t    \"quad_to\",\n\t    \"curve_to\",\n\t    \"theme\",\n\t    \"background\",\n\t    \"contents\",\n\t    \"locally\",\n\t    \"time\",\n\t    \"mouse_?x\",\n\t    \"mouse_?y\",\n\t    \"mouse_buttons\"\n\t  ];\n\t  const BUILTIN_MODULES = [\n\t    \"ObjectLoader\",\n\t    \"Animate\",\n\t    \"MovieCredits\",\n\t    \"Slides\",\n\t    \"Filters\",\n\t    \"Shading\",\n\t    \"Materials\",\n\t    \"LensFlare\",\n\t    \"Mapping\",\n\t    \"VLCAudioVideo\",\n\t    \"StereoDecoder\",\n\t    \"PointCloud\",\n\t    \"NetworkAccess\",\n\t    \"RemoteControl\",\n\t    \"RegExp\",\n\t    \"ChromaKey\",\n\t    \"Snowfall\",\n\t    \"NodeJS\",\n\t    \"Speech\",\n\t    \"Charts\"\n\t  ];\n\t  const LITERALS = [\n\t    \"true\",\n\t    \"false\",\n\t    \"nil\"\n\t  ];\n\t  const KEYWORDS = {\n\t    $pattern: /[a-zA-Z][a-zA-Z0-9_?]*/,\n\t    keyword: KWS,\n\t    literal: LITERALS,\n\t    built_in: BUILT_INS.concat(BUILTIN_MODULES)\n\t  };\n\n\t  const DOUBLE_QUOTE_TEXT = {\n\t    className: 'string',\n\t    begin: '\"',\n\t    end: '\"',\n\t    illegal: '\\\\n'\n\t  };\n\t  const SINGLE_QUOTE_TEXT = {\n\t    className: 'string',\n\t    begin: '\\'',\n\t    end: '\\'',\n\t    illegal: '\\\\n'\n\t  };\n\t  const LONG_TEXT = {\n\t    className: 'string',\n\t    begin: '<<',\n\t    end: '>>'\n\t  };\n\t  const BASED_NUMBER = {\n\t    className: 'number',\n\t    begin: '[0-9]+#[0-9A-Z_]+(\\\\.[0-9-A-Z_]+)?#?([Ee][+-]?[0-9]+)?'\n\t  };\n\t  const IMPORT = {\n\t    beginKeywords: 'import',\n\t    end: '$',\n\t    keywords: KEYWORDS,\n\t    contains: [ DOUBLE_QUOTE_TEXT ]\n\t  };\n\t  const FUNCTION_DEFINITION = {\n\t    className: 'function',\n\t    begin: /[a-z][^\\n]*->/,\n\t    returnBegin: true,\n\t    end: /->/,\n\t    contains: [\n\t      hljs.inherit(hljs.TITLE_MODE, { starts: {\n\t        endsWithParent: true,\n\t        keywords: KEYWORDS\n\t      } })\n\t    ]\n\t  };\n\t  return {\n\t    name: 'XL',\n\t    aliases: [ 'tao' ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.C_BLOCK_COMMENT_MODE,\n\t      DOUBLE_QUOTE_TEXT,\n\t      SINGLE_QUOTE_TEXT,\n\t      LONG_TEXT,\n\t      FUNCTION_DEFINITION,\n\t      IMPORT,\n\t      BASED_NUMBER,\n\t      hljs.NUMBER_MODE\n\t    ]\n\t  };\n\t}\n\n\txl_1 = xl;\n\treturn xl_1;\n}\n\n/*\nLanguage: XQuery\nAuthor: Dirk Kirsten <dk@basex.org>\nContributor: Duncan Paterson\nDescription: Supports XQuery 3.1 including XQuery Update 3, so also XPath (as it is a superset)\nRefactored to process xml constructor syntax and function-bodies. Added missing data-types, xpath operands, inbuilt functions, and query prologs\nWebsite: https://www.w3.org/XML/Query/\nCategory: functional\nAudit: 2020\n*/\n\nvar xquery_1;\nvar hasRequiredXquery;\n\nfunction requireXquery () {\n\tif (hasRequiredXquery) return xquery_1;\n\thasRequiredXquery = 1;\n\t/** @type LanguageFn */\n\tfunction xquery(_hljs) {\n\t  // see https://www.w3.org/TR/xquery/#id-terminal-delimitation\n\t  const KEYWORDS = [\n\t    \"module\",\n\t    \"schema\",\n\t    \"namespace\",\n\t    \"boundary-space\",\n\t    \"preserve\",\n\t    \"no-preserve\",\n\t    \"strip\",\n\t    \"default\",\n\t    \"collation\",\n\t    \"base-uri\",\n\t    \"ordering\",\n\t    \"context\",\n\t    \"decimal-format\",\n\t    \"decimal-separator\",\n\t    \"copy-namespaces\",\n\t    \"empty-sequence\",\n\t    \"except\",\n\t    \"exponent-separator\",\n\t    \"external\",\n\t    \"grouping-separator\",\n\t    \"inherit\",\n\t    \"no-inherit\",\n\t    \"lax\",\n\t    \"minus-sign\",\n\t    \"per-mille\",\n\t    \"percent\",\n\t    \"schema-attribute\",\n\t    \"schema-element\",\n\t    \"strict\",\n\t    \"unordered\",\n\t    \"zero-digit\",\n\t    \"declare\",\n\t    \"import\",\n\t    \"option\",\n\t    \"function\",\n\t    \"validate\",\n\t    \"variable\",\n\t    \"for\",\n\t    \"at\",\n\t    \"in\",\n\t    \"let\",\n\t    \"where\",\n\t    \"order\",\n\t    \"group\",\n\t    \"by\",\n\t    \"return\",\n\t    \"if\",\n\t    \"then\",\n\t    \"else\",\n\t    \"tumbling\",\n\t    \"sliding\",\n\t    \"window\",\n\t    \"start\",\n\t    \"when\",\n\t    \"only\",\n\t    \"end\",\n\t    \"previous\",\n\t    \"next\",\n\t    \"stable\",\n\t    \"ascending\",\n\t    \"descending\",\n\t    \"allowing\",\n\t    \"empty\",\n\t    \"greatest\",\n\t    \"least\",\n\t    \"some\",\n\t    \"every\",\n\t    \"satisfies\",\n\t    \"switch\",\n\t    \"case\",\n\t    \"typeswitch\",\n\t    \"try\",\n\t    \"catch\",\n\t    \"and\",\n\t    \"or\",\n\t    \"to\",\n\t    \"union\",\n\t    \"intersect\",\n\t    \"instance\",\n\t    \"of\",\n\t    \"treat\",\n\t    \"as\",\n\t    \"castable\",\n\t    \"cast\",\n\t    \"map\",\n\t    \"array\",\n\t    \"delete\",\n\t    \"insert\",\n\t    \"into\",\n\t    \"replace\",\n\t    \"value\",\n\t    \"rename\",\n\t    \"copy\",\n\t    \"modify\",\n\t    \"update\"\n\t  ];\n\n\t  // Node Types (sorted by inheritance)\n\t  // atomic types (sorted by inheritance)\n\t  const TYPES = [\n\t    \"item\",\n\t    \"document-node\",\n\t    \"node\",\n\t    \"attribute\",\n\t    \"document\",\n\t    \"element\",\n\t    \"comment\",\n\t    \"namespace\",\n\t    \"namespace-node\",\n\t    \"processing-instruction\",\n\t    \"text\",\n\t    \"construction\",\n\t    \"xs:anyAtomicType\",\n\t    \"xs:untypedAtomic\",\n\t    \"xs:duration\",\n\t    \"xs:time\",\n\t    \"xs:decimal\",\n\t    \"xs:float\",\n\t    \"xs:double\",\n\t    \"xs:gYearMonth\",\n\t    \"xs:gYear\",\n\t    \"xs:gMonthDay\",\n\t    \"xs:gMonth\",\n\t    \"xs:gDay\",\n\t    \"xs:boolean\",\n\t    \"xs:base64Binary\",\n\t    \"xs:hexBinary\",\n\t    \"xs:anyURI\",\n\t    \"xs:QName\",\n\t    \"xs:NOTATION\",\n\t    \"xs:dateTime\",\n\t    \"xs:dateTimeStamp\",\n\t    \"xs:date\",\n\t    \"xs:string\",\n\t    \"xs:normalizedString\",\n\t    \"xs:token\",\n\t    \"xs:language\",\n\t    \"xs:NMTOKEN\",\n\t    \"xs:Name\",\n\t    \"xs:NCName\",\n\t    \"xs:ID\",\n\t    \"xs:IDREF\",\n\t    \"xs:ENTITY\",\n\t    \"xs:integer\",\n\t    \"xs:nonPositiveInteger\",\n\t    \"xs:negativeInteger\",\n\t    \"xs:long\",\n\t    \"xs:int\",\n\t    \"xs:short\",\n\t    \"xs:byte\",\n\t    \"xs:nonNegativeInteger\",\n\t    \"xs:unisignedLong\",\n\t    \"xs:unsignedInt\",\n\t    \"xs:unsignedShort\",\n\t    \"xs:unsignedByte\",\n\t    \"xs:positiveInteger\",\n\t    \"xs:yearMonthDuration\",\n\t    \"xs:dayTimeDuration\"\n\t  ];\n\n\t  const LITERALS = [\n\t    \"eq\",\n\t    \"ne\",\n\t    \"lt\",\n\t    \"le\",\n\t    \"gt\",\n\t    \"ge\",\n\t    \"is\",\n\t    \"self::\",\n\t    \"child::\",\n\t    \"descendant::\",\n\t    \"descendant-or-self::\",\n\t    \"attribute::\",\n\t    \"following::\",\n\t    \"following-sibling::\",\n\t    \"parent::\",\n\t    \"ancestor::\",\n\t    \"ancestor-or-self::\",\n\t    \"preceding::\",\n\t    \"preceding-sibling::\",\n\t    \"NaN\"\n\t  ];\n\n\t  // functions (TODO: find regex for op: without breaking build)\n\t  const BUILT_IN = {\n\t    className: 'built_in',\n\t    variants: [\n\t      {\n\t        begin: /\\barray:/,\n\t        end: /(?:append|filter|flatten|fold-(?:left|right)|for-each(?:-pair)?|get|head|insert-before|join|put|remove|reverse|size|sort|subarray|tail)\\b/\n\t      },\n\t      {\n\t        begin: /\\bmap:/,\n\t        end: /(?:contains|entry|find|for-each|get|keys|merge|put|remove|size)\\b/\n\t      },\n\t      {\n\t        begin: /\\bmath:/,\n\t        end: /(?:a(?:cos|sin|tan[2]?)|cos|exp(?:10)?|log(?:10)?|pi|pow|sin|sqrt|tan)\\b/\n\t      },\n\t      {\n\t        begin: /\\bop:/,\n\t        end: /\\(/,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        begin: /\\bfn:/,\n\t        end: /\\(/,\n\t        excludeEnd: true\n\t      },\n\t      // do not highlight inbuilt strings as variable or xml element names\n\t      { begin: /[^</$:'\"-]\\b(?:abs|accumulator-(?:after|before)|adjust-(?:date(?:Time)?|time)-to-timezone|analyze-string|apply|available-(?:environment-variables|system-properties)|avg|base-uri|boolean|ceiling|codepoints?-(?:equal|to-string)|collation-key|collection|compare|concat|contains(?:-token)?|copy-of|count|current(?:-)?(?:date(?:Time)?|time|group(?:ing-key)?|output-uri|merge-(?:group|key))?data|dateTime|days?-from-(?:date(?:Time)?|duration)|deep-equal|default-(?:collation|language)|distinct-values|document(?:-uri)?|doc(?:-available)?|element-(?:available|with-id)|empty|encode-for-uri|ends-with|environment-variable|error|escape-html-uri|exactly-one|exists|false|filter|floor|fold-(?:left|right)|for-each(?:-pair)?|format-(?:date(?:Time)?|time|integer|number)|function-(?:arity|available|lookup|name)|generate-id|has-children|head|hours-from-(?:dateTime|duration|time)|id(?:ref)?|implicit-timezone|in-scope-prefixes|index-of|innermost|insert-before|iri-to-uri|json-(?:doc|to-xml)|key|lang|last|load-xquery-module|local-name(?:-from-QName)?|(?:lower|upper)-case|matches|max|minutes-from-(?:dateTime|duration|time)|min|months?-from-(?:date(?:Time)?|duration)|name(?:space-uri-?(?:for-prefix|from-QName)?)?|nilled|node-name|normalize-(?:space|unicode)|not|number|one-or-more|outermost|parse-(?:ietf-date|json)|path|position|(?:prefix-from-)?QName|random-number-generator|regex-group|remove|replace|resolve-(?:QName|uri)|reverse|root|round(?:-half-to-even)?|seconds-from-(?:dateTime|duration|time)|snapshot|sort|starts-with|static-base-uri|stream-available|string-?(?:join|length|to-codepoints)?|subsequence|substring-?(?:after|before)?|sum|system-property|tail|timezone-from-(?:date(?:Time)?|time)|tokenize|trace|trans(?:form|late)|true|type-available|unordered|unparsed-(?:entity|text)?-?(?:public-id|uri|available|lines)?|uri-collection|xml-to-json|years?-from-(?:date(?:Time)?|duration)|zero-or-one)\\b/ },\n\t      {\n\t        begin: /\\blocal:/,\n\t        end: /\\(/,\n\t        excludeEnd: true\n\t      },\n\t      {\n\t        begin: /\\bzip:/,\n\t        end: /(?:zip-file|(?:xml|html|text|binary)-entry| (?:update-)?entries)\\b/\n\t      },\n\t      {\n\t        begin: /\\b(?:util|db|functx|app|xdmp|xmldb):/,\n\t        end: /\\(/,\n\t        excludeEnd: true\n\t      }\n\t    ]\n\t  };\n\n\t  const TITLE = {\n\t    className: 'title',\n\t    begin: /\\bxquery version \"[13]\\.[01]\"\\s?(?:encoding \".+\")?/,\n\t    end: /;/\n\t  };\n\n\t  const VAR = {\n\t    className: 'variable',\n\t    begin: /[$][\\w\\-:]+/\n\t  };\n\n\t  const NUMBER = {\n\t    className: 'number',\n\t    begin: /(\\b0[0-7_]+)|(\\b0x[0-9a-fA-F_]+)|(\\b[1-9][0-9_]*(\\.[0-9_]+)?)|[0_]\\b/,\n\t    relevance: 0\n\t  };\n\n\t  const STRING = {\n\t    className: 'string',\n\t    variants: [\n\t      {\n\t        begin: /\"/,\n\t        end: /\"/,\n\t        contains: [\n\t          {\n\t            begin: /\"\"/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        begin: /'/,\n\t        end: /'/,\n\t        contains: [\n\t          {\n\t            begin: /''/,\n\t            relevance: 0\n\t          }\n\t        ]\n\t      }\n\t    ]\n\t  };\n\n\t  const ANNOTATION = {\n\t    className: 'meta',\n\t    begin: /%[\\w\\-:]+/\n\t  };\n\n\t  const COMMENT = {\n\t    className: 'comment',\n\t    begin: /\\(:/,\n\t    end: /:\\)/,\n\t    relevance: 10,\n\t    contains: [\n\t      {\n\t        className: 'doctag',\n\t        begin: /@\\w+/\n\t      }\n\t    ]\n\t  };\n\n\t  // see https://www.w3.org/TR/xquery/#id-computedConstructors\n\t  // mocha: computed_inbuilt\n\t  // see https://www.regexpal.com/?fam=99749\n\t  const COMPUTED = {\n\t    beginKeywords: 'element attribute comment document processing-instruction',\n\t    end: /\\{/,\n\t    excludeEnd: true\n\t  };\n\n\t  // mocha: direct_method\n\t  const DIRECT = {\n\t    begin: /<([\\w._:-]+)(\\s+\\S*=('|\").*('|\"))?>/,\n\t    end: /(\\/[\\w._:-]+>)/,\n\t    subLanguage: 'xml',\n\t    contains: [\n\t      {\n\t        begin: /\\{/,\n\t        end: /\\}/,\n\t        subLanguage: 'xquery'\n\t      },\n\t      'self'\n\t    ]\n\t  };\n\n\t  const CONTAINS = [\n\t    VAR,\n\t    BUILT_IN,\n\t    STRING,\n\t    NUMBER,\n\t    COMMENT,\n\t    ANNOTATION,\n\t    TITLE,\n\t    COMPUTED,\n\t    DIRECT\n\t  ];\n\n\t  return {\n\t    name: 'XQuery',\n\t    aliases: [\n\t      'xpath',\n\t      'xq'\n\t    ],\n\t    case_insensitive: false,\n\t    illegal: /(proc)|(abstract)|(extends)|(until)|(#)/,\n\t    keywords: {\n\t      $pattern: /[a-zA-Z$][a-zA-Z0-9_:-]*/,\n\t      keyword: KEYWORDS,\n\t      type: TYPES,\n\t      literal: LITERALS\n\t    },\n\t    contains: CONTAINS\n\t  };\n\t}\n\n\txquery_1 = xquery;\n\treturn xquery_1;\n}\n\n/*\n Language: Zephir\n Description: Zephir, an open source, high-level language designed to ease the creation and maintainability of extensions for PHP with a focus on type and memory safety.\n Author: Oleg Efimov <efimovov@gmail.com>\n Website: https://zephir-lang.com/en\n Audit: 2020\n */\n\nvar zephir_1;\nvar hasRequiredZephir;\n\nfunction requireZephir () {\n\tif (hasRequiredZephir) return zephir_1;\n\thasRequiredZephir = 1;\n\t/** @type LanguageFn */\n\tfunction zephir(hljs) {\n\t  const STRING = {\n\t    className: 'string',\n\t    contains: [ hljs.BACKSLASH_ESCAPE ],\n\t    variants: [\n\t      hljs.inherit(hljs.APOS_STRING_MODE, { illegal: null }),\n\t      hljs.inherit(hljs.QUOTE_STRING_MODE, { illegal: null })\n\t    ]\n\t  };\n\t  const TITLE_MODE = hljs.UNDERSCORE_TITLE_MODE;\n\t  const NUMBER = { variants: [\n\t    hljs.BINARY_NUMBER_MODE,\n\t    hljs.C_NUMBER_MODE\n\t  ] };\n\t  const KEYWORDS =\n\t    // classes and objects\n\t    'namespace class interface use extends '\n\t    + 'function return '\n\t    + 'abstract final public protected private static deprecated '\n\t    // error handling\n\t    + 'throw try catch Exception '\n\t    // keyword-ish things their website does NOT seem to highlight (in their own snippets)\n\t    // 'typeof fetch in ' +\n\t    // operators/helpers\n\t    + 'echo empty isset instanceof unset '\n\t    // assignment/variables\n\t    + 'let var new const self '\n\t    // control\n\t    + 'require '\n\t    + 'if else elseif switch case default '\n\t    + 'do while loop for continue break '\n\t    + 'likely unlikely '\n\t    // magic constants\n\t    // https://github.com/phalcon/zephir/blob/master/Library/Expression/Constants.php\n\t    + '__LINE__ __FILE__ __DIR__ __FUNCTION__ __CLASS__ __TRAIT__ __METHOD__ __NAMESPACE__ '\n\t    // types - https://docs.zephir-lang.com/0.12/en/types\n\t    + 'array boolean float double integer object resource string '\n\t    + 'char long unsigned bool int uint ulong uchar '\n\t    // built-ins\n\t    + 'true false null undefined';\n\n\t  return {\n\t    name: 'Zephir',\n\t    aliases: [ 'zep' ],\n\t    keywords: KEYWORDS,\n\t    contains: [\n\t      hljs.C_LINE_COMMENT_MODE,\n\t      hljs.COMMENT(\n\t        /\\/\\*/,\n\t        /\\*\\//,\n\t        { contains: [\n\t          {\n\t            className: 'doctag',\n\t            begin: /@[A-Za-z]+/\n\t          }\n\t        ] }\n\t      ),\n\t      {\n\t        className: 'string',\n\t        begin: /<<<['\"]?\\w+['\"]?$/,\n\t        end: /^\\w+;/,\n\t        contains: [ hljs.BACKSLASH_ESCAPE ]\n\t      },\n\t      {\n\t        // swallow composed identifiers to avoid parsing them as keywords\n\t        begin: /(::|->)+[a-zA-Z_\\x7f-\\xff][a-zA-Z0-9_\\x7f-\\xff]*/ },\n\t      {\n\t        className: 'function',\n\t        beginKeywords: 'function fn',\n\t        end: /[;{]/,\n\t        excludeEnd: true,\n\t        illegal: /\\$|\\[|%/,\n\t        contains: [\n\t          TITLE_MODE,\n\t          {\n\t            className: 'params',\n\t            begin: /\\(/,\n\t            end: /\\)/,\n\t            keywords: KEYWORDS,\n\t            contains: [\n\t              'self',\n\t              hljs.C_BLOCK_COMMENT_MODE,\n\t              STRING,\n\t              NUMBER\n\t            ]\n\t          }\n\t        ]\n\t      },\n\t      {\n\t        className: 'class',\n\t        beginKeywords: 'class interface',\n\t        end: /\\{/,\n\t        excludeEnd: true,\n\t        illegal: /[:($\"]/,\n\t        contains: [\n\t          { beginKeywords: 'extends implements' },\n\t          TITLE_MODE\n\t        ]\n\t      },\n\t      {\n\t        beginKeywords: 'namespace',\n\t        end: /;/,\n\t        illegal: /[.']/,\n\t        contains: [ TITLE_MODE ]\n\t      },\n\t      {\n\t        beginKeywords: 'use',\n\t        end: /;/,\n\t        contains: [ TITLE_MODE ]\n\t      },\n\t      { begin: /=>/ // No markup, just a relevance booster\n\t      },\n\t      STRING,\n\t      NUMBER\n\t    ]\n\t  };\n\t}\n\n\tzephir_1 = zephir;\n\treturn zephir_1;\n}\n\nvar hljs = core;\n\nhljs.registerLanguage('1c', require_1c());\nhljs.registerLanguage('abnf', requireAbnf());\nhljs.registerLanguage('accesslog', requireAccesslog());\nhljs.registerLanguage('actionscript', requireActionscript());\nhljs.registerLanguage('ada', requireAda());\nhljs.registerLanguage('angelscript', requireAngelscript());\nhljs.registerLanguage('apache', requireApache());\nhljs.registerLanguage('applescript', requireApplescript());\nhljs.registerLanguage('arcade', requireArcade());\nhljs.registerLanguage('arduino', requireArduino());\nhljs.registerLanguage('armasm', requireArmasm());\nhljs.registerLanguage('xml', requireXml());\nhljs.registerLanguage('asciidoc', requireAsciidoc());\nhljs.registerLanguage('aspectj', requireAspectj());\nhljs.registerLanguage('autohotkey', requireAutohotkey());\nhljs.registerLanguage('autoit', requireAutoit());\nhljs.registerLanguage('avrasm', requireAvrasm());\nhljs.registerLanguage('awk', requireAwk());\nhljs.registerLanguage('axapta', requireAxapta());\nhljs.registerLanguage('bash', 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type_clear\",\"part_type_shape\",\"part_type_sprite\",\"part_type_size\",\"part_type_scale\",\"part_type_orientation\",\"part_type_life\",\"part_type_step\",\"part_type_death\",\"part_type_speed\",\"part_type_direction\",\"part_type_gravity\",\"part_type_colour1\",\"part_type_colour2\",\"part_type_colour3\",\"part_type_colour_mix\",\"part_type_colour_rgb\",\"part_type_colour_hsv\",\"part_type_color1\",\"part_type_color2\",\"part_type_color3\",\"part_type_color_mix\",\"part_type_color_rgb\",\"part_type_color_hsv\",\"part_type_alpha1\",\"part_type_alpha2\",\"part_type_alpha3\",\"part_type_blend\",\"part_system_create\",\"part_system_create_layer\",\"part_system_destroy\",\"part_system_exists\",\"part_system_clear\",\"part_system_draw_order\",\"part_system_depth\",\"part_system_position\",\"part_system_automatic_update\",\"part_system_automatic_draw\",\"part_system_update\",\"part_system_drawit\",\"part_system_get_layer\",\"part_system_layer\",\"part_particles_create\",\"part_particles_create_colour\",\"part_particles_create_color\",\"part_particles_clear\",\"part_particles_count\",\"part_emitter_create\",\"part_emitter_destroy\",\"part_emitter_destroy_all\",\"part_emitter_exists\",\"part_emitter_clear\",\"part_emitter_region\",\"part_emitter_burst\",\"part_emitter_stream\",\"external_call\",\"external_define\",\"external_free\",\"window_handle\",\"window_device\",\"matrix_get\",\"matrix_set\",\"matrix_build_identity\",\"matrix_build\",\"matrix_build_lookat\",\"matrix_build_projection_ortho\",\"matrix_build_projection_perspective\",\"matrix_build_projection_perspective_fov\",\"matrix_multiply\",\"matrix_transform_vertex\",\"matrix_stack_push\",\"matrix_stack_pop\",\"matrix_stack_multiply\",\"matrix_stack_set\",\"matrix_stack_clear\",\"matrix_stack_top\",\"matrix_stack_is_empty\",\"browser_input_capture\",\"os_get_config\",\"os_get_info\",\"os_get_language\",\"os_get_region\",\"os_lock_orientation\",\"display_get_dpi_x\",\"display_get_dpi_y\",\"display_set_gui_size\",\"display_set_gui_maximise\",\"display_set_gui_maximize\",\"device_mouse_dbclick_enable\",\"display_set_timing_method\",\"display_get_timing_method\",\"display_set_sleep_margin\",\"display_get_sleep_margin\",\"virtual_key_add\",\"virtual_key_hide\",\"virtual_key_delete\",\"virtual_key_show\",\"draw_enable_drawevent\",\"draw_enable_swf_aa\",\"draw_set_swf_aa_level\",\"draw_get_swf_aa_level\",\"draw_texture_flush\",\"draw_flush\",\"gpu_set_blendenable\",\"gpu_set_ztestenable\",\"gpu_set_zfunc\",\"gpu_set_zwriteenable\",\"gpu_set_lightingenable\",\"gpu_set_fog\",\"gpu_set_cullmode\",\"gpu_set_blendmode\",\"gpu_set_blendmode_ext\",\"gpu_set_blendmode_ext_sepalpha\",\"gpu_set_colorwriteenable\",\"gpu_set_colourwriteenable\",\"gpu_set_alphatestenable\",\"gpu_set_alphatestref\",\"gpu_set_alphatestfunc\",\"gpu_set_texfilter\",\"gpu_set_texfilter_ext\",\"gpu_set_texrepeat\",\"gpu_set_texrepeat_ext\",\"gpu_set_tex_filter\",\"gpu_set_tex_filter_ext\",\"gpu_set_tex_repeat\",\"gpu_set_tex_repeat_ext\",\"gpu_set_tex_mip_filter\",\"gpu_set_tex_mip_filter_ext\",\"gpu_set_tex_mip_bias\",\"gpu_set_tex_mip_bias_ext\",\"gpu_set_tex_min_mip\",\"gpu_set_tex_min_mip_ext\",\"gpu_set_tex_max_mip\",\"gpu_set_tex_max_mip_ext\",\"gpu_set_tex_max_aniso\",\"gpu_set_tex_max_aniso_ext\",\"gpu_set_tex_mip_enable\",\"gpu_set_tex_mip_enable_ext\",\"gpu_get_blendenable\",\"gpu_get_ztestenable\",\"gpu_get_zfunc\",\"gpu_get_zwriteenable\",\"gpu_get_lightingenable\",\"gpu_get_fog\",\"gpu_get_cullmode\",\"gpu_get_blendmode\",\"gpu_get_blendmode_ext\",\"gpu_get_blendmode_ext_sepalpha\",\"gpu_get_blendmode_src\",\"gpu_get_blendmode_dest\",\"gpu_get_blendmode_srcalpha\",\"gpu_get_blendmode_destalpha\",\"gpu_get_colorwriteenable\",\"gpu_get_colourwriteenable\",\"gpu_get_alphatestenable\",\"gpu_get_alphatestref\",\"gpu_get_alphatestfunc\",\"gpu_get_texfilter\",\"gpu_get_texfilter_ext\",\"gpu_get_texrepeat\",\"gpu_get_texrepeat_ext\",\"gpu_get_tex_filter\",\"gpu_get_tex_filter_ext\",\"gpu_get_tex_repeat\",\"gpu_get_tex_repeat_ext\",\"gpu_get_tex_mip_filter\",\"gpu_get_tex_mip_filter_ext\",\"gpu_get_tex_mip_bias\",\"gpu_get_tex_mip_bias_ext\",\"gpu_get_tex_min_mip\",\"gpu_get_tex_min_mip_ext\",\"gpu_get_tex_max_mip\",\"gpu_get_tex_max_mip_ext\",\"gpu_get_tex_max_aniso\",\"gpu_get_tex_max_aniso_ext\",\"gpu_get_tex_mip_enable\",\"gpu_get_tex_mip_enable_ext\",\"gpu_push_state\",\"gpu_pop_state\",\"gpu_get_state\",\"gpu_set_state\",\"draw_light_define_ambient\",\"draw_light_define_direction\",\"draw_light_define_point\",\"draw_light_enable\",\"draw_set_lighting\",\"draw_light_get_ambient\",\"draw_light_get\",\"draw_get_lighting\",\"shop_leave_rating\",\"url_get_domain\",\"url_open\",\"url_open_ext\",\"url_open_full\",\"get_timer\",\"achievement_login\",\"achievement_logout\",\"achievement_post\",\"achievement_increment\",\"achievement_post_score\",\"achievement_available\",\"achievement_show_achievements\",\"achievement_show_leaderboards\",\"achievement_load_friends\",\"achievement_load_leaderboard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mod nullify allocate deallocate adjustl adjustr all allocated any associated bit_size btest ceiling count cshift date_and_time digits dot_product eoshift epsilon exponent floor fraction huge iand ibclr ibits ibset ieor ior ishft ishftc lbound len_trim matmul maxexponent maxloc maxval merge minexponent minloc minval modulo mvbits nearest pack present product radix random_number random_seed range repeat reshape rrspacing scale scan selected_int_kind selected_real_kind set_exponent shape size spacing spread sum system_clock tiny transpose trim ubound unpack verify achar iachar transfer dble entry dprod cpu_time command_argument_count get_command get_command_argument get_environment_variable is_iostat_end ieee_arithmetic ieee_support_underflow_control ieee_get_underflow_mode ieee_set_underflow_mode is_iostat_eor move_alloc new_line selected_char_kind same_type_as extends_type_of acosh asinh atanh bessel_j0 bessel_j1 bessel_jn bessel_y0 bessel_y1 bessel_yn erf erfc erfc_scaled gamma log_gamma hypot norm2 atomic_define atomic_ref execute_command_line leadz trailz storage_size merge_bits bge bgt ble blt dshiftl dshiftr findloc iall iany iparity image_index lcobound ucobound maskl maskr num_images parity popcnt poppar shifta shiftl shiftr this_image IRP_ALIGN irp_here\"},illegal:/\\/\\*/,contains:[e.inherit(e.APOS_STRING_MODE,{className:\"string\",relevance:0}),e.inherit(e.QUOTE_STRING_MODE,{className:\"string\",relevance:0}),{className:\"function\",beginKeywords:\"subroutine function program\",illegal:\"[${=\\\\n]\",contains:[e.UNDERSCORE_TITLE_MODE,{className:\"params\",begin:\"\\\\(\",end:\"\\\\)\"}]},e.COMMENT(\"!\",\"$\",{relevance:0}),e.COMMENT(\"begin_doc\",\"end_doc\",{relevance:10}),i]}}),dn)),us.registerLanguage(\"isbl\",(un||(un=1,pn=function(e){const t=\"[A-Za-zА-Яа-яёЁ_!][A-Za-zА-Яа-яёЁ_0-9]*\",a={className:\"number\",begin:e.NUMBER_RE,relevance:0},n={className:\"string\",variants:[{begin:'\"',end:'\"'},{begin:\"'\",end:\"'\"}]},i={className:\"doctag\",begin:\"\\\\b(?:TODO|DONE|BEGIN|END|STUB|CHG|FIXME|NOTE|BUG|XXX)\\\\b\",relevance:0},r={variants:[{className:\"comment\",begin:\"//\",end:\"$\",relevance:0,contains:[e.PHRASAL_WORDS_MODE,i]},{className:\"comment\",begin:\"/\\\\*\",end:\"\\\\*/\",relevance:0,contains:[e.PHRASAL_WORDS_MODE,i]}]},o={$pattern:t,keyword:\"and и else иначе endexcept endfinally endforeach конецвсе endif конецесли endwhile конецпока except exitfor finally foreach все if если in в not не or или try while пока \",built_in:\"SYSRES_CONST_ACCES_RIGHT_TYPE_EDIT SYSRES_CONST_ACCES_RIGHT_TYPE_FULL SYSRES_CONST_ACCES_RIGHT_TYPE_VIEW SYSRES_CONST_ACCESS_MODE_REQUISITE_CODE SYSRES_CONST_ACCESS_NO_ACCESS_VIEW SYSRES_CONST_ACCESS_NO_ACCESS_VIEW_CODE SYSRES_CONST_ACCESS_RIGHTS_ADD_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_ADD_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_CHANGE_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_CHANGE_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_DELETE_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_DELETE_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_EXECUTE_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_EXECUTE_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_NO_ACCESS_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_NO_ACCESS_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_RATIFY_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_RATIFY_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_RIGHTS_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_VIEW SYSRES_CONST_ACCESS_RIGHTS_VIEW_CODE SYSRES_CONST_ACCESS_RIGHTS_VIEW_REQUISITE_CODE SYSRES_CONST_ACCESS_RIGHTS_VIEW_REQUISITE_YES_CODE SYSRES_CONST_ACCESS_TYPE_CHANGE SYSRES_CONST_ACCESS_TYPE_CHANGE_CODE SYSRES_CONST_ACCESS_TYPE_EXISTS SYSRES_CONST_ACCESS_TYPE_EXISTS_CODE SYSRES_CONST_ACCESS_TYPE_FULL SYSRES_CONST_ACCESS_TYPE_FULL_CODE SYSRES_CONST_ACCESS_TYPE_VIEW SYSRES_CONST_ACCESS_TYPE_VIEW_CODE SYSRES_CONST_ACTION_TYPE_ABORT SYSRES_CONST_ACTION_TYPE_ACCEPT SYSRES_CONST_ACTION_TYPE_ACCESS_RIGHTS SYSRES_CONST_ACTION_TYPE_ADD_ATTACHMENT SYSRES_CONST_ACTION_TYPE_CHANGE_CARD SYSRES_CONST_ACTION_TYPE_CHANGE_KIND SYSRES_CONST_ACTION_TYPE_CHANGE_STORAGE SYSRES_CONST_ACTION_TYPE_CONTINUE SYSRES_CONST_ACTION_TYPE_COPY SYSRES_CONST_ACTION_TYPE_CREATE SYSRES_CONST_ACTION_TYPE_CREATE_VERSION SYSRES_CONST_ACTION_TYPE_DELETE SYSRES_CONST_ACTION_TYPE_DELETE_ATTACHMENT SYSRES_CONST_ACTION_TYPE_DELETE_VERSION SYSRES_CONST_ACTION_TYPE_DISABLE_DELEGATE_ACCESS_RIGHTS SYSRES_CONST_ACTION_TYPE_ENABLE_DELEGATE_ACCESS_RIGHTS SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_CERTIFICATE SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_CERTIFICATE_AND_PASSWORD SYSRES_CONST_ACTION_TYPE_ENCRYPTION_BY_PASSWORD SYSRES_CONST_ACTION_TYPE_EXPORT_WITH_LOCK SYSRES_CONST_ACTION_TYPE_EXPORT_WITHOUT_LOCK SYSRES_CONST_ACTION_TYPE_IMPORT_WITH_UNLOCK SYSRES_CONST_ACTION_TYPE_IMPORT_WITHOUT_UNLOCK SYSRES_CONST_ACTION_TYPE_LIFE_CYCLE_STAGE SYSRES_CONST_ACTION_TYPE_LOCK SYSRES_CONST_ACTION_TYPE_LOCK_FOR_SERVER SYSRES_CONST_ACTION_TYPE_LOCK_MODIFY SYSRES_CONST_ACTION_TYPE_MARK_AS_READED SYSRES_CONST_ACTION_TYPE_MARK_AS_UNREADED SYSRES_CONST_ACTION_TYPE_MODIFY SYSRES_CONST_ACTION_TYPE_MODIFY_CARD SYSRES_CONST_ACTION_TYPE_MOVE_TO_ARCHIVE SYSRES_CONST_ACTION_TYPE_OFF_ENCRYPTION SYSRES_CONST_ACTION_TYPE_PASSWORD_CHANGE SYSRES_CONST_ACTION_TYPE_PERFORM SYSRES_CONST_ACTION_TYPE_RECOVER_FROM_LOCAL_COPY SYSRES_CONST_ACTION_TYPE_RESTART SYSRES_CONST_ACTION_TYPE_RESTORE_FROM_ARCHIVE SYSRES_CONST_ACTION_TYPE_REVISION SYSRES_CONST_ACTION_TYPE_SEND_BY_MAIL SYSRES_CONST_ACTION_TYPE_SIGN SYSRES_CONST_ACTION_TYPE_START SYSRES_CONST_ACTION_TYPE_UNLOCK SYSRES_CONST_ACTION_TYPE_UNLOCK_FROM_SERVER SYSRES_CONST_ACTION_TYPE_VERSION_STATE SYSRES_CONST_ACTION_TYPE_VERSION_VISIBILITY SYSRES_CONST_ACTION_TYPE_VIEW SYSRES_CONST_ACTION_TYPE_VIEW_SHADOW_COPY SYSRES_CONST_ACTION_TYPE_WORKFLOW_DESCRIPTION_MODIFY SYSRES_CONST_ACTION_TYPE_WRITE_HISTORY SYSRES_CONST_ACTIVE_VERSION_STATE_PICK_VALUE SYSRES_CONST_ADD_REFERENCE_MODE_NAME SYSRES_CONST_ADDITION_REQUISITE_CODE SYSRES_CONST_ADDITIONAL_PARAMS_REQUISITE_CODE SYSRES_CONST_ADITIONAL_JOB_END_DATE_REQUISITE_NAME SYSRES_CONST_ADITIONAL_JOB_READ_REQUISITE_NAME SYSRES_CONST_ADITIONAL_JOB_START_DATE_REQUISITE_NAME SYSRES_CONST_ADITIONAL_JOB_STATE_REQUISITE_NAME SYSRES_CONST_ADMINISTRATION_HISTORY_ADDING_USER_TO_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_ADDING_USER_TO_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_COMP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_COMP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_USER_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_CREATION_USER_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_CREATION SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_CREATION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_DELETION SYSRES_CONST_ADMINISTRATION_HISTORY_DATABASE_USER_DELETION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_COMP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_COMP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_FROM_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_DELETION_USER_FROM_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_RESTRICTION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_FILTERER_RESTRICTION_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_PRIVILEGE_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_PRIVILEGE_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_RIGHTS_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_GRANTING_RIGHTS_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_IS_MAIN_SERVER_CHANGED_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_IS_MAIN_SERVER_CHANGED_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_IS_PUBLIC_CHANGED_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_IS_PUBLIC_CHANGED_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_RESTRICTION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_FILTERER_RESTRICTION_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_PRIVILEGE_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_PRIVILEGE_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_RIGHTS_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_REMOVING_RIGHTS_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_CREATION SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_CREATION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_DELETION SYSRES_CONST_ADMINISTRATION_HISTORY_SERVER_LOGIN_DELETION_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_CATEGORY_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_CATEGORY_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_COMP_TITLE_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_COMP_TITLE_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_FULL_NAME_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_FULL_NAME_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_PARENT_GROUP_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_PARENT_GROUP_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_AUTH_TYPE_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_AUTH_TYPE_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_LOGIN_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_LOGIN_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_STATUS_ACTION SYSRES_CONST_ADMINISTRATION_HISTORY_UPDATING_USER_STATUS_ACTION_CODE SYSRES_CONST_ADMINISTRATION_HISTORY_USER_PASSWORD_CHANGE SYSRES_CONST_ADMINISTRATION_HISTORY_USER_PASSWORD_CHANGE_ACTION SYSRES_CONST_ALL_ACCEPT_CONDITION_RUS SYSRES_CONST_ALL_USERS_GROUP SYSRES_CONST_ALL_USERS_GROUP_NAME SYSRES_CONST_ALL_USERS_SERVER_GROUP_NAME SYSRES_CONST_ALLOWED_ACCESS_TYPE_CODE SYSRES_CONST_ALLOWED_ACCESS_TYPE_NAME SYSRES_CONST_APP_VIEWER_TYPE_REQUISITE_CODE SYSRES_CONST_APPROVING_SIGNATURE_NAME SYSRES_CONST_APPROVING_SIGNATURE_REQUISITE_CODE SYSRES_CONST_ASSISTANT_SUBSTITUE_TYPE SYSRES_CONST_ASSISTANT_SUBSTITUE_TYPE_CODE SYSRES_CONST_ATTACH_TYPE_COMPONENT_TOKEN SYSRES_CONST_ATTACH_TYPE_DOC SYSRES_CONST_ATTACH_TYPE_EDOC SYSRES_CONST_ATTACH_TYPE_FOLDER SYSRES_CONST_ATTACH_TYPE_JOB SYSRES_CONST_ATTACH_TYPE_REFERENCE SYSRES_CONST_ATTACH_TYPE_TASK SYSRES_CONST_AUTH_ENCODED_PASSWORD SYSRES_CONST_AUTH_ENCODED_PASSWORD_CODE SYSRES_CONST_AUTH_NOVELL SYSRES_CONST_AUTH_PASSWORD SYSRES_CONST_AUTH_PASSWORD_CODE SYSRES_CONST_AUTH_WINDOWS SYSRES_CONST_AUTHENTICATING_SIGNATURE_NAME SYSRES_CONST_AUTHENTICATING_SIGNATURE_REQUISITE_CODE SYSRES_CONST_AUTO_ENUM_METHOD_FLAG SYSRES_CONST_AUTO_NUMERATION_CODE SYSRES_CONST_AUTO_STRONG_ENUM_METHOD_FLAG SYSRES_CONST_AUTOTEXT_NAME_REQUISITE_CODE SYSRES_CONST_AUTOTEXT_TEXT_REQUISITE_CODE SYSRES_CONST_AUTOTEXT_USAGE_ALL SYSRES_CONST_AUTOTEXT_USAGE_ALL_CODE SYSRES_CONST_AUTOTEXT_USAGE_SIGN SYSRES_CONST_AUTOTEXT_USAGE_SIGN_CODE SYSRES_CONST_AUTOTEXT_USAGE_WORK SYSRES_CONST_AUTOTEXT_USAGE_WORK_CODE SYSRES_CONST_AUTOTEXT_USE_ANYWHERE_CODE SYSRES_CONST_AUTOTEXT_USE_ON_SIGNING_CODE SYSRES_CONST_AUTOTEXT_USE_ON_WORK_CODE SYSRES_CONST_BEGIN_DATE_REQUISITE_CODE SYSRES_CONST_BLACK_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_BLUE_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_BTN_PART SYSRES_CONST_CALCULATED_ROLE_TYPE_CODE SYSRES_CONST_CALL_TYPE_VARIABLE_BUTTON_VALUE SYSRES_CONST_CALL_TYPE_VARIABLE_PROGRAM_VALUE SYSRES_CONST_CANCEL_MESSAGE_FUNCTION_RESULT SYSRES_CONST_CARD_PART SYSRES_CONST_CARD_REFERENCE_MODE_NAME SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_ENCRYPT_VALUE SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_SIGN_AND_ENCRYPT_VALUE SYSRES_CONST_CERTIFICATE_TYPE_REQUISITE_SIGN_VALUE SYSRES_CONST_CHECK_PARAM_VALUE_DATE_PARAM_TYPE SYSRES_CONST_CHECK_PARAM_VALUE_FLOAT_PARAM_TYPE SYSRES_CONST_CHECK_PARAM_VALUE_INTEGER_PARAM_TYPE SYSRES_CONST_CHECK_PARAM_VALUE_PICK_PARAM_TYPE SYSRES_CONST_CHECK_PARAM_VALUE_REEFRENCE_PARAM_TYPE SYSRES_CONST_CLOSED_RECORD_FLAG_VALUE_FEMININE SYSRES_CONST_CLOSED_RECORD_FLAG_VALUE_MASCULINE SYSRES_CONST_CODE_COMPONENT_TYPE_ADMIN SYSRES_CONST_CODE_COMPONENT_TYPE_DEVELOPER SYSRES_CONST_CODE_COMPONENT_TYPE_DOCS SYSRES_CONST_CODE_COMPONENT_TYPE_EDOC_CARDS SYSRES_CONST_CODE_COMPONENT_TYPE_EXTERNAL_EXECUTABLE SYSRES_CONST_CODE_COMPONENT_TYPE_OTHER SYSRES_CONST_CODE_COMPONENT_TYPE_REFERENCE SYSRES_CONST_CODE_COMPONENT_TYPE_REPORT SYSRES_CONST_CODE_COMPONENT_TYPE_SCRIPT SYSRES_CONST_CODE_COMPONENT_TYPE_URL SYSRES_CONST_CODE_REQUISITE_ACCESS SYSRES_CONST_CODE_REQUISITE_CODE SYSRES_CONST_CODE_REQUISITE_COMPONENT SYSRES_CONST_CODE_REQUISITE_DESCRIPTION SYSRES_CONST_CODE_REQUISITE_EXCLUDE_COMPONENT SYSRES_CONST_CODE_REQUISITE_RECORD SYSRES_CONST_COMMENT_REQ_CODE SYSRES_CONST_COMMON_SETTINGS_REQUISITE_CODE SYSRES_CONST_COMP_CODE_GRD SYSRES_CONST_COMPONENT_GROUP_TYPE_REQUISITE_CODE SYSRES_CONST_COMPONENT_TYPE_ADMIN_COMPONENTS SYSRES_CONST_COMPONENT_TYPE_DEVELOPER_COMPONENTS SYSRES_CONST_COMPONENT_TYPE_DOCS SYSRES_CONST_COMPONENT_TYPE_EDOC_CARDS SYSRES_CONST_COMPONENT_TYPE_EDOCS SYSRES_CONST_COMPONENT_TYPE_EXTERNAL_EXECUTABLE SYSRES_CONST_COMPONENT_TYPE_OTHER SYSRES_CONST_COMPONENT_TYPE_REFERENCE_TYPES SYSRES_CONST_COMPONENT_TYPE_REFERENCES SYSRES_CONST_COMPONENT_TYPE_REPORTS SYSRES_CONST_COMPONENT_TYPE_SCRIPTS SYSRES_CONST_COMPONENT_TYPE_URL SYSRES_CONST_COMPONENTS_REMOTE_SERVERS_VIEW_CODE SYSRES_CONST_CONDITION_BLOCK_DESCRIPTION SYSRES_CONST_CONST_FIRM_STATUS_COMMON SYSRES_CONST_CONST_FIRM_STATUS_INDIVIDUAL SYSRES_CONST_CONST_NEGATIVE_VALUE SYSRES_CONST_CONST_POSITIVE_VALUE SYSRES_CONST_CONST_SERVER_STATUS_DONT_REPLICATE SYSRES_CONST_CONST_SERVER_STATUS_REPLICATE SYSRES_CONST_CONTENTS_REQUISITE_CODE SYSRES_CONST_DATA_TYPE_BOOLEAN SYSRES_CONST_DATA_TYPE_DATE SYSRES_CONST_DATA_TYPE_FLOAT SYSRES_CONST_DATA_TYPE_INTEGER SYSRES_CONST_DATA_TYPE_PICK SYSRES_CONST_DATA_TYPE_REFERENCE SYSRES_CONST_DATA_TYPE_STRING SYSRES_CONST_DATA_TYPE_TEXT SYSRES_CONST_DATA_TYPE_VARIANT SYSRES_CONST_DATE_CLOSE_REQ_CODE SYSRES_CONST_DATE_FORMAT_DATE_ONLY_CHAR SYSRES_CONST_DATE_OPEN_REQ_CODE SYSRES_CONST_DATE_REQUISITE SYSRES_CONST_DATE_REQUISITE_CODE SYSRES_CONST_DATE_REQUISITE_NAME SYSRES_CONST_DATE_REQUISITE_TYPE SYSRES_CONST_DATE_TYPE_CHAR SYSRES_CONST_DATETIME_FORMAT_VALUE SYSRES_CONST_DEA_ACCESS_RIGHTS_ACTION_CODE SYSRES_CONST_DESCRIPTION_LOCALIZE_ID_REQUISITE_CODE SYSRES_CONST_DESCRIPTION_REQUISITE_CODE SYSRES_CONST_DET1_PART SYSRES_CONST_DET2_PART SYSRES_CONST_DET3_PART SYSRES_CONST_DET4_PART SYSRES_CONST_DET5_PART SYSRES_CONST_DET6_PART SYSRES_CONST_DETAIL_DATASET_KEY_REQUISITE_CODE SYSRES_CONST_DETAIL_PICK_REQUISITE_CODE SYSRES_CONST_DETAIL_REQ_CODE SYSRES_CONST_DO_NOT_USE_ACCESS_TYPE_CODE SYSRES_CONST_DO_NOT_USE_ACCESS_TYPE_NAME SYSRES_CONST_DO_NOT_USE_ON_VIEW_ACCESS_TYPE_CODE SYSRES_CONST_DO_NOT_USE_ON_VIEW_ACCESS_TYPE_NAME SYSRES_CONST_DOCUMENT_STORAGES_CODE SYSRES_CONST_DOCUMENT_TEMPLATES_TYPE_NAME SYSRES_CONST_DOUBLE_REQUISITE_CODE SYSRES_CONST_EDITOR_CLOSE_FILE_OBSERV_TYPE_CODE SYSRES_CONST_EDITOR_CLOSE_PROCESS_OBSERV_TYPE_CODE SYSRES_CONST_EDITOR_TYPE_REQUISITE_CODE SYSRES_CONST_EDITORS_APPLICATION_NAME_REQUISITE_CODE SYSRES_CONST_EDITORS_CREATE_SEVERAL_PROCESSES_REQUISITE_CODE SYSRES_CONST_EDITORS_EXTENSION_REQUISITE_CODE SYSRES_CONST_EDITORS_OBSERVER_BY_PROCESS_TYPE SYSRES_CONST_EDITORS_REFERENCE_CODE SYSRES_CONST_EDITORS_REPLACE_SPEC_CHARS_REQUISITE_CODE SYSRES_CONST_EDITORS_USE_PLUGINS_REQUISITE_CODE SYSRES_CONST_EDITORS_VIEW_DOCUMENT_OPENED_TO_EDIT_CODE SYSRES_CONST_EDOC_CARD_TYPE_REQUISITE_CODE SYSRES_CONST_EDOC_CARD_TYPES_LINK_REQUISITE_CODE SYSRES_CONST_EDOC_CERTIFICATE_AND_PASSWORD_ENCODE_CODE SYSRES_CONST_EDOC_CERTIFICATE_ENCODE_CODE SYSRES_CONST_EDOC_DATE_REQUISITE_CODE SYSRES_CONST_EDOC_KIND_REFERENCE_CODE SYSRES_CONST_EDOC_KINDS_BY_TEMPLATE_ACTION_CODE SYSRES_CONST_EDOC_MANAGE_ACCESS_CODE SYSRES_CONST_EDOC_NONE_ENCODE_CODE SYSRES_CONST_EDOC_NUMBER_REQUISITE_CODE SYSRES_CONST_EDOC_PASSWORD_ENCODE_CODE SYSRES_CONST_EDOC_READONLY_ACCESS_CODE SYSRES_CONST_EDOC_SHELL_LIFE_TYPE_VIEW_VALUE SYSRES_CONST_EDOC_SIZE_RESTRICTION_PRIORITY_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_CHECK_ACCESS_RIGHTS_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_COMPUTER_NAME_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_DATABASE_NAME_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_EDIT_IN_STORAGE_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_LOCAL_PATH_REQUISITE_CODE SYSRES_CONST_EDOC_STORAGE_SHARED_SOURCE_NAME_REQUISITE_CODE SYSRES_CONST_EDOC_TEMPLATE_REQUISITE_CODE SYSRES_CONST_EDOC_TYPES_REFERENCE_CODE SYSRES_CONST_EDOC_VERSION_ACTIVE_STAGE_CODE SYSRES_CONST_EDOC_VERSION_DESIGN_STAGE_CODE SYSRES_CONST_EDOC_VERSION_OBSOLETE_STAGE_CODE SYSRES_CONST_EDOC_WRITE_ACCES_CODE SYSRES_CONST_EDOCUMENT_CARD_REQUISITES_REFERENCE_CODE_SELECTED_REQUISITE SYSRES_CONST_ENCODE_CERTIFICATE_TYPE_CODE SYSRES_CONST_END_DATE_REQUISITE_CODE SYSRES_CONST_ENUMERATION_TYPE_REQUISITE_CODE SYSRES_CONST_EXECUTE_ACCESS_RIGHTS_TYPE_CODE SYSRES_CONST_EXECUTIVE_FILE_STORAGE_TYPE SYSRES_CONST_EXIST_CONST SYSRES_CONST_EXIST_VALUE SYSRES_CONST_EXPORT_LOCK_TYPE_ASK SYSRES_CONST_EXPORT_LOCK_TYPE_WITH_LOCK SYSRES_CONST_EXPORT_LOCK_TYPE_WITHOUT_LOCK SYSRES_CONST_EXPORT_VERSION_TYPE_ASK SYSRES_CONST_EXPORT_VERSION_TYPE_LAST SYSRES_CONST_EXPORT_VERSION_TYPE_LAST_ACTIVE SYSRES_CONST_EXTENSION_REQUISITE_CODE SYSRES_CONST_FILTER_NAME_REQUISITE_CODE SYSRES_CONST_FILTER_REQUISITE_CODE SYSRES_CONST_FILTER_TYPE_COMMON_CODE SYSRES_CONST_FILTER_TYPE_COMMON_NAME SYSRES_CONST_FILTER_TYPE_USER_CODE SYSRES_CONST_FILTER_TYPE_USER_NAME SYSRES_CONST_FILTER_VALUE_REQUISITE_NAME SYSRES_CONST_FLOAT_NUMBER_FORMAT_CHAR SYSRES_CONST_FLOAT_REQUISITE_TYPE SYSRES_CONST_FOLDER_AUTHOR_VALUE SYSRES_CONST_FOLDER_KIND_ANY_OBJECTS SYSRES_CONST_FOLDER_KIND_COMPONENTS SYSRES_CONST_FOLDER_KIND_EDOCS SYSRES_CONST_FOLDER_KIND_JOBS SYSRES_CONST_FOLDER_KIND_TASKS SYSRES_CONST_FOLDER_TYPE_COMMON SYSRES_CONST_FOLDER_TYPE_COMPONENT SYSRES_CONST_FOLDER_TYPE_FAVORITES SYSRES_CONST_FOLDER_TYPE_INBOX SYSRES_CONST_FOLDER_TYPE_OUTBOX SYSRES_CONST_FOLDER_TYPE_QUICK_LAUNCH SYSRES_CONST_FOLDER_TYPE_SEARCH SYSRES_CONST_FOLDER_TYPE_SHORTCUTS SYSRES_CONST_FOLDER_TYPE_USER SYSRES_CONST_FROM_DICTIONARY_ENUM_METHOD_FLAG SYSRES_CONST_FULL_SUBSTITUTE_TYPE SYSRES_CONST_FULL_SUBSTITUTE_TYPE_CODE SYSRES_CONST_FUNCTION_CANCEL_RESULT SYSRES_CONST_FUNCTION_CATEGORY_SYSTEM SYSRES_CONST_FUNCTION_CATEGORY_USER SYSRES_CONST_FUNCTION_FAILURE_RESULT SYSRES_CONST_FUNCTION_SAVE_RESULT SYSRES_CONST_GENERATED_REQUISITE SYSRES_CONST_GREEN_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_GROUP_ACCOUNT_TYPE_VALUE_CODE SYSRES_CONST_GROUP_CATEGORY_NORMAL_CODE SYSRES_CONST_GROUP_CATEGORY_NORMAL_NAME SYSRES_CONST_GROUP_CATEGORY_SERVICE_CODE SYSRES_CONST_GROUP_CATEGORY_SERVICE_NAME SYSRES_CONST_GROUP_COMMON_CATEGORY_FIELD_VALUE SYSRES_CONST_GROUP_FULL_NAME_REQUISITE_CODE SYSRES_CONST_GROUP_NAME_REQUISITE_CODE SYSRES_CONST_GROUP_RIGHTS_T_REQUISITE_CODE SYSRES_CONST_GROUP_SERVER_CODES_REQUISITE_CODE SYSRES_CONST_GROUP_SERVER_NAME_REQUISITE_CODE SYSRES_CONST_GROUP_SERVICE_CATEGORY_FIELD_VALUE SYSRES_CONST_GROUP_USER_REQUISITE_CODE SYSRES_CONST_GROUPS_REFERENCE_CODE SYSRES_CONST_GROUPS_REQUISITE_CODE SYSRES_CONST_HIDDEN_MODE_NAME SYSRES_CONST_HIGH_LVL_REQUISITE_CODE SYSRES_CONST_HISTORY_ACTION_CREATE_CODE SYSRES_CONST_HISTORY_ACTION_DELETE_CODE SYSRES_CONST_HISTORY_ACTION_EDIT_CODE SYSRES_CONST_HOUR_CHAR SYSRES_CONST_ID_REQUISITE_CODE SYSRES_CONST_IDSPS_REQUISITE_CODE SYSRES_CONST_IMAGE_MODE_COLOR SYSRES_CONST_IMAGE_MODE_GREYSCALE SYSRES_CONST_IMAGE_MODE_MONOCHROME SYSRES_CONST_IMPORTANCE_HIGH SYSRES_CONST_IMPORTANCE_LOW SYSRES_CONST_IMPORTANCE_NORMAL SYSRES_CONST_IN_DESIGN_VERSION_STATE_PICK_VALUE SYSRES_CONST_INCOMING_WORK_RULE_TYPE_CODE SYSRES_CONST_INT_REQUISITE SYSRES_CONST_INT_REQUISITE_TYPE SYSRES_CONST_INTEGER_NUMBER_FORMAT_CHAR SYSRES_CONST_INTEGER_TYPE_CHAR SYSRES_CONST_IS_GENERATED_REQUISITE_NEGATIVE_VALUE SYSRES_CONST_IS_PUBLIC_ROLE_REQUISITE_CODE SYSRES_CONST_IS_REMOTE_USER_NEGATIVE_VALUE SYSRES_CONST_IS_REMOTE_USER_POSITIVE_VALUE SYSRES_CONST_IS_STORED_REQUISITE_NEGATIVE_VALUE SYSRES_CONST_IS_STORED_REQUISITE_STORED_VALUE SYSRES_CONST_ITALIC_LIFE_CYCLE_STAGE_DRAW_STYLE SYSRES_CONST_JOB_BLOCK_DESCRIPTION SYSRES_CONST_JOB_KIND_CONTROL_JOB SYSRES_CONST_JOB_KIND_JOB SYSRES_CONST_JOB_KIND_NOTICE SYSRES_CONST_JOB_STATE_ABORTED SYSRES_CONST_JOB_STATE_COMPLETE SYSRES_CONST_JOB_STATE_WORKING SYSRES_CONST_KIND_REQUISITE_CODE SYSRES_CONST_KIND_REQUISITE_NAME SYSRES_CONST_KINDS_CREATE_SHADOW_COPIES_REQUISITE_CODE SYSRES_CONST_KINDS_DEFAULT_EDOC_LIFE_STAGE_REQUISITE_CODE SYSRES_CONST_KINDS_EDOC_ALL_TEPLATES_ALLOWED_REQUISITE_CODE SYSRES_CONST_KINDS_EDOC_ALLOW_LIFE_CYCLE_STAGE_CHANGING_REQUISITE_CODE SYSRES_CONST_KINDS_EDOC_ALLOW_MULTIPLE_ACTIVE_VERSIONS_REQUISITE_CODE SYSRES_CONST_KINDS_EDOC_SHARE_ACCES_RIGHTS_BY_DEFAULT_CODE SYSRES_CONST_KINDS_EDOC_TEMPLATE_REQUISITE_CODE SYSRES_CONST_KINDS_EDOC_TYPE_REQUISITE_CODE SYSRES_CONST_KINDS_SIGNERS_REQUISITES_CODE SYSRES_CONST_KOD_INPUT_TYPE SYSRES_CONST_LAST_UPDATE_DATE_REQUISITE_CODE SYSRES_CONST_LIFE_CYCLE_START_STAGE_REQUISITE_CODE SYSRES_CONST_LILAC_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_LINK_OBJECT_KIND_COMPONENT SYSRES_CONST_LINK_OBJECT_KIND_DOCUMENT SYSRES_CONST_LINK_OBJECT_KIND_EDOC SYSRES_CONST_LINK_OBJECT_KIND_FOLDER SYSRES_CONST_LINK_OBJECT_KIND_JOB SYSRES_CONST_LINK_OBJECT_KIND_REFERENCE SYSRES_CONST_LINK_OBJECT_KIND_TASK SYSRES_CONST_LINK_REF_TYPE_REQUISITE_CODE SYSRES_CONST_LIST_REFERENCE_MODE_NAME SYSRES_CONST_LOCALIZATION_DICTIONARY_MAIN_VIEW_CODE SYSRES_CONST_MAIN_VIEW_CODE SYSRES_CONST_MANUAL_ENUM_METHOD_FLAG SYSRES_CONST_MASTER_COMP_TYPE_REQUISITE_CODE SYSRES_CONST_MASTER_TABLE_REC_ID_REQUISITE_CODE SYSRES_CONST_MAXIMIZED_MODE_NAME SYSRES_CONST_ME_VALUE SYSRES_CONST_MESSAGE_ATTENTION_CAPTION SYSRES_CONST_MESSAGE_CONFIRMATION_CAPTION SYSRES_CONST_MESSAGE_ERROR_CAPTION SYSRES_CONST_MESSAGE_INFORMATION_CAPTION SYSRES_CONST_MINIMIZED_MODE_NAME SYSRES_CONST_MINUTE_CHAR SYSRES_CONST_MODULE_REQUISITE_CODE SYSRES_CONST_MONITORING_BLOCK_DESCRIPTION SYSRES_CONST_MONTH_FORMAT_VALUE SYSRES_CONST_NAME_LOCALIZE_ID_REQUISITE_CODE SYSRES_CONST_NAME_REQUISITE_CODE SYSRES_CONST_NAME_SINGULAR_REQUISITE_CODE SYSRES_CONST_NAMEAN_INPUT_TYPE SYSRES_CONST_NEGATIVE_PICK_VALUE SYSRES_CONST_NEGATIVE_VALUE SYSRES_CONST_NO SYSRES_CONST_NO_PICK_VALUE SYSRES_CONST_NO_SIGNATURE_REQUISITE_CODE SYSRES_CONST_NO_VALUE SYSRES_CONST_NONE_ACCESS_RIGHTS_TYPE_CODE SYSRES_CONST_NONOPERATING_RECORD_FLAG_VALUE SYSRES_CONST_NONOPERATING_RECORD_FLAG_VALUE_MASCULINE SYSRES_CONST_NORMAL_ACCESS_RIGHTS_TYPE_CODE SYSRES_CONST_NORMAL_LIFE_CYCLE_STAGE_DRAW_STYLE SYSRES_CONST_NORMAL_MODE_NAME SYSRES_CONST_NOT_ALLOWED_ACCESS_TYPE_CODE SYSRES_CONST_NOT_ALLOWED_ACCESS_TYPE_NAME SYSRES_CONST_NOTE_REQUISITE_CODE SYSRES_CONST_NOTICE_BLOCK_DESCRIPTION SYSRES_CONST_NUM_REQUISITE SYSRES_CONST_NUM_STR_REQUISITE_CODE SYSRES_CONST_NUMERATION_AUTO_NOT_STRONG SYSRES_CONST_NUMERATION_AUTO_STRONG SYSRES_CONST_NUMERATION_FROM_DICTONARY SYSRES_CONST_NUMERATION_MANUAL SYSRES_CONST_NUMERIC_TYPE_CHAR SYSRES_CONST_NUMREQ_REQUISITE_CODE SYSRES_CONST_OBSOLETE_VERSION_STATE_PICK_VALUE SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_CODE SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_FEMININE SYSRES_CONST_OPERATING_RECORD_FLAG_VALUE_MASCULINE SYSRES_CONST_OPTIONAL_FORM_COMP_REQCODE_PREFIX SYSRES_CONST_ORANGE_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_ORIGINALREF_REQUISITE_CODE SYSRES_CONST_OURFIRM_REF_CODE SYSRES_CONST_OURFIRM_REQUISITE_CODE SYSRES_CONST_OURFIRM_VAR SYSRES_CONST_OUTGOING_WORK_RULE_TYPE_CODE SYSRES_CONST_PICK_NEGATIVE_RESULT SYSRES_CONST_PICK_POSITIVE_RESULT SYSRES_CONST_PICK_REQUISITE SYSRES_CONST_PICK_REQUISITE_TYPE SYSRES_CONST_PICK_TYPE_CHAR SYSRES_CONST_PLAN_STATUS_REQUISITE_CODE SYSRES_CONST_PLATFORM_VERSION_COMMENT SYSRES_CONST_PLUGINS_SETTINGS_DESCRIPTION_REQUISITE_CODE SYSRES_CONST_POSITIVE_PICK_VALUE SYSRES_CONST_POWER_TO_CREATE_ACTION_CODE SYSRES_CONST_POWER_TO_SIGN_ACTION_CODE SYSRES_CONST_PRIORITY_REQUISITE_CODE SYSRES_CONST_QUALIFIED_TASK_TYPE SYSRES_CONST_QUALIFIED_TASK_TYPE_CODE SYSRES_CONST_RECSTAT_REQUISITE_CODE SYSRES_CONST_RED_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_REF_ID_T_REF_TYPE_REQUISITE_CODE SYSRES_CONST_REF_REQUISITE SYSRES_CONST_REF_REQUISITE_TYPE SYSRES_CONST_REF_REQUISITES_REFERENCE_CODE_SELECTED_REQUISITE SYSRES_CONST_REFERENCE_RECORD_HISTORY_CREATE_ACTION_CODE SYSRES_CONST_REFERENCE_RECORD_HISTORY_DELETE_ACTION_CODE SYSRES_CONST_REFERENCE_RECORD_HISTORY_MODIFY_ACTION_CODE SYSRES_CONST_REFERENCE_TYPE_CHAR SYSRES_CONST_REFERENCE_TYPE_REQUISITE_NAME SYSRES_CONST_REFERENCES_ADD_PARAMS_REQUISITE_CODE SYSRES_CONST_REFERENCES_DISPLAY_REQUISITE_REQUISITE_CODE SYSRES_CONST_REMOTE_SERVER_STATUS_WORKING SYSRES_CONST_REMOTE_SERVER_TYPE_MAIN SYSRES_CONST_REMOTE_SERVER_TYPE_SECONDARY SYSRES_CONST_REMOTE_USER_FLAG_VALUE_CODE SYSRES_CONST_REPORT_APP_EDITOR_INTERNAL SYSRES_CONST_REPORT_BASE_REPORT_ID_REQUISITE_CODE SYSRES_CONST_REPORT_BASE_REPORT_REQUISITE_CODE SYSRES_CONST_REPORT_SCRIPT_REQUISITE_CODE SYSRES_CONST_REPORT_TEMPLATE_REQUISITE_CODE SYSRES_CONST_REPORT_VIEWER_CODE_REQUISITE_CODE SYSRES_CONST_REQ_ALLOW_COMPONENT_DEFAULT_VALUE SYSRES_CONST_REQ_ALLOW_RECORD_DEFAULT_VALUE SYSRES_CONST_REQ_ALLOW_SERVER_COMPONENT_DEFAULT_VALUE SYSRES_CONST_REQ_MODE_AVAILABLE_CODE SYSRES_CONST_REQ_MODE_EDIT_CODE SYSRES_CONST_REQ_MODE_HIDDEN_CODE SYSRES_CONST_REQ_MODE_NOT_AVAILABLE_CODE SYSRES_CONST_REQ_MODE_VIEW_CODE SYSRES_CONST_REQ_NUMBER_REQUISITE_CODE SYSRES_CONST_REQ_SECTION_VALUE SYSRES_CONST_REQ_TYPE_VALUE SYSRES_CONST_REQUISITE_FORMAT_BY_UNIT SYSRES_CONST_REQUISITE_FORMAT_DATE_FULL SYSRES_CONST_REQUISITE_FORMAT_DATE_TIME SYSRES_CONST_REQUISITE_FORMAT_LEFT SYSRES_CONST_REQUISITE_FORMAT_RIGHT SYSRES_CONST_REQUISITE_FORMAT_WITHOUT_UNIT SYSRES_CONST_REQUISITE_NUMBER_REQUISITE_CODE SYSRES_CONST_REQUISITE_SECTION_ACTIONS SYSRES_CONST_REQUISITE_SECTION_BUTTON SYSRES_CONST_REQUISITE_SECTION_BUTTONS SYSRES_CONST_REQUISITE_SECTION_CARD SYSRES_CONST_REQUISITE_SECTION_TABLE SYSRES_CONST_REQUISITE_SECTION_TABLE10 SYSRES_CONST_REQUISITE_SECTION_TABLE11 SYSRES_CONST_REQUISITE_SECTION_TABLE12 SYSRES_CONST_REQUISITE_SECTION_TABLE13 SYSRES_CONST_REQUISITE_SECTION_TABLE14 SYSRES_CONST_REQUISITE_SECTION_TABLE15 SYSRES_CONST_REQUISITE_SECTION_TABLE16 SYSRES_CONST_REQUISITE_SECTION_TABLE17 SYSRES_CONST_REQUISITE_SECTION_TABLE18 SYSRES_CONST_REQUISITE_SECTION_TABLE19 SYSRES_CONST_REQUISITE_SECTION_TABLE2 SYSRES_CONST_REQUISITE_SECTION_TABLE20 SYSRES_CONST_REQUISITE_SECTION_TABLE21 SYSRES_CONST_REQUISITE_SECTION_TABLE22 SYSRES_CONST_REQUISITE_SECTION_TABLE23 SYSRES_CONST_REQUISITE_SECTION_TABLE24 SYSRES_CONST_REQUISITE_SECTION_TABLE3 SYSRES_CONST_REQUISITE_SECTION_TABLE4 SYSRES_CONST_REQUISITE_SECTION_TABLE5 SYSRES_CONST_REQUISITE_SECTION_TABLE6 SYSRES_CONST_REQUISITE_SECTION_TABLE7 SYSRES_CONST_REQUISITE_SECTION_TABLE8 SYSRES_CONST_REQUISITE_SECTION_TABLE9 SYSRES_CONST_REQUISITES_PSEUDOREFERENCE_REQUISITE_NUMBER_REQUISITE_CODE SYSRES_CONST_RIGHT_ALIGNMENT_CODE SYSRES_CONST_ROLES_REFERENCE_CODE SYSRES_CONST_ROUTE_STEP_AFTER_RUS SYSRES_CONST_ROUTE_STEP_AND_CONDITION_RUS SYSRES_CONST_ROUTE_STEP_OR_CONDITION_RUS SYSRES_CONST_ROUTE_TYPE_COMPLEX SYSRES_CONST_ROUTE_TYPE_PARALLEL SYSRES_CONST_ROUTE_TYPE_SERIAL SYSRES_CONST_SBDATASETDESC_NEGATIVE_VALUE SYSRES_CONST_SBDATASETDESC_POSITIVE_VALUE SYSRES_CONST_SBVIEWSDESC_POSITIVE_VALUE SYSRES_CONST_SCRIPT_BLOCK_DESCRIPTION SYSRES_CONST_SEARCH_BY_TEXT_REQUISITE_CODE SYSRES_CONST_SEARCHES_COMPONENT_CONTENT SYSRES_CONST_SEARCHES_CRITERIA_ACTION_NAME SYSRES_CONST_SEARCHES_EDOC_CONTENT SYSRES_CONST_SEARCHES_FOLDER_CONTENT SYSRES_CONST_SEARCHES_JOB_CONTENT SYSRES_CONST_SEARCHES_REFERENCE_CODE SYSRES_CONST_SEARCHES_TASK_CONTENT SYSRES_CONST_SECOND_CHAR SYSRES_CONST_SECTION_REQUISITE_ACTIONS_VALUE SYSRES_CONST_SECTION_REQUISITE_CARD_VALUE SYSRES_CONST_SECTION_REQUISITE_CODE SYSRES_CONST_SECTION_REQUISITE_DETAIL_1_VALUE SYSRES_CONST_SECTION_REQUISITE_DETAIL_2_VALUE SYSRES_CONST_SECTION_REQUISITE_DETAIL_3_VALUE SYSRES_CONST_SECTION_REQUISITE_DETAIL_4_VALUE SYSRES_CONST_SECTION_REQUISITE_DETAIL_5_VALUE SYSRES_CONST_SECTION_REQUISITE_DETAIL_6_VALUE SYSRES_CONST_SELECT_REFERENCE_MODE_NAME SYSRES_CONST_SELECT_TYPE_SELECTABLE SYSRES_CONST_SELECT_TYPE_SELECTABLE_ONLY_CHILD SYSRES_CONST_SELECT_TYPE_SELECTABLE_WITH_CHILD SYSRES_CONST_SELECT_TYPE_UNSLECTABLE SYSRES_CONST_SERVER_TYPE_MAIN SYSRES_CONST_SERVICE_USER_CATEGORY_FIELD_VALUE SYSRES_CONST_SETTINGS_USER_REQUISITE_CODE SYSRES_CONST_SIGNATURE_AND_ENCODE_CERTIFICATE_TYPE_CODE SYSRES_CONST_SIGNATURE_CERTIFICATE_TYPE_CODE SYSRES_CONST_SINGULAR_TITLE_REQUISITE_CODE SYSRES_CONST_SQL_SERVER_AUTHENTIFICATION_FLAG_VALUE_CODE SYSRES_CONST_SQL_SERVER_ENCODE_AUTHENTIFICATION_FLAG_VALUE_CODE SYSRES_CONST_STANDART_ROUTE_REFERENCE_CODE SYSRES_CONST_STANDART_ROUTE_REFERENCE_COMMENT_REQUISITE_CODE SYSRES_CONST_STANDART_ROUTES_GROUPS_REFERENCE_CODE SYSRES_CONST_STATE_REQ_NAME SYSRES_CONST_STATE_REQUISITE_ACTIVE_VALUE SYSRES_CONST_STATE_REQUISITE_CLOSED_VALUE SYSRES_CONST_STATE_REQUISITE_CODE SYSRES_CONST_STATIC_ROLE_TYPE_CODE SYSRES_CONST_STATUS_PLAN_DEFAULT_VALUE SYSRES_CONST_STATUS_VALUE_AUTOCLEANING SYSRES_CONST_STATUS_VALUE_BLUE_SQUARE SYSRES_CONST_STATUS_VALUE_COMPLETE SYSRES_CONST_STATUS_VALUE_GREEN_SQUARE SYSRES_CONST_STATUS_VALUE_ORANGE_SQUARE SYSRES_CONST_STATUS_VALUE_PURPLE_SQUARE SYSRES_CONST_STATUS_VALUE_RED_SQUARE SYSRES_CONST_STATUS_VALUE_SUSPEND SYSRES_CONST_STATUS_VALUE_YELLOW_SQUARE SYSRES_CONST_STDROUTE_SHOW_TO_USERS_REQUISITE_CODE SYSRES_CONST_STORAGE_TYPE_FILE SYSRES_CONST_STORAGE_TYPE_SQL_SERVER SYSRES_CONST_STR_REQUISITE SYSRES_CONST_STRIKEOUT_LIFE_CYCLE_STAGE_DRAW_STYLE SYSRES_CONST_STRING_FORMAT_LEFT_ALIGN_CHAR SYSRES_CONST_STRING_FORMAT_RIGHT_ALIGN_CHAR SYSRES_CONST_STRING_REQUISITE_CODE SYSRES_CONST_STRING_REQUISITE_TYPE SYSRES_CONST_STRING_TYPE_CHAR SYSRES_CONST_SUBSTITUTES_PSEUDOREFERENCE_CODE SYSRES_CONST_SUBTASK_BLOCK_DESCRIPTION SYSRES_CONST_SYSTEM_SETTING_CURRENT_USER_PARAM_VALUE SYSRES_CONST_SYSTEM_SETTING_EMPTY_VALUE_PARAM_VALUE SYSRES_CONST_SYSTEM_VERSION_COMMENT SYSRES_CONST_TASK_ACCESS_TYPE_ALL SYSRES_CONST_TASK_ACCESS_TYPE_ALL_MEMBERS SYSRES_CONST_TASK_ACCESS_TYPE_MANUAL SYSRES_CONST_TASK_ENCODE_TYPE_CERTIFICATION SYSRES_CONST_TASK_ENCODE_TYPE_CERTIFICATION_AND_PASSWORD SYSRES_CONST_TASK_ENCODE_TYPE_NONE SYSRES_CONST_TASK_ENCODE_TYPE_PASSWORD SYSRES_CONST_TASK_ROUTE_ALL_CONDITION SYSRES_CONST_TASK_ROUTE_AND_CONDITION SYSRES_CONST_TASK_ROUTE_OR_CONDITION SYSRES_CONST_TASK_STATE_ABORTED SYSRES_CONST_TASK_STATE_COMPLETE SYSRES_CONST_TASK_STATE_CONTINUED SYSRES_CONST_TASK_STATE_CONTROL SYSRES_CONST_TASK_STATE_INIT SYSRES_CONST_TASK_STATE_WORKING SYSRES_CONST_TASK_TITLE SYSRES_CONST_TASK_TYPES_GROUPS_REFERENCE_CODE SYSRES_CONST_TASK_TYPES_REFERENCE_CODE SYSRES_CONST_TEMPLATES_REFERENCE_CODE SYSRES_CONST_TEST_DATE_REQUISITE_NAME SYSRES_CONST_TEST_DEV_DATABASE_NAME SYSRES_CONST_TEST_DEV_SYSTEM_CODE SYSRES_CONST_TEST_EDMS_DATABASE_NAME SYSRES_CONST_TEST_EDMS_MAIN_CODE SYSRES_CONST_TEST_EDMS_MAIN_DB_NAME SYSRES_CONST_TEST_EDMS_SECOND_CODE SYSRES_CONST_TEST_EDMS_SECOND_DB_NAME SYSRES_CONST_TEST_EDMS_SYSTEM_CODE SYSRES_CONST_TEST_NUMERIC_REQUISITE_NAME SYSRES_CONST_TEXT_REQUISITE SYSRES_CONST_TEXT_REQUISITE_CODE SYSRES_CONST_TEXT_REQUISITE_TYPE SYSRES_CONST_TEXT_TYPE_CHAR SYSRES_CONST_TYPE_CODE_REQUISITE_CODE SYSRES_CONST_TYPE_REQUISITE_CODE SYSRES_CONST_UNDEFINED_LIFE_CYCLE_STAGE_FONT_COLOR SYSRES_CONST_UNITS_SECTION_ID_REQUISITE_CODE SYSRES_CONST_UNITS_SECTION_REQUISITE_CODE SYSRES_CONST_UNOPERATING_RECORD_FLAG_VALUE_CODE SYSRES_CONST_UNSTORED_DATA_REQUISITE_CODE SYSRES_CONST_UNSTORED_DATA_REQUISITE_NAME SYSRES_CONST_USE_ACCESS_TYPE_CODE SYSRES_CONST_USE_ACCESS_TYPE_NAME SYSRES_CONST_USER_ACCOUNT_TYPE_VALUE_CODE SYSRES_CONST_USER_ADDITIONAL_INFORMATION_REQUISITE_CODE SYSRES_CONST_USER_AND_GROUP_ID_FROM_PSEUDOREFERENCE_REQUISITE_CODE SYSRES_CONST_USER_CATEGORY_NORMAL SYSRES_CONST_USER_CERTIFICATE_REQUISITE_CODE SYSRES_CONST_USER_CERTIFICATE_STATE_REQUISITE_CODE SYSRES_CONST_USER_CERTIFICATE_SUBJECT_NAME_REQUISITE_CODE SYSRES_CONST_USER_CERTIFICATE_THUMBPRINT_REQUISITE_CODE SYSRES_CONST_USER_COMMON_CATEGORY SYSRES_CONST_USER_COMMON_CATEGORY_CODE SYSRES_CONST_USER_FULL_NAME_REQUISITE_CODE SYSRES_CONST_USER_GROUP_TYPE_REQUISITE_CODE SYSRES_CONST_USER_LOGIN_REQUISITE_CODE SYSRES_CONST_USER_REMOTE_CONTROLLER_REQUISITE_CODE SYSRES_CONST_USER_REMOTE_SYSTEM_REQUISITE_CODE SYSRES_CONST_USER_RIGHTS_T_REQUISITE_CODE SYSRES_CONST_USER_SERVER_NAME_REQUISITE_CODE SYSRES_CONST_USER_SERVICE_CATEGORY SYSRES_CONST_USER_SERVICE_CATEGORY_CODE SYSRES_CONST_USER_STATUS_ADMINISTRATOR_CODE SYSRES_CONST_USER_STATUS_ADMINISTRATOR_NAME SYSRES_CONST_USER_STATUS_DEVELOPER_CODE SYSRES_CONST_USER_STATUS_DEVELOPER_NAME SYSRES_CONST_USER_STATUS_DISABLED_CODE SYSRES_CONST_USER_STATUS_DISABLED_NAME SYSRES_CONST_USER_STATUS_SYSTEM_DEVELOPER_CODE SYSRES_CONST_USER_STATUS_USER_CODE SYSRES_CONST_USER_STATUS_USER_NAME SYSRES_CONST_USER_STATUS_USER_NAME_DEPRECATED SYSRES_CONST_USER_TYPE_FIELD_VALUE_USER SYSRES_CONST_USER_TYPE_REQUISITE_CODE SYSRES_CONST_USERS_CONTROLLER_REQUISITE_CODE SYSRES_CONST_USERS_IS_MAIN_SERVER_REQUISITE_CODE SYSRES_CONST_USERS_REFERENCE_CODE SYSRES_CONST_USERS_REGISTRATION_CERTIFICATES_ACTION_NAME SYSRES_CONST_USERS_REQUISITE_CODE SYSRES_CONST_USERS_SYSTEM_REQUISITE_CODE SYSRES_CONST_USERS_USER_ACCESS_RIGHTS_TYPR_REQUISITE_CODE SYSRES_CONST_USERS_USER_AUTHENTICATION_REQUISITE_CODE SYSRES_CONST_USERS_USER_COMPONENT_REQUISITE_CODE SYSRES_CONST_USERS_USER_GROUP_REQUISITE_CODE SYSRES_CONST_USERS_VIEW_CERTIFICATES_ACTION_NAME SYSRES_CONST_VIEW_DEFAULT_CODE SYSRES_CONST_VIEW_DEFAULT_NAME SYSRES_CONST_VIEWER_REQUISITE_CODE SYSRES_CONST_WAITING_BLOCK_DESCRIPTION SYSRES_CONST_WIZARD_FORM_LABEL_TEST_STRING  SYSRES_CONST_WIZARD_QUERY_PARAM_HEIGHT_ETALON_STRING SYSRES_CONST_WIZARD_REFERENCE_COMMENT_REQUISITE_CODE SYSRES_CONST_WORK_RULES_DESCRIPTION_REQUISITE_CODE SYSRES_CONST_WORK_TIME_CALENDAR_REFERENCE_CODE SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE_CODE SYSRES_CONST_WORK_WORKFLOW_HARD_ROUTE_TYPE_VALUE_CODE_RUS SYSRES_CONST_WORK_WORKFLOW_SOFT_ROUTE_TYPE_VALUE_CODE_RUS SYSRES_CONST_WORKFLOW_ROUTE_TYPR_HARD SYSRES_CONST_WORKFLOW_ROUTE_TYPR_SOFT SYSRES_CONST_XML_ENCODING SYSRES_CONST_XREC_STAT_REQUISITE_CODE SYSRES_CONST_XRECID_FIELD_NAME SYSRES_CONST_YES SYSRES_CONST_YES_NO_2_REQUISITE_CODE SYSRES_CONST_YES_NO_REQUISITE_CODE SYSRES_CONST_YES_NO_T_REF_TYPE_REQUISITE_CODE SYSRES_CONST_YES_PICK_VALUE SYSRES_CONST_YES_VALUE CR FALSE nil NO_VALUE NULL TAB TRUE YES_VALUE ADMINISTRATORS_GROUP_NAME CUSTOMIZERS_GROUP_NAME DEVELOPERS_GROUP_NAME SERVICE_USERS_GROUP_NAME DECISION_BLOCK_FIRST_OPERAND_PROPERTY DECISION_BLOCK_NAME_PROPERTY DECISION_BLOCK_OPERATION_PROPERTY DECISION_BLOCK_RESULT_TYPE_PROPERTY DECISION_BLOCK_SECOND_OPERAND_PROPERTY ANY_FILE_EXTENTION COMPRESSED_DOCUMENT_EXTENSION EXTENDED_DOCUMENT_EXTENSION SHORT_COMPRESSED_DOCUMENT_EXTENSION SHORT_EXTENDED_DOCUMENT_EXTENSION JOB_BLOCK_ABORT_DEADLINE_PROPERTY JOB_BLOCK_AFTER_FINISH_EVENT JOB_BLOCK_AFTER_QUERY_PARAMETERS_EVENT JOB_BLOCK_ATTACHMENT_PROPERTY JOB_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY JOB_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY JOB_BLOCK_BEFORE_QUERY_PARAMETERS_EVENT JOB_BLOCK_BEFORE_START_EVENT JOB_BLOCK_CREATED_JOBS_PROPERTY JOB_BLOCK_DEADLINE_PROPERTY JOB_BLOCK_EXECUTION_RESULTS_PROPERTY JOB_BLOCK_IS_PARALLEL_PROPERTY JOB_BLOCK_IS_RELATIVE_ABORT_DEADLINE_PROPERTY JOB_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY JOB_BLOCK_JOB_TEXT_PROPERTY JOB_BLOCK_NAME_PROPERTY JOB_BLOCK_NEED_SIGN_ON_PERFORM_PROPERTY JOB_BLOCK_PERFORMER_PROPERTY JOB_BLOCK_RELATIVE_ABORT_DEADLINE_TYPE_PROPERTY JOB_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY JOB_BLOCK_SUBJECT_PROPERTY ENGLISH_LANGUAGE_CODE RUSSIAN_LANGUAGE_CODE smHidden smMaximized smMinimized smNormal wmNo wmYes COMPONENT_TOKEN_LINK_KIND DOCUMENT_LINK_KIND EDOCUMENT_LINK_KIND FOLDER_LINK_KIND JOB_LINK_KIND REFERENCE_LINK_KIND TASK_LINK_KIND COMPONENT_TOKEN_LOCK_TYPE EDOCUMENT_VERSION_LOCK_TYPE MONITOR_BLOCK_AFTER_FINISH_EVENT MONITOR_BLOCK_BEFORE_START_EVENT MONITOR_BLOCK_DEADLINE_PROPERTY MONITOR_BLOCK_INTERVAL_PROPERTY MONITOR_BLOCK_INTERVAL_TYPE_PROPERTY MONITOR_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY MONITOR_BLOCK_NAME_PROPERTY MONITOR_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY MONITOR_BLOCK_SEARCH_SCRIPT_PROPERTY NOTICE_BLOCK_AFTER_FINISH_EVENT NOTICE_BLOCK_ATTACHMENT_PROPERTY NOTICE_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY NOTICE_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY NOTICE_BLOCK_BEFORE_START_EVENT NOTICE_BLOCK_CREATED_NOTICES_PROPERTY NOTICE_BLOCK_DEADLINE_PROPERTY NOTICE_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY NOTICE_BLOCK_NAME_PROPERTY NOTICE_BLOCK_NOTICE_TEXT_PROPERTY NOTICE_BLOCK_PERFORMER_PROPERTY NOTICE_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY NOTICE_BLOCK_SUBJECT_PROPERTY dseAfterCancel dseAfterClose dseAfterDelete dseAfterDeleteOutOfTransaction dseAfterInsert dseAfterOpen dseAfterScroll dseAfterUpdate dseAfterUpdateOutOfTransaction dseBeforeCancel dseBeforeClose dseBeforeDelete dseBeforeDetailUpdate dseBeforeInsert dseBeforeOpen dseBeforeUpdate dseOnAnyRequisiteChange dseOnCloseRecord dseOnDeleteError dseOnOpenRecord dseOnPrepareUpdate dseOnUpdateError dseOnUpdateRatifiedRecord dseOnValidDelete dseOnValidUpdate reOnChange reOnChangeValues SELECTION_BEGIN_ROUTE_EVENT SELECTION_END_ROUTE_EVENT CURRENT_PERIOD_IS_REQUIRED PREVIOUS_CARD_TYPE_NAME SHOW_RECORD_PROPERTIES_FORM ACCESS_RIGHTS_SETTING_DIALOG_CODE ADMINISTRATOR_USER_CODE ANALYTIC_REPORT_TYPE asrtHideLocal asrtHideRemote CALCULATED_ROLE_TYPE_CODE COMPONENTS_REFERENCE_DEVELOPER_VIEW_CODE DCTS_TEST_PROTOCOLS_FOLDER_PATH E_EDOC_VERSION_ALREADY_APPROVINGLY_SIGNED E_EDOC_VERSION_ALREADY_APPROVINGLY_SIGNED_BY_USER E_EDOC_VERSION_ALREDY_SIGNED E_EDOC_VERSION_ALREDY_SIGNED_BY_USER EDOC_TYPES_CODE_REQUISITE_FIELD_NAME EDOCUMENTS_ALIAS_NAME FILES_FOLDER_PATH FILTER_OPERANDS_DELIMITER FILTER_OPERATIONS_DELIMITER FORMCARD_NAME FORMLIST_NAME GET_EXTENDED_DOCUMENT_EXTENSION_CREATION_MODE GET_EXTENDED_DOCUMENT_EXTENSION_IMPORT_MODE INTEGRATED_REPORT_TYPE IS_BUILDER_APPLICATION_ROLE IS_BUILDER_APPLICATION_ROLE2 IS_BUILDER_USERS ISBSYSDEV LOG_FOLDER_PATH mbCancel mbNo mbNoToAll mbOK mbYes mbYesToAll MEMORY_DATASET_DESRIPTIONS_FILENAME mrNo mrNoToAll mrYes mrYesToAll MULTIPLE_SELECT_DIALOG_CODE NONOPERATING_RECORD_FLAG_FEMININE NONOPERATING_RECORD_FLAG_MASCULINE OPERATING_RECORD_FLAG_FEMININE OPERATING_RECORD_FLAG_MASCULINE PROFILING_SETTINGS_COMMON_SETTINGS_CODE_VALUE PROGRAM_INITIATED_LOOKUP_ACTION ratDelete ratEdit ratInsert REPORT_TYPE REQUIRED_PICK_VALUES_VARIABLE rmCard rmList SBRTE_PROGID_DEV SBRTE_PROGID_RELEASE STATIC_ROLE_TYPE_CODE SUPPRESS_EMPTY_TEMPLATE_CREATION SYSTEM_USER_CODE UPDATE_DIALOG_DATASET USED_IN_OBJECT_HINT_PARAM USER_INITIATED_LOOKUP_ACTION USER_NAME_FORMAT USER_SELECTION_RESTRICTIONS WORKFLOW_TEST_PROTOCOLS_FOLDER_PATH ELS_SUBTYPE_CONTROL_NAME ELS_FOLDER_KIND_CONTROL_NAME REPEAT_PROCESS_CURRENT_OBJECT_EXCEPTION_NAME PRIVILEGE_COMPONENT_FULL_ACCESS PRIVILEGE_DEVELOPMENT_EXPORT PRIVILEGE_DEVELOPMENT_IMPORT PRIVILEGE_DOCUMENT_DELETE PRIVILEGE_ESD PRIVILEGE_FOLDER_DELETE PRIVILEGE_MANAGE_ACCESS_RIGHTS PRIVILEGE_MANAGE_REPLICATION PRIVILEGE_MANAGE_SESSION_SERVER PRIVILEGE_OBJECT_FULL_ACCESS PRIVILEGE_OBJECT_VIEW PRIVILEGE_RESERVE_LICENSE PRIVILEGE_SYSTEM_CUSTOMIZE PRIVILEGE_SYSTEM_DEVELOP PRIVILEGE_SYSTEM_INSTALL PRIVILEGE_TASK_DELETE PRIVILEGE_USER_PLUGIN_SETTINGS_CUSTOMIZE PRIVILEGES_PSEUDOREFERENCE_CODE ACCESS_TYPES_PSEUDOREFERENCE_CODE ALL_AVAILABLE_COMPONENTS_PSEUDOREFERENCE_CODE ALL_AVAILABLE_PRIVILEGES_PSEUDOREFERENCE_CODE ALL_REPLICATE_COMPONENTS_PSEUDOREFERENCE_CODE AVAILABLE_DEVELOPERS_COMPONENTS_PSEUDOREFERENCE_CODE COMPONENTS_PSEUDOREFERENCE_CODE FILTRATER_SETTINGS_CONFLICTS_PSEUDOREFERENCE_CODE GROUPS_PSEUDOREFERENCE_CODE RECEIVE_PROTOCOL_PSEUDOREFERENCE_CODE REFERENCE_REQUISITE_PSEUDOREFERENCE_CODE REFERENCE_REQUISITES_PSEUDOREFERENCE_CODE REFTYPES_PSEUDOREFERENCE_CODE REPLICATION_SEANCES_DIARY_PSEUDOREFERENCE_CODE SEND_PROTOCOL_PSEUDOREFERENCE_CODE SUBSTITUTES_PSEUDOREFERENCE_CODE SYSTEM_SETTINGS_PSEUDOREFERENCE_CODE UNITS_PSEUDOREFERENCE_CODE USERS_PSEUDOREFERENCE_CODE VIEWERS_PSEUDOREFERENCE_CODE CERTIFICATE_TYPE_ENCRYPT CERTIFICATE_TYPE_SIGN CERTIFICATE_TYPE_SIGN_AND_ENCRYPT STORAGE_TYPE_FILE STORAGE_TYPE_NAS_CIFS STORAGE_TYPE_SAPERION STORAGE_TYPE_SQL_SERVER COMPTYPE2_REQUISITE_DOCUMENTS_VALUE COMPTYPE2_REQUISITE_TASKS_VALUE COMPTYPE2_REQUISITE_FOLDERS_VALUE COMPTYPE2_REQUISITE_REFERENCES_VALUE SYSREQ_CODE SYSREQ_COMPTYPE2 SYSREQ_CONST_AVAILABLE_FOR_WEB SYSREQ_CONST_COMMON_CODE SYSREQ_CONST_COMMON_VALUE SYSREQ_CONST_FIRM_CODE SYSREQ_CONST_FIRM_STATUS SYSREQ_CONST_FIRM_VALUE SYSREQ_CONST_SERVER_STATUS SYSREQ_CONTENTS SYSREQ_DATE_OPEN SYSREQ_DATE_CLOSE SYSREQ_DESCRIPTION SYSREQ_DESCRIPTION_LOCALIZE_ID SYSREQ_DOUBLE SYSREQ_EDOC_ACCESS_TYPE SYSREQ_EDOC_AUTHOR SYSREQ_EDOC_CREATED SYSREQ_EDOC_DELEGATE_RIGHTS_REQUISITE_CODE SYSREQ_EDOC_EDITOR SYSREQ_EDOC_ENCODE_TYPE SYSREQ_EDOC_ENCRYPTION_PLUGIN_NAME SYSREQ_EDOC_ENCRYPTION_PLUGIN_VERSION SYSREQ_EDOC_EXPORT_DATE SYSREQ_EDOC_EXPORTER SYSREQ_EDOC_KIND SYSREQ_EDOC_LIFE_STAGE_NAME SYSREQ_EDOC_LOCKED_FOR_SERVER_CODE SYSREQ_EDOC_MODIFIED SYSREQ_EDOC_NAME SYSREQ_EDOC_NOTE SYSREQ_EDOC_QUALIFIED_ID SYSREQ_EDOC_SESSION_KEY SYSREQ_EDOC_SESSION_KEY_ENCRYPTION_PLUGIN_NAME SYSREQ_EDOC_SESSION_KEY_ENCRYPTION_PLUGIN_VERSION SYSREQ_EDOC_SIGNATURE_TYPE SYSREQ_EDOC_SIGNED SYSREQ_EDOC_STORAGE SYSREQ_EDOC_STORAGES_ARCHIVE_STORAGE SYSREQ_EDOC_STORAGES_CHECK_RIGHTS SYSREQ_EDOC_STORAGES_COMPUTER_NAME SYSREQ_EDOC_STORAGES_EDIT_IN_STORAGE SYSREQ_EDOC_STORAGES_EXECUTIVE_STORAGE SYSREQ_EDOC_STORAGES_FUNCTION SYSREQ_EDOC_STORAGES_INITIALIZED SYSREQ_EDOC_STORAGES_LOCAL_PATH SYSREQ_EDOC_STORAGES_SAPERION_DATABASE_NAME SYSREQ_EDOC_STORAGES_SEARCH_BY_TEXT SYSREQ_EDOC_STORAGES_SERVER_NAME SYSREQ_EDOC_STORAGES_SHARED_SOURCE_NAME SYSREQ_EDOC_STORAGES_TYPE SYSREQ_EDOC_TEXT_MODIFIED SYSREQ_EDOC_TYPE_ACT_CODE SYSREQ_EDOC_TYPE_ACT_DESCRIPTION SYSREQ_EDOC_TYPE_ACT_DESCRIPTION_LOCALIZE_ID SYSREQ_EDOC_TYPE_ACT_ON_EXECUTE SYSREQ_EDOC_TYPE_ACT_ON_EXECUTE_EXISTS SYSREQ_EDOC_TYPE_ACT_SECTION SYSREQ_EDOC_TYPE_ADD_PARAMS SYSREQ_EDOC_TYPE_COMMENT SYSREQ_EDOC_TYPE_EVENT_TEXT SYSREQ_EDOC_TYPE_NAME_IN_SINGULAR SYSREQ_EDOC_TYPE_NAME_IN_SINGULAR_LOCALIZE_ID SYSREQ_EDOC_TYPE_NAME_LOCALIZE_ID SYSREQ_EDOC_TYPE_NUMERATION_METHOD SYSREQ_EDOC_TYPE_PSEUDO_REQUISITE_CODE SYSREQ_EDOC_TYPE_REQ_CODE SYSREQ_EDOC_TYPE_REQ_DESCRIPTION SYSREQ_EDOC_TYPE_REQ_DESCRIPTION_LOCALIZE_ID SYSREQ_EDOC_TYPE_REQ_IS_LEADING SYSREQ_EDOC_TYPE_REQ_IS_REQUIRED SYSREQ_EDOC_TYPE_REQ_NUMBER SYSREQ_EDOC_TYPE_REQ_ON_CHANGE SYSREQ_EDOC_TYPE_REQ_ON_CHANGE_EXISTS SYSREQ_EDOC_TYPE_REQ_ON_SELECT SYSREQ_EDOC_TYPE_REQ_ON_SELECT_KIND SYSREQ_EDOC_TYPE_REQ_SECTION SYSREQ_EDOC_TYPE_VIEW_CARD SYSREQ_EDOC_TYPE_VIEW_CODE SYSREQ_EDOC_TYPE_VIEW_COMMENT SYSREQ_EDOC_TYPE_VIEW_IS_MAIN SYSREQ_EDOC_TYPE_VIEW_NAME SYSREQ_EDOC_TYPE_VIEW_NAME_LOCALIZE_ID SYSREQ_EDOC_VERSION_AUTHOR SYSREQ_EDOC_VERSION_CRC SYSREQ_EDOC_VERSION_DATA SYSREQ_EDOC_VERSION_EDITOR SYSREQ_EDOC_VERSION_EXPORT_DATE SYSREQ_EDOC_VERSION_EXPORTER SYSREQ_EDOC_VERSION_HIDDEN SYSREQ_EDOC_VERSION_LIFE_STAGE SYSREQ_EDOC_VERSION_MODIFIED SYSREQ_EDOC_VERSION_NOTE SYSREQ_EDOC_VERSION_SIGNATURE_TYPE SYSREQ_EDOC_VERSION_SIGNED SYSREQ_EDOC_VERSION_SIZE SYSREQ_EDOC_VERSION_SOURCE SYSREQ_EDOC_VERSION_TEXT_MODIFIED SYSREQ_EDOCKIND_DEFAULT_VERSION_STATE_CODE SYSREQ_FOLDER_KIND SYSREQ_FUNC_CATEGORY SYSREQ_FUNC_COMMENT SYSREQ_FUNC_GROUP SYSREQ_FUNC_GROUP_COMMENT SYSREQ_FUNC_GROUP_NUMBER SYSREQ_FUNC_HELP SYSREQ_FUNC_PARAM_DEF_VALUE SYSREQ_FUNC_PARAM_IDENT SYSREQ_FUNC_PARAM_NUMBER SYSREQ_FUNC_PARAM_TYPE SYSREQ_FUNC_TEXT SYSREQ_GROUP_CATEGORY SYSREQ_ID SYSREQ_LAST_UPDATE SYSREQ_LEADER_REFERENCE SYSREQ_LINE_NUMBER SYSREQ_MAIN_RECORD_ID SYSREQ_NAME SYSREQ_NAME_LOCALIZE_ID SYSREQ_NOTE SYSREQ_ORIGINAL_RECORD SYSREQ_OUR_FIRM SYSREQ_PROFILING_SETTINGS_BATCH_LOGING SYSREQ_PROFILING_SETTINGS_BATCH_SIZE SYSREQ_PROFILING_SETTINGS_PROFILING_ENABLED SYSREQ_PROFILING_SETTINGS_SQL_PROFILING_ENABLED SYSREQ_PROFILING_SETTINGS_START_LOGGED SYSREQ_RECORD_STATUS SYSREQ_REF_REQ_FIELD_NAME SYSREQ_REF_REQ_FORMAT SYSREQ_REF_REQ_GENERATED SYSREQ_REF_REQ_LENGTH SYSREQ_REF_REQ_PRECISION SYSREQ_REF_REQ_REFERENCE SYSREQ_REF_REQ_SECTION SYSREQ_REF_REQ_STORED SYSREQ_REF_REQ_TOKENS SYSREQ_REF_REQ_TYPE SYSREQ_REF_REQ_VIEW SYSREQ_REF_TYPE_ACT_CODE SYSREQ_REF_TYPE_ACT_DESCRIPTION SYSREQ_REF_TYPE_ACT_DESCRIPTION_LOCALIZE_ID SYSREQ_REF_TYPE_ACT_ON_EXECUTE SYSREQ_REF_TYPE_ACT_ON_EXECUTE_EXISTS SYSREQ_REF_TYPE_ACT_SECTION SYSREQ_REF_TYPE_ADD_PARAMS SYSREQ_REF_TYPE_COMMENT SYSREQ_REF_TYPE_COMMON_SETTINGS SYSREQ_REF_TYPE_DISPLAY_REQUISITE_NAME SYSREQ_REF_TYPE_EVENT_TEXT SYSREQ_REF_TYPE_MAIN_LEADING_REF SYSREQ_REF_TYPE_NAME_IN_SINGULAR SYSREQ_REF_TYPE_NAME_IN_SINGULAR_LOCALIZE_ID SYSREQ_REF_TYPE_NAME_LOCALIZE_ID SYSREQ_REF_TYPE_NUMERATION_METHOD SYSREQ_REF_TYPE_REQ_CODE SYSREQ_REF_TYPE_REQ_DESCRIPTION SYSREQ_REF_TYPE_REQ_DESCRIPTION_LOCALIZE_ID SYSREQ_REF_TYPE_REQ_IS_CONTROL SYSREQ_REF_TYPE_REQ_IS_FILTER SYSREQ_REF_TYPE_REQ_IS_LEADING SYSREQ_REF_TYPE_REQ_IS_REQUIRED SYSREQ_REF_TYPE_REQ_NUMBER SYSREQ_REF_TYPE_REQ_ON_CHANGE SYSREQ_REF_TYPE_REQ_ON_CHANGE_EXISTS SYSREQ_REF_TYPE_REQ_ON_SELECT SYSREQ_REF_TYPE_REQ_ON_SELECT_KIND SYSREQ_REF_TYPE_REQ_SECTION SYSREQ_REF_TYPE_VIEW_CARD SYSREQ_REF_TYPE_VIEW_CODE SYSREQ_REF_TYPE_VIEW_COMMENT SYSREQ_REF_TYPE_VIEW_IS_MAIN SYSREQ_REF_TYPE_VIEW_NAME SYSREQ_REF_TYPE_VIEW_NAME_LOCALIZE_ID SYSREQ_REFERENCE_TYPE_ID SYSREQ_STATE SYSREQ_STATЕ SYSREQ_SYSTEM_SETTINGS_VALUE SYSREQ_TYPE SYSREQ_UNIT SYSREQ_UNIT_ID SYSREQ_USER_GROUPS_GROUP_FULL_NAME SYSREQ_USER_GROUPS_GROUP_NAME SYSREQ_USER_GROUPS_GROUP_SERVER_NAME SYSREQ_USERS_ACCESS_RIGHTS SYSREQ_USERS_AUTHENTICATION SYSREQ_USERS_CATEGORY SYSREQ_USERS_COMPONENT SYSREQ_USERS_COMPONENT_USER_IS_PUBLIC SYSREQ_USERS_DOMAIN SYSREQ_USERS_FULL_USER_NAME SYSREQ_USERS_GROUP SYSREQ_USERS_IS_MAIN_SERVER SYSREQ_USERS_LOGIN SYSREQ_USERS_REFERENCE_USER_IS_PUBLIC SYSREQ_USERS_STATUS SYSREQ_USERS_USER_CERTIFICATE SYSREQ_USERS_USER_CERTIFICATE_INFO SYSREQ_USERS_USER_CERTIFICATE_PLUGIN_NAME SYSREQ_USERS_USER_CERTIFICATE_PLUGIN_VERSION SYSREQ_USERS_USER_CERTIFICATE_STATE SYSREQ_USERS_USER_CERTIFICATE_SUBJECT_NAME SYSREQ_USERS_USER_CERTIFICATE_THUMBPRINT SYSREQ_USERS_USER_DEFAULT_CERTIFICATE SYSREQ_USERS_USER_DESCRIPTION SYSREQ_USERS_USER_GLOBAL_NAME SYSREQ_USERS_USER_LOGIN SYSREQ_USERS_USER_MAIN_SERVER SYSREQ_USERS_USER_TYPE SYSREQ_WORK_RULES_FOLDER_ID RESULT_VAR_NAME RESULT_VAR_NAME_ENG AUTO_NUMERATION_RULE_ID CANT_CHANGE_ID_REQUISITE_RULE_ID CANT_CHANGE_OURFIRM_REQUISITE_RULE_ID CHECK_CHANGING_REFERENCE_RECORD_USE_RULE_ID CHECK_CODE_REQUISITE_RULE_ID CHECK_DELETING_REFERENCE_RECORD_USE_RULE_ID CHECK_FILTRATER_CHANGES_RULE_ID CHECK_RECORD_INTERVAL_RULE_ID CHECK_REFERENCE_INTERVAL_RULE_ID CHECK_REQUIRED_DATA_FULLNESS_RULE_ID CHECK_REQUIRED_REQUISITES_FULLNESS_RULE_ID MAKE_RECORD_UNRATIFIED_RULE_ID RESTORE_AUTO_NUMERATION_RULE_ID SET_FIRM_CONTEXT_FROM_RECORD_RULE_ID SET_FIRST_RECORD_IN_LIST_FORM_RULE_ID SET_IDSPS_VALUE_RULE_ID SET_NEXT_CODE_VALUE_RULE_ID SET_OURFIRM_BOUNDS_RULE_ID SET_OURFIRM_REQUISITE_RULE_ID SCRIPT_BLOCK_AFTER_FINISH_EVENT SCRIPT_BLOCK_BEFORE_START_EVENT SCRIPT_BLOCK_EXECUTION_RESULTS_PROPERTY SCRIPT_BLOCK_NAME_PROPERTY SCRIPT_BLOCK_SCRIPT_PROPERTY SUBTASK_BLOCK_ABORT_DEADLINE_PROPERTY SUBTASK_BLOCK_AFTER_FINISH_EVENT SUBTASK_BLOCK_ASSIGN_PARAMS_EVENT SUBTASK_BLOCK_ATTACHMENTS_PROPERTY SUBTASK_BLOCK_ATTACHMENTS_RIGHTS_GROUP_PROPERTY SUBTASK_BLOCK_ATTACHMENTS_RIGHTS_TYPE_PROPERTY SUBTASK_BLOCK_BEFORE_START_EVENT SUBTASK_BLOCK_CREATED_TASK_PROPERTY SUBTASK_BLOCK_CREATION_EVENT SUBTASK_BLOCK_DEADLINE_PROPERTY SUBTASK_BLOCK_IMPORTANCE_PROPERTY SUBTASK_BLOCK_INITIATOR_PROPERTY SUBTASK_BLOCK_IS_RELATIVE_ABORT_DEADLINE_PROPERTY SUBTASK_BLOCK_IS_RELATIVE_DEADLINE_PROPERTY SUBTASK_BLOCK_JOBS_TYPE_PROPERTY SUBTASK_BLOCK_NAME_PROPERTY SUBTASK_BLOCK_PARALLEL_ROUTE_PROPERTY SUBTASK_BLOCK_PERFORMERS_PROPERTY SUBTASK_BLOCK_RELATIVE_ABORT_DEADLINE_TYPE_PROPERTY SUBTASK_BLOCK_RELATIVE_DEADLINE_TYPE_PROPERTY SUBTASK_BLOCK_REQUIRE_SIGN_PROPERTY SUBTASK_BLOCK_STANDARD_ROUTE_PROPERTY SUBTASK_BLOCK_START_EVENT SUBTASK_BLOCK_STEP_CONTROL_PROPERTY SUBTASK_BLOCK_SUBJECT_PROPERTY SUBTASK_BLOCK_TASK_CONTROL_PROPERTY SUBTASK_BLOCK_TEXT_PROPERTY SUBTASK_BLOCK_UNLOCK_ATTACHMENTS_ON_STOP_PROPERTY SUBTASK_BLOCK_USE_STANDARD_ROUTE_PROPERTY SUBTASK_BLOCK_WAIT_FOR_TASK_COMPLETE_PROPERTY SYSCOMP_CONTROL_JOBS SYSCOMP_FOLDERS SYSCOMP_JOBS SYSCOMP_NOTICES SYSCOMP_TASKS SYSDLG_CREATE_EDOCUMENT SYSDLG_CREATE_EDOCUMENT_VERSION SYSDLG_CURRENT_PERIOD SYSDLG_EDIT_FUNCTION_HELP SYSDLG_EDOCUMENT_KINDS_FOR_TEMPLATE SYSDLG_EXPORT_MULTIPLE_EDOCUMENTS SYSDLG_EXPORT_SINGLE_EDOCUMENT SYSDLG_IMPORT_EDOCUMENT SYSDLG_MULTIPLE_SELECT SYSDLG_SETUP_ACCESS_RIGHTS SYSDLG_SETUP_DEFAULT_RIGHTS SYSDLG_SETUP_FILTER_CONDITION SYSDLG_SETUP_SIGN_RIGHTS SYSDLG_SETUP_TASK_OBSERVERS SYSDLG_SETUP_TASK_ROUTE SYSDLG_SETUP_USERS_LIST SYSDLG_SIGN_EDOCUMENT SYSDLG_SIGN_MULTIPLE_EDOCUMENTS SYSREF_ACCESS_RIGHTS_TYPES SYSREF_ADMINISTRATION_HISTORY SYSREF_ALL_AVAILABLE_COMPONENTS SYSREF_ALL_AVAILABLE_PRIVILEGES SYSREF_ALL_REPLICATING_COMPONENTS SYSREF_AVAILABLE_DEVELOPERS_COMPONENTS SYSREF_CALENDAR_EVENTS SYSREF_COMPONENT_TOKEN_HISTORY SYSREF_COMPONENT_TOKENS SYSREF_COMPONENTS SYSREF_CONSTANTS SYSREF_DATA_RECEIVE_PROTOCOL SYSREF_DATA_SEND_PROTOCOL SYSREF_DIALOGS SYSREF_DIALOGS_REQUISITES SYSREF_EDITORS SYSREF_EDOC_CARDS SYSREF_EDOC_TYPES SYSREF_EDOCUMENT_CARD_REQUISITES SYSREF_EDOCUMENT_CARD_TYPES SYSREF_EDOCUMENT_CARD_TYPES_REFERENCE SYSREF_EDOCUMENT_CARDS SYSREF_EDOCUMENT_HISTORY SYSREF_EDOCUMENT_KINDS SYSREF_EDOCUMENT_REQUISITES SYSREF_EDOCUMENT_SIGNATURES SYSREF_EDOCUMENT_TEMPLATES SYSREF_EDOCUMENT_TEXT_STORAGES SYSREF_EDOCUMENT_VIEWS SYSREF_FILTERER_SETUP_CONFLICTS SYSREF_FILTRATER_SETTING_CONFLICTS SYSREF_FOLDER_HISTORY SYSREF_FOLDERS SYSREF_FUNCTION_GROUPS SYSREF_FUNCTION_PARAMS SYSREF_FUNCTIONS SYSREF_JOB_HISTORY SYSREF_LINKS SYSREF_LOCALIZATION_DICTIONARY SYSREF_LOCALIZATION_LANGUAGES SYSREF_MODULES SYSREF_PRIVILEGES SYSREF_RECORD_HISTORY SYSREF_REFERENCE_REQUISITES SYSREF_REFERENCE_TYPE_VIEWS SYSREF_REFERENCE_TYPES SYSREF_REFERENCES SYSREF_REFERENCES_REQUISITES SYSREF_REMOTE_SERVERS SYSREF_REPLICATION_SESSIONS_LOG SYSREF_REPLICATION_SESSIONS_PROTOCOL SYSREF_REPORTS SYSREF_ROLES SYSREF_ROUTE_BLOCK_GROUPS SYSREF_ROUTE_BLOCKS SYSREF_SCRIPTS SYSREF_SEARCHES SYSREF_SERVER_EVENTS SYSREF_SERVER_EVENTS_HISTORY SYSREF_STANDARD_ROUTE_GROUPS SYSREF_STANDARD_ROUTES SYSREF_STATUSES SYSREF_SYSTEM_SETTINGS SYSREF_TASK_HISTORY SYSREF_TASK_KIND_GROUPS SYSREF_TASK_KINDS SYSREF_TASK_RIGHTS SYSREF_TASK_SIGNATURES SYSREF_TASKS SYSREF_UNITS SYSREF_USER_GROUPS SYSREF_USER_GROUPS_REFERENCE SYSREF_USER_SUBSTITUTION SYSREF_USERS SYSREF_USERS_REFERENCE SYSREF_VIEWERS SYSREF_WORKING_TIME_CALENDARS ACCESS_RIGHTS_TABLE_NAME EDMS_ACCESS_TABLE_NAME EDOC_TYPES_TABLE_NAME TEST_DEV_DB_NAME TEST_DEV_SYSTEM_CODE TEST_EDMS_DB_NAME TEST_EDMS_MAIN_CODE TEST_EDMS_MAIN_DB_NAME TEST_EDMS_SECOND_CODE TEST_EDMS_SECOND_DB_NAME TEST_EDMS_SYSTEM_CODE TEST_ISB5_MAIN_CODE TEST_ISB5_SECOND_CODE TEST_SQL_SERVER_2005_NAME TEST_SQL_SERVER_NAME ATTENTION_CAPTION cbsCommandLinks cbsDefault CONFIRMATION_CAPTION ERROR_CAPTION INFORMATION_CAPTION mrCancel mrOk EDOC_VERSION_ACTIVE_STAGE_CODE EDOC_VERSION_DESIGN_STAGE_CODE EDOC_VERSION_OBSOLETE_STAGE_CODE cpDataEnciphermentEnabled cpDigitalSignatureEnabled cpID cpIssuer cpPluginVersion 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unset;\\n    margin: 0;\\n    padding: 0;\\n  \"}export{Is as default};\n"
  },
  {
    "path": "package.json",
    "content": "{\n  \"name\": \"highlighted-code\",\n  \"version\": \"0.3.7\",\n  \"description\": \"A textarea builtin extend to automatically provide code highlights based on one of the languages available via highlight.js\",\n  \"main\": \"./cjs/index.js\",\n  \"scripts\": {\n    \"build\": \"npm run cjs && npm run rollup:es && npm run rollup:index && npm run rollup:sql && npm run rollup:web\",\n    \"cjs\": \"ascjs --no-default esm cjs\",\n    \"rollup:es\": \"rollup --config rollup/es.config.js\",\n    \"rollup:index\": \"rollup --config rollup/index.config.js\",\n    \"rollup:sql\": \"rollup --config rollup/sql.config.js\",\n    \"rollup:web\": \"rollup --config rollup/web.config.js\"\n  },\n  \"keywords\": [\n    \"textarea\",\n    \"highlight\"\n  ],\n  \"author\": \"Andrea Giammarchi\",\n  \"license\": \"ISC\",\n  \"devDependencies\": {\n    \"@rollup/plugin-commonjs\": \"^22.0.0\",\n    \"@rollup/plugin-node-resolve\": \"^13.3.0\",\n    \"ascjs\": \"^5.0.1\",\n    \"rollup\": \"^2.74.1\",\n    \"rollup-plugin-includepaths\": \"^0.2.4\",\n    \"rollup-plugin-terser\": \"^7.0.2\"\n  },\n  \"module\": \"./esm/index.js\",\n  \"type\": \"module\",\n  \"exports\": {\n    \".\": {\n      \"import\": \"./esm/index.js\",\n      \"default\": \"./cjs/index.js\"\n    },\n    \"./sql\": {\n      \"import\": \"./sql.js\"\n    },\n    \"./web\": {\n      \"import\": \"./web.js\"\n    },\n    \"./package.json\": \"./package.json\"\n  },\n  \"unpkg\": \"min.js\",\n  \"dependencies\": {\n    \"highlight.js\": \"^11.5.1\"\n  }\n}\n"
  },
  {
    "path": "rollup/es.config.js",
    "content": "import {nodeResolve} from '@rollup/plugin-node-resolve';\nimport commonjs from '@rollup/plugin-commonjs';\nimport {terser} from 'rollup-plugin-terser';\n\nexport default {\n  input: './esm/index.js',\n  plugins: [\n    nodeResolve(),\n    commonjs(),\n    terser()\n  ],\n  output: {\n    esModule: false,\n    file: './min.js',\n    format: 'module'\n  }\n};\n"
  },
  {
    "path": "rollup/index.config.js",
    "content": "import {nodeResolve} from '@rollup/plugin-node-resolve';\nimport commonjs from '@rollup/plugin-commonjs';\n\nexport default {\n  input: './esm/index.js',\n  plugins: [\n    nodeResolve(),\n    commonjs()\n  ],\n  output: {\n    esModule: false,\n    file: './index.js',\n    format: 'module'\n  }\n};\n"
  },
  {
    "path": "rollup/sql.config.js",
    "content": "import {nodeResolve} from '@rollup/plugin-node-resolve';\nimport commonjs from '@rollup/plugin-commonjs';\nimport {terser} from 'rollup-plugin-terser';\nimport includePaths from 'rollup-plugin-includepaths';\n\nexport default {\n  input: './esm/index.js',\n  plugins: [\n    includePaths({\n      include: {\n        'highlight.js': 'dedicated/sql.js'\n      },\n    }),\n    nodeResolve(),\n    commonjs(),\n    terser()\n  ],\n  output: {\n    esModule: false,\n    file: './sql.js',\n    format: 'module'\n  }\n};\n"
  },
  {
    "path": "rollup/web.config.js",
    "content": "import {nodeResolve} from '@rollup/plugin-node-resolve';\nimport commonjs from '@rollup/plugin-commonjs';\nimport {terser} from 'rollup-plugin-terser';\nimport includePaths from 'rollup-plugin-includepaths';\n\nexport default {\n  input: './esm/index.js',\n  plugins: [\n    includePaths({\n      include: {\n        'highlight.js': 'dedicated/web.js'\n      },\n    }),\n    nodeResolve(),\n    commonjs(),\n    terser()\n  ],\n  output: {\n    esModule: false,\n    file: './web.js',\n    format: 'module'\n  }\n};\n"
  },
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    "path": "sql.js",
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    letter-spacing: ${s};\\n        word-spacing: ${l};\\n        line-height: ${a};\\n        padding: ${o};\\n        border: ${n};\\n        margin: 0;\\n        background: initial;\\n        border-color: transparent;\\n      `}};addEventListener(\"resize\",(()=>{const t=[];for(const e of i)t.push({target:e});e(t)})),u=new ResizeObserver(e),customElements.define(n,d,{extends:\"textarea\"})}var h=customElements.get(n);function p(){this.style.height=\"auto\";const{boxSizing:e,borderTop:t,borderBottom:n,paddingTop:r,paddingBottom:i}=getComputedStyle(this),s=(parseFloat(r)||0)+(parseFloat(i)||0),a=(parseFloat(t)||0)+(parseFloat(n)||0),o=\"border-box\"===e?-a:s;this.style.height=this.scrollHeight-o+\"px\"}function b(){const e=r.get(this).querySelector(\"code\");e.style.backgroundColor=null;const{color:t,backgroundColor:n}=getComputedStyle(e);this.style.caretColor=t,this.style.backgroundColor=n,e.style.cssText=\"\\n    background-color: transparent;\\n    overflow: unset;\\n    margin: 0;\\n    padding: 0;\\n  \"}export{h as default};\n"
  },
  {
    "path": "test/checker.html",
    "content": "<!doctype html>\n<meta name=\"viewport\" content=\"width=device-width,initial-scale=1.0\">\n<style>\n  * {\n    box-sizing: border-box;\n  }\n  textarea {\n    padding: 8px;\n    border: 1px solid silver;\n    border-radius: 8px;\n    width: 100%;\n  }\n  textarea:disabled {\n    -webkit-text-fill-color: currentcolor;\n    opacity: 1;\n  }\n</style>\n<script type=\"module\">\n  (async ({chrome, netscape}) => {\n    if (!chrome && !netscape)\n      await import('https://unpkg.com/@ungap/custom-elements');\n    (await import('../min.js')).default.useTheme('github-dark');\n  })(self);\n</script>\n<textarea is=\"highlighted-code\" rows=\"24\" spellcheck=\"false\" aria-autocomplete=\"none\" language=\"ts\" disabled>\n/* @internal */\nnamespace ts {\n    const ambientModuleSymbolRegex = /^\".+\"$/;\n    const anon = \"(anonymous)\" as __String & string;\n\n    let nextSymbolId = 1;\n    let nextNodeId = 1;\n    let nextMergeId = 1;\n    let nextFlowId = 1;\n\n    const enum IterationUse {\n        AllowsSyncIterablesFlag = 1 << 0,\n        AllowsAsyncIterablesFlag = 1 << 1,\n        AllowsStringInputFlag = 1 << 2,\n        ForOfFlag = 1 << 3,\n        YieldStarFlag = 1 << 4,\n        SpreadFlag = 1 << 5,\n        DestructuringFlag = 1 << 6,\n        PossiblyOutOfBounds = 1 << 7,\n\n        // Spread, Destructuring, Array element assignment\n        Element = AllowsSyncIterablesFlag,\n        Spread = AllowsSyncIterablesFlag | SpreadFlag,\n        Destructuring = AllowsSyncIterablesFlag | DestructuringFlag,\n\n        ForOf = AllowsSyncIterablesFlag | AllowsStringInputFlag | ForOfFlag,\n        ForAwaitOf = AllowsSyncIterablesFlag | AllowsAsyncIterablesFlag | AllowsStringInputFlag | ForOfFlag,\n\n        YieldStar = AllowsSyncIterablesFlag | YieldStarFlag,\n        AsyncYieldStar = AllowsSyncIterablesFlag | AllowsAsyncIterablesFlag | YieldStarFlag,\n\n        GeneratorReturnType = AllowsSyncIterablesFlag,\n        AsyncGeneratorReturnType = AllowsAsyncIterablesFlag,\n\n    }\n\n    const enum IterationTypeKind {\n        Yield,\n        Return,\n        Next,\n    }\n\n    interface IterationTypesResolver {\n        iterableCacheKey: \"iterationTypesOfAsyncIterable\" | \"iterationTypesOfIterable\";\n        iteratorCacheKey: \"iterationTypesOfAsyncIterator\" | \"iterationTypesOfIterator\";\n        iteratorSymbolName: \"asyncIterator\" | \"iterator\";\n        getGlobalIteratorType: (reportErrors: boolean) => GenericType;\n        getGlobalIterableType: (reportErrors: boolean) => GenericType;\n        getGlobalIterableIteratorType: (reportErrors: boolean) => GenericType;\n        getGlobalGeneratorType: (reportErrors: boolean) => GenericType;\n        resolveIterationType: (type: Type, errorNode: Node | undefined) => Type | undefined;\n        mustHaveANextMethodDiagnostic: DiagnosticMessage;\n        mustBeAMethodDiagnostic: DiagnosticMessage;\n        mustHaveAValueDiagnostic: DiagnosticMessage;\n    }\n\n    const enum WideningKind {\n        Normal,\n        FunctionReturn,\n        GeneratorNext,\n        GeneratorYield,\n    }\n\n    const enum TypeFacts {\n        None = 0,\n        TypeofEQString = 1 << 0,      // typeof x === \"string\"\n        TypeofEQNumber = 1 << 1,      // typeof x === \"number\"\n        TypeofEQBigInt = 1 << 2,      // typeof x === \"bigint\"\n        TypeofEQBoolean = 1 << 3,     // typeof x === \"boolean\"\n        TypeofEQSymbol = 1 << 4,      // typeof x === \"symbol\"\n        TypeofEQObject = 1 << 5,      // typeof x === \"object\"\n        TypeofEQFunction = 1 << 6,    // typeof x === \"function\"\n        TypeofEQHostObject = 1 << 7,  // typeof x === \"xxx\"\n        TypeofNEString = 1 << 8,      // typeof x !== \"string\"\n        TypeofNENumber = 1 << 9,      // typeof x !== \"number\"\n        TypeofNEBigInt = 1 << 10,     // typeof x !== \"bigint\"\n        TypeofNEBoolean = 1 << 11,     // typeof x !== \"boolean\"\n        TypeofNESymbol = 1 << 12,     // typeof x !== \"symbol\"\n        TypeofNEObject = 1 << 13,     // typeof x !== \"object\"\n        TypeofNEFunction = 1 << 14,   // typeof x !== \"function\"\n        TypeofNEHostObject = 1 << 15, // typeof x !== \"xxx\"\n        EQUndefined = 1 << 16,        // x === undefined\n        EQNull = 1 << 17,             // x === null\n        EQUndefinedOrNull = 1 << 18,  // x === undefined / x === null\n        NEUndefined = 1 << 19,        // x !== undefined\n        NENull = 1 << 20,             // x !== null\n        NEUndefinedOrNull = 1 << 21,  // x != undefined / x != null\n        Truthy = 1 << 22,             // x\n        Falsy = 1 << 23,              // !x\n        All = (1 << 24) - 1,\n        // The following members encode facts about particular kinds of types for use in the getTypeFacts function.\n        // The presence of a particular fact means that the given test is true for some (and possibly all) values\n        // of that kind of type.\n        BaseStringStrictFacts = TypeofEQString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | NEUndefined | NENull | NEUndefinedOrNull,\n        BaseStringFacts = BaseStringStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        StringStrictFacts = BaseStringStrictFacts | Truthy | Falsy,\n        StringFacts = BaseStringFacts | Truthy,\n        EmptyStringStrictFacts = BaseStringStrictFacts | Falsy,\n        EmptyStringFacts = BaseStringFacts,\n        NonEmptyStringStrictFacts = BaseStringStrictFacts | Truthy,\n        NonEmptyStringFacts = BaseStringFacts | Truthy,\n        BaseNumberStrictFacts = TypeofEQNumber | TypeofNEString | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | NEUndefined | NENull | NEUndefinedOrNull,\n        BaseNumberFacts = BaseNumberStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        NumberStrictFacts = BaseNumberStrictFacts | Truthy | Falsy,\n        NumberFacts = BaseNumberFacts | Truthy,\n        ZeroNumberStrictFacts = BaseNumberStrictFacts | Falsy,\n        ZeroNumberFacts = BaseNumberFacts,\n        NonZeroNumberStrictFacts = BaseNumberStrictFacts | Truthy,\n        NonZeroNumberFacts = BaseNumberFacts | Truthy,\n        BaseBigIntStrictFacts = TypeofEQBigInt | TypeofNEString | TypeofNENumber | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | NEUndefined | NENull | NEUndefinedOrNull,\n        BaseBigIntFacts = BaseBigIntStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        BigIntStrictFacts = BaseBigIntStrictFacts | Truthy | Falsy,\n        BigIntFacts = BaseBigIntFacts | Truthy,\n        ZeroBigIntStrictFacts = BaseBigIntStrictFacts | Falsy,\n        ZeroBigIntFacts = BaseBigIntFacts,\n        NonZeroBigIntStrictFacts = BaseBigIntStrictFacts | Truthy,\n        NonZeroBigIntFacts = BaseBigIntFacts | Truthy,\n        BaseBooleanStrictFacts = TypeofEQBoolean | TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | NEUndefined | NENull | NEUndefinedOrNull,\n        BaseBooleanFacts = BaseBooleanStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        BooleanStrictFacts = BaseBooleanStrictFacts | Truthy | Falsy,\n        BooleanFacts = BaseBooleanFacts | Truthy,\n        FalseStrictFacts = BaseBooleanStrictFacts | Falsy,\n        FalseFacts = BaseBooleanFacts,\n        TrueStrictFacts = BaseBooleanStrictFacts | Truthy,\n        TrueFacts = BaseBooleanFacts | Truthy,\n        SymbolStrictFacts = TypeofEQSymbol | TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | NEUndefined | NENull | NEUndefinedOrNull | Truthy,\n        SymbolFacts = SymbolStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        ObjectStrictFacts = TypeofEQObject | TypeofEQHostObject | TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEFunction | NEUndefined | NENull | NEUndefinedOrNull | Truthy,\n        ObjectFacts = ObjectStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        FunctionStrictFacts = TypeofEQFunction | TypeofEQHostObject | TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | NEUndefined | NENull | NEUndefinedOrNull | Truthy,\n        FunctionFacts = FunctionStrictFacts | EQUndefined | EQNull | EQUndefinedOrNull | Falsy,\n        UndefinedFacts = TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | TypeofNEHostObject | EQUndefined | EQUndefinedOrNull | NENull | Falsy,\n        NullFacts = TypeofEQObject | TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEFunction | TypeofNEHostObject | EQNull | EQUndefinedOrNull | NEUndefined | Falsy,\n        EmptyObjectStrictFacts = All & ~(EQUndefined | EQNull | EQUndefinedOrNull),\n        AllTypeofNE = TypeofNEString | TypeofNENumber | TypeofNEBigInt | TypeofNEBoolean | TypeofNESymbol | TypeofNEObject | TypeofNEFunction | NEUndefined,\n        EmptyObjectFacts = All,\n        // Masks\n        OrFactsMask = TypeofEQFunction | TypeofNEObject,\n        AndFactsMask = All & ~OrFactsMask,\n    }\n\n    const typeofEQFacts: ReadonlyESMap<string, TypeFacts> = new Map(getEntries({\n        string: TypeFacts.TypeofEQString,\n        number: TypeFacts.TypeofEQNumber,\n        bigint: TypeFacts.TypeofEQBigInt,\n        boolean: TypeFacts.TypeofEQBoolean,\n        symbol: TypeFacts.TypeofEQSymbol,\n        undefined: TypeFacts.EQUndefined,\n        object: TypeFacts.TypeofEQObject,\n        function: TypeFacts.TypeofEQFunction\n    }));\n\n    const typeofNEFacts: ReadonlyESMap<string, TypeFacts> = new Map(getEntries({\n        string: TypeFacts.TypeofNEString,\n        number: TypeFacts.TypeofNENumber,\n        bigint: TypeFacts.TypeofNEBigInt,\n        boolean: TypeFacts.TypeofNEBoolean,\n        symbol: TypeFacts.TypeofNESymbol,\n        undefined: TypeFacts.NEUndefined,\n        object: TypeFacts.TypeofNEObject,\n        function: TypeFacts.TypeofNEFunction\n    }));\n\n    type TypeSystemEntity = Node | Symbol | Type | Signature;\n\n    const enum TypeSystemPropertyName {\n        Type,\n        ResolvedBaseConstructorType,\n        DeclaredType,\n        ResolvedReturnType,\n        ImmediateBaseConstraint,\n        EnumTagType,\n        ResolvedTypeArguments,\n        ResolvedBaseTypes,\n    }\n\n    const enum CheckMode {\n        Normal = 0,                        // Normal type checking\n        Contextual = 1 << 0,               // Explicitly assigned contextual type, therefore not cacheable\n        Inferential = 1 << 1,              // Inferential typing\n        SkipContextSensitive = 1 << 2,     // Skip context sensitive function expressions\n        SkipGenericFunctions = 1 << 3,     // Skip single signature generic functions\n        IsForSignatureHelp = 1 << 4,       // Call resolution for purposes of signature help\n        RestBindingElement = 1 << 5,       // Checking a type that is going to be used to determine the type of a rest binding element\n                                            //   e.g. in `const { a, ...rest } = foo`, when checking the type of `foo` to determine the type of `rest`,\n                                            //   we need to preserve generic types instead of substituting them for constraints\n    }\n\n    const enum SignatureCheckMode {\n        BivariantCallback = 1 << 0,\n        StrictCallback    = 1 << 1,\n        IgnoreReturnTypes = 1 << 2,\n        StrictArity       = 1 << 3,\n        Callback          = BivariantCallback | StrictCallback,\n    }\n\n    const enum IntersectionState {\n        None = 0,\n        Source = 1 << 0,\n        Target = 1 << 1,\n        PropertyCheck = 1 << 2,\n        InPropertyCheck = 1 << 3,\n    }\n\n    const enum RecursionFlags {\n        None = 0,\n        Source = 1 << 0,\n        Target = 1 << 1,\n        Both = Source | Target,\n    }\n\n    const enum MappedTypeModifiers {\n        IncludeReadonly = 1 << 0,\n        ExcludeReadonly = 1 << 1,\n        IncludeOptional = 1 << 2,\n        ExcludeOptional = 1 << 3,\n    }\n\n    const enum ExpandingFlags {\n        None = 0,\n        Source = 1,\n        Target = 1 << 1,\n        Both = Source | Target,\n    }\n\n    const enum MembersOrExportsResolutionKind {\n        resolvedExports = \"resolvedExports\",\n        resolvedMembers = \"resolvedMembers\"\n    }\n\n    const enum UnusedKind {\n        Local,\n        Parameter,\n    }\n\n    /** @param containingNode Node to check for parse error */\n    type AddUnusedDiagnostic = (containingNode: Node, type: UnusedKind, diagnostic: DiagnosticWithLocation) => void;\n\n    const isNotOverloadAndNotAccessor = and(isNotOverload, isNotAccessor);\n\n    const enum DeclarationMeaning {\n        GetAccessor = 1,\n        SetAccessor = 2,\n        PropertyAssignment = 4,\n        Method = 8,\n        PrivateStatic = 16,\n        GetOrSetAccessor = GetAccessor | SetAccessor,\n        PropertyAssignmentOrMethod = PropertyAssignment | Method,\n    }\n\n    const enum DeclarationSpaces {\n        None = 0,\n        ExportValue = 1 << 0,\n        ExportType = 1 << 1,\n        ExportNamespace = 1 << 2,\n    }\n\n    const enum MinArgumentCountFlags {\n        None = 0,\n        StrongArityForUntypedJS = 1 << 0,\n        VoidIsNonOptional = 1 << 1,\n    }\n\n    const enum IntrinsicTypeKind {\n        Uppercase,\n        Lowercase,\n        Capitalize,\n        Uncapitalize\n    }\n\n    const intrinsicTypeKinds: ReadonlyESMap<string, IntrinsicTypeKind> = new Map(getEntries({\n        Uppercase: IntrinsicTypeKind.Uppercase,\n        Lowercase: IntrinsicTypeKind.Lowercase,\n        Capitalize: IntrinsicTypeKind.Capitalize,\n        Uncapitalize: IntrinsicTypeKind.Uncapitalize\n    }));\n\n    function SymbolLinks(this: SymbolLinks) {\n    }\n\n    function NodeLinks(this: NodeLinks) {\n        this.flags = 0;\n    }\n\n    export function getNodeId(node: Node): number {\n        if (!node.id) {\n            node.id = nextNodeId;\n            nextNodeId++;\n        }\n        return node.id;\n    }\n\n    export function getSymbolId(symbol: Symbol): SymbolId {\n        if (!symbol.id) {\n            symbol.id = nextSymbolId;\n            nextSymbolId++;\n        }\n\n        return symbol.id;\n    }\n\n    export function isInstantiatedModule(node: ModuleDeclaration, preserveConstEnums: boolean) {\n        const moduleState = getModuleInstanceState(node);\n        return moduleState === ModuleInstanceState.Instantiated ||\n            (preserveConstEnums && moduleState === ModuleInstanceState.ConstEnumOnly);\n    }\n\n    export function createTypeChecker(host: TypeCheckerHost): TypeChecker {\n        const getPackagesMap = memoize(() => {\n            // A package name maps to true when we detect it has .d.ts files.\n            // This is useful as an approximation of whether a package bundles its own types.\n            // Note: we only look at files already found by module resolution,\n            // so there may be files we did not consider.\n            const map = new Map<string, boolean>();\n            host.getSourceFiles().forEach(sf => {\n                if (!sf.resolvedModules) return;\n\n                sf.resolvedModules.forEach(r => {\n                    if (r && r.packageId) map.set(r.packageId.name, r.extension === Extension.Dts || !!map.get(r.packageId.name));\n                });\n            });\n            return map;\n        });\n\n        let deferredDiagnosticsCallbacks: (() => void)[] = [];\n\n        let addLazyDiagnostic = (arg: () => void) => {\n            deferredDiagnosticsCallbacks.push(arg);\n        };\n\n        // Cancellation that controls whether or not we can cancel in the middle of type checking.\n        // In general cancelling is *not* safe for the type checker.  We might be in the middle of\n        // computing something, and we will leave our internals in an inconsistent state.  Callers\n        // who set the cancellation token should catch if a cancellation exception occurs, and\n        // should throw away and create a new TypeChecker.\n        //\n        // Currently we only support setting the cancellation token when getting diagnostics.  This\n        // is because diagnostics can be quite expensive, and we want to allow hosts to bail out if\n        // they no longer need the information (for example, if the user started editing again).\n        let cancellationToken: CancellationToken | undefined;\n        let requestedExternalEmitHelpers: ExternalEmitHelpers;\n        let externalHelpersModule: Symbol;\n\n        const Symbol = objectAllocator.getSymbolConstructor();\n        const Type = objectAllocator.getTypeConstructor();\n        const Signature = objectAllocator.getSignatureConstructor();\n\n        let typeCount = 0;\n        let symbolCount = 0;\n        let enumCount = 0;\n        let totalInstantiationCount = 0;\n        let instantiationCount = 0;\n        let instantiationDepth = 0;\n        let inlineLevel = 0;\n        let currentNode: Node | undefined;\n        let varianceTypeParameter: TypeParameter | undefined;\n\n        const emptySymbols = createSymbolTable();\n        const arrayVariances = [VarianceFlags.Covariant];\n\n        const compilerOptions = host.getCompilerOptions();\n        const languageVersion = getEmitScriptTarget(compilerOptions);\n        const moduleKind = getEmitModuleKind(compilerOptions);\n        const useDefineForClassFields = getUseDefineForClassFields(compilerOptions);\n        const allowSyntheticDefaultImports = getAllowSyntheticDefaultImports(compilerOptions);\n        const strictNullChecks = getStrictOptionValue(compilerOptions, \"strictNullChecks\");\n        const strictFunctionTypes = getStrictOptionValue(compilerOptions, \"strictFunctionTypes\");\n        const strictBindCallApply = getStrictOptionValue(compilerOptions, \"strictBindCallApply\");\n        const strictPropertyInitialization = getStrictOptionValue(compilerOptions, \"strictPropertyInitialization\");\n        const noImplicitAny = getStrictOptionValue(compilerOptions, \"noImplicitAny\");\n        const noImplicitThis = getStrictOptionValue(compilerOptions, \"noImplicitThis\");\n        const useUnknownInCatchVariables = getStrictOptionValue(compilerOptions, \"useUnknownInCatchVariables\");\n        const keyofStringsOnly = !!compilerOptions.keyofStringsOnly;\n        const freshObjectLiteralFlag = compilerOptions.suppressExcessPropertyErrors ? 0 : ObjectFlags.FreshLiteral;\n        const exactOptionalPropertyTypes = compilerOptions.exactOptionalPropertyTypes;\n\n        const checkBinaryExpression = createCheckBinaryExpression();\n        const emitResolver = createResolver();\n        const nodeBuilder = createNodeBuilder();\n\n        const globals = createSymbolTable();\n        const undefinedSymbol = createSymbol(SymbolFlags.Property, \"undefined\" as __String);\n        undefinedSymbol.declarations = [];\n\n        const globalThisSymbol = createSymbol(SymbolFlags.Module, \"globalThis\" as __String, CheckFlags.Readonly);\n        globalThisSymbol.exports = globals;\n        globalThisSymbol.declarations = [];\n        globals.set(globalThisSymbol.escapedName, globalThisSymbol);\n\n        const argumentsSymbol = createSymbol(SymbolFlags.Property, \"arguments\" as __String);\n        const requireSymbol = createSymbol(SymbolFlags.Property, \"require\" as __String);\n\n        /** This will be set during calls to `getResolvedSignature` where services determines an apparent number of arguments greater than what is actually provided. */\n        let apparentArgumentCount: number | undefined;\n\n        // for public members that accept a Node or one of its subtypes, we must guard against\n        // synthetic nodes created during transformations by calling `getParseTreeNode`.\n        // for most of these, we perform the guard only on `checker` to avoid any possible\n        // extra cost of calling `getParseTreeNode` when calling these functions from inside the\n        // checker.\n        const checker: TypeChecker = {\n            getNodeCount: () => sum(host.getSourceFiles(), \"nodeCount\"),\n            getIdentifierCount: () => sum(host.getSourceFiles(), \"identifierCount\"),\n            getSymbolCount: () => sum(host.getSourceFiles(), \"symbolCount\") + symbolCount,\n            getTypeCount: () => typeCount,\n            getInstantiationCount: () => totalInstantiationCount,\n            getRelationCacheSizes: () => ({\n                assignable: assignableRelation.size,\n                identity: identityRelation.size,\n                subtype: subtypeRelation.size,\n                strictSubtype: strictSubtypeRelation.size,\n            }),\n            isUndefinedSymbol: symbol => symbol === undefinedSymbol,\n            isArgumentsSymbol: symbol => symbol === argumentsSymbol,\n            isUnknownSymbol: symbol => symbol === unknownSymbol,\n            getMergedSymbol,\n            getDiagnostics,\n            getGlobalDiagnostics,\n            getRecursionIdentity,\n            getUnmatchedProperties,\n            getTypeOfSymbolAtLocation: (symbol, locationIn) => {\n                const location = getParseTreeNode(locationIn);\n                return location ? getTypeOfSymbolAtLocation(symbol, location) : errorType;\n            },\n            getTypeOfSymbol,\n            getSymbolsOfParameterPropertyDeclaration: (parameterIn, parameterName) => {\n                const parameter = getParseTreeNode(parameterIn, isParameter);\n                if (parameter === undefined) return Debug.fail(\"Cannot get symbols of a synthetic parameter that cannot be resolved to a parse-tree node.\");\n                return getSymbolsOfParameterPropertyDeclaration(parameter, escapeLeadingUnderscores(parameterName));\n            },\n            getDeclaredTypeOfSymbol,\n            getPropertiesOfType,\n            getPropertyOfType: (type, name) => getPropertyOfType(type, escapeLeadingUnderscores(name)),\n            getPrivateIdentifierPropertyOfType: (leftType: Type, name: string, location: Node) => {\n                const node = getParseTreeNode(location);\n                if (!node) {\n                    return undefined;\n                }\n                const propName = escapeLeadingUnderscores(name);\n                const lexicallyScopedIdentifier = lookupSymbolForPrivateIdentifierDeclaration(propName, node);\n                return lexicallyScopedIdentifier ? getPrivateIdentifierPropertyOfType(leftType, lexicallyScopedIdentifier) : undefined;\n            },\n            getTypeOfPropertyOfType: (type, name) => getTypeOfPropertyOfType(type, escapeLeadingUnderscores(name)),\n            getIndexInfoOfType: (type, kind) => getIndexInfoOfType(type, kind === IndexKind.String ? stringType : numberType),\n            getIndexInfosOfType,\n            getSignaturesOfType,\n            getIndexTypeOfType: (type, kind) => getIndexTypeOfType(type, kind === IndexKind.String ? stringType : numberType),\n            getIndexType: type => getIndexType(type),\n            getBaseTypes,\n            getBaseTypeOfLiteralType,\n            getWidenedType,\n            getTypeFromTypeNode: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isTypeNode);\n                return node ? getTypeFromTypeNode(node) : errorType;\n            },\n            getParameterType: getTypeAtPosition,\n            getParameterIdentifierNameAtPosition,\n            getPromisedTypeOfPromise,\n            getAwaitedType: type => getAwaitedType(type),\n            getReturnTypeOfSignature,\n            isNullableType,\n            getNullableType,\n            getNonNullableType,\n            getNonOptionalType: removeOptionalTypeMarker,\n            getTypeArguments,\n            typeToTypeNode: nodeBuilder.typeToTypeNode,\n            indexInfoToIndexSignatureDeclaration: nodeBuilder.indexInfoToIndexSignatureDeclaration,\n            signatureToSignatureDeclaration: nodeBuilder.signatureToSignatureDeclaration,\n            symbolToEntityName: nodeBuilder.symbolToEntityName,\n            symbolToExpression: nodeBuilder.symbolToExpression,\n            symbolToTypeParameterDeclarations: nodeBuilder.symbolToTypeParameterDeclarations,\n            symbolToParameterDeclaration: nodeBuilder.symbolToParameterDeclaration,\n            typeParameterToDeclaration: nodeBuilder.typeParameterToDeclaration,\n            getSymbolsInScope: (locationIn, meaning) => {\n                const location = getParseTreeNode(locationIn);\n                return location ? getSymbolsInScope(location, meaning) : [];\n            },\n            getSymbolAtLocation: nodeIn => {\n                const node = getParseTreeNode(nodeIn);\n                // set ignoreErrors: true because any lookups invoked by the API shouldn't cause any new errors\n                return node ? getSymbolAtLocation(node, /*ignoreErrors*/ true) : undefined;\n            },\n            getIndexInfosAtLocation: nodeIn => {\n                const node = getParseTreeNode(nodeIn);\n                return node ? getIndexInfosAtLocation(node) : undefined;\n            },\n            getShorthandAssignmentValueSymbol: nodeIn => {\n                const node = getParseTreeNode(nodeIn);\n                return node ? getShorthandAssignmentValueSymbol(node) : undefined;\n            },\n            getExportSpecifierLocalTargetSymbol: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isExportSpecifier);\n                return node ? getExportSpecifierLocalTargetSymbol(node) : undefined;\n            },\n            getExportSymbolOfSymbol(symbol) {\n                return getMergedSymbol(symbol.exportSymbol || symbol);\n            },\n            getTypeAtLocation: nodeIn => {\n                const node = getParseTreeNode(nodeIn);\n                return node ? getTypeOfNode(node) : errorType;\n            },\n            getTypeOfAssignmentPattern: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isAssignmentPattern);\n                return node && getTypeOfAssignmentPattern(node) || errorType;\n            },\n            getPropertySymbolOfDestructuringAssignment: locationIn => {\n                const location = getParseTreeNode(locationIn, isIdentifier);\n                return location ? getPropertySymbolOfDestructuringAssignment(location) : undefined;\n            },\n            signatureToString: (signature, enclosingDeclaration, flags, kind) => {\n                return signatureToString(signature, getParseTreeNode(enclosingDeclaration), flags, kind);\n            },\n            typeToString: (type, enclosingDeclaration, flags) => {\n                return typeToString(type, getParseTreeNode(enclosingDeclaration), flags);\n            },\n            symbolToString: (symbol, enclosingDeclaration, meaning, flags) => {\n                return symbolToString(symbol, getParseTreeNode(enclosingDeclaration), meaning, flags);\n            },\n            typePredicateToString: (predicate, enclosingDeclaration, flags) => {\n                return typePredicateToString(predicate, getParseTreeNode(enclosingDeclaration), flags);\n            },\n            writeSignature: (signature, enclosingDeclaration, flags, kind, writer) => {\n                return signatureToString(signature, getParseTreeNode(enclosingDeclaration), flags, kind, writer);\n            },\n            writeType: (type, enclosingDeclaration, flags, writer) => {\n                return typeToString(type, getParseTreeNode(enclosingDeclaration), flags, writer);\n            },\n            writeSymbol: (symbol, enclosingDeclaration, meaning, flags, writer) => {\n                return symbolToString(symbol, getParseTreeNode(enclosingDeclaration), meaning, flags, writer);\n            },\n            writeTypePredicate: (predicate, enclosingDeclaration, flags, writer) => {\n                return typePredicateToString(predicate, getParseTreeNode(enclosingDeclaration), flags, writer);\n            },\n            getAugmentedPropertiesOfType,\n            getRootSymbols,\n            getSymbolOfExpando,\n            getContextualType: (nodeIn: Expression, contextFlags?: ContextFlags) => {\n                const node = getParseTreeNode(nodeIn, isExpression);\n                if (!node) {\n                    return undefined;\n                }\n                const containingCall = findAncestor(node, isCallLikeExpression);\n                const containingCallResolvedSignature = containingCall && getNodeLinks(containingCall).resolvedSignature;\n                if (contextFlags! & ContextFlags.Completions && containingCall) {\n                    let toMarkSkip = node as Node;\n                    do {\n                        getNodeLinks(toMarkSkip).skipDirectInference = true;\n                        toMarkSkip = toMarkSkip.parent;\n                    } while (toMarkSkip && toMarkSkip !== containingCall);\n                    getNodeLinks(containingCall).resolvedSignature = undefined;\n                }\n                const result = getContextualType(node, contextFlags);\n                if (contextFlags! & ContextFlags.Completions && containingCall) {\n                    let toMarkSkip = node as Node;\n                    do {\n                        getNodeLinks(toMarkSkip).skipDirectInference = undefined;\n                        toMarkSkip = toMarkSkip.parent;\n                    } while (toMarkSkip && toMarkSkip !== containingCall);\n                    getNodeLinks(containingCall).resolvedSignature = containingCallResolvedSignature;\n                }\n                return result;\n            },\n            getContextualTypeForObjectLiteralElement: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isObjectLiteralElementLike);\n                return node ? getContextualTypeForObjectLiteralElement(node) : undefined;\n            },\n            getContextualTypeForArgumentAtIndex: (nodeIn, argIndex) => {\n                const node = getParseTreeNode(nodeIn, isCallLikeExpression);\n                return node && getContextualTypeForArgumentAtIndex(node, argIndex);\n            },\n            getContextualTypeForJsxAttribute: (nodeIn) => {\n                const node = getParseTreeNode(nodeIn, isJsxAttributeLike);\n                return node && getContextualTypeForJsxAttribute(node);\n            },\n            isContextSensitive,\n            getTypeOfPropertyOfContextualType,\n            getFullyQualifiedName,\n            getResolvedSignature: (node, candidatesOutArray, argumentCount) =>\n                getResolvedSignatureWorker(node, candidatesOutArray, argumentCount, CheckMode.Normal),\n            getResolvedSignatureForSignatureHelp: (node, candidatesOutArray, argumentCount) =>\n                getResolvedSignatureWorker(node, candidatesOutArray, argumentCount, CheckMode.IsForSignatureHelp),\n            getExpandedParameters,\n            hasEffectiveRestParameter,\n            containsArgumentsReference,\n            getConstantValue: nodeIn => {\n                const node = getParseTreeNode(nodeIn, canHaveConstantValue);\n                return node ? getConstantValue(node) : undefined;\n            },\n            isValidPropertyAccess: (nodeIn, propertyName) => {\n                const node = getParseTreeNode(nodeIn, isPropertyAccessOrQualifiedNameOrImportTypeNode);\n                return !!node && isValidPropertyAccess(node, escapeLeadingUnderscores(propertyName));\n            },\n            isValidPropertyAccessForCompletions: (nodeIn, type, property) => {\n                const node = getParseTreeNode(nodeIn, isPropertyAccessExpression);\n                return !!node && isValidPropertyAccessForCompletions(node, type, property);\n            },\n            getSignatureFromDeclaration: declarationIn => {\n                const declaration = getParseTreeNode(declarationIn, isFunctionLike);\n                return declaration ? getSignatureFromDeclaration(declaration) : undefined;\n            },\n            isImplementationOfOverload: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isFunctionLike);\n                return node ? isImplementationOfOverload(node) : undefined;\n            },\n            getImmediateAliasedSymbol,\n            getAliasedSymbol: resolveAlias,\n            getEmitResolver,\n            getExportsOfModule: getExportsOfModuleAsArray,\n            getExportsAndPropertiesOfModule,\n            forEachExportAndPropertyOfModule,\n            getSymbolWalker: createGetSymbolWalker(\n                getRestTypeOfSignature,\n                getTypePredicateOfSignature,\n                getReturnTypeOfSignature,\n                getBaseTypes,\n                resolveStructuredTypeMembers,\n                getTypeOfSymbol,\n                getResolvedSymbol,\n                getConstraintOfTypeParameter,\n                getFirstIdentifier,\n                getTypeArguments,\n            ),\n            getAmbientModules,\n            getJsxIntrinsicTagNamesAt,\n            isOptionalParameter: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isParameter);\n                return node ? isOptionalParameter(node) : false;\n            },\n            tryGetMemberInModuleExports: (name, symbol) => tryGetMemberInModuleExports(escapeLeadingUnderscores(name), symbol),\n            tryGetMemberInModuleExportsAndProperties: (name, symbol) => tryGetMemberInModuleExportsAndProperties(escapeLeadingUnderscores(name), symbol),\n            tryFindAmbientModule: moduleName => tryFindAmbientModule(moduleName, /*withAugmentations*/ true),\n            tryFindAmbientModuleWithoutAugmentations: moduleName => {\n                // we deliberately exclude augmentations\n                // since we are only interested in declarations of the module itself\n                return tryFindAmbientModule(moduleName, /*withAugmentations*/ false);\n            },\n            getApparentType,\n            getUnionType,\n            isTypeAssignableTo,\n            createAnonymousType,\n            createSignature,\n            createSymbol,\n            createIndexInfo,\n            getAnyType: () => anyType,\n            getStringType: () => stringType,\n            getNumberType: () => numberType,\n            createPromiseType,\n            createArrayType,\n            getElementTypeOfArrayType,\n            getBooleanType: () => booleanType,\n            getFalseType: (fresh?) => fresh ? falseType : regularFalseType,\n            getTrueType: (fresh?) => fresh ? trueType : regularTrueType,\n            getVoidType: () => voidType,\n            getUndefinedType: () => undefinedType,\n            getNullType: () => nullType,\n            getESSymbolType: () => esSymbolType,\n            getNeverType: () => neverType,\n            getOptionalType: () => optionalType,\n            getPromiseType: () => getGlobalPromiseType(/*reportErrors*/ false),\n            getPromiseLikeType: () => getGlobalPromiseLikeType(/*reportErrors*/ false),\n            isSymbolAccessible,\n            isArrayType,\n            isTupleType,\n            isArrayLikeType,\n            isTypeInvalidDueToUnionDiscriminant,\n            getExactOptionalProperties,\n            getAllPossiblePropertiesOfTypes,\n            getSuggestedSymbolForNonexistentProperty,\n            getSuggestionForNonexistentProperty,\n            getSuggestedSymbolForNonexistentJSXAttribute,\n            getSuggestedSymbolForNonexistentSymbol: (location, name, meaning) => getSuggestedSymbolForNonexistentSymbol(location, escapeLeadingUnderscores(name), meaning),\n            getSuggestionForNonexistentSymbol: (location, name, meaning) => getSuggestionForNonexistentSymbol(location, escapeLeadingUnderscores(name), meaning),\n            getSuggestedSymbolForNonexistentModule,\n            getSuggestionForNonexistentExport,\n            getSuggestedSymbolForNonexistentClassMember,\n            getBaseConstraintOfType,\n            getDefaultFromTypeParameter: type => type && type.flags & TypeFlags.TypeParameter ? getDefaultFromTypeParameter(type as TypeParameter) : undefined,\n            resolveName(name, location, meaning, excludeGlobals) {\n                return resolveName(location, escapeLeadingUnderscores(name), meaning, /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ false, excludeGlobals);\n            },\n            getJsxNamespace: n => unescapeLeadingUnderscores(getJsxNamespace(n)),\n            getJsxFragmentFactory: n => {\n                const jsxFragmentFactory = getJsxFragmentFactoryEntity(n);\n                return jsxFragmentFactory && unescapeLeadingUnderscores(getFirstIdentifier(jsxFragmentFactory).escapedText);\n            },\n            getAccessibleSymbolChain,\n            getTypePredicateOfSignature,\n            resolveExternalModuleName: moduleSpecifierIn => {\n                const moduleSpecifier = getParseTreeNode(moduleSpecifierIn, isExpression);\n                return moduleSpecifier && resolveExternalModuleName(moduleSpecifier, moduleSpecifier, /*ignoreErrors*/ true);\n            },\n            resolveExternalModuleSymbol,\n            tryGetThisTypeAt: (nodeIn, includeGlobalThis) => {\n                const node = getParseTreeNode(nodeIn);\n                return node && tryGetThisTypeAt(node, includeGlobalThis);\n            },\n            getTypeArgumentConstraint: nodeIn => {\n                const node = getParseTreeNode(nodeIn, isTypeNode);\n                return node && getTypeArgumentConstraint(node);\n            },\n            getSuggestionDiagnostics: (fileIn, ct) => {\n                const file = getParseTreeNode(fileIn, isSourceFile) || Debug.fail(\"Could not determine parsed source file.\");\n                if (skipTypeChecking(file, compilerOptions, host)) {\n                    return emptyArray;\n                }\n\n                let diagnostics: DiagnosticWithLocation[] | undefined;\n                try {\n                    // Record the cancellation token so it can be checked later on during checkSourceElement.\n                    // Do this in a finally block so we can ensure that it gets reset back to nothing after\n                    // this call is done.\n                    cancellationToken = ct;\n\n                    // Ensure file is type checked, with _eager_ diagnostic production, so identifiers are registered as potentially unused\n                    checkSourceFileWithEagerDiagnostics(file);\n                    Debug.assert(!!(getNodeLinks(file).flags & NodeCheckFlags.TypeChecked));\n\n                    diagnostics = addRange(diagnostics, suggestionDiagnostics.getDiagnostics(file.fileName));\n                    checkUnusedIdentifiers(getPotentiallyUnusedIdentifiers(file), (containingNode, kind, diag) => {\n                        if (!containsParseError(containingNode) && !unusedIsError(kind, !!(containingNode.flags & NodeFlags.Ambient))) {\n                            (diagnostics || (diagnostics = [])).push({ ...diag, category: DiagnosticCategory.Suggestion });\n                        }\n                    });\n\n                    return diagnostics || emptyArray;\n                }\n                finally {\n                    cancellationToken = undefined;\n                }\n            },\n\n            runWithCancellationToken: (token, callback) => {\n                try {\n                    cancellationToken = token;\n                    return callback(checker);\n                }\n                finally {\n                    cancellationToken = undefined;\n                }\n            },\n\n            getLocalTypeParametersOfClassOrInterfaceOrTypeAlias,\n            isDeclarationVisible,\n            isPropertyAccessible,\n            getTypeOnlyAliasDeclaration,\n            getMemberOverrideModifierStatus,\n        };\n\n        function getResolvedSignatureWorker(nodeIn: CallLikeExpression, candidatesOutArray: Signature[] | undefined, argumentCount: number | undefined, checkMode: CheckMode): Signature | undefined {\n            const node = getParseTreeNode(nodeIn, isCallLikeExpression);\n            apparentArgumentCount = argumentCount;\n            const res = node ? getResolvedSignature(node, candidatesOutArray, checkMode) : undefined;\n            apparentArgumentCount = undefined;\n            return res;\n        }\n\n        const tupleTypes = new Map<string, GenericType>();\n        const unionTypes = new Map<string, UnionType>();\n        const intersectionTypes = new Map<string, Type>();\n        const stringLiteralTypes = new Map<string, StringLiteralType>();\n        const numberLiteralTypes = new Map<number, NumberLiteralType>();\n        const bigIntLiteralTypes = new Map<string, BigIntLiteralType>();\n        const enumLiteralTypes = new Map<string, LiteralType>();\n        const indexedAccessTypes = new Map<string, IndexedAccessType>();\n        const templateLiteralTypes = new Map<string, TemplateLiteralType>();\n        const stringMappingTypes = new Map<string, StringMappingType>();\n        const substitutionTypes = new Map<string, SubstitutionType>();\n        const subtypeReductionCache = new Map<string, Type[]>();\n        const evolvingArrayTypes: EvolvingArrayType[] = [];\n        const undefinedProperties: SymbolTable = new Map();\n        const markerTypes = new Set<number>();\n\n        const unknownSymbol = createSymbol(SymbolFlags.Property, \"unknown\" as __String);\n        const resolvingSymbol = createSymbol(0, InternalSymbolName.Resolving);\n        const unresolvedSymbols = new Map<string, TransientSymbol>();\n        const errorTypes = new Map<string, Type>();\n\n        const anyType = createIntrinsicType(TypeFlags.Any, \"any\");\n        const autoType = createIntrinsicType(TypeFlags.Any, \"any\");\n        const wildcardType = createIntrinsicType(TypeFlags.Any, \"any\");\n        const errorType = createIntrinsicType(TypeFlags.Any, \"error\");\n        const unresolvedType = createIntrinsicType(TypeFlags.Any, \"unresolved\");\n        const nonInferrableAnyType = createIntrinsicType(TypeFlags.Any, \"any\", ObjectFlags.ContainsWideningType);\n        const intrinsicMarkerType = createIntrinsicType(TypeFlags.Any, \"intrinsic\");\n        const unknownType = createIntrinsicType(TypeFlags.Unknown, \"unknown\");\n        const nonNullUnknownType = createIntrinsicType(TypeFlags.Unknown, \"unknown\");\n        const undefinedType = createIntrinsicType(TypeFlags.Undefined, \"undefined\");\n        const undefinedWideningType = strictNullChecks ? undefinedType : createIntrinsicType(TypeFlags.Undefined, \"undefined\", ObjectFlags.ContainsWideningType);\n        const optionalType = createIntrinsicType(TypeFlags.Undefined, \"undefined\");\n        const missingType = exactOptionalPropertyTypes ? createIntrinsicType(TypeFlags.Undefined, \"undefined\") : undefinedType;\n        const nullType = createIntrinsicType(TypeFlags.Null, \"null\");\n        const nullWideningType = strictNullChecks ? nullType : createIntrinsicType(TypeFlags.Null, \"null\", ObjectFlags.ContainsWideningType);\n        const stringType = createIntrinsicType(TypeFlags.String, \"string\");\n        const numberType = createIntrinsicType(TypeFlags.Number, \"number\");\n        const bigintType = createIntrinsicType(TypeFlags.BigInt, \"bigint\");\n        const falseType = createIntrinsicType(TypeFlags.BooleanLiteral, \"false\") as FreshableIntrinsicType;\n        const regularFalseType = createIntrinsicType(TypeFlags.BooleanLiteral, \"false\") as FreshableIntrinsicType;\n        const trueType = createIntrinsicType(TypeFlags.BooleanLiteral, \"true\") as FreshableIntrinsicType;\n        const regularTrueType = createIntrinsicType(TypeFlags.BooleanLiteral, \"true\") as FreshableIntrinsicType;\n        trueType.regularType = regularTrueType;\n        trueType.freshType = trueType;\n        regularTrueType.regularType = regularTrueType;\n        regularTrueType.freshType = trueType;\n        falseType.regularType = regularFalseType;\n        falseType.freshType = falseType;\n        regularFalseType.regularType = regularFalseType;\n        regularFalseType.freshType = falseType;\n        const booleanType = getUnionType([regularFalseType, regularTrueType]);\n        const esSymbolType = createIntrinsicType(TypeFlags.ESSymbol, \"symbol\");\n        const voidType = createIntrinsicType(TypeFlags.Void, \"void\");\n        const neverType = createIntrinsicType(TypeFlags.Never, \"never\");\n        const silentNeverType = createIntrinsicType(TypeFlags.Never, \"never\");\n        const nonInferrableType = createIntrinsicType(TypeFlags.Never, \"never\", ObjectFlags.NonInferrableType);\n        const implicitNeverType = createIntrinsicType(TypeFlags.Never, \"never\");\n        const unreachableNeverType = createIntrinsicType(TypeFlags.Never, \"never\");\n        const nonPrimitiveType = createIntrinsicType(TypeFlags.NonPrimitive, \"object\");\n        const stringOrNumberType = getUnionType([stringType, numberType]);\n        const stringNumberSymbolType = getUnionType([stringType, numberType, esSymbolType]);\n        const keyofConstraintType = keyofStringsOnly ? stringType : stringNumberSymbolType;\n        const numberOrBigIntType = getUnionType([numberType, bigintType]);\n        const templateConstraintType = getUnionType([stringType, numberType, booleanType, bigintType, nullType, undefinedType]) as UnionType;\n\n        const restrictiveMapper: TypeMapper = makeFunctionTypeMapper(t => t.flags & TypeFlags.TypeParameter ? getRestrictiveTypeParameter(t as TypeParameter) : t);\n        const permissiveMapper: TypeMapper = makeFunctionTypeMapper(t => t.flags & TypeFlags.TypeParameter ? wildcardType : t);\n        const uniqueLiteralType = createIntrinsicType(TypeFlags.Never, \"never\"); // `uniqueLiteralType` is a special `never` flagged by union reduction to behave as a literal\n        const uniqueLiteralMapper: TypeMapper = makeFunctionTypeMapper(t => t.flags & TypeFlags.TypeParameter ? uniqueLiteralType : t); // replace all type parameters with the unique literal type (disregarding constraints)\n\n        const emptyObjectType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n        const emptyJsxObjectType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n        emptyJsxObjectType.objectFlags |= ObjectFlags.JsxAttributes;\n\n        const emptyTypeLiteralSymbol = createSymbol(SymbolFlags.TypeLiteral, InternalSymbolName.Type);\n        emptyTypeLiteralSymbol.members = createSymbolTable();\n        const emptyTypeLiteralType = createAnonymousType(emptyTypeLiteralSymbol, emptySymbols, emptyArray, emptyArray, emptyArray);\n\n        const emptyGenericType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray) as ObjectType as GenericType;\n        emptyGenericType.instantiations = new Map<string, TypeReference>();\n\n        const anyFunctionType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n        // The anyFunctionType contains the anyFunctionType by definition. The flag is further propagated\n        // in getPropagatingFlagsOfTypes, and it is checked in inferFromTypes.\n        anyFunctionType.objectFlags |= ObjectFlags.NonInferrableType;\n\n        const noConstraintType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n        const circularConstraintType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n        const resolvingDefaultType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n\n        const markerSuperType = createTypeParameter();\n        const markerSubType = createTypeParameter();\n        markerSubType.constraint = markerSuperType;\n        const markerOtherType = createTypeParameter();\n\n        const noTypePredicate = createTypePredicate(TypePredicateKind.Identifier, \"<<unresolved>>\", 0, anyType);\n\n        const anySignature = createSignature(undefined, undefined, undefined, emptyArray, anyType, /*resolvedTypePredicate*/ undefined, 0, SignatureFlags.None);\n        const unknownSignature = createSignature(undefined, undefined, undefined, emptyArray, errorType, /*resolvedTypePredicate*/ undefined, 0, SignatureFlags.None);\n        const resolvingSignature = createSignature(undefined, undefined, undefined, emptyArray, anyType, /*resolvedTypePredicate*/ undefined, 0, SignatureFlags.None);\n        const silentNeverSignature = createSignature(undefined, undefined, undefined, emptyArray, silentNeverType, /*resolvedTypePredicate*/ undefined, 0, SignatureFlags.None);\n\n        const enumNumberIndexInfo = createIndexInfo(numberType, stringType, /*isReadonly*/ true);\n\n        const iterationTypesCache = new Map<string, IterationTypes>(); // cache for common IterationTypes instances\n        const noIterationTypes: IterationTypes = {\n            get yieldType(): Type { return Debug.fail(\"Not supported\"); },\n            get returnType(): Type { return Debug.fail(\"Not supported\"); },\n            get nextType(): Type { return Debug.fail(\"Not supported\"); },\n        };\n\n        const anyIterationTypes = createIterationTypes(anyType, anyType, anyType);\n        const anyIterationTypesExceptNext = createIterationTypes(anyType, anyType, unknownType);\n        const defaultIterationTypes = createIterationTypes(neverType, anyType, undefinedType); // default iteration types for `Iterator`.\n\n        const asyncIterationTypesResolver: IterationTypesResolver = {\n            iterableCacheKey: \"iterationTypesOfAsyncIterable\",\n            iteratorCacheKey: \"iterationTypesOfAsyncIterator\",\n            iteratorSymbolName: \"asyncIterator\",\n            getGlobalIteratorType: getGlobalAsyncIteratorType,\n            getGlobalIterableType: getGlobalAsyncIterableType,\n            getGlobalIterableIteratorType: getGlobalAsyncIterableIteratorType,\n            getGlobalGeneratorType: getGlobalAsyncGeneratorType,\n            resolveIterationType: getAwaitedType,\n            mustHaveANextMethodDiagnostic: Diagnostics.An_async_iterator_must_have_a_next_method,\n            mustBeAMethodDiagnostic: Diagnostics.The_0_property_of_an_async_iterator_must_be_a_method,\n            mustHaveAValueDiagnostic: Diagnostics.The_type_returned_by_the_0_method_of_an_async_iterator_must_be_a_promise_for_a_type_with_a_value_property,\n        };\n\n        const syncIterationTypesResolver: IterationTypesResolver = {\n            iterableCacheKey: \"iterationTypesOfIterable\",\n            iteratorCacheKey: \"iterationTypesOfIterator\",\n            iteratorSymbolName: \"iterator\",\n            getGlobalIteratorType,\n            getGlobalIterableType,\n            getGlobalIterableIteratorType,\n            getGlobalGeneratorType,\n            resolveIterationType: (type, _errorNode) => type,\n            mustHaveANextMethodDiagnostic: Diagnostics.An_iterator_must_have_a_next_method,\n            mustBeAMethodDiagnostic: Diagnostics.The_0_property_of_an_iterator_must_be_a_method,\n            mustHaveAValueDiagnostic: Diagnostics.The_type_returned_by_the_0_method_of_an_iterator_must_have_a_value_property,\n        };\n\n        interface DuplicateInfoForSymbol {\n            readonly firstFileLocations: Declaration[];\n            readonly secondFileLocations: Declaration[];\n            readonly isBlockScoped: boolean;\n        }\n        interface DuplicateInfoForFiles {\n            readonly firstFile: SourceFile;\n            readonly secondFile: SourceFile;\n            /** Key is symbol name. */\n            readonly conflictingSymbols: ESMap<string, DuplicateInfoForSymbol>;\n        }\n        /** Key is \"/path/to/a.ts|/path/to/b.ts\". */\n        let amalgamatedDuplicates: ESMap<string, DuplicateInfoForFiles> | undefined;\n        const reverseMappedCache = new Map<string, Type | undefined>();\n        let inInferTypeForHomomorphicMappedType = false;\n        let ambientModulesCache: Symbol[] | undefined;\n        /**\n          * List of every ambient module with a \"*\" wildcard.\n          * Unlike other ambient modules, these can't be stored in `globals` because symbol tables only deal with exact matches.\n          * This is only used if there is no exact match.\n          */\n        let patternAmbientModules: PatternAmbientModule[];\n        let patternAmbientModuleAugmentations: ESMap<string, Symbol> | undefined;\n\n        let globalObjectType: ObjectType;\n        let globalFunctionType: ObjectType;\n        let globalCallableFunctionType: ObjectType;\n        let globalNewableFunctionType: ObjectType;\n        let globalArrayType: GenericType;\n        let globalReadonlyArrayType: GenericType;\n        let globalStringType: ObjectType;\n        let globalNumberType: ObjectType;\n        let globalBooleanType: ObjectType;\n        let globalRegExpType: ObjectType;\n        let globalThisType: GenericType;\n        let anyArrayType: Type;\n        let autoArrayType: Type;\n        let anyReadonlyArrayType: Type;\n        let deferredGlobalNonNullableTypeAlias: Symbol;\n\n        // The library files are only loaded when the feature is used.\n        // This allows users to just specify library files they want to used through --lib\n        // and they will not get an error from not having unrelated library files\n        let deferredGlobalESSymbolConstructorSymbol: Symbol | undefined;\n        let deferredGlobalESSymbolConstructorTypeSymbol: Symbol | undefined;\n        let deferredGlobalESSymbolType: ObjectType | undefined;\n        let deferredGlobalTypedPropertyDescriptorType: GenericType;\n        let deferredGlobalPromiseType: GenericType | undefined;\n        let deferredGlobalPromiseLikeType: GenericType | undefined;\n        let deferredGlobalPromiseConstructorSymbol: Symbol | undefined;\n        let deferredGlobalPromiseConstructorLikeType: ObjectType | undefined;\n        let deferredGlobalIterableType: GenericType | undefined;\n        let deferredGlobalIteratorType: GenericType | undefined;\n        let deferredGlobalIterableIteratorType: GenericType | undefined;\n        let deferredGlobalGeneratorType: GenericType | undefined;\n        let deferredGlobalIteratorYieldResultType: GenericType | undefined;\n        let deferredGlobalIteratorReturnResultType: GenericType | undefined;\n        let deferredGlobalAsyncIterableType: GenericType | undefined;\n        let deferredGlobalAsyncIteratorType: GenericType | undefined;\n        let deferredGlobalAsyncIterableIteratorType: GenericType | undefined;\n        let deferredGlobalAsyncGeneratorType: GenericType | undefined;\n        let deferredGlobalTemplateStringsArrayType: ObjectType | undefined;\n        let deferredGlobalImportMetaType: ObjectType;\n        let deferredGlobalImportMetaExpressionType: ObjectType;\n        let deferredGlobalImportCallOptionsType: ObjectType | undefined;\n        let deferredGlobalExtractSymbol: Symbol | undefined;\n        let deferredGlobalOmitSymbol: Symbol | undefined;\n        let deferredGlobalAwaitedSymbol: Symbol | undefined;\n        let deferredGlobalBigIntType: ObjectType | undefined;\n\n        const allPotentiallyUnusedIdentifiers = new Map<Path, PotentiallyUnusedIdentifier[]>(); // key is file name\n\n        let flowLoopStart = 0;\n        let flowLoopCount = 0;\n        let sharedFlowCount = 0;\n        let flowAnalysisDisabled = false;\n        let flowInvocationCount = 0;\n        let lastFlowNode: FlowNode | undefined;\n        let lastFlowNodeReachable: boolean;\n        let flowTypeCache: Type[] | undefined;\n\n        const emptyStringType = getStringLiteralType(\"\");\n        const zeroType = getNumberLiteralType(0);\n        const zeroBigIntType = getBigIntLiteralType({ negative: false, base10Value: \"0\" });\n\n        const resolutionTargets: TypeSystemEntity[] = [];\n        const resolutionResults: boolean[] = [];\n        const resolutionPropertyNames: TypeSystemPropertyName[] = [];\n\n        let suggestionCount = 0;\n        const maximumSuggestionCount = 10;\n        const mergedSymbols: Symbol[] = [];\n        const symbolLinks: SymbolLinks[] = [];\n        const nodeLinks: NodeLinks[] = [];\n        const flowLoopCaches: ESMap<string, Type>[] = [];\n        const flowLoopNodes: FlowNode[] = [];\n        const flowLoopKeys: string[] = [];\n        const flowLoopTypes: Type[][] = [];\n        const sharedFlowNodes: FlowNode[] = [];\n        const sharedFlowTypes: FlowType[] = [];\n        const flowNodeReachable: (boolean | undefined)[] = [];\n        const flowNodePostSuper: (boolean | undefined)[] = [];\n        const potentialThisCollisions: Node[] = [];\n        const potentialNewTargetCollisions: Node[] = [];\n        const potentialWeakMapSetCollisions: Node[] = [];\n        const potentialReflectCollisions: Node[] = [];\n        const awaitedTypeStack: number[] = [];\n\n        const diagnostics = createDiagnosticCollection();\n        const suggestionDiagnostics = createDiagnosticCollection();\n\n        const typeofTypesByName: ReadonlyESMap<string, Type> = new Map(getEntries({\n            string: stringType,\n            number: numberType,\n            bigint: bigintType,\n            boolean: booleanType,\n            symbol: esSymbolType,\n            undefined: undefinedType\n        }));\n        const typeofType = createTypeofType();\n\n        let _jsxNamespace: __String;\n        let _jsxFactoryEntity: EntityName | undefined;\n        let outofbandVarianceMarkerHandler: ((onlyUnreliable: boolean) => void) | undefined;\n\n        const subtypeRelation = new Map<string, RelationComparisonResult>();\n        const strictSubtypeRelation = new Map<string, RelationComparisonResult>();\n        const assignableRelation = new Map<string, RelationComparisonResult>();\n        const comparableRelation = new Map<string, RelationComparisonResult>();\n        const identityRelation = new Map<string, RelationComparisonResult>();\n        const enumRelation = new Map<string, RelationComparisonResult>();\n\n        const builtinGlobals = createSymbolTable();\n        builtinGlobals.set(undefinedSymbol.escapedName, undefinedSymbol);\n\n        // Extensions suggested for path imports when module resolution is node12 or higher.\n        // The first element of each tuple is the extension a file has.\n        // The second element of each tuple is the extension that should be used in a path import.\n        // e.g. if we want to import file `foo.mts`, we should write `import {} from \"./foo.mjs\".\n        const suggestedExtensions: [string, string][] = [\n            [\".mts\", \".mjs\"],\n            [\".ts\", \".js\"],\n            [\".cts\", \".cjs\"],\n            [\".mjs\", \".mjs\"],\n            [\".js\", \".js\"],\n            [\".cjs\", \".cjs\"],\n            [\".tsx\", compilerOptions.jsx === JsxEmit.Preserve ? \".jsx\" : \".js\"],\n            [\".jsx\", \".jsx\"],\n            [\".json\", \".json\"],\n        ];\n\n        initializeTypeChecker();\n\n        return checker;\n\n        function getJsxNamespace(location: Node | undefined): __String {\n            if (location) {\n                const file = getSourceFileOfNode(location);\n                if (file) {\n                    if (isJsxOpeningFragment(location)) {\n                        if (file.localJsxFragmentNamespace) {\n                            return file.localJsxFragmentNamespace;\n                        }\n                        const jsxFragmentPragma = file.pragmas.get(\"jsxfrag\");\n                        if (jsxFragmentPragma) {\n                            const chosenPragma = isArray(jsxFragmentPragma) ? jsxFragmentPragma[0] : jsxFragmentPragma;\n                            file.localJsxFragmentFactory = parseIsolatedEntityName(chosenPragma.arguments.factory, languageVersion);\n                            visitNode(file.localJsxFragmentFactory, markAsSynthetic);\n                            if (file.localJsxFragmentFactory) {\n                                return file.localJsxFragmentNamespace = getFirstIdentifier(file.localJsxFragmentFactory).escapedText;\n                            }\n                        }\n                        const entity = getJsxFragmentFactoryEntity(location);\n                        if (entity) {\n                            file.localJsxFragmentFactory = entity;\n                            return file.localJsxFragmentNamespace = getFirstIdentifier(entity).escapedText;\n                        }\n                    }\n                    else {\n                        const localJsxNamespace = getLocalJsxNamespace(file);\n                        if (localJsxNamespace) {\n                            return file.localJsxNamespace = localJsxNamespace;\n                        }\n                    }\n                }\n            }\n            if (!_jsxNamespace) {\n                _jsxNamespace = \"React\" as __String;\n                if (compilerOptions.jsxFactory) {\n                    _jsxFactoryEntity = parseIsolatedEntityName(compilerOptions.jsxFactory, languageVersion);\n                    visitNode(_jsxFactoryEntity, markAsSynthetic);\n                    if (_jsxFactoryEntity) {\n                        _jsxNamespace = getFirstIdentifier(_jsxFactoryEntity).escapedText;\n                    }\n                }\n                else if (compilerOptions.reactNamespace) {\n                    _jsxNamespace = escapeLeadingUnderscores(compilerOptions.reactNamespace);\n                }\n            }\n            if (!_jsxFactoryEntity) {\n                _jsxFactoryEntity = factory.createQualifiedName(factory.createIdentifier(unescapeLeadingUnderscores(_jsxNamespace)), \"createElement\");\n            }\n            return _jsxNamespace;\n        }\n\n        function getLocalJsxNamespace(file: SourceFile): __String | undefined {\n            if (file.localJsxNamespace) {\n                return file.localJsxNamespace;\n            }\n            const jsxPragma = file.pragmas.get(\"jsx\");\n            if (jsxPragma) {\n                const chosenPragma = isArray(jsxPragma) ? jsxPragma[0] : jsxPragma;\n                file.localJsxFactory = parseIsolatedEntityName(chosenPragma.arguments.factory, languageVersion);\n                visitNode(file.localJsxFactory, markAsSynthetic);\n                if (file.localJsxFactory) {\n                    return file.localJsxNamespace = getFirstIdentifier(file.localJsxFactory).escapedText;\n                }\n            }\n        }\n\n        function markAsSynthetic(node: Node): VisitResult<Node> {\n            setTextRangePosEnd(node, -1, -1);\n            return visitEachChild(node, markAsSynthetic, nullTransformationContext);\n        }\n\n        function getEmitResolver(sourceFile: SourceFile, cancellationToken: CancellationToken) {\n            // Ensure we have all the type information in place for this file so that all the\n            // emitter questions of this resolver will return the right information.\n            getDiagnostics(sourceFile, cancellationToken);\n            return emitResolver;\n        }\n\n        function lookupOrIssueError(location: Node | undefined, message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): Diagnostic {\n            const diagnostic = location\n                ? createDiagnosticForNode(location, message, arg0, arg1, arg2, arg3)\n                : createCompilerDiagnostic(message, arg0, arg1, arg2, arg3);\n            const existing = diagnostics.lookup(diagnostic);\n            if (existing) {\n                return existing;\n            }\n            else {\n                diagnostics.add(diagnostic);\n                return diagnostic;\n            }\n        }\n\n        function errorSkippedOn(key: keyof CompilerOptions, location: Node | undefined, message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): Diagnostic {\n            const diagnostic = error(location, message, arg0, arg1, arg2, arg3);\n            diagnostic.skippedOn = key;\n            return diagnostic;\n        }\n\n        function createError(location: Node | undefined, message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): Diagnostic {\n            return location\n                ? createDiagnosticForNode(location, message, arg0, arg1, arg2, arg3)\n                : createCompilerDiagnostic(message, arg0, arg1, arg2, arg3);\n        }\n\n        function error(location: Node | undefined, message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): Diagnostic {\n            const diagnostic = createError(location, message, arg0, arg1, arg2, arg3);\n            diagnostics.add(diagnostic);\n            return diagnostic;\n        }\n\n        function addErrorOrSuggestion(isError: boolean, diagnostic: Diagnostic) {\n            if (isError) {\n                diagnostics.add(diagnostic);\n            }\n            else {\n                suggestionDiagnostics.add({ ...diagnostic, category: DiagnosticCategory.Suggestion });\n            }\n        }\n        function errorOrSuggestion(isError: boolean, location: Node, message: DiagnosticMessage | DiagnosticMessageChain, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): void {\n              // Pseudo-synthesized input node\n            if (location.pos < 0 || location.end < 0) {\n                if (!isError) {\n                    return; // Drop suggestions (we have no span to suggest on)\n                }\n                // Issue errors globally\n                const file = getSourceFileOfNode(location);\n                addErrorOrSuggestion(isError, \"message\" in message ? createFileDiagnostic(file, 0, 0, message, arg0, arg1, arg2, arg3) : createDiagnosticForFileFromMessageChain(file, message)); // eslint-disable-line no-in-operator\n                return;\n            }\n            addErrorOrSuggestion(isError, \"message\" in message ? createDiagnosticForNode(location, message, arg0, arg1, arg2, arg3) : createDiagnosticForNodeFromMessageChain(location, message)); // eslint-disable-line no-in-operator\n        }\n\n        function errorAndMaybeSuggestAwait(\n            location: Node,\n            maybeMissingAwait: boolean,\n            message: DiagnosticMessage,\n            arg0?: string | number | undefined, arg1?: string | number | undefined, arg2?: string | number | undefined, arg3?: string | number | undefined): Diagnostic {\n            const diagnostic = error(location, message, arg0, arg1, arg2, arg3);\n            if (maybeMissingAwait) {\n                const related = createDiagnosticForNode(location, Diagnostics.Did_you_forget_to_use_await);\n                addRelatedInfo(diagnostic, related);\n            }\n            return diagnostic;\n        }\n\n        function addDeprecatedSuggestionWorker(declarations: Node | Node[], diagnostic: DiagnosticWithLocation) {\n            const deprecatedTag = Array.isArray(declarations) ? forEach(declarations, getJSDocDeprecatedTag) : getJSDocDeprecatedTag(declarations);\n            if (deprecatedTag) {\n                addRelatedInfo(\n                    diagnostic,\n                    createDiagnosticForNode(deprecatedTag, Diagnostics.The_declaration_was_marked_as_deprecated_here)\n                );\n            }\n            // We call `addRelatedInfo()` before adding the diagnostic to prevent duplicates.\n            suggestionDiagnostics.add(diagnostic);\n            return diagnostic;\n        }\n\n        function isDeprecatedSymbol(symbol: Symbol) {\n            return !!(getDeclarationNodeFlagsFromSymbol(symbol) & NodeFlags.Deprecated);\n        }\n\n        function addDeprecatedSuggestion(location: Node, declarations: Node[], deprecatedEntity: string) {\n            const diagnostic = createDiagnosticForNode(location, Diagnostics._0_is_deprecated, deprecatedEntity);\n            return addDeprecatedSuggestionWorker(declarations, diagnostic);\n        }\n\n        function addDeprecatedSuggestionWithSignature(location: Node, declaration: Node, deprecatedEntity: string | undefined, signatureString: string) {\n            const diagnostic = deprecatedEntity\n                ? createDiagnosticForNode(location, Diagnostics.The_signature_0_of_1_is_deprecated, signatureString, deprecatedEntity)\n                : createDiagnosticForNode(location, Diagnostics._0_is_deprecated, signatureString);\n            return addDeprecatedSuggestionWorker(declaration, diagnostic);\n        }\n\n        function createSymbol(flags: SymbolFlags, name: __String, checkFlags?: CheckFlags) {\n            symbolCount++;\n            const symbol = (new Symbol(flags | SymbolFlags.Transient, name) as TransientSymbol);\n            symbol.checkFlags = checkFlags || 0;\n            return symbol;\n        }\n\n        function getExcludedSymbolFlags(flags: SymbolFlags): SymbolFlags {\n            let result: SymbolFlags = 0;\n            if (flags & SymbolFlags.BlockScopedVariable) result |= SymbolFlags.BlockScopedVariableExcludes;\n            if (flags & SymbolFlags.FunctionScopedVariable) result |= SymbolFlags.FunctionScopedVariableExcludes;\n            if (flags & SymbolFlags.Property) result |= SymbolFlags.PropertyExcludes;\n            if (flags & SymbolFlags.EnumMember) result |= SymbolFlags.EnumMemberExcludes;\n            if (flags & SymbolFlags.Function) result |= SymbolFlags.FunctionExcludes;\n            if (flags & SymbolFlags.Class) result |= SymbolFlags.ClassExcludes;\n            if (flags & SymbolFlags.Interface) result |= SymbolFlags.InterfaceExcludes;\n            if (flags & SymbolFlags.RegularEnum) result |= SymbolFlags.RegularEnumExcludes;\n            if (flags & SymbolFlags.ConstEnum) result |= SymbolFlags.ConstEnumExcludes;\n            if (flags & SymbolFlags.ValueModule) result |= SymbolFlags.ValueModuleExcludes;\n            if (flags & SymbolFlags.Method) result |= SymbolFlags.MethodExcludes;\n            if (flags & SymbolFlags.GetAccessor) result |= SymbolFlags.GetAccessorExcludes;\n            if (flags & SymbolFlags.SetAccessor) result |= SymbolFlags.SetAccessorExcludes;\n            if (flags & SymbolFlags.TypeParameter) result |= SymbolFlags.TypeParameterExcludes;\n            if (flags & SymbolFlags.TypeAlias) result |= SymbolFlags.TypeAliasExcludes;\n            if (flags & SymbolFlags.Alias) result |= SymbolFlags.AliasExcludes;\n            return result;\n        }\n\n        function recordMergedSymbol(target: Symbol, source: Symbol) {\n            if (!source.mergeId) {\n                source.mergeId = nextMergeId;\n                nextMergeId++;\n            }\n            mergedSymbols[source.mergeId] = target;\n        }\n\n        function cloneSymbol(symbol: Symbol): Symbol {\n            const result = createSymbol(symbol.flags, symbol.escapedName);\n            result.declarations = symbol.declarations ? symbol.declarations.slice() : [];\n            result.parent = symbol.parent;\n            if (symbol.valueDeclaration) result.valueDeclaration = symbol.valueDeclaration;\n            if (symbol.constEnumOnlyModule) result.constEnumOnlyModule = true;\n            if (symbol.members) result.members = new Map(symbol.members);\n            if (symbol.exports) result.exports = new Map(symbol.exports);\n            recordMergedSymbol(result, symbol);\n            return result;\n        }\n\n        /**\n          * Note: if target is transient, then it is mutable, and mergeSymbol with both mutate and return it.\n          * If target is not transient, mergeSymbol will produce a transient clone, mutate that and return it.\n          */\n        function mergeSymbol(target: Symbol, source: Symbol, unidirectional = false): Symbol {\n            if (!(target.flags & getExcludedSymbolFlags(source.flags)) ||\n                (source.flags | target.flags) & SymbolFlags.Assignment) {\n                if (source === target) {\n                    // This can happen when an export assigned namespace exports something also erroneously exported at the top level\n                    // See `declarationFileNoCrashOnExtraExportModifier` for an example\n                    return target;\n                }\n                if (!(target.flags & SymbolFlags.Transient)) {\n                    const resolvedTarget = resolveSymbol(target);\n                    if (resolvedTarget === unknownSymbol) {\n                        return source;\n                    }\n                    target = cloneSymbol(resolvedTarget);\n                }\n                // Javascript static-property-assignment declarations always merge, even though they are also values\n                if (source.flags & SymbolFlags.ValueModule && target.flags & SymbolFlags.ValueModule && target.constEnumOnlyModule && !source.constEnumOnlyModule) {\n                    // reset flag when merging instantiated module into value module that has only const enums\n                    target.constEnumOnlyModule = false;\n                }\n                target.flags |= source.flags;\n                if (source.valueDeclaration) {\n                    setValueDeclaration(target, source.valueDeclaration);\n                }\n                addRange(target.declarations, source.declarations);\n                if (source.members) {\n                    if (!target.members) target.members = createSymbolTable();\n                    mergeSymbolTable(target.members, source.members, unidirectional);\n                }\n                if (source.exports) {\n                    if (!target.exports) target.exports = createSymbolTable();\n                    mergeSymbolTable(target.exports, source.exports, unidirectional);\n                }\n                if (!unidirectional) {\n                    recordMergedSymbol(target, source);\n                }\n            }\n            else if (target.flags & SymbolFlags.NamespaceModule) {\n                // Do not report an error when merging `var globalThis` with the built-in `globalThis`,\n                // as we will already report a \"Declaration name conflicts...\" error, and this error\n                // won't make much sense.\n                if (target !== globalThisSymbol) {\n                    error(\n                        source.declarations && getNameOfDeclaration(source.declarations[0]),\n                        Diagnostics.Cannot_augment_module_0_with_value_exports_because_it_resolves_to_a_non_module_entity,\n                        symbolToString(target));\n                }\n            }\n            else { // error\n                const isEitherEnum = !!(target.flags & SymbolFlags.Enum || source.flags & SymbolFlags.Enum);\n                const isEitherBlockScoped = !!(target.flags & SymbolFlags.BlockScopedVariable || source.flags & SymbolFlags.BlockScopedVariable);\n                const message = isEitherEnum ? Diagnostics.Enum_declarations_can_only_merge_with_namespace_or_other_enum_declarations\n                    : isEitherBlockScoped ? Diagnostics.Cannot_redeclare_block_scoped_variable_0\n                    : Diagnostics.Duplicate_identifier_0;\n                const sourceSymbolFile = source.declarations && getSourceFileOfNode(source.declarations[0]);\n                const targetSymbolFile = target.declarations && getSourceFileOfNode(target.declarations[0]);\n\n                const isSourcePlainJs = isPlainJsFile(sourceSymbolFile, compilerOptions.checkJs);\n                const isTargetPlainJs = isPlainJsFile(targetSymbolFile, compilerOptions.checkJs);\n                const symbolName = symbolToString(source);\n\n                // Collect top-level duplicate identifier errors into one mapping, so we can then merge their diagnostics if there are a bunch\n                if (sourceSymbolFile && targetSymbolFile && amalgamatedDuplicates && !isEitherEnum && sourceSymbolFile !== targetSymbolFile) {\n                    const firstFile = comparePaths(sourceSymbolFile.path, targetSymbolFile.path) === Comparison.LessThan ? sourceSymbolFile : targetSymbolFile;\n                    const secondFile = firstFile === sourceSymbolFile ? targetSymbolFile : sourceSymbolFile;\n                    const filesDuplicates = getOrUpdate(amalgamatedDuplicates, `${firstFile.path}|${secondFile.path}`, () =>\n                        ({ firstFile, secondFile, conflictingSymbols: new Map() } as DuplicateInfoForFiles));\n                    const conflictingSymbolInfo = getOrUpdate(filesDuplicates.conflictingSymbols, symbolName, () =>\n                        ({ isBlockScoped: isEitherBlockScoped, firstFileLocations: [], secondFileLocations: [] } as DuplicateInfoForSymbol));\n                    if (!isSourcePlainJs) addDuplicateLocations(conflictingSymbolInfo.firstFileLocations, source);\n                    if (!isTargetPlainJs) addDuplicateLocations(conflictingSymbolInfo.secondFileLocations, target);\n                }\n                else {\n                    if (!isSourcePlainJs) addDuplicateDeclarationErrorsForSymbols(source, message, symbolName, target);\n                    if (!isTargetPlainJs) addDuplicateDeclarationErrorsForSymbols(target, message, symbolName, source);\n                }\n            }\n            return target;\n\n            function addDuplicateLocations(locs: Declaration[], symbol: Symbol): void {\n                if (symbol.declarations) {\n                    for (const decl of symbol.declarations) {\n                        pushIfUnique(locs, decl);\n                    }\n                }\n            }\n        }\n\n        function addDuplicateDeclarationErrorsForSymbols(target: Symbol, message: DiagnosticMessage, symbolName: string, source: Symbol) {\n            forEach(target.declarations, node => {\n                addDuplicateDeclarationError(node, message, symbolName, source.declarations);\n            });\n        }\n\n        function addDuplicateDeclarationError(node: Declaration, message: DiagnosticMessage, symbolName: string, relatedNodes: readonly Declaration[] | undefined) {\n            const errorNode = (getExpandoInitializer(node, /*isPrototypeAssignment*/ false) ? getNameOfExpando(node) : getNameOfDeclaration(node)) || node;\n            const err = lookupOrIssueError(errorNode, message, symbolName);\n            for (const relatedNode of relatedNodes || emptyArray) {\n                const adjustedNode = (getExpandoInitializer(relatedNode, /*isPrototypeAssignment*/ false) ? getNameOfExpando(relatedNode) : getNameOfDeclaration(relatedNode)) || relatedNode;\n                if (adjustedNode === errorNode) continue;\n                err.relatedInformation = err.relatedInformation || [];\n                const leadingMessage = createDiagnosticForNode(adjustedNode, Diagnostics._0_was_also_declared_here, symbolName);\n                const followOnMessage = createDiagnosticForNode(adjustedNode, Diagnostics.and_here);\n                if (length(err.relatedInformation) >= 5 || some(err.relatedInformation, r => compareDiagnostics(r, followOnMessage) === Comparison.EqualTo || compareDiagnostics(r, leadingMessage) === Comparison.EqualTo)) continue;\n                addRelatedInfo(err, !length(err.relatedInformation) ? leadingMessage : followOnMessage);\n            }\n        }\n\n        function combineSymbolTables(first: SymbolTable | undefined, second: SymbolTable | undefined): SymbolTable | undefined {\n            if (!first?.size) return second;\n            if (!second?.size) return first;\n            const combined = createSymbolTable();\n            mergeSymbolTable(combined, first);\n            mergeSymbolTable(combined, second);\n            return combined;\n        }\n\n        function mergeSymbolTable(target: SymbolTable, source: SymbolTable, unidirectional = false) {\n            source.forEach((sourceSymbol, id) => {\n                const targetSymbol = target.get(id);\n                target.set(id, targetSymbol ? mergeSymbol(targetSymbol, sourceSymbol, unidirectional) : sourceSymbol);\n            });\n        }\n\n        function mergeModuleAugmentation(moduleName: StringLiteral | Identifier): void {\n            const moduleAugmentation = moduleName.parent as ModuleDeclaration;\n            if (moduleAugmentation.symbol.declarations?.[0] !== moduleAugmentation) {\n                // this is a combined symbol for multiple augmentations within the same file.\n                // its symbol already has accumulated information for all declarations\n                // so we need to add it just once - do the work only for first declaration\n                Debug.assert(moduleAugmentation.symbol.declarations!.length > 1);\n                return;\n            }\n\n            if (isGlobalScopeAugmentation(moduleAugmentation)) {\n                mergeSymbolTable(globals, moduleAugmentation.symbol.exports!);\n            }\n            else {\n                // find a module that about to be augmented\n                // do not validate names of augmentations that are defined in ambient context\n                const moduleNotFoundError = !(moduleName.parent.parent.flags & NodeFlags.Ambient)\n                    ? Diagnostics.Invalid_module_name_in_augmentation_module_0_cannot_be_found\n                    : undefined;\n                let mainModule = resolveExternalModuleNameWorker(moduleName, moduleName, moduleNotFoundError, /*isForAugmentation*/ true);\n                if (!mainModule) {\n                    return;\n                }\n                // obtain item referenced by 'export='\n                mainModule = resolveExternalModuleSymbol(mainModule);\n                if (mainModule.flags & SymbolFlags.Namespace) {\n                    // If we're merging an augmentation to a pattern ambient module, we want to\n                    // perform the merge unidirectionally from the augmentation ('a.foo') to\n                    // the pattern ('*.foo'), so that 'getMergedSymbol()' on a.foo gives you\n                    // all the exports both from the pattern and from the augmentation, but\n                    // 'getMergedSymbol()' on *.foo only gives you exports from *.foo.\n                    if (some(patternAmbientModules, module => mainModule === module.symbol)) {\n                        const merged = mergeSymbol(moduleAugmentation.symbol, mainModule, /*unidirectional*/ true);\n                        if (!patternAmbientModuleAugmentations) {\n                            patternAmbientModuleAugmentations = new Map();\n                        }\n                        // moduleName will be a StringLiteral since this is not `declare global`.\n                        patternAmbientModuleAugmentations.set((moduleName as StringLiteral).text, merged);\n                    }\n                    else {\n                        if (mainModule.exports?.get(InternalSymbolName.ExportStar) && moduleAugmentation.symbol.exports?.size) {\n                            // We may need to merge the module augmentation's exports into the target symbols of the resolved exports\n                            const resolvedExports = getResolvedMembersOrExportsOfSymbol(mainModule, MembersOrExportsResolutionKind.resolvedExports);\n                            for (const [key, value] of arrayFrom(moduleAugmentation.symbol.exports.entries())) {\n                                if (resolvedExports.has(key) && !mainModule.exports.has(key)) {\n                                    mergeSymbol(resolvedExports.get(key)!, value);\n                                }\n                            }\n                        }\n                        mergeSymbol(mainModule, moduleAugmentation.symbol);\n                    }\n                }\n                else {\n                    // moduleName will be a StringLiteral since this is not `declare global`.\n                    error(moduleName, Diagnostics.Cannot_augment_module_0_because_it_resolves_to_a_non_module_entity, (moduleName as StringLiteral).text);\n                }\n            }\n        }\n\n        function addToSymbolTable(target: SymbolTable, source: SymbolTable, message: DiagnosticMessage) {\n            source.forEach((sourceSymbol, id) => {\n                const targetSymbol = target.get(id);\n                if (targetSymbol) {\n                    // Error on redeclarations\n                    forEach(targetSymbol.declarations, addDeclarationDiagnostic(unescapeLeadingUnderscores(id), message));\n                }\n                else {\n                    target.set(id, sourceSymbol);\n                }\n            });\n\n            function addDeclarationDiagnostic(id: string, message: DiagnosticMessage) {\n                return (declaration: Declaration) => diagnostics.add(createDiagnosticForNode(declaration, message, id));\n            }\n        }\n\n        function getSymbolLinks(symbol: Symbol): SymbolLinks {\n            if (symbol.flags & SymbolFlags.Transient) return symbol as TransientSymbol;\n            const id = getSymbolId(symbol);\n            return symbolLinks[id] || (symbolLinks[id] = new (SymbolLinks as any)());\n        }\n\n        function getNodeLinks(node: Node): NodeLinks {\n            const nodeId = getNodeId(node);\n            return nodeLinks[nodeId] || (nodeLinks[nodeId] = new (NodeLinks as any)());\n        }\n\n        function isGlobalSourceFile(node: Node) {\n            return node.kind === SyntaxKind.SourceFile && !isExternalOrCommonJsModule(node as SourceFile);\n        }\n\n        function getSymbol(symbols: SymbolTable, name: __String, meaning: SymbolFlags): Symbol | undefined {\n            if (meaning) {\n                const symbol = getMergedSymbol(symbols.get(name));\n                if (symbol) {\n                    Debug.assert((getCheckFlags(symbol) & CheckFlags.Instantiated) === 0, \"Should never get an instantiated symbol here.\");\n                    if (symbol.flags & meaning) {\n                        return symbol;\n                    }\n                    if (symbol.flags & SymbolFlags.Alias) {\n                        const target = resolveAlias(symbol);\n                        // Unknown symbol means an error occurred in alias resolution, treat it as positive answer to avoid cascading errors\n                        if (target === unknownSymbol || target.flags & meaning) {\n                            return symbol;\n                        }\n                    }\n                }\n            }\n            // return undefined if we can't find a symbol.\n        }\n\n        /**\n          * Get symbols that represent parameter-property-declaration as parameter and as property declaration\n          * @param parameter a parameterDeclaration node\n          * @param parameterName a name of the parameter to get the symbols for.\n          * @return a tuple of two symbols\n          */\n        function getSymbolsOfParameterPropertyDeclaration(parameter: ParameterDeclaration, parameterName: __String): [Symbol, Symbol] {\n            const constructorDeclaration = parameter.parent;\n            const classDeclaration = parameter.parent.parent;\n\n            const parameterSymbol = getSymbol(constructorDeclaration.locals!, parameterName, SymbolFlags.Value);\n            const propertySymbol = getSymbol(getMembersOfSymbol(classDeclaration.symbol), parameterName, SymbolFlags.Value);\n\n            if (parameterSymbol && propertySymbol) {\n                return [parameterSymbol, propertySymbol];\n            }\n\n            return Debug.fail(\"There should exist two symbols, one as property declaration and one as parameter declaration\");\n        }\n\n        function isBlockScopedNameDeclaredBeforeUse(declaration: Declaration, usage: Node): boolean {\n            const declarationFile = getSourceFileOfNode(declaration);\n            const useFile = getSourceFileOfNode(usage);\n            const declContainer = getEnclosingBlockScopeContainer(declaration);\n            if (declarationFile !== useFile) {\n                if ((moduleKind && (declarationFile.externalModuleIndicator || useFile.externalModuleIndicator)) ||\n                    (!outFile(compilerOptions)) ||\n                    isInTypeQuery(usage) ||\n                    declaration.flags & NodeFlags.Ambient) {\n                    // nodes are in different files and order cannot be determined\n                    return true;\n                }\n                // declaration is after usage\n                // can be legal if usage is deferred (i.e. inside function or in initializer of instance property)\n                if (isUsedInFunctionOrInstanceProperty(usage, declaration)) {\n                    return true;\n                }\n                const sourceFiles = host.getSourceFiles();\n                return sourceFiles.indexOf(declarationFile) <= sourceFiles.indexOf(useFile);\n            }\n\n            if (declaration.pos <= usage.pos && !(isPropertyDeclaration(declaration) && isThisProperty(usage.parent) && !declaration.initializer && !declaration.exclamationToken)) {\n                // declaration is before usage\n                if (declaration.kind === SyntaxKind.BindingElement) {\n                    // still might be illegal if declaration and usage are both binding elements (eg var [a = b, b = b] = [1, 2])\n                    const errorBindingElement = getAncestor(usage, SyntaxKind.BindingElement) as BindingElement;\n                    if (errorBindingElement) {\n                        return findAncestor(errorBindingElement, isBindingElement) !== findAncestor(declaration, isBindingElement) ||\n                            declaration.pos < errorBindingElement.pos;\n                    }\n                    // or it might be illegal if usage happens before parent variable is declared (eg var [a] = a)\n                    return isBlockScopedNameDeclaredBeforeUse(getAncestor(declaration, SyntaxKind.VariableDeclaration) as Declaration, usage);\n                }\n                else if (declaration.kind === SyntaxKind.VariableDeclaration) {\n                    // still might be illegal if usage is in the initializer of the variable declaration (eg var a = a)\n                    return !isImmediatelyUsedInInitializerOfBlockScopedVariable(declaration as VariableDeclaration, usage);\n                }\n                else if (isClassDeclaration(declaration)) {\n                    // still might be illegal if the usage is within a computed property name in the class (eg class A { static p = \"a\"; [A.p]() {} })\n                    return !findAncestor(usage, n => isComputedPropertyName(n) && n.parent.parent === declaration);\n                }\n                else if (isPropertyDeclaration(declaration)) {\n                    // still might be illegal if a self-referencing property initializer (eg private x = this.x)\n                    return !isPropertyImmediatelyReferencedWithinDeclaration(declaration, usage, /*stopAtAnyPropertyDeclaration*/ false);\n                }\n                else if (isParameterPropertyDeclaration(declaration, declaration.parent)) {\n                    // foo = this.bar is illegal in esnext+useDefineForClassFields when bar is a parameter property\n                    return !(getEmitScriptTarget(compilerOptions) === ScriptTarget.ESNext && useDefineForClassFields\n                              && getContainingClass(declaration) === getContainingClass(usage)\n                              && isUsedInFunctionOrInstanceProperty(usage, declaration));\n                }\n                return true;\n            }\n\n\n            // declaration is after usage, but it can still be legal if usage is deferred:\n            // 1. inside an export specifier\n            // 2. inside a function\n            // 3. inside an instance property initializer, a reference to a non-instance property\n            //    (except when target: \"esnext\" and useDefineForClassFields: true and the reference is to a parameter property)\n            // 4. inside a static property initializer, a reference to a static method in the same class\n            // 5. inside a TS export= declaration (since we will move the export statement during emit to avoid TDZ)\n            // or if usage is in a type context:\n            // 1. inside a type query (typeof in type position)\n            // 2. inside a jsdoc comment\n            if (usage.parent.kind === SyntaxKind.ExportSpecifier || (usage.parent.kind === SyntaxKind.ExportAssignment && (usage.parent as ExportAssignment).isExportEquals)) {\n                // export specifiers do not use the variable, they only make it available for use\n                return true;\n            }\n            // When resolving symbols for exports, the `usage` location passed in can be the export site directly\n            if (usage.kind === SyntaxKind.ExportAssignment && (usage as ExportAssignment).isExportEquals) {\n                return true;\n            }\n\n            if (!!(usage.flags & NodeFlags.JSDoc) || isInTypeQuery(usage) || usageInTypeDeclaration()) {\n                return true;\n            }\n            if (isUsedInFunctionOrInstanceProperty(usage, declaration)) {\n                if (getEmitScriptTarget(compilerOptions) === ScriptTarget.ESNext && useDefineForClassFields\n                    && getContainingClass(declaration)\n                    && (isPropertyDeclaration(declaration) || isParameterPropertyDeclaration(declaration, declaration.parent))) {\n                    return !isPropertyImmediatelyReferencedWithinDeclaration(declaration, usage, /*stopAtAnyPropertyDeclaration*/ true);\n                }\n                else {\n                    return true;\n                }\n            }\n            return false;\n\n            function usageInTypeDeclaration() {\n                return !!findAncestor(usage, node => isInterfaceDeclaration(node) || isTypeAliasDeclaration(node));\n            }\n\n            function isImmediatelyUsedInInitializerOfBlockScopedVariable(declaration: VariableDeclaration, usage: Node): boolean {\n                switch (declaration.parent.parent.kind) {\n                    case SyntaxKind.VariableStatement:\n                    case SyntaxKind.ForStatement:\n                    case SyntaxKind.ForOfStatement:\n                        // variable statement/for/for-of statement case,\n                        // use site should not be inside variable declaration (initializer of declaration or binding element)\n                        if (isSameScopeDescendentOf(usage, declaration, declContainer)) {\n                            return true;\n                        }\n                        break;\n                }\n\n                // ForIn/ForOf case - use site should not be used in expression part\n                const grandparent = declaration.parent.parent;\n                return isForInOrOfStatement(grandparent) && isSameScopeDescendentOf(usage, grandparent.expression, declContainer);\n            }\n\n            function isUsedInFunctionOrInstanceProperty(usage: Node, declaration: Node): boolean {\n                return !!findAncestor(usage, current => {\n                    if (current === declContainer) {\n                        return \"quit\";\n                    }\n                    if (isFunctionLike(current)) {\n                        return true;\n                    }\n                    if (isClassStaticBlockDeclaration(current)) {\n                        return declaration.pos < usage.pos;\n                    }\n\n                    const propertyDeclaration = tryCast(current.parent, isPropertyDeclaration);\n                    if (propertyDeclaration) {\n                        const initializerOfProperty = propertyDeclaration.initializer === current;\n                        if (initializerOfProperty) {\n                            if (isStatic(current.parent)) {\n                                if (declaration.kind === SyntaxKind.MethodDeclaration) {\n                                    return true;\n                                }\n                                if (isPropertyDeclaration(declaration) && getContainingClass(usage) === getContainingClass(declaration)) {\n                                    const propName = declaration.name;\n                                    if (isIdentifier(propName) || isPrivateIdentifier(propName)) {\n                                        const type = getTypeOfSymbol(getSymbolOfNode(declaration));\n                                        const staticBlocks = filter(declaration.parent.members, isClassStaticBlockDeclaration);\n                                        if (isPropertyInitializedInStaticBlocks(propName, type, staticBlocks, declaration.parent.pos, current.pos)) {\n                                            return true;\n                                        }\n                                    }\n                                }\n                            }\n                            else {\n                                const isDeclarationInstanceProperty = declaration.kind === SyntaxKind.PropertyDeclaration && !isStatic(declaration);\n                                if (!isDeclarationInstanceProperty || getContainingClass(usage) !== getContainingClass(declaration)) {\n                                    return true;\n                                }\n                            }\n                        }\n                    }\n                    return false;\n                });\n            }\n\n            /** stopAtAnyPropertyDeclaration is used for detecting ES-standard class field use-before-def errors */\n            function isPropertyImmediatelyReferencedWithinDeclaration(declaration: PropertyDeclaration | ParameterPropertyDeclaration, usage: Node, stopAtAnyPropertyDeclaration: boolean) {\n                // always legal if usage is after declaration\n                if (usage.end > declaration.end) {\n                    return false;\n                }\n\n                // still might be legal if usage is deferred (e.g. x: any = () => this.x)\n                // otherwise illegal if immediately referenced within the declaration (e.g. x: any = this.x)\n                const ancestorChangingReferenceScope = findAncestor(usage, (node: Node) => {\n                    if (node === declaration) {\n                        return \"quit\";\n                    }\n\n                    switch (node.kind) {\n                        case SyntaxKind.ArrowFunction:\n                            return true;\n                        case SyntaxKind.PropertyDeclaration:\n                            // even when stopping at any property declaration, they need to come from the same class\n                            return stopAtAnyPropertyDeclaration &&\n                                (isPropertyDeclaration(declaration) && node.parent === declaration.parent\n                                  || isParameterPropertyDeclaration(declaration, declaration.parent) && node.parent === declaration.parent.parent)\n                                ? \"quit\": true;\n                        case SyntaxKind.Block:\n                            switch (node.parent.kind) {\n                                case SyntaxKind.GetAccessor:\n                                case SyntaxKind.MethodDeclaration:\n                                case SyntaxKind.SetAccessor:\n                                    return true;\n                                default:\n                                    return false;\n                            }\n                        default:\n                            return false;\n                    }\n                });\n\n                return ancestorChangingReferenceScope === undefined;\n            }\n        }\n\n        function useOuterVariableScopeInParameter(result: Symbol, location: Node, lastLocation: Node) {\n            const target = getEmitScriptTarget(compilerOptions);\n            const functionLocation = location as FunctionLikeDeclaration;\n            if (isParameter(lastLocation)\n                && functionLocation.body\n                && result.valueDeclaration\n                && result.valueDeclaration.pos >= functionLocation.body.pos\n                && result.valueDeclaration.end <= functionLocation.body.end) {\n                // check for several cases where we introduce temporaries that require moving the name/initializer of the parameter to the body\n                // - static field in a class expression\n                // - optional chaining pre-es2020\n                // - nullish coalesce pre-es2020\n                // - spread assignment in binding pattern pre-es2017\n                if (target >= ScriptTarget.ES2015) {\n                    const links = getNodeLinks(functionLocation);\n                    if (links.declarationRequiresScopeChange === undefined) {\n                        links.declarationRequiresScopeChange = forEach(functionLocation.parameters, requiresScopeChange) || false;\n                    }\n                    return !links.declarationRequiresScopeChange;\n                }\n            }\n            return false;\n\n            function requiresScopeChange(node: ParameterDeclaration): boolean {\n                return requiresScopeChangeWorker(node.name)\n                    || !!node.initializer && requiresScopeChangeWorker(node.initializer);\n            }\n\n            function requiresScopeChangeWorker(node: Node): boolean {\n                switch (node.kind) {\n                    case SyntaxKind.ArrowFunction:\n                    case SyntaxKind.FunctionExpression:\n                    case SyntaxKind.FunctionDeclaration:\n                    case SyntaxKind.Constructor:\n                        // do not descend into these\n                        return false;\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                    case SyntaxKind.PropertyAssignment:\n                        return requiresScopeChangeWorker((node as MethodDeclaration | AccessorDeclaration | PropertyAssignment).name);\n                    case SyntaxKind.PropertyDeclaration:\n                        // static properties in classes introduce temporary variables\n                        if (hasStaticModifier(node)) {\n                            return target < ScriptTarget.ESNext || !useDefineForClassFields;\n                        }\n                        return requiresScopeChangeWorker((node as PropertyDeclaration).name);\n                    default:\n                        // null coalesce and optional chain pre-es2020 produce temporary variables\n                        if (isNullishCoalesce(node) || isOptionalChain(node)) {\n                            return target < ScriptTarget.ES2020;\n                        }\n                        if (isBindingElement(node) && node.dotDotDotToken && isObjectBindingPattern(node.parent)) {\n                            return target < ScriptTarget.ES2017;\n                        }\n                        if (isTypeNode(node)) return false;\n                        return forEachChild(node, requiresScopeChangeWorker) || false;\n                }\n            }\n        }\n\n        /**\n          * Resolve a given name for a given meaning at a given location. An error is reported if the name was not found and\n          * the nameNotFoundMessage argument is not undefined. Returns the resolved symbol, or undefined if no symbol with\n          * the given name can be found.\n          *\n          * @param isUse If true, this will count towards --noUnusedLocals / --noUnusedParameters.\n          */\n        function resolveName(\n            location: Node | undefined,\n            name: __String,\n            meaning: SymbolFlags,\n            nameNotFoundMessage: DiagnosticMessage | undefined,\n            nameArg: __String | Identifier | undefined,\n            isUse: boolean,\n            excludeGlobals = false,\n            getSpellingSuggstions = true): Symbol | undefined {\n            return resolveNameHelper(location, name, meaning, nameNotFoundMessage, nameArg, isUse, excludeGlobals, getSpellingSuggstions, getSymbol);\n        }\n\n        function resolveNameHelper(\n            location: Node | undefined,\n            name: __String,\n            meaning: SymbolFlags,\n            nameNotFoundMessage: DiagnosticMessage | undefined,\n            nameArg: __String | Identifier | undefined,\n            isUse: boolean,\n            excludeGlobals: boolean,\n            getSpellingSuggestions: boolean,\n            lookup: typeof getSymbol): Symbol | undefined {\n            const originalLocation = location; // needed for did-you-mean error reporting, which gathers candidates starting from the original location\n            let result: Symbol | undefined;\n            let lastLocation: Node | undefined;\n            let lastSelfReferenceLocation: Node | undefined;\n            let propertyWithInvalidInitializer: Node | undefined;\n            let associatedDeclarationForContainingInitializerOrBindingName: ParameterDeclaration | BindingElement | undefined;\n            let withinDeferredContext = false;\n            const errorLocation = location;\n            let grandparent: Node;\n            let isInExternalModule = false;\n\n            loop: while (location) {\n                // Locals of a source file are not in scope (because they get merged into the global symbol table)\n                if (location.locals && !isGlobalSourceFile(location)) {\n                    if (result = lookup(location.locals, name, meaning)) {\n                        let useResult = true;\n                        if (isFunctionLike(location) && lastLocation && lastLocation !== (location as FunctionLikeDeclaration).body) {\n                            // symbol lookup restrictions for function-like declarations\n                            // - Type parameters of a function are in scope in the entire function declaration, including the parameter\n                            //   list and return type. However, local types are only in scope in the function body.\n                            // - parameters are only in the scope of function body\n                            // This restriction does not apply to JSDoc comment types because they are parented\n                            // at a higher level than type parameters would normally be\n                            if (meaning & result.flags & SymbolFlags.Type && lastLocation.kind !== SyntaxKind.JSDoc) {\n                                useResult = result.flags & SymbolFlags.TypeParameter\n                                    // type parameters are visible in parameter list, return type and type parameter list\n                                    ? lastLocation === (location as FunctionLikeDeclaration).type ||\n                                    lastLocation.kind === SyntaxKind.Parameter ||\n                                    lastLocation.kind === SyntaxKind.JSDocParameterTag ||\n                                    lastLocation.kind === SyntaxKind.JSDocReturnTag ||\n                                    lastLocation.kind === SyntaxKind.TypeParameter\n                                    // local types not visible outside the function body\n                                    : false;\n                            }\n                            if (meaning & result.flags & SymbolFlags.Variable) {\n                                // expression inside parameter will lookup as normal variable scope when targeting es2015+\n                                if (useOuterVariableScopeInParameter(result, location, lastLocation)) {\n                                    useResult = false;\n                                }\n                                else if (result.flags & SymbolFlags.FunctionScopedVariable) {\n                                    // parameters are visible only inside function body, parameter list and return type\n                                    // technically for parameter list case here we might mix parameters and variables declared in function,\n                                    // however it is detected separately when checking initializers of parameters\n                                    // to make sure that they reference no variables declared after them.\n                                    useResult =\n                                        lastLocation.kind === SyntaxKind.Parameter ||\n                                        (\n                                            lastLocation === (location as FunctionLikeDeclaration).type &&\n                                            !!findAncestor(result.valueDeclaration, isParameter)\n                                        );\n                                }\n                            }\n                        }\n                        else if (location.kind === SyntaxKind.ConditionalType) {\n                            // A type parameter declared using 'infer T' in a conditional type is visible only in\n                            // the true branch of the conditional type.\n                            useResult = lastLocation === (location as ConditionalTypeNode).trueType;\n                        }\n\n                        if (useResult) {\n                            break loop;\n                        }\n                        else {\n                            result = undefined;\n                        }\n                    }\n                }\n                withinDeferredContext = withinDeferredContext || getIsDeferredContext(location, lastLocation);\n                switch (location.kind) {\n                    case SyntaxKind.SourceFile:\n                        if (!isExternalOrCommonJsModule(location as SourceFile)) break;\n                        isInExternalModule = true;\n                        // falls through\n                    case SyntaxKind.ModuleDeclaration:\n                        const moduleExports = getSymbolOfNode(location as SourceFile | ModuleDeclaration)?.exports || emptySymbols;\n                        if (location.kind === SyntaxKind.SourceFile || (isModuleDeclaration(location) && location.flags & NodeFlags.Ambient && !isGlobalScopeAugmentation(location))) {\n\n                            // It's an external module. First see if the module has an export default and if the local\n                            // name of that export default matches.\n                            if (result = moduleExports.get(InternalSymbolName.Default)) {\n                                const localSymbol = getLocalSymbolForExportDefault(result);\n                                if (localSymbol && (result.flags & meaning) && localSymbol.escapedName === name) {\n                                    break loop;\n                                }\n                                result = undefined;\n                            }\n\n                            // Because of module/namespace merging, a module's exports are in scope,\n                            // yet we never want to treat an export specifier as putting a member in scope.\n                            // Therefore, if the name we find is purely an export specifier, it is not actually considered in scope.\n                            // Two things to note about this:\n                            //     1. We have to check this without calling getSymbol. The problem with calling getSymbol\n                            //        on an export specifier is that it might find the export specifier itself, and try to\n                            //        resolve it as an alias. This will cause the checker to consider the export specifier\n                            //        a circular alias reference when it might not be.\n                            //     2. We check === SymbolFlags.Alias in order to check that the symbol is *purely*\n                            //        an alias. If we used &, we'd be throwing out symbols that have non alias aspects,\n                            //        which is not the desired behavior.\n                            const moduleExport = moduleExports.get(name);\n                            if (moduleExport &&\n                                moduleExport.flags === SymbolFlags.Alias &&\n                                (getDeclarationOfKind(moduleExport, SyntaxKind.ExportSpecifier) || getDeclarationOfKind(moduleExport, SyntaxKind.NamespaceExport))) {\n                                break;\n                            }\n                        }\n\n                        // ES6 exports are also visible locally (except for 'default'), but commonjs exports are not (except typedefs)\n                        if (name !== InternalSymbolName.Default && (result = lookup(moduleExports, name, meaning & SymbolFlags.ModuleMember))) {\n                            if (isSourceFile(location) && location.commonJsModuleIndicator && !result.declarations?.some(isJSDocTypeAlias)) {\n                                result = undefined;\n                            }\n                            else {\n                                break loop;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.EnumDeclaration:\n                        if (result = lookup(getSymbolOfNode(location)?.exports || emptySymbols, name, meaning & SymbolFlags.EnumMember)) {\n                            break loop;\n                        }\n                        break;\n                    case SyntaxKind.PropertyDeclaration:\n                        // TypeScript 1.0 spec (April 2014): 8.4.1\n                        // Initializer expressions for instance member variables are evaluated in the scope\n                        // of the class constructor body but are not permitted to reference parameters or\n                        // local variables of the constructor. This effectively means that entities from outer scopes\n                        // by the same name as a constructor parameter or local variable are inaccessible\n                        // in initializer expressions for instance member variables.\n                        if (!isStatic(location)) {\n                            const ctor = findConstructorDeclaration(location.parent as ClassLikeDeclaration);\n                            if (ctor && ctor.locals) {\n                                if (lookup(ctor.locals, name, meaning & SymbolFlags.Value)) {\n                                    // Remember the property node, it will be used later to report appropriate error\n                                    propertyWithInvalidInitializer = location;\n                                }\n                            }\n                        }\n                        break;\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.ClassExpression:\n                    case SyntaxKind.InterfaceDeclaration:\n                        // The below is used to lookup type parameters within a class or interface, as they are added to the class/interface locals\n                        // These can never be latebound, so the symbol's raw members are sufficient. `getMembersOfNode` cannot be used, as it would\n                        // trigger resolving late-bound names, which we may already be in the process of doing while we're here!\n                        if (result = lookup(getSymbolOfNode(location as ClassLikeDeclaration | InterfaceDeclaration).members || emptySymbols, name, meaning & SymbolFlags.Type)) {\n                            if (!isTypeParameterSymbolDeclaredInContainer(result, location)) {\n                                // ignore type parameters not declared in this container\n                                result = undefined;\n                                break;\n                            }\n                            if (lastLocation && isStatic(lastLocation)) {\n                                // TypeScript 1.0 spec (April 2014): 3.4.1\n                                // The scope of a type parameter extends over the entire declaration with which the type\n                                // parameter list is associated, with the exception of static member declarations in classes.\n                                error(errorLocation, Diagnostics.Static_members_cannot_reference_class_type_parameters);\n                                return undefined;\n                            }\n                            break loop;\n                        }\n                        if (location.kind === SyntaxKind.ClassExpression && meaning & SymbolFlags.Class) {\n                            const className = (location as ClassExpression).name;\n                            if (className && name === className.escapedText) {\n                                result = location.symbol;\n                                break loop;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.ExpressionWithTypeArguments:\n                        // The type parameters of a class are not in scope in the base class expression.\n                        if (lastLocation === (location as ExpressionWithTypeArguments).expression && (location.parent as HeritageClause).token === SyntaxKind.ExtendsKeyword) {\n                            const container = location.parent.parent;\n                            if (isClassLike(container) && (result = lookup(getSymbolOfNode(container).members!, name, meaning & SymbolFlags.Type))) {\n                                if (nameNotFoundMessage) {\n                                    error(errorLocation, Diagnostics.Base_class_expressions_cannot_reference_class_type_parameters);\n                                }\n                                return undefined;\n                            }\n                        }\n                        break;\n                    // It is not legal to reference a class's own type parameters from a computed property name that\n                    // belongs to the class. For example:\n                    //\n                    //   function foo<T>() { return '' }\n                    //   class C<T> { // <-- Class's own type parameter T\n                    //       [foo<T>()]() { } // <-- Reference to T from class's own computed property\n                    //   }\n                    //\n                    case SyntaxKind.ComputedPropertyName:\n                        grandparent = location.parent.parent;\n                        if (isClassLike(grandparent) || grandparent.kind === SyntaxKind.InterfaceDeclaration) {\n                            // A reference to this grandparent's type parameters would be an error\n                            if (result = lookup(getSymbolOfNode(grandparent as ClassLikeDeclaration | InterfaceDeclaration).members!, name, meaning & SymbolFlags.Type)) {\n                                error(errorLocation, Diagnostics.A_computed_property_name_cannot_reference_a_type_parameter_from_its_containing_type);\n                                return undefined;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.ArrowFunction:\n                        // when targeting ES6 or higher there is no 'arguments' in an arrow function\n                        // for lower compile targets the resolved symbol is used to emit an error\n                        if (getEmitScriptTarget(compilerOptions) >= ScriptTarget.ES2015) {\n                            break;\n                        }\n                        // falls through\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.Constructor:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                    case SyntaxKind.FunctionDeclaration:\n                        if (meaning & SymbolFlags.Variable && name === \"arguments\") {\n                            result = argumentsSymbol;\n                            break loop;\n                        }\n                        break;\n                    case SyntaxKind.FunctionExpression:\n                        if (meaning & SymbolFlags.Variable && name === \"arguments\") {\n                            result = argumentsSymbol;\n                            break loop;\n                        }\n\n                        if (meaning & SymbolFlags.Function) {\n                            const functionName = (location as FunctionExpression).name;\n                            if (functionName && name === functionName.escapedText) {\n                                result = location.symbol;\n                                break loop;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.Decorator:\n                        // Decorators are resolved at the class declaration. Resolving at the parameter\n                        // or member would result in looking up locals in the method.\n                        //\n                        //   function y() {}\n                        //   class C {\n                        //       method(@y x, y) {} // <-- decorator y should be resolved at the class declaration, not the parameter.\n                        //   }\n                        //\n                        if (location.parent && location.parent.kind === SyntaxKind.Parameter) {\n                            location = location.parent;\n                        }\n                        //\n                        //   function y() {}\n                        //   class C {\n                        //       @y method(x, y) {} // <-- decorator y should be resolved at the class declaration, not the method.\n                        //   }\n                        //\n\n                        // class Decorators are resolved outside of the class to avoid referencing type parameters of that class.\n                        //\n                        //   type T = number;\n                        //   declare function y(x: T): any;\n                        //   @param(1 as T) // <-- T should resolve to the type alias outside of class C\n                        //   class C<T> {}\n                        if (location.parent && (isClassElement(location.parent) || location.parent.kind === SyntaxKind.ClassDeclaration)) {\n                            location = location.parent;\n                        }\n                        break;\n                    case SyntaxKind.JSDocTypedefTag:\n                    case SyntaxKind.JSDocCallbackTag:\n                    case SyntaxKind.JSDocEnumTag:\n                        // js type aliases do not resolve names from their host, so skip past it\n                        const root = getJSDocRoot(location);\n                        if (root) {\n                            location = root.parent;\n                        }\n                        break;\n                    case SyntaxKind.Parameter:\n                        if (lastLocation && (\n                            lastLocation === (location as ParameterDeclaration).initializer ||\n                            lastLocation === (location as ParameterDeclaration).name && isBindingPattern(lastLocation))) {\n                            if (!associatedDeclarationForContainingInitializerOrBindingName) {\n                                associatedDeclarationForContainingInitializerOrBindingName = location as ParameterDeclaration;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.BindingElement:\n                        if (lastLocation && (\n                            lastLocation === (location as BindingElement).initializer ||\n                            lastLocation === (location as BindingElement).name && isBindingPattern(lastLocation))) {\n                            if (isParameterDeclaration(location as BindingElement) && !associatedDeclarationForContainingInitializerOrBindingName) {\n                                associatedDeclarationForContainingInitializerOrBindingName = location as BindingElement;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.InferType:\n                        if (meaning & SymbolFlags.TypeParameter) {\n                            const parameterName = (location as InferTypeNode).typeParameter.name;\n                            if (parameterName && name === parameterName.escapedText) {\n                                result = (location as InferTypeNode).typeParameter.symbol;\n                                break loop;\n                            }\n                        }\n                        break;\n                }\n                if (isSelfReferenceLocation(location)) {\n                    lastSelfReferenceLocation = location;\n                }\n                lastLocation = location;\n                location = isJSDocTemplateTag(location) ? getEffectiveContainerForJSDocTemplateTag(location) || location.parent :\n                    isJSDocParameterTag(location) || isJSDocReturnTag(location) ? getHostSignatureFromJSDoc(location) || location.parent :\n                    location.parent;\n            }\n\n            // We just climbed up parents looking for the name, meaning that we started in a descendant node of `lastLocation`.\n            // If `result === lastSelfReferenceLocation.symbol`, that means that we are somewhere inside `lastSelfReferenceLocation` looking up a name, and resolving to `lastLocation` itself.\n            // That means that this is a self-reference of `lastLocation`, and shouldn't count this when considering whether `lastLocation` is used.\n            if (isUse && result && (!lastSelfReferenceLocation || result !== lastSelfReferenceLocation.symbol)) {\n                result.isReferenced! |= meaning;\n            }\n\n            if (!result) {\n                if (lastLocation) {\n                    Debug.assert(lastLocation.kind === SyntaxKind.SourceFile);\n                    if ((lastLocation as SourceFile).commonJsModuleIndicator && name === \"exports\" && meaning & lastLocation.symbol.flags) {\n                        return lastLocation.symbol;\n                    }\n                }\n\n                if (!excludeGlobals) {\n                    result = lookup(globals, name, meaning);\n                }\n            }\n            if (!result) {\n                if (originalLocation && isInJSFile(originalLocation) && originalLocation.parent) {\n                    if (isRequireCall(originalLocation.parent, /*checkArgumentIsStringLiteralLike*/ false)) {\n                        return requireSymbol;\n                    }\n                }\n            }\n            if (!result) {\n                if (nameNotFoundMessage) {\n                    addLazyDiagnostic(() => {\n                        if (!errorLocation ||\n                            !checkAndReportErrorForMissingPrefix(errorLocation, name, nameArg!) && // TODO: GH#18217\n                            !checkAndReportErrorForExtendingInterface(errorLocation) &&\n                            !checkAndReportErrorForUsingTypeAsNamespace(errorLocation, name, meaning) &&\n                            !checkAndReportErrorForExportingPrimitiveType(errorLocation, name) &&\n                            !checkAndReportErrorForUsingTypeAsValue(errorLocation, name, meaning) &&\n                            !checkAndReportErrorForUsingNamespaceModuleAsValue(errorLocation, name, meaning) &&\n                            !checkAndReportErrorForUsingValueAsType(errorLocation, name, meaning)) {\n                            let suggestion: Symbol | undefined;\n                            if (getSpellingSuggestions && suggestionCount < maximumSuggestionCount) {\n                                suggestion = getSuggestedSymbolForNonexistentSymbol(originalLocation, name, meaning);\n                                const isGlobalScopeAugmentationDeclaration = suggestion?.valueDeclaration && isAmbientModule(suggestion.valueDeclaration) && isGlobalScopeAugmentation(suggestion.valueDeclaration);\n                                if (isGlobalScopeAugmentationDeclaration) {\n                                    suggestion = undefined;\n                                }\n                                if (suggestion) {\n                                    const suggestionName = symbolToString(suggestion);\n                                    const isUncheckedJS = isUncheckedJSSuggestion(originalLocation, suggestion, /*excludeClasses*/ false);\n                                    const message = meaning === SymbolFlags.Namespace || nameArg && typeof nameArg !== \"string\" && nodeIsSynthesized(nameArg) ? Diagnostics.Cannot_find_namespace_0_Did_you_mean_1\n                                        : isUncheckedJS ? Diagnostics.Could_not_find_name_0_Did_you_mean_1\n                                        : Diagnostics.Cannot_find_name_0_Did_you_mean_1;\n                                    const diagnostic = createError(errorLocation, message, diagnosticName(nameArg!), suggestionName);\n                                    addErrorOrSuggestion(!isUncheckedJS, diagnostic);\n                                    if (suggestion.valueDeclaration) {\n                                        addRelatedInfo(\n                                            diagnostic,\n                                            createDiagnosticForNode(suggestion.valueDeclaration, Diagnostics._0_is_declared_here, suggestionName)\n                                        );\n                                    }\n                                }\n                            }\n                            if (!suggestion) {\n                                if (nameArg) {\n                                    const lib = getSuggestedLibForNonExistentName(nameArg);\n                                    if (lib) {\n                                        error(errorLocation, nameNotFoundMessage, diagnosticName(nameArg), lib);\n                                    }\n                                    else {\n                                        error(errorLocation, nameNotFoundMessage, diagnosticName(nameArg));\n                                    }\n                                }\n                            }\n                            suggestionCount++;\n                        }\n                    });\n                }\n                return undefined;\n            }\n\n            if (propertyWithInvalidInitializer && !(getEmitScriptTarget(compilerOptions) === ScriptTarget.ESNext && useDefineForClassFields)) {\n                // We have a match, but the reference occurred within a property initializer and the identifier also binds\n                // to a local variable in the constructor where the code will be emitted. Note that this is actually allowed\n                // with ESNext+useDefineForClassFields because the scope semantics are different.\n                const propertyName = (propertyWithInvalidInitializer as PropertyDeclaration).name;\n                error(errorLocation, Diagnostics.Initializer_of_instance_member_variable_0_cannot_reference_identifier_1_declared_in_the_constructor,\n                    declarationNameToString(propertyName), diagnosticName(nameArg!));\n                return undefined;\n            }\n\n            // Perform extra checks only if error reporting was requested\n            if (nameNotFoundMessage) {\n                addLazyDiagnostic(() => {\n                    // Only check for block-scoped variable if we have an error location and are looking for the\n                    // name with variable meaning\n                    //      For example,\n                    //          declare module foo {\n                    //              interface bar {}\n                    //          }\n                    //      const foo/*1*/: foo/*2*/.bar;\n                    // The foo at /*1*/ and /*2*/ will share same symbol with two meanings:\n                    // block-scoped variable and namespace module. However, only when we\n                    // try to resolve name in /*1*/ which is used in variable position,\n                    // we want to check for block-scoped\n                    if (errorLocation &&\n                        (meaning & SymbolFlags.BlockScopedVariable ||\n                          ((meaning & SymbolFlags.Class || meaning & SymbolFlags.Enum) && (meaning & SymbolFlags.Value) === SymbolFlags.Value))) {\n                        const exportOrLocalSymbol = getExportSymbolOfValueSymbolIfExported(result!);\n                        if (exportOrLocalSymbol.flags & SymbolFlags.BlockScopedVariable || exportOrLocalSymbol.flags & SymbolFlags.Class || exportOrLocalSymbol.flags & SymbolFlags.Enum) {\n                            checkResolvedBlockScopedVariable(exportOrLocalSymbol, errorLocation);\n                        }\n                    }\n\n                    // If we're in an external module, we can't reference value symbols created from UMD export declarations\n                    if (result && isInExternalModule && (meaning & SymbolFlags.Value) === SymbolFlags.Value && !(originalLocation!.flags & NodeFlags.JSDoc)) {\n                        const merged = getMergedSymbol(result);\n                        if (length(merged.declarations) && every(merged.declarations, d => isNamespaceExportDeclaration(d) || isSourceFile(d) && !!d.symbol.globalExports)) {\n                            errorOrSuggestion(!compilerOptions.allowUmdGlobalAccess, errorLocation!, Diagnostics._0_refers_to_a_UMD_global_but_the_current_file_is_a_module_Consider_adding_an_import_instead, unescapeLeadingUnderscores(name));\n                        }\n                    }\n\n                    // If we're in a parameter initializer or binding name, we can't reference the values of the parameter whose initializer we're within or parameters to the right\n                    if (result && associatedDeclarationForContainingInitializerOrBindingName && !withinDeferredContext && (meaning & SymbolFlags.Value) === SymbolFlags.Value) {\n                        const candidate = getMergedSymbol(getLateBoundSymbol(result));\n                        const root = (getRootDeclaration(associatedDeclarationForContainingInitializerOrBindingName) as ParameterDeclaration);\n                        // A parameter initializer or binding pattern initializer within a parameter cannot refer to itself\n                        if (candidate === getSymbolOfNode(associatedDeclarationForContainingInitializerOrBindingName)) {\n                            error(errorLocation, Diagnostics.Parameter_0_cannot_reference_itself, declarationNameToString(associatedDeclarationForContainingInitializerOrBindingName.name));\n                        }\n                        // And it cannot refer to any declarations which come after it\n                        else if (candidate.valueDeclaration && candidate.valueDeclaration.pos > associatedDeclarationForContainingInitializerOrBindingName.pos && root.parent.locals && lookup(root.parent.locals, candidate.escapedName, meaning) === candidate) {\n                            error(errorLocation, Diagnostics.Parameter_0_cannot_reference_identifier_1_declared_after_it, declarationNameToString(associatedDeclarationForContainingInitializerOrBindingName.name), declarationNameToString(errorLocation as Identifier));\n                        }\n                    }\n                    if (result && errorLocation && meaning & SymbolFlags.Value && result.flags & SymbolFlags.Alias && !(result.flags & SymbolFlags.Value) && !isValidTypeOnlyAliasUseSite(errorLocation)) {\n                        const typeOnlyDeclaration = getTypeOnlyAliasDeclaration(result);\n                        if (typeOnlyDeclaration) {\n                            const message = typeOnlyDeclaration.kind === SyntaxKind.ExportSpecifier\n                                ? Diagnostics._0_cannot_be_used_as_a_value_because_it_was_exported_using_export_type\n                                : Diagnostics._0_cannot_be_used_as_a_value_because_it_was_imported_using_import_type;\n                            const unescapedName = unescapeLeadingUnderscores(name);\n                            addTypeOnlyDeclarationRelatedInfo(\n                                error(errorLocation, message, unescapedName),\n                                typeOnlyDeclaration,\n                                unescapedName);\n                        }\n                    }\n                });\n            }\n            return result;\n        }\n\n        function addTypeOnlyDeclarationRelatedInfo(diagnostic: Diagnostic, typeOnlyDeclaration: TypeOnlyCompatibleAliasDeclaration | undefined, unescapedName: string) {\n            if (!typeOnlyDeclaration) return diagnostic;\n            return addRelatedInfo(\n                diagnostic,\n                createDiagnosticForNode(\n                    typeOnlyDeclaration,\n                    typeOnlyDeclaration.kind === SyntaxKind.ExportSpecifier ? Diagnostics._0_was_exported_here : Diagnostics._0_was_imported_here,\n                    unescapedName));\n        }\n\n        function getIsDeferredContext(location: Node, lastLocation: Node | undefined): boolean {\n            if (location.kind !== SyntaxKind.ArrowFunction && location.kind !== SyntaxKind.FunctionExpression) {\n                // initializers in instance property declaration of class like entities are executed in constructor and thus deferred\n                return isTypeQueryNode(location) || ((\n                    isFunctionLikeDeclaration(location) ||\n                    (location.kind === SyntaxKind.PropertyDeclaration && !isStatic(location))\n                ) && (!lastLocation || lastLocation !== (location as SignatureDeclaration | PropertyDeclaration).name)); // A name is evaluated within the enclosing scope - so it shouldn't count as deferred\n            }\n            if (lastLocation && lastLocation === (location as FunctionExpression | ArrowFunction).name) {\n                return false;\n            }\n            // generator functions and async functions are not inlined in control flow when immediately invoked\n            if ((location as FunctionExpression | ArrowFunction).asteriskToken || hasSyntacticModifier(location, ModifierFlags.Async)) {\n                return true;\n            }\n            return !getImmediatelyInvokedFunctionExpression(location);\n        }\n\n        function isSelfReferenceLocation(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.FunctionDeclaration:\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.InterfaceDeclaration:\n                case SyntaxKind.EnumDeclaration:\n                case SyntaxKind.TypeAliasDeclaration:\n                case SyntaxKind.ModuleDeclaration: // For `namespace N { N; }`\n                    return true;\n                default:\n                    return false;\n            }\n        }\n\n        function diagnosticName(nameArg: __String | Identifier | PrivateIdentifier) {\n            return isString(nameArg) ? unescapeLeadingUnderscores(nameArg as __String) : declarationNameToString(nameArg as Identifier);\n        }\n\n        function isTypeParameterSymbolDeclaredInContainer(symbol: Symbol, container: Node) {\n            if (symbol.declarations) {\n                for (const decl of symbol.declarations) {\n                    if (decl.kind === SyntaxKind.TypeParameter) {\n                        const parent = isJSDocTemplateTag(decl.parent) ? getJSDocHost(decl.parent) : decl.parent;\n                        if (parent === container) {\n                            return !(isJSDocTemplateTag(decl.parent) && find((decl.parent.parent as JSDoc).tags!, isJSDocTypeAlias)); // TODO: GH#18217\n                        }\n                    }\n                }\n            }\n\n            return false;\n        }\n\n        function checkAndReportErrorForMissingPrefix(errorLocation: Node, name: __String, nameArg: __String | Identifier): boolean {\n            if (!isIdentifier(errorLocation) || errorLocation.escapedText !== name || isTypeReferenceIdentifier(errorLocation) || isInTypeQuery(errorLocation)) {\n                return false;\n            }\n\n            const container = getThisContainer(errorLocation, /*includeArrowFunctions*/ false);\n            let location = container;\n            while (location) {\n                if (isClassLike(location.parent)) {\n                    const classSymbol = getSymbolOfNode(location.parent);\n                    if (!classSymbol) {\n                        break;\n                    }\n\n                    // Check to see if a static member exists.\n                    const constructorType = getTypeOfSymbol(classSymbol);\n                    if (getPropertyOfType(constructorType, name)) {\n                        error(errorLocation, Diagnostics.Cannot_find_name_0_Did_you_mean_the_static_member_1_0, diagnosticName(nameArg), symbolToString(classSymbol));\n                        return true;\n                    }\n\n                    // No static member is present.\n                    // Check if we're in an instance method and look for a relevant instance member.\n                    if (location === container && !isStatic(location)) {\n                        const instanceType = (getDeclaredTypeOfSymbol(classSymbol) as InterfaceType).thisType!; // TODO: GH#18217\n                        if (getPropertyOfType(instanceType, name)) {\n                            error(errorLocation, Diagnostics.Cannot_find_name_0_Did_you_mean_the_instance_member_this_0, diagnosticName(nameArg));\n                            return true;\n                        }\n                    }\n                }\n\n                location = location.parent;\n            }\n            return false;\n        }\n\n\n        function checkAndReportErrorForExtendingInterface(errorLocation: Node): boolean {\n            const expression = getEntityNameForExtendingInterface(errorLocation);\n            if (expression && resolveEntityName(expression, SymbolFlags.Interface, /*ignoreErrors*/ true)) {\n                error(errorLocation, Diagnostics.Cannot_extend_an_interface_0_Did_you_mean_implements, getTextOfNode(expression));\n                return true;\n            }\n            return false;\n        }\n        /**\n          * Climbs up parents to an ExpressionWithTypeArguments, and returns its expression,\n          * but returns undefined if that expression is not an EntityNameExpression.\n          */\n        function getEntityNameForExtendingInterface(node: Node): EntityNameExpression | undefined {\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                case SyntaxKind.PropertyAccessExpression:\n                    return node.parent ? getEntityNameForExtendingInterface(node.parent) : undefined;\n                case SyntaxKind.ExpressionWithTypeArguments:\n                    if (isEntityNameExpression((node as ExpressionWithTypeArguments).expression)) {\n                        return (node as ExpressionWithTypeArguments).expression as EntityNameExpression;\n                    }\n                    // falls through\n                default:\n                    return undefined;\n            }\n        }\n\n        function checkAndReportErrorForUsingTypeAsNamespace(errorLocation: Node, name: __String, meaning: SymbolFlags): boolean {\n            const namespaceMeaning = SymbolFlags.Namespace | (isInJSFile(errorLocation) ? SymbolFlags.Value : 0);\n            if (meaning === namespaceMeaning) {\n                const symbol = resolveSymbol(resolveName(errorLocation, name, SymbolFlags.Type & ~namespaceMeaning, /*nameNotFoundMessage*/undefined, /*nameArg*/ undefined, /*isUse*/ false));\n                const parent = errorLocation.parent;\n                if (symbol) {\n                    if (isQualifiedName(parent)) {\n                        Debug.assert(parent.left === errorLocation, \"Should only be resolving left side of qualified name as a namespace\");\n                        const propName = parent.right.escapedText;\n                        const propType = getPropertyOfType(getDeclaredTypeOfSymbol(symbol), propName);\n                        if (propType) {\n                            error(\n                                parent,\n                                Diagnostics.Cannot_access_0_1_because_0_is_a_type_but_not_a_namespace_Did_you_mean_to_retrieve_the_type_of_the_property_1_in_0_with_0_1,\n                                unescapeLeadingUnderscores(name),\n                                unescapeLeadingUnderscores(propName),\n                            );\n                            return true;\n                        }\n                    }\n                    error(errorLocation, Diagnostics._0_only_refers_to_a_type_but_is_being_used_as_a_namespace_here, unescapeLeadingUnderscores(name));\n                    return true;\n                }\n            }\n\n            return false;\n        }\n\n        function checkAndReportErrorForUsingValueAsType(errorLocation: Node, name: __String, meaning: SymbolFlags): boolean {\n            if (meaning & (SymbolFlags.Type & ~SymbolFlags.Namespace)) {\n                const symbol = resolveSymbol(resolveName(errorLocation, name, ~SymbolFlags.Type & SymbolFlags.Value, /*nameNotFoundMessage*/undefined, /*nameArg*/ undefined, /*isUse*/ false));\n                if (symbol && !(symbol.flags & SymbolFlags.Namespace)) {\n                    error(errorLocation, Diagnostics._0_refers_to_a_value_but_is_being_used_as_a_type_here_Did_you_mean_typeof_0, unescapeLeadingUnderscores(name));\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function isPrimitiveTypeName(name: __String) {\n            return name === \"any\" || name === \"string\" || name === \"number\" || name === \"boolean\" || name === \"never\" || name === \"unknown\";\n        }\n\n        function checkAndReportErrorForExportingPrimitiveType(errorLocation: Node, name: __String): boolean {\n            if (isPrimitiveTypeName(name) && errorLocation.parent.kind === SyntaxKind.ExportSpecifier) {\n                error(errorLocation, Diagnostics.Cannot_export_0_Only_local_declarations_can_be_exported_from_a_module, name as string);\n                return true;\n            }\n            return false;\n        }\n\n        function checkAndReportErrorForUsingTypeAsValue(errorLocation: Node, name: __String, meaning: SymbolFlags): boolean {\n            if (meaning & (SymbolFlags.Value & ~SymbolFlags.NamespaceModule)) {\n                if (isPrimitiveTypeName(name)) {\n                    error(errorLocation, Diagnostics._0_only_refers_to_a_type_but_is_being_used_as_a_value_here, unescapeLeadingUnderscores(name));\n                    return true;\n                }\n                const symbol = resolveSymbol(resolveName(errorLocation, name, SymbolFlags.Type & ~SymbolFlags.Value, /*nameNotFoundMessage*/undefined, /*nameArg*/ undefined, /*isUse*/ false));\n                if (symbol && !(symbol.flags & SymbolFlags.NamespaceModule)) {\n                    const rawName = unescapeLeadingUnderscores(name);\n                    if (isES2015OrLaterConstructorName(name)) {\n                        error(errorLocation, Diagnostics._0_only_refers_to_a_type_but_is_being_used_as_a_value_here_Do_you_need_to_change_your_target_library_Try_changing_the_lib_compiler_option_to_es2015_or_later, rawName);\n                    }\n                    else if (maybeMappedType(errorLocation, symbol)) {\n                        error(errorLocation, Diagnostics._0_only_refers_to_a_type_but_is_being_used_as_a_value_here_Did_you_mean_to_use_1_in_0, rawName, rawName === \"K\" ? \"P\" : \"K\");\n                    }\n                    else {\n                        error(errorLocation, Diagnostics._0_only_refers_to_a_type_but_is_being_used_as_a_value_here, rawName);\n                    }\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function maybeMappedType(node: Node, symbol: Symbol) {\n            const container = findAncestor(node.parent, n =>\n                isComputedPropertyName(n) || isPropertySignature(n) ? false : isTypeLiteralNode(n) || \"quit\") as TypeLiteralNode | undefined;\n            if (container && container.members.length === 1) {\n                const type = getDeclaredTypeOfSymbol(symbol);\n                return !!(type.flags & TypeFlags.Union) && allTypesAssignableToKind(type, TypeFlags.StringOrNumberLiteral, /*strict*/ true);\n            }\n            return false;\n        }\n\n        function isES2015OrLaterConstructorName(n: __String) {\n            switch (n) {\n                case \"Promise\":\n                case \"Symbol\":\n                case \"Map\":\n                case \"WeakMap\":\n                case \"Set\":\n                case \"WeakSet\":\n                    return true;\n            }\n            return false;\n        }\n\n        function checkAndReportErrorForUsingNamespaceModuleAsValue(errorLocation: Node, name: __String, meaning: SymbolFlags): boolean {\n            if (meaning & (SymbolFlags.Value & ~SymbolFlags.NamespaceModule & ~SymbolFlags.Type)) {\n                const symbol = resolveSymbol(resolveName(errorLocation, name, SymbolFlags.NamespaceModule & ~SymbolFlags.Value, /*nameNotFoundMessage*/undefined, /*nameArg*/ undefined, /*isUse*/ false));\n                if (symbol) {\n                    error(\n                        errorLocation,\n                        Diagnostics.Cannot_use_namespace_0_as_a_value,\n                        unescapeLeadingUnderscores(name));\n                    return true;\n                }\n            }\n            else if (meaning & (SymbolFlags.Type & ~SymbolFlags.NamespaceModule & ~SymbolFlags.Value)) {\n                const symbol = resolveSymbol(resolveName(errorLocation, name, (SymbolFlags.ValueModule | SymbolFlags.NamespaceModule) & ~SymbolFlags.Type, /*nameNotFoundMessage*/undefined, /*nameArg*/ undefined, /*isUse*/ false));\n                if (symbol) {\n                    error(errorLocation, Diagnostics.Cannot_use_namespace_0_as_a_type, unescapeLeadingUnderscores(name));\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function checkResolvedBlockScopedVariable(result: Symbol, errorLocation: Node): void {\n            Debug.assert(!!(result.flags & SymbolFlags.BlockScopedVariable || result.flags & SymbolFlags.Class || result.flags & SymbolFlags.Enum));\n            if (result.flags & (SymbolFlags.Function | SymbolFlags.FunctionScopedVariable | SymbolFlags.Assignment) && result.flags & SymbolFlags.Class) {\n                // constructor functions aren't block scoped\n                return;\n            }\n            // Block-scoped variables cannot be used before their definition\n            const declaration = result.declarations?.find(\n                d => isBlockOrCatchScoped(d) || isClassLike(d) || (d.kind === SyntaxKind.EnumDeclaration));\n\n            if (declaration === undefined) return Debug.fail(\"checkResolvedBlockScopedVariable could not find block-scoped declaration\");\n\n            if (!(declaration.flags & NodeFlags.Ambient) && !isBlockScopedNameDeclaredBeforeUse(declaration, errorLocation)) {\n                let diagnosticMessage;\n                const declarationName = declarationNameToString(getNameOfDeclaration(declaration));\n                if (result.flags & SymbolFlags.BlockScopedVariable) {\n                    diagnosticMessage = error(errorLocation, Diagnostics.Block_scoped_variable_0_used_before_its_declaration, declarationName);\n                }\n                else if (result.flags & SymbolFlags.Class) {\n                    diagnosticMessage = error(errorLocation, Diagnostics.Class_0_used_before_its_declaration, declarationName);\n                }\n                else if (result.flags & SymbolFlags.RegularEnum) {\n                    diagnosticMessage = error(errorLocation, Diagnostics.Enum_0_used_before_its_declaration, declarationName);\n                }\n                else {\n                    Debug.assert(!!(result.flags & SymbolFlags.ConstEnum));\n                    if (shouldPreserveConstEnums(compilerOptions)) {\n                        diagnosticMessage = error(errorLocation, Diagnostics.Enum_0_used_before_its_declaration, declarationName);\n                    }\n                }\n\n                if (diagnosticMessage) {\n                    addRelatedInfo(diagnosticMessage,\n                        createDiagnosticForNode(declaration, Diagnostics._0_is_declared_here, declarationName)\n                    );\n                }\n            }\n        }\n\n        /* Starting from 'initial' node walk up the parent chain until 'stopAt' node is reached.\n          * If at any point current node is equal to 'parent' node - return true.\n          * If current node is an IIFE, continue walking up.\n          * Return false if 'stopAt' node is reached or isFunctionLike(current) === true.\n          */\n        function isSameScopeDescendentOf(initial: Node, parent: Node | undefined, stopAt: Node): boolean {\n            return !!parent && !!findAncestor(initial, n => n === parent\n                || (n === stopAt || isFunctionLike(n) && !getImmediatelyInvokedFunctionExpression(n) ? \"quit\" : false));\n        }\n\n        function getAnyImportSyntax(node: Node): AnyImportSyntax | undefined {\n            switch (node.kind) {\n                case SyntaxKind.ImportEqualsDeclaration:\n                    return node as ImportEqualsDeclaration;\n                case SyntaxKind.ImportClause:\n                    return (node as ImportClause).parent;\n                case SyntaxKind.NamespaceImport:\n                    return (node as NamespaceImport).parent.parent;\n                case SyntaxKind.ImportSpecifier:\n                    return (node as ImportSpecifier).parent.parent.parent;\n                default:\n                    return undefined;\n            }\n        }\n\n        function getDeclarationOfAliasSymbol(symbol: Symbol): Declaration | undefined {\n            return symbol.declarations && findLast<Declaration>(symbol.declarations, isAliasSymbolDeclaration);\n        }\n\n        /**\n          * An alias symbol is created by one of the following declarations:\n          * import <symbol> = ...\n          * import <symbol> from ...\n          * import * as <symbol> from ...\n          * import { x as <symbol> } from ...\n          * export { x as <symbol> } from ...\n          * export * as ns <symbol> from ...\n          * export = <EntityNameExpression>\n          * export default <EntityNameExpression>\n          * module.exports = <EntityNameExpression>\n          * {<Identifier>}\n          * {name: <EntityNameExpression>}\n          * const { x } = require ...\n          */\n        function isAliasSymbolDeclaration(node: Node): boolean {\n            return node.kind === SyntaxKind.ImportEqualsDeclaration\n                || node.kind === SyntaxKind.NamespaceExportDeclaration\n                || node.kind === SyntaxKind.ImportClause && !!(node as ImportClause).name\n                || node.kind === SyntaxKind.NamespaceImport\n                || node.kind === SyntaxKind.NamespaceExport\n                || node.kind === SyntaxKind.ImportSpecifier\n                || node.kind === SyntaxKind.ExportSpecifier\n                || node.kind === SyntaxKind.ExportAssignment && exportAssignmentIsAlias(node as ExportAssignment)\n                || isBinaryExpression(node) && getAssignmentDeclarationKind(node) === AssignmentDeclarationKind.ModuleExports && exportAssignmentIsAlias(node)\n                || isAccessExpression(node)\n                    && isBinaryExpression(node.parent)\n                    && node.parent.left === node\n                    && node.parent.operatorToken.kind === SyntaxKind.EqualsToken\n                    && isAliasableOrJsExpression(node.parent.right)\n                || node.kind === SyntaxKind.ShorthandPropertyAssignment\n                || node.kind === SyntaxKind.PropertyAssignment && isAliasableOrJsExpression((node as PropertyAssignment).initializer)\n                || isVariableDeclarationInitializedToBareOrAccessedRequire(node);\n        }\n\n        function isAliasableOrJsExpression(e: Expression) {\n            return isAliasableExpression(e) || isFunctionExpression(e) && isJSConstructor(e);\n        }\n\n        function getTargetOfImportEqualsDeclaration(node: ImportEqualsDeclaration | VariableDeclaration, dontResolveAlias: boolean): Symbol | undefined {\n            const commonJSPropertyAccess = getCommonJSPropertyAccess(node);\n            if (commonJSPropertyAccess) {\n                const name = (getLeftmostAccessExpression(commonJSPropertyAccess.expression) as CallExpression).arguments[0] as StringLiteral;\n                return isIdentifier(commonJSPropertyAccess.name)\n                    ? resolveSymbol(getPropertyOfType(resolveExternalModuleTypeByLiteral(name), commonJSPropertyAccess.name.escapedText))\n                    : undefined;\n            }\n            if (isVariableDeclaration(node) || node.moduleReference.kind === SyntaxKind.ExternalModuleReference) {\n                const immediate = resolveExternalModuleName(\n                    node,\n                    getExternalModuleRequireArgument(node) || getExternalModuleImportEqualsDeclarationExpression(node));\n                const resolved = resolveExternalModuleSymbol(immediate);\n                markSymbolOfAliasDeclarationIfTypeOnly(node, immediate, resolved, /*overwriteEmpty*/ false);\n                return resolved;\n            }\n            const resolved = getSymbolOfPartOfRightHandSideOfImportEquals(node.moduleReference, dontResolveAlias);\n            checkAndReportErrorForResolvingImportAliasToTypeOnlySymbol(node, resolved);\n            return resolved;\n        }\n\n        function checkAndReportErrorForResolvingImportAliasToTypeOnlySymbol(node: ImportEqualsDeclaration, resolved: Symbol | undefined) {\n            if (markSymbolOfAliasDeclarationIfTypeOnly(node, /*immediateTarget*/ undefined, resolved, /*overwriteEmpty*/ false) && !node.isTypeOnly) {\n                const typeOnlyDeclaration = getTypeOnlyAliasDeclaration(getSymbolOfNode(node))!;\n                const isExport = typeOnlyDeclaration.kind === SyntaxKind.ExportSpecifier;\n                const message = isExport\n                    ? Diagnostics.An_import_alias_cannot_reference_a_declaration_that_was_exported_using_export_type\n                    : Diagnostics.An_import_alias_cannot_reference_a_declaration_that_was_imported_using_import_type;\n                const relatedMessage = isExport\n                    ? Diagnostics._0_was_exported_here\n                    : Diagnostics._0_was_imported_here;\n\n                const name = unescapeLeadingUnderscores(typeOnlyDeclaration.name.escapedText);\n                addRelatedInfo(error(node.moduleReference, message), createDiagnosticForNode(typeOnlyDeclaration, relatedMessage, name));\n            }\n        }\n\n        function resolveExportByName(moduleSymbol: Symbol, name: __String, sourceNode: TypeOnlyCompatibleAliasDeclaration | undefined, dontResolveAlias: boolean) {\n            const exportValue = moduleSymbol.exports!.get(InternalSymbolName.ExportEquals);\n            const exportSymbol = exportValue ? getPropertyOfType(getTypeOfSymbol(exportValue), name) : moduleSymbol.exports!.get(name);\n            const resolved = resolveSymbol(exportSymbol, dontResolveAlias);\n            markSymbolOfAliasDeclarationIfTypeOnly(sourceNode, exportSymbol, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function isSyntacticDefault(node: Node) {\n            return ((isExportAssignment(node) && !node.isExportEquals) || hasSyntacticModifier(node, ModifierFlags.Default) || isExportSpecifier(node));\n        }\n\n        function getUsageModeForExpression(usage: Expression) {\n            return isStringLiteralLike(usage) ? getModeForUsageLocation(getSourceFileOfNode(usage), usage) : undefined;\n        }\n\n        function isESMFormatImportImportingCommonjsFormatFile(usageMode: SourceFile[\"impliedNodeFormat\"], targetMode: SourceFile[\"impliedNodeFormat\"]) {\n            return usageMode === ModuleKind.ESNext && targetMode === ModuleKind.CommonJS;\n        }\n\n        function isOnlyImportedAsDefault(usage: Expression) {\n            const usageMode = getUsageModeForExpression(usage);\n            return usageMode === ModuleKind.ESNext && endsWith((usage as StringLiteralLike).text, Extension.Json);\n        }\n\n        function canHaveSyntheticDefault(file: SourceFile | undefined, moduleSymbol: Symbol, dontResolveAlias: boolean, usage: Expression) {\n            const usageMode = file && getUsageModeForExpression(usage);\n            if (file && usageMode !== undefined) {\n                const result = isESMFormatImportImportingCommonjsFormatFile(usageMode, file.impliedNodeFormat);\n                if (usageMode === ModuleKind.ESNext || result) {\n                    return result;\n                }\n                // fallthrough on cjs usages so we imply defaults for interop'd imports, too\n            }\n            if (!allowSyntheticDefaultImports) {\n                return false;\n            }\n            // Declaration files (and ambient modules)\n            if (!file || file.isDeclarationFile) {\n                // Definitely cannot have a synthetic default if they have a syntactic default member specified\n                const defaultExportSymbol = resolveExportByName(moduleSymbol, InternalSymbolName.Default, /*sourceNode*/ undefined, /*dontResolveAlias*/ true); // Dont resolve alias because we want the immediately exported symbol's declaration\n                if (defaultExportSymbol && some(defaultExportSymbol.declarations, isSyntacticDefault)) {\n                    return false;\n                }\n                // It _might_ still be incorrect to assume there is no __esModule marker on the import at runtime, even if there is no `default` member\n                // So we check a bit more,\n                if (resolveExportByName(moduleSymbol, escapeLeadingUnderscores(\"__esModule\"), /*sourceNode*/ undefined, dontResolveAlias)) {\n                    // If there is an `__esModule` specified in the declaration (meaning someone explicitly added it or wrote it in their code),\n                    // it definitely is a module and does not have a synthetic default\n                    return false;\n                }\n                // There are _many_ declaration files not written with esmodules in mind that still get compiled into a format with __esModule set\n                // Meaning there may be no default at runtime - however to be on the permissive side, we allow access to a synthetic default member\n                // as there is no marker to indicate if the accompanying JS has `__esModule` or not, or is even native esm\n                return true;\n            }\n            // TypeScript files never have a synthetic default (as they are always emitted with an __esModule marker) _unless_ they contain an export= statement\n            if (!isSourceFileJS(file)) {\n                return hasExportAssignmentSymbol(moduleSymbol);\n            }\n            // JS files have a synthetic default if they do not contain ES2015+ module syntax (export = is not valid in js) _and_ do not have an __esModule marker\n            return !file.externalModuleIndicator && !resolveExportByName(moduleSymbol, escapeLeadingUnderscores(\"__esModule\"), /*sourceNode*/ undefined, dontResolveAlias);\n        }\n\n        function getTargetOfImportClause(node: ImportClause, dontResolveAlias: boolean): Symbol | undefined {\n            const moduleSymbol = resolveExternalModuleName(node, node.parent.moduleSpecifier);\n            if (moduleSymbol) {\n                let exportDefaultSymbol: Symbol | undefined;\n                if (isShorthandAmbientModuleSymbol(moduleSymbol)) {\n                    exportDefaultSymbol = moduleSymbol;\n                }\n                else {\n                    exportDefaultSymbol = resolveExportByName(moduleSymbol, InternalSymbolName.Default, node, dontResolveAlias);\n                }\n\n                const file = moduleSymbol.declarations?.find(isSourceFile);\n                const hasDefaultOnly = isOnlyImportedAsDefault(node.parent.moduleSpecifier);\n                const hasSyntheticDefault = canHaveSyntheticDefault(file, moduleSymbol, dontResolveAlias, node.parent.moduleSpecifier);\n                if (!exportDefaultSymbol && !hasSyntheticDefault && !hasDefaultOnly) {\n                    if (hasExportAssignmentSymbol(moduleSymbol)) {\n                        const compilerOptionName = moduleKind >= ModuleKind.ES2015 ? \"allowSyntheticDefaultImports\" : \"esModuleInterop\";\n                        const exportEqualsSymbol = moduleSymbol.exports!.get(InternalSymbolName.ExportEquals);\n                        const exportAssignment = exportEqualsSymbol!.valueDeclaration;\n                        const err = error(node.name, Diagnostics.Module_0_can_only_be_default_imported_using_the_1_flag, symbolToString(moduleSymbol), compilerOptionName);\n\n                        if (exportAssignment) {\n                            addRelatedInfo(err, createDiagnosticForNode(\n                                exportAssignment,\n                                Diagnostics.This_module_is_declared_with_using_export_and_can_only_be_used_with_a_default_import_when_using_the_0_flag,\n                                compilerOptionName\n                            ));\n                        }\n                    }\n                    else {\n                        reportNonDefaultExport(moduleSymbol, node);\n                    }\n                }\n                else if (hasSyntheticDefault || hasDefaultOnly) {\n                    // per emit behavior, a synthetic default overrides a \"real\" .default member if `__esModule` is not present\n                    const resolved = resolveExternalModuleSymbol(moduleSymbol, dontResolveAlias) || resolveSymbol(moduleSymbol, dontResolveAlias);\n                    markSymbolOfAliasDeclarationIfTypeOnly(node, moduleSymbol, resolved, /*overwriteTypeOnly*/ false);\n                    return resolved;\n                }\n                markSymbolOfAliasDeclarationIfTypeOnly(node, exportDefaultSymbol, /*finalTarget*/ undefined, /*overwriteTypeOnly*/ false);\n                return exportDefaultSymbol;\n            }\n        }\n\n        function reportNonDefaultExport(moduleSymbol: Symbol, node: ImportClause) {\n            if (moduleSymbol.exports?.has(node.symbol.escapedName)) {\n                error(\n                    node.name,\n                    Diagnostics.Module_0_has_no_default_export_Did_you_mean_to_use_import_1_from_0_instead,\n                    symbolToString(moduleSymbol),\n                    symbolToString(node.symbol),\n                );\n            }\n            else {\n                const diagnostic = error(node.name, Diagnostics.Module_0_has_no_default_export, symbolToString(moduleSymbol));\n                const exportStar = moduleSymbol.exports?.get(InternalSymbolName.ExportStar);\n                if (exportStar) {\n                    const defaultExport = exportStar.declarations?.find(decl => !!(\n                        isExportDeclaration(decl) && decl.moduleSpecifier &&\n                            resolveExternalModuleName(decl, decl.moduleSpecifier)?.exports?.has(InternalSymbolName.Default)\n                    ));\n                    if (defaultExport) {\n                        addRelatedInfo(diagnostic, createDiagnosticForNode(defaultExport, Diagnostics.export_Asterisk_does_not_re_export_a_default));\n                    }\n                }\n            }\n        }\n\n        function getTargetOfNamespaceImport(node: NamespaceImport, dontResolveAlias: boolean): Symbol | undefined {\n            const moduleSpecifier = node.parent.parent.moduleSpecifier;\n            const immediate = resolveExternalModuleName(node, moduleSpecifier);\n            const resolved = resolveESModuleSymbol(immediate, moduleSpecifier, dontResolveAlias, /*suppressUsageError*/ false);\n            markSymbolOfAliasDeclarationIfTypeOnly(node, immediate, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function getTargetOfNamespaceExport(node: NamespaceExport, dontResolveAlias: boolean): Symbol | undefined {\n            const moduleSpecifier = node.parent.moduleSpecifier;\n            const immediate = moduleSpecifier && resolveExternalModuleName(node, moduleSpecifier);\n            const resolved = moduleSpecifier && resolveESModuleSymbol(immediate, moduleSpecifier, dontResolveAlias, /*suppressUsageError*/ false);\n            markSymbolOfAliasDeclarationIfTypeOnly(node, immediate, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        // This function creates a synthetic symbol that combines the value side of one symbol with the\n        // type/namespace side of another symbol. Consider this example:\n        //\n        //   declare module graphics {\n        //       interface Point {\n        //           x: number;\n        //           y: number;\n        //       }\n        //   }\n        //   declare var graphics: {\n        //       Point: new (x: number, y: number) => graphics.Point;\n        //   }\n        //   declare module \"graphics\" {\n        //       export = graphics;\n        //   }\n        //\n        // An 'import { Point } from \"graphics\"' needs to create a symbol that combines the value side 'Point'\n        // property with the type/namespace side interface 'Point'.\n        function combineValueAndTypeSymbols(valueSymbol: Symbol, typeSymbol: Symbol): Symbol {\n            if (valueSymbol === unknownSymbol && typeSymbol === unknownSymbol) {\n                return unknownSymbol;\n            }\n            if (valueSymbol.flags & (SymbolFlags.Type | SymbolFlags.Namespace)) {\n                return valueSymbol;\n            }\n            const result = createSymbol(valueSymbol.flags | typeSymbol.flags, valueSymbol.escapedName);\n            result.declarations = deduplicate(concatenate(valueSymbol.declarations, typeSymbol.declarations), equateValues);\n            result.parent = valueSymbol.parent || typeSymbol.parent;\n            if (valueSymbol.valueDeclaration) result.valueDeclaration = valueSymbol.valueDeclaration;\n            if (typeSymbol.members) result.members = new Map(typeSymbol.members);\n            if (valueSymbol.exports) result.exports = new Map(valueSymbol.exports);\n            return result;\n        }\n\n        function getExportOfModule(symbol: Symbol, name: Identifier, specifier: Declaration, dontResolveAlias: boolean): Symbol | undefined {\n            if (symbol.flags & SymbolFlags.Module) {\n                const exportSymbol = getExportsOfSymbol(symbol).get(name.escapedText);\n                const resolved = resolveSymbol(exportSymbol, dontResolveAlias);\n                markSymbolOfAliasDeclarationIfTypeOnly(specifier, exportSymbol, resolved, /*overwriteEmpty*/ false);\n                return resolved;\n            }\n        }\n\n        function getPropertyOfVariable(symbol: Symbol, name: __String): Symbol | undefined {\n            if (symbol.flags & SymbolFlags.Variable) {\n                const typeAnnotation = (symbol.valueDeclaration as VariableDeclaration).type;\n                if (typeAnnotation) {\n                    return resolveSymbol(getPropertyOfType(getTypeFromTypeNode(typeAnnotation), name));\n                }\n            }\n        }\n\n        function getExternalModuleMember(node: ImportDeclaration | ExportDeclaration | VariableDeclaration, specifier: ImportOrExportSpecifier | BindingElement | PropertyAccessExpression, dontResolveAlias = false): Symbol | undefined {\n            const moduleSpecifier = getExternalModuleRequireArgument(node) || (node as ImportDeclaration | ExportDeclaration).moduleSpecifier!;\n            const moduleSymbol = resolveExternalModuleName(node, moduleSpecifier)!; // TODO: GH#18217\n            const name = !isPropertyAccessExpression(specifier) && specifier.propertyName || specifier.name;\n            if (!isIdentifier(name)) {\n                return undefined;\n            }\n            const suppressInteropError = name.escapedText === InternalSymbolName.Default && !!(compilerOptions.allowSyntheticDefaultImports || getESModuleInterop(compilerOptions));\n            const targetSymbol = resolveESModuleSymbol(moduleSymbol, moduleSpecifier, /*dontResolveAlias*/ false, suppressInteropError);\n            if (targetSymbol) {\n                if (name.escapedText) {\n                    if (isShorthandAmbientModuleSymbol(moduleSymbol)) {\n                        return moduleSymbol;\n                    }\n\n                    let symbolFromVariable: Symbol | undefined;\n                    // First check if module was specified with \"export=\". If so, get the member from the resolved type\n                    if (moduleSymbol && moduleSymbol.exports && moduleSymbol.exports.get(InternalSymbolName.ExportEquals)) {\n                        symbolFromVariable = getPropertyOfType(getTypeOfSymbol(targetSymbol), name.escapedText, /*skipObjectFunctionPropertyAugment*/ true);\n                    }\n                    else {\n                        symbolFromVariable = getPropertyOfVariable(targetSymbol, name.escapedText);\n                    }\n                    // if symbolFromVariable is export - get its final target\n                    symbolFromVariable = resolveSymbol(symbolFromVariable, dontResolveAlias);\n\n                    let symbolFromModule = getExportOfModule(targetSymbol, name, specifier, dontResolveAlias);\n                    if (symbolFromModule === undefined && name.escapedText === InternalSymbolName.Default) {\n                        const file = moduleSymbol.declarations?.find(isSourceFile);\n                        if (isOnlyImportedAsDefault(moduleSpecifier) || canHaveSyntheticDefault(file, moduleSymbol, dontResolveAlias, moduleSpecifier)) {\n                            symbolFromModule = resolveExternalModuleSymbol(moduleSymbol, dontResolveAlias) || resolveSymbol(moduleSymbol, dontResolveAlias);\n                        }\n                    }\n\n                    const symbol = symbolFromModule && symbolFromVariable && symbolFromModule !== symbolFromVariable ?\n                        combineValueAndTypeSymbols(symbolFromVariable, symbolFromModule) :\n                        symbolFromModule || symbolFromVariable;\n                    if (!symbol) {\n                        const moduleName = getFullyQualifiedName(moduleSymbol, node);\n                        const declarationName = declarationNameToString(name);\n                        const suggestion = getSuggestedSymbolForNonexistentModule(name, targetSymbol);\n                        if (suggestion !== undefined) {\n                            const suggestionName = symbolToString(suggestion);\n                            const diagnostic = error(name, Diagnostics._0_has_no_exported_member_named_1_Did_you_mean_2, moduleName, declarationName, suggestionName);\n                            if (suggestion.valueDeclaration) {\n                                addRelatedInfo(diagnostic,\n                                    createDiagnosticForNode(suggestion.valueDeclaration, Diagnostics._0_is_declared_here, suggestionName)\n                                );\n                            }\n                        }\n                        else {\n                            if (moduleSymbol.exports?.has(InternalSymbolName.Default)) {\n                                error(\n                                    name,\n                                    Diagnostics.Module_0_has_no_exported_member_1_Did_you_mean_to_use_import_1_from_0_instead,\n                                    moduleName,\n                                    declarationName\n                                );\n                            }\n                            else {\n                                reportNonExportedMember(node, name, declarationName, moduleSymbol, moduleName);\n                            }\n                        }\n                    }\n                    return symbol;\n                }\n            }\n        }\n\n        function reportNonExportedMember(node: ImportDeclaration | ExportDeclaration | VariableDeclaration, name: Identifier, declarationName: string, moduleSymbol: Symbol, moduleName: string): void {\n            const localSymbol = moduleSymbol.valueDeclaration?.locals?.get(name.escapedText);\n            const exports = moduleSymbol.exports;\n            if (localSymbol) {\n                const exportedEqualsSymbol = exports?.get(InternalSymbolName.ExportEquals);\n                if (exportedEqualsSymbol) {\n                    getSymbolIfSameReference(exportedEqualsSymbol, localSymbol) ? reportInvalidImportEqualsExportMember(node, name, declarationName, moduleName) :\n                        error(name, Diagnostics.Module_0_has_no_exported_member_1, moduleName, declarationName);\n                }\n                else {\n                    const exportedSymbol = exports ? find(symbolsToArray(exports), symbol => !!getSymbolIfSameReference(symbol, localSymbol)) : undefined;\n                    const diagnostic = exportedSymbol ? error(name, Diagnostics.Module_0_declares_1_locally_but_it_is_exported_as_2, moduleName, declarationName, symbolToString(exportedSymbol)) :\n                        error(name, Diagnostics.Module_0_declares_1_locally_but_it_is_not_exported, moduleName, declarationName);\n                    if (localSymbol.declarations) {\n                        addRelatedInfo(diagnostic,\n                            ...map(localSymbol.declarations, (decl, index) =>\n                                createDiagnosticForNode(decl, index === 0 ? Diagnostics._0_is_declared_here : Diagnostics.and_here, declarationName)));\n                    }\n                }\n            }\n            else {\n                error(name, Diagnostics.Module_0_has_no_exported_member_1, moduleName, declarationName);\n            }\n        }\n\n        function reportInvalidImportEqualsExportMember(node: ImportDeclaration | ExportDeclaration | VariableDeclaration, name: Identifier, declarationName: string, moduleName: string) {\n            if (moduleKind >= ModuleKind.ES2015) {\n                const message = getESModuleInterop(compilerOptions) ? Diagnostics._0_can_only_be_imported_by_using_a_default_import :\n                    Diagnostics._0_can_only_be_imported_by_turning_on_the_esModuleInterop_flag_and_using_a_default_import;\n                error(name, message, declarationName);\n            }\n            else {\n                if (isInJSFile(node)) {\n                    const message = getESModuleInterop(compilerOptions) ? Diagnostics._0_can_only_be_imported_by_using_a_require_call_or_by_using_a_default_import :\n                        Diagnostics._0_can_only_be_imported_by_using_a_require_call_or_by_turning_on_the_esModuleInterop_flag_and_using_a_default_import;\n                    error(name, message, declarationName);\n                }\n                else {\n                    const message = getESModuleInterop(compilerOptions) ? Diagnostics._0_can_only_be_imported_by_using_import_1_require_2_or_a_default_import :\n                        Diagnostics._0_can_only_be_imported_by_using_import_1_require_2_or_by_turning_on_the_esModuleInterop_flag_and_using_a_default_import;\n                    error(name, message, declarationName, declarationName, moduleName);\n                }\n            }\n        }\n\n        function getTargetOfImportSpecifier(node: ImportSpecifier | BindingElement, dontResolveAlias: boolean): Symbol | undefined {\n            const root = isBindingElement(node) ? getRootDeclaration(node) as VariableDeclaration : node.parent.parent.parent;\n            const commonJSPropertyAccess = getCommonJSPropertyAccess(root);\n            const resolved = getExternalModuleMember(root, commonJSPropertyAccess || node, dontResolveAlias);\n            const name = node.propertyName || node.name;\n            if (commonJSPropertyAccess && resolved && isIdentifier(name)) {\n                return resolveSymbol(getPropertyOfType(getTypeOfSymbol(resolved), name.escapedText), dontResolveAlias);\n            }\n            markSymbolOfAliasDeclarationIfTypeOnly(node, /*immediateTarget*/ undefined, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function getCommonJSPropertyAccess(node: Node) {\n            if (isVariableDeclaration(node) && node.initializer && isPropertyAccessExpression(node.initializer)) {\n                return node.initializer;\n            }\n        }\n\n        function getTargetOfNamespaceExportDeclaration(node: NamespaceExportDeclaration, dontResolveAlias: boolean): Symbol {\n            const resolved = resolveExternalModuleSymbol(node.parent.symbol, dontResolveAlias);\n            markSymbolOfAliasDeclarationIfTypeOnly(node, /*immediateTarget*/ undefined, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function getTargetOfExportSpecifier(node: ExportSpecifier, meaning: SymbolFlags, dontResolveAlias?: boolean) {\n            const resolved = node.parent.parent.moduleSpecifier ?\n                getExternalModuleMember(node.parent.parent, node, dontResolveAlias) :\n                resolveEntityName(node.propertyName || node.name, meaning, /*ignoreErrors*/ false, dontResolveAlias);\n            markSymbolOfAliasDeclarationIfTypeOnly(node, /*immediateTarget*/ undefined, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function getTargetOfExportAssignment(node: ExportAssignment | BinaryExpression, dontResolveAlias: boolean): Symbol | undefined {\n            const expression = isExportAssignment(node) ? node.expression : node.right;\n            const resolved = getTargetOfAliasLikeExpression(expression, dontResolveAlias);\n            markSymbolOfAliasDeclarationIfTypeOnly(node, /*immediateTarget*/ undefined, resolved, /*overwriteEmpty*/ false);\n            return resolved;\n        }\n\n        function getTargetOfAliasLikeExpression(expression: Expression, dontResolveAlias: boolean) {\n            if (isClassExpression(expression)) {\n                return checkExpressionCached(expression).symbol;\n            }\n            if (!isEntityName(expression) && !isEntityNameExpression(expression)) {\n                return undefined;\n            }\n            const aliasLike = resolveEntityName(expression, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace, /*ignoreErrors*/ true, dontResolveAlias);\n            if (aliasLike) {\n                return aliasLike;\n            }\n            checkExpressionCached(expression);\n            return getNodeLinks(expression).resolvedSymbol;\n        }\n\n        function getTargetOfPropertyAssignment(node: PropertyAssignment, dontRecursivelyResolve: boolean): Symbol | undefined {\n            const expression = node.initializer;\n            return getTargetOfAliasLikeExpression(expression, dontRecursivelyResolve);\n        }\n\n        function getTargetOfAccessExpression(node: AccessExpression, dontRecursivelyResolve: boolean): Symbol | undefined {\n            if (!(isBinaryExpression(node.parent) && node.parent.left === node && node.parent.operatorToken.kind === SyntaxKind.EqualsToken)) {\n                return undefined;\n            }\n\n            return getTargetOfAliasLikeExpression(node.parent.right, dontRecursivelyResolve);\n        }\n\n        function getTargetOfAliasDeclaration(node: Declaration, dontRecursivelyResolve = false): Symbol | undefined {\n            switch (node.kind) {\n                case SyntaxKind.ImportEqualsDeclaration:\n                case SyntaxKind.VariableDeclaration:\n                    return getTargetOfImportEqualsDeclaration(node as ImportEqualsDeclaration | VariableDeclaration, dontRecursivelyResolve);\n                case SyntaxKind.ImportClause:\n                    return getTargetOfImportClause(node as ImportClause, dontRecursivelyResolve);\n                case SyntaxKind.NamespaceImport:\n                    return getTargetOfNamespaceImport(node as NamespaceImport, dontRecursivelyResolve);\n                case SyntaxKind.NamespaceExport:\n                    return getTargetOfNamespaceExport(node as NamespaceExport, dontRecursivelyResolve);\n                case SyntaxKind.ImportSpecifier:\n                case SyntaxKind.BindingElement:\n                    return getTargetOfImportSpecifier(node as ImportSpecifier | BindingElement, dontRecursivelyResolve);\n                case SyntaxKind.ExportSpecifier:\n                    return getTargetOfExportSpecifier(node as ExportSpecifier, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace, dontRecursivelyResolve);\n                case SyntaxKind.ExportAssignment:\n                case SyntaxKind.BinaryExpression:\n                    return getTargetOfExportAssignment((node as ExportAssignment | BinaryExpression), dontRecursivelyResolve);\n                case SyntaxKind.NamespaceExportDeclaration:\n                    return getTargetOfNamespaceExportDeclaration(node as NamespaceExportDeclaration, dontRecursivelyResolve);\n                case SyntaxKind.ShorthandPropertyAssignment:\n                    return resolveEntityName((node as ShorthandPropertyAssignment).name, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace, /*ignoreErrors*/ true, dontRecursivelyResolve);\n                case SyntaxKind.PropertyAssignment:\n                    return getTargetOfPropertyAssignment(node as PropertyAssignment, dontRecursivelyResolve);\n                case SyntaxKind.ElementAccessExpression:\n                case SyntaxKind.PropertyAccessExpression:\n                    return getTargetOfAccessExpression(node as AccessExpression, dontRecursivelyResolve);\n                default:\n                    return Debug.fail();\n            }\n        }\n\n        /**\n          * Indicates that a symbol is an alias that does not merge with a local declaration.\n          * OR Is a JSContainer which may merge an alias with a local declaration\n          */\n        function isNonLocalAlias(symbol: Symbol | undefined, excludes = SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace): symbol is Symbol {\n            if (!symbol) return false;\n            return (symbol.flags & (SymbolFlags.Alias | excludes)) === SymbolFlags.Alias || !!(symbol.flags & SymbolFlags.Alias && symbol.flags & SymbolFlags.Assignment);\n        }\n\n        function resolveSymbol(symbol: Symbol, dontResolveAlias?: boolean): Symbol;\n        function resolveSymbol(symbol: Symbol | undefined, dontResolveAlias?: boolean): Symbol | undefined;\n        function resolveSymbol(symbol: Symbol | undefined, dontResolveAlias?: boolean): Symbol | undefined {\n            return !dontResolveAlias && isNonLocalAlias(symbol) ? resolveAlias(symbol) : symbol;\n        }\n\n        function resolveAlias(symbol: Symbol): Symbol {\n            Debug.assert((symbol.flags & SymbolFlags.Alias) !== 0, \"Should only get Alias here.\");\n            const links = getSymbolLinks(symbol);\n            if (!links.target) {\n                links.target = resolvingSymbol;\n                const node = getDeclarationOfAliasSymbol(symbol);\n                if (!node) return Debug.fail();\n                const target = getTargetOfAliasDeclaration(node);\n                if (links.target === resolvingSymbol) {\n                    links.target = target || unknownSymbol;\n                }\n                else {\n                    error(node, Diagnostics.Circular_definition_of_import_alias_0, symbolToString(symbol));\n                }\n            }\n            else if (links.target === resolvingSymbol) {\n                links.target = unknownSymbol;\n            }\n            return links.target;\n        }\n\n        function tryResolveAlias(symbol: Symbol): Symbol | undefined {\n            const links = getSymbolLinks(symbol);\n            if (links.target !== resolvingSymbol) {\n                return resolveAlias(symbol);\n            }\n\n            return undefined;\n        }\n\n        /**\n          * Marks a symbol as type-only if its declaration is syntactically type-only.\n          * If it is not itself marked type-only, but resolves to a type-only alias\n          * somewhere in its resolution chain, save a reference to the type-only alias declaration\n          * so the alias _not_ marked type-only can be identified as _transitively_ type-only.\n          *\n          * This function is called on each alias declaration that could be type-only or resolve to\n          * another type-only alias during `resolveAlias`, so that later, when an alias is used in a\n          * JS-emitting expression, we can quickly determine if that symbol is effectively type-only\n          * and issue an error if so.\n          *\n          * @param aliasDeclaration The alias declaration not marked as type-only\n          * @param immediateTarget The symbol to which the alias declaration immediately resolves\n          * @param finalTarget The symbol to which the alias declaration ultimately resolves\n          * @param overwriteEmpty Checks `resolvesToSymbol` for type-only declarations even if `aliasDeclaration`\n          * has already been marked as not resolving to a type-only alias. Used when recursively resolving qualified\n          * names of import aliases, e.g. `import C = a.b.C`. If namespace `a` is not found to be type-only, the\n          * import declaration will initially be marked as not resolving to a type-only symbol. But, namespace `b`\n          * must still be checked for a type-only marker, overwriting the previous negative result if found.\n          */\n        function markSymbolOfAliasDeclarationIfTypeOnly(\n            aliasDeclaration: Declaration | undefined,\n            immediateTarget: Symbol | undefined,\n            finalTarget: Symbol | undefined,\n            overwriteEmpty: boolean,\n        ): boolean {\n            if (!aliasDeclaration || isPropertyAccessExpression(aliasDeclaration)) return false;\n\n            // If the declaration itself is type-only, mark it and return.\n            // No need to check what it resolves to.\n            const sourceSymbol = getSymbolOfNode(aliasDeclaration);\n            if (isTypeOnlyImportOrExportDeclaration(aliasDeclaration)) {\n                const links = getSymbolLinks(sourceSymbol);\n                links.typeOnlyDeclaration = aliasDeclaration;\n                return true;\n            }\n\n            const links = getSymbolLinks(sourceSymbol);\n            return markSymbolOfAliasDeclarationIfTypeOnlyWorker(links, immediateTarget, overwriteEmpty)\n                || markSymbolOfAliasDeclarationIfTypeOnlyWorker(links, finalTarget, overwriteEmpty);\n        }\n\n        function markSymbolOfAliasDeclarationIfTypeOnlyWorker(aliasDeclarationLinks: SymbolLinks, target: Symbol | undefined, overwriteEmpty: boolean): boolean {\n            if (target && (aliasDeclarationLinks.typeOnlyDeclaration === undefined || overwriteEmpty && aliasDeclarationLinks.typeOnlyDeclaration === false)) {\n                const exportSymbol = target.exports?.get(InternalSymbolName.ExportEquals) ?? target;\n                const typeOnly = exportSymbol.declarations && find(exportSymbol.declarations, isTypeOnlyImportOrExportDeclaration);\n                aliasDeclarationLinks.typeOnlyDeclaration = typeOnly ?? getSymbolLinks(exportSymbol).typeOnlyDeclaration ?? false;\n            }\n            return !!aliasDeclarationLinks.typeOnlyDeclaration;\n        }\n\n        /** Indicates that a symbol directly or indirectly resolves to a type-only import or export. */\n        function getTypeOnlyAliasDeclaration(symbol: Symbol): TypeOnlyAliasDeclaration | undefined {\n            if (!(symbol.flags & SymbolFlags.Alias)) {\n                return undefined;\n            }\n            const links = getSymbolLinks(symbol);\n            return links.typeOnlyDeclaration || undefined;\n        }\n\n        function markExportAsReferenced(node: ImportEqualsDeclaration | ExportSpecifier) {\n            const symbol = getSymbolOfNode(node);\n            const target = resolveAlias(symbol);\n            if (target) {\n                const markAlias = target === unknownSymbol ||\n                    ((target.flags & SymbolFlags.Value) && !isConstEnumOrConstEnumOnlyModule(target) && !getTypeOnlyAliasDeclaration(symbol));\n\n                if (markAlias) {\n                    markAliasSymbolAsReferenced(symbol);\n                }\n            }\n        }\n\n        // When an alias symbol is referenced, we need to mark the entity it references as referenced and in turn repeat that until\n        // we reach a non-alias or an exported entity (which is always considered referenced). We do this by checking the target of\n        // the alias as an expression (which recursively takes us back here if the target references another alias).\n        function markAliasSymbolAsReferenced(symbol: Symbol) {\n            const links = getSymbolLinks(symbol);\n            if (!links.referenced) {\n                links.referenced = true;\n                const node = getDeclarationOfAliasSymbol(symbol);\n                if (!node) return Debug.fail();\n                // We defer checking of the reference of an `import =` until the import itself is referenced,\n                // This way a chain of imports can be elided if ultimately the final input is only used in a type\n                // position.\n                if (isInternalModuleImportEqualsDeclaration(node)) {\n                    const target = resolveSymbol(symbol);\n                    if (target === unknownSymbol || target.flags & SymbolFlags.Value) {\n                        // import foo = <symbol>\n                        checkExpressionCached(node.moduleReference as Expression);\n                    }\n                }\n            }\n        }\n\n        // Aliases that resolve to const enums are not marked as referenced because they are not emitted,\n        // but their usage in value positions must be tracked to determine if the import can be type-only.\n        function markConstEnumAliasAsReferenced(symbol: Symbol) {\n            const links = getSymbolLinks(symbol);\n            if (!links.constEnumReferenced) {\n                links.constEnumReferenced = true;\n            }\n        }\n\n        // This function is only for imports with entity names\n        function getSymbolOfPartOfRightHandSideOfImportEquals(entityName: EntityName, dontResolveAlias?: boolean): Symbol | undefined {\n            // There are three things we might try to look for. In the following examples,\n            // the search term is enclosed in |...|:\n            //\n            //     import a = |b|; // Namespace\n            //     import a = |b.c|; // Value, type, namespace\n            //     import a = |b.c|.d; // Namespace\n            if (entityName.kind === SyntaxKind.Identifier && isRightSideOfQualifiedNameOrPropertyAccess(entityName)) {\n                entityName = entityName.parent as QualifiedName;\n            }\n            // Check for case 1 and 3 in the above example\n            if (entityName.kind === SyntaxKind.Identifier || entityName.parent.kind === SyntaxKind.QualifiedName) {\n                return resolveEntityName(entityName, SymbolFlags.Namespace, /*ignoreErrors*/ false, dontResolveAlias);\n            }\n            else {\n                // Case 2 in above example\n                // entityName.kind could be a QualifiedName or a Missing identifier\n                Debug.assert(entityName.parent.kind === SyntaxKind.ImportEqualsDeclaration);\n                return resolveEntityName(entityName, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace, /*ignoreErrors*/ false, dontResolveAlias);\n            }\n        }\n\n        function getFullyQualifiedName(symbol: Symbol, containingLocation?: Node): string {\n            return symbol.parent ? getFullyQualifiedName(symbol.parent, containingLocation) + \".\" + symbolToString(symbol) : symbolToString(symbol, containingLocation, /*meaning*/ undefined, SymbolFormatFlags.DoNotIncludeSymbolChain | SymbolFormatFlags.AllowAnyNodeKind);\n        }\n\n        function getContainingQualifiedNameNode(node: QualifiedName) {\n            while (isQualifiedName(node.parent)) {\n                node = node.parent;\n            }\n            return node;\n        }\n\n        function tryGetQualifiedNameAsValue(node: QualifiedName) {\n            let left: Identifier | QualifiedName = getFirstIdentifier(node);\n            let symbol = resolveName(left, left.escapedText, SymbolFlags.Value, undefined, left, /*isUse*/ true);\n            if (!symbol) {\n                return undefined;\n            }\n            while (isQualifiedName(left.parent)) {\n                const type = getTypeOfSymbol(symbol);\n                symbol = getPropertyOfType(type, left.parent.right.escapedText);\n                if (!symbol) {\n                    return undefined;\n                }\n                left = left.parent;\n            }\n            return symbol;\n        }\n\n        /**\n          * Resolves a qualified name and any involved aliases.\n          */\n        function resolveEntityName(name: EntityNameOrEntityNameExpression, meaning: SymbolFlags, ignoreErrors?: boolean, dontResolveAlias?: boolean, location?: Node): Symbol | undefined {\n            if (nodeIsMissing(name)) {\n                return undefined;\n            }\n\n            const namespaceMeaning = SymbolFlags.Namespace | (isInJSFile(name) ? meaning & SymbolFlags.Value : 0);\n            let symbol: Symbol | undefined;\n            if (name.kind === SyntaxKind.Identifier) {\n                const message = meaning === namespaceMeaning || nodeIsSynthesized(name) ? Diagnostics.Cannot_find_namespace_0 : getCannotFindNameDiagnosticForName(getFirstIdentifier(name));\n                const symbolFromJSPrototype = isInJSFile(name) && !nodeIsSynthesized(name) ? resolveEntityNameFromAssignmentDeclaration(name, meaning) : undefined;\n                symbol = getMergedSymbol(resolveName(location || name, name.escapedText, meaning, ignoreErrors || symbolFromJSPrototype ? undefined : message, name, /*isUse*/ true, false));\n                if (!symbol) {\n                    return getMergedSymbol(symbolFromJSPrototype);\n                }\n            }\n            else if (name.kind === SyntaxKind.QualifiedName || name.kind === SyntaxKind.PropertyAccessExpression) {\n                const left = name.kind === SyntaxKind.QualifiedName ? name.left : name.expression;\n                const right = name.kind === SyntaxKind.QualifiedName ? name.right : name.name;\n                let namespace = resolveEntityName(left, namespaceMeaning, ignoreErrors, /*dontResolveAlias*/ false, location);\n                if (!namespace || nodeIsMissing(right)) {\n                    return undefined;\n                }\n                else if (namespace === unknownSymbol) {\n                    return namespace;\n                }\n                if (\n                    namespace.valueDeclaration &&\n                    isInJSFile(namespace.valueDeclaration) &&\n                    isVariableDeclaration(namespace.valueDeclaration) &&\n                    namespace.valueDeclaration.initializer &&\n                    isCommonJsRequire(namespace.valueDeclaration.initializer)\n                ) {\n                    const moduleName = (namespace.valueDeclaration.initializer as CallExpression).arguments[0] as StringLiteral;\n                    const moduleSym = resolveExternalModuleName(moduleName, moduleName);\n                    if (moduleSym) {\n                        const resolvedModuleSymbol = resolveExternalModuleSymbol(moduleSym);\n                        if (resolvedModuleSymbol) {\n                            namespace = resolvedModuleSymbol;\n                        }\n                    }\n                }\n                symbol = getMergedSymbol(getSymbol(getExportsOfSymbol(namespace), right.escapedText, meaning));\n                if (!symbol) {\n                    if (!ignoreErrors) {\n                        const namespaceName = getFullyQualifiedName(namespace);\n                        const declarationName = declarationNameToString(right);\n                        const suggestionForNonexistentModule = getSuggestedSymbolForNonexistentModule(right, namespace);\n                        if (suggestionForNonexistentModule) {\n                            error(right, Diagnostics._0_has_no_exported_member_named_1_Did_you_mean_2, namespaceName, declarationName, symbolToString(suggestionForNonexistentModule));\n                            return undefined;\n                        }\n\n                        const containingQualifiedName = isQualifiedName(name) && getContainingQualifiedNameNode(name);\n                        const canSuggestTypeof = globalObjectType // <-- can't pull on types if global types aren't initialized yet\n                            && (meaning & SymbolFlags.Type)\n                            && containingQualifiedName\n                            && !isTypeOfExpression(containingQualifiedName.parent)\n                            && tryGetQualifiedNameAsValue(containingQualifiedName);\n                        if (canSuggestTypeof) {\n                            error(\n                                containingQualifiedName,\n                                Diagnostics._0_refers_to_a_value_but_is_being_used_as_a_type_here_Did_you_mean_typeof_0,\n                                entityNameToString(containingQualifiedName)\n                            );\n                            return undefined;\n                        }\n\n                        if (meaning & SymbolFlags.Namespace && isQualifiedName(name.parent)) {\n                            const exportedTypeSymbol = getMergedSymbol(getSymbol(getExportsOfSymbol(namespace), right.escapedText, SymbolFlags.Type));\n                            if (exportedTypeSymbol) {\n                                error(\n                                    name.parent.right,\n                                    Diagnostics.Cannot_access_0_1_because_0_is_a_type_but_not_a_namespace_Did_you_mean_to_retrieve_the_type_of_the_property_1_in_0_with_0_1,\n                                    symbolToString(exportedTypeSymbol),\n                                    unescapeLeadingUnderscores(name.parent.right.escapedText)\n                                );\n                                return undefined;\n                            }\n                        }\n\n                        error(right, Diagnostics.Namespace_0_has_no_exported_member_1, namespaceName, declarationName);\n                    }\n                    return undefined;\n                }\n            }\n            else {\n                throw Debug.assertNever(name, \"Unknown entity name kind.\");\n            }\n            Debug.assert((getCheckFlags(symbol) & CheckFlags.Instantiated) === 0, \"Should never get an instantiated symbol here.\");\n            if (!nodeIsSynthesized(name) && isEntityName(name) && (symbol.flags & SymbolFlags.Alias || name.parent.kind === SyntaxKind.ExportAssignment)) {\n                markSymbolOfAliasDeclarationIfTypeOnly(getAliasDeclarationFromName(name), symbol, /*finalTarget*/ undefined, /*overwriteEmpty*/ true);\n            }\n            return (symbol.flags & meaning) || dontResolveAlias ? symbol : resolveAlias(symbol);\n        }\n\n        /**\n          * 1. For prototype-property methods like `A.prototype.m = function () ...`, try to resolve names in the scope of `A` too.\n          * Note that prototype-property assignment to locations outside the current file (eg globals) doesn't work, so\n          * name resolution won't work either.\n          * 2. For property assignments like `{ x: function f () { } }`, try to resolve names in the scope of `f` too.\n          */\n        function resolveEntityNameFromAssignmentDeclaration(name: Identifier, meaning: SymbolFlags) {\n            if (isJSDocTypeReference(name.parent)) {\n                const secondaryLocation = getAssignmentDeclarationLocation(name.parent);\n                if (secondaryLocation) {\n                    return resolveName(secondaryLocation, name.escapedText, meaning, /*nameNotFoundMessage*/ undefined, name, /*isUse*/ true);\n                }\n            }\n        }\n\n        function getAssignmentDeclarationLocation(node: TypeReferenceNode): Node | undefined {\n            const typeAlias = findAncestor(node, node => !(isJSDocNode(node) || node.flags & NodeFlags.JSDoc) ? \"quit\" : isJSDocTypeAlias(node));\n            if (typeAlias) {\n                return;\n            }\n            const host = getJSDocHost(node);\n            if (host && isExpressionStatement(host) && isPrototypePropertyAssignment(host.expression)) {\n                // /** @param {K} p */ X.prototype.m = function () { } <-- look for K on X's declaration\n                const symbol = getSymbolOfNode(host.expression.left);\n                if (symbol) {\n                    return getDeclarationOfJSPrototypeContainer(symbol);\n                }\n            }\n            if (host && isFunctionExpression(host) && isPrototypePropertyAssignment(host.parent) && isExpressionStatement(host.parent.parent)) {\n                // X.prototype.m = /** @param {K} p */ function () { } <-- look for K on X's declaration\n                const symbol = getSymbolOfNode(host.parent.left);\n                if (symbol) {\n                    return getDeclarationOfJSPrototypeContainer(symbol);\n                }\n            }\n            if (host && (isObjectLiteralMethod(host) || isPropertyAssignment(host)) &&\n                isBinaryExpression(host.parent.parent) &&\n                getAssignmentDeclarationKind(host.parent.parent) === AssignmentDeclarationKind.Prototype) {\n                // X.prototype = { /** @param {K} p */m() { } } <-- look for K on X's declaration\n                const symbol = getSymbolOfNode(host.parent.parent.left);\n                if (symbol) {\n                    return getDeclarationOfJSPrototypeContainer(symbol);\n                }\n            }\n            const sig = getEffectiveJSDocHost(node);\n            if (sig && isFunctionLike(sig)) {\n                const symbol = getSymbolOfNode(sig);\n                return symbol && symbol.valueDeclaration;\n            }\n        }\n\n        function getDeclarationOfJSPrototypeContainer(symbol: Symbol) {\n            const decl = symbol.parent!.valueDeclaration;\n            if (!decl) {\n                return undefined;\n            }\n            const initializer = isAssignmentDeclaration(decl) ? getAssignedExpandoInitializer(decl) :\n                hasOnlyExpressionInitializer(decl) ? getDeclaredExpandoInitializer(decl) :\n                undefined;\n            return initializer || decl;\n        }\n\n        /**\n          * Get the real symbol of a declaration with an expando initializer.\n          *\n          * Normally, declarations have an associated symbol, but when a declaration has an expando\n          * initializer, the expando's symbol is the one that has all the members merged into it.\n          */\n        function getExpandoSymbol(symbol: Symbol): Symbol | undefined {\n            const decl = symbol.valueDeclaration;\n            if (!decl || !isInJSFile(decl) || symbol.flags & SymbolFlags.TypeAlias || getExpandoInitializer(decl, /*isPrototypeAssignment*/ false)) {\n                return undefined;\n            }\n            const init = isVariableDeclaration(decl) ? getDeclaredExpandoInitializer(decl) : getAssignedExpandoInitializer(decl);\n            if (init) {\n                const initSymbol = getSymbolOfNode(init);\n                if (initSymbol) {\n                    return mergeJSSymbols(initSymbol, symbol);\n                }\n            }\n        }\n\n        function resolveExternalModuleName(location: Node, moduleReferenceExpression: Expression, ignoreErrors?: boolean): Symbol | undefined {\n            const isClassic = getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.Classic;\n            const errorMessage = isClassic?\n                                    Diagnostics.Cannot_find_module_0_Did_you_mean_to_set_the_moduleResolution_option_to_node_or_to_add_aliases_to_the_paths_option\n                                  : Diagnostics.Cannot_find_module_0_or_its_corresponding_type_declarations;\n            return resolveExternalModuleNameWorker(location, moduleReferenceExpression, ignoreErrors ? undefined : errorMessage);\n        }\n\n        function resolveExternalModuleNameWorker(location: Node, moduleReferenceExpression: Expression, moduleNotFoundError: DiagnosticMessage | undefined, isForAugmentation = false): Symbol | undefined {\n            return isStringLiteralLike(moduleReferenceExpression)\n                ? resolveExternalModule(location, moduleReferenceExpression.text, moduleNotFoundError, moduleReferenceExpression, isForAugmentation)\n                : undefined;\n        }\n\n        function resolveExternalModule(location: Node, moduleReference: string, moduleNotFoundError: DiagnosticMessage | undefined, errorNode: Node, isForAugmentation = false): Symbol | undefined {\n            if (startsWith(moduleReference, \"@types/\")) {\n                const diag = Diagnostics.Cannot_import_type_declaration_files_Consider_importing_0_instead_of_1;\n                const withoutAtTypePrefix = removePrefix(moduleReference, \"@types/\");\n                error(errorNode, diag, withoutAtTypePrefix, moduleReference);\n            }\n\n            const ambientModule = tryFindAmbientModule(moduleReference, /*withAugmentations*/ true);\n            if (ambientModule) {\n                return ambientModule;\n            }\n            const currentSourceFile = getSourceFileOfNode(location);\n            const contextSpecifier = isStringLiteralLike(location)\n                ? location\n                :   findAncestor(location, isImportCall)?.arguments[0] ||\n                    findAncestor(location, isImportDeclaration)?.moduleSpecifier ||\n                    findAncestor(location, isExternalModuleImportEqualsDeclaration)?.moduleReference.expression ||\n                    findAncestor(location, isExportDeclaration)?.moduleSpecifier ||\n                    (isModuleDeclaration(location) ? location : location.parent && isModuleDeclaration(location.parent) && location.parent.name === location ? location.parent : undefined)?.name ||\n                    (isLiteralImportTypeNode(location) ? location : undefined)?.argument.literal;\n            const mode = contextSpecifier && isStringLiteralLike(contextSpecifier) ? getModeForUsageLocation(currentSourceFile, contextSpecifier) : currentSourceFile.impliedNodeFormat;\n            const resolvedModule = getResolvedModule(currentSourceFile, moduleReference, mode);\n            const resolutionDiagnostic = resolvedModule && getResolutionDiagnostic(compilerOptions, resolvedModule);\n            const sourceFile = resolvedModule\n                && (!resolutionDiagnostic || resolutionDiagnostic === Diagnostics.Module_0_was_resolved_to_1_but_jsx_is_not_set)\n                && host.getSourceFile(resolvedModule.resolvedFileName);\n            if (sourceFile) {\n                // If there's a resolutionDiagnostic we need to report it even if a sourceFile is found.\n                if (resolutionDiagnostic) {\n                    error(errorNode, resolutionDiagnostic, moduleReference, resolvedModule.resolvedFileName);\n                }\n                if (sourceFile.symbol) {\n                    if (resolvedModule.isExternalLibraryImport && !resolutionExtensionIsTSOrJson(resolvedModule.extension)) {\n                        errorOnImplicitAnyModule(/*isError*/ false, errorNode, resolvedModule, moduleReference);\n                    }\n                    if (getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.Node12 || getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.NodeNext) {\n                        const isSyncImport = (currentSourceFile.impliedNodeFormat === ModuleKind.CommonJS && !findAncestor(location, isImportCall)) || !!findAncestor(location, isImportEqualsDeclaration);\n                        const overrideClauseHost = findAncestor(location, l => isImportTypeNode(l) || isExportDeclaration(l) || isImportDeclaration(l)) as ImportTypeNode | ImportDeclaration | ExportDeclaration | undefined;\n                        const overrideClause = overrideClauseHost && isImportTypeNode(overrideClauseHost) ? overrideClauseHost.assertions?.assertClause : overrideClauseHost?.assertClause;\n                        // An override clause will take effect for type-only imports and import types, and allows importing the types across formats, regardless of\n                        // normal mode restrictions\n                        if (isSyncImport && sourceFile.impliedNodeFormat === ModuleKind.ESNext && !getResolutionModeOverrideForClause(overrideClause)) {\n                            error(errorNode, Diagnostics.Module_0_cannot_be_imported_using_this_construct_The_specifier_only_resolves_to_an_ES_module_which_cannot_be_imported_synchronously_Use_dynamic_import_instead, moduleReference);\n                        }\n                        if (mode === ModuleKind.ESNext && compilerOptions.resolveJsonModule && resolvedModule.extension === Extension.Json) {\n                            error(errorNode, Diagnostics.JSON_imports_are_experimental_in_ES_module_mode_imports);\n                        }\n                    }\n                    // merged symbol is module declaration symbol combined with all augmentations\n                    return getMergedSymbol(sourceFile.symbol);\n                }\n                if (moduleNotFoundError) {\n                    // report errors only if it was requested\n                    error(errorNode, Diagnostics.File_0_is_not_a_module, sourceFile.fileName);\n                }\n                return undefined;\n            }\n\n            if (patternAmbientModules) {\n                const pattern = findBestPatternMatch(patternAmbientModules, _ => _.pattern, moduleReference);\n                if (pattern) {\n                    // If the module reference matched a pattern ambient module ('*.foo') but there's also a\n                    // module augmentation by the specific name requested ('a.foo'), we store the merged symbol\n                    // by the augmentation name ('a.foo'), because asking for *.foo should not give you exports\n                    // from a.foo.\n                    const augmentation = patternAmbientModuleAugmentations && patternAmbientModuleAugmentations.get(moduleReference);\n                    if (augmentation) {\n                        return getMergedSymbol(augmentation);\n                    }\n                    return getMergedSymbol(pattern.symbol);\n                }\n            }\n\n            // May be an untyped module. If so, ignore resolutionDiagnostic.\n            if (resolvedModule && !resolutionExtensionIsTSOrJson(resolvedModule.extension) && resolutionDiagnostic === undefined || resolutionDiagnostic === Diagnostics.Could_not_find_a_declaration_file_for_module_0_1_implicitly_has_an_any_type) {\n                if (isForAugmentation) {\n                    const diag = Diagnostics.Invalid_module_name_in_augmentation_Module_0_resolves_to_an_untyped_module_at_1_which_cannot_be_augmented;\n                    error(errorNode, diag, moduleReference, resolvedModule!.resolvedFileName);\n                }\n                else {\n                    errorOnImplicitAnyModule(/*isError*/ noImplicitAny && !!moduleNotFoundError, errorNode, resolvedModule!, moduleReference);\n                }\n                // Failed imports and untyped modules are both treated in an untyped manner; only difference is whether we give a diagnostic first.\n                return undefined;\n            }\n\n            if (moduleNotFoundError) {\n                // See if this was possibly a projectReference redirect\n                if (resolvedModule) {\n                    const redirect = host.getProjectReferenceRedirect(resolvedModule.resolvedFileName);\n                    if (redirect) {\n                        error(errorNode, Diagnostics.Output_file_0_has_not_been_built_from_source_file_1, redirect, resolvedModule.resolvedFileName);\n                        return undefined;\n                    }\n                }\n\n                if (resolutionDiagnostic) {\n                    error(errorNode, resolutionDiagnostic, moduleReference, resolvedModule.resolvedFileName);\n                }\n                else {\n                    const tsExtension = tryExtractTSExtension(moduleReference);\n                    const isExtensionlessRelativePathImport = pathIsRelative(moduleReference) && !hasExtension(moduleReference);\n                    const moduleResolutionKind = getEmitModuleResolutionKind(compilerOptions);\n                    const resolutionIsNode12OrNext = moduleResolutionKind === ModuleResolutionKind.Node12 ||\n                        moduleResolutionKind === ModuleResolutionKind.NodeNext;\n                    if (tsExtension) {\n                        const diag = Diagnostics.An_import_path_cannot_end_with_a_0_extension_Consider_importing_1_instead;\n                        const importSourceWithoutExtension = removeExtension(moduleReference, tsExtension);\n                        let replacedImportSource = importSourceWithoutExtension;\n                        /**\n                          * Direct users to import source with .js extension if outputting an ES module.\n                          * @see https://github.com/microsoft/TypeScript/issues/42151\n                          */\n                        if (moduleKind >= ModuleKind.ES2015) {\n                            replacedImportSource += tsExtension === Extension.Mts ? \".mjs\" : tsExtension === Extension.Cts ? \".cjs\" : \".js\";\n                        }\n                        error(errorNode, diag, tsExtension, replacedImportSource);\n                    }\n                    else if (!compilerOptions.resolveJsonModule &&\n                        fileExtensionIs(moduleReference, Extension.Json) &&\n                        getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.Classic &&\n                        hasJsonModuleEmitEnabled(compilerOptions)) {\n                        error(errorNode, Diagnostics.Cannot_find_module_0_Consider_using_resolveJsonModule_to_import_module_with_json_extension, moduleReference);\n                    }\n                    else if (mode === ModuleKind.ESNext && resolutionIsNode12OrNext && isExtensionlessRelativePathImport) {\n                        const absoluteRef = getNormalizedAbsolutePath(moduleReference, getDirectoryPath(currentSourceFile.path));\n                        const suggestedExt = suggestedExtensions.find(([actualExt, _importExt]) => host.fileExists(absoluteRef + actualExt))?.[1];\n                        if (suggestedExt) {\n                            error(errorNode,\n                                Diagnostics.Relative_import_paths_need_explicit_file_extensions_in_EcmaScript_imports_when_moduleResolution_is_node12_or_nodenext_Did_you_mean_0,\n                                moduleReference + suggestedExt);\n                        }\n                        else {\n                            error(errorNode, Diagnostics.Relative_import_paths_need_explicit_file_extensions_in_EcmaScript_imports_when_moduleResolution_is_node12_or_nodenext_Consider_adding_an_extension_to_the_import_path);\n                        }\n                    }\n                    else {\n                        error(errorNode, moduleNotFoundError, moduleReference);\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        function errorOnImplicitAnyModule(isError: boolean, errorNode: Node, { packageId, resolvedFileName }: ResolvedModuleFull, moduleReference: string): void {\n            const errorInfo = !isExternalModuleNameRelative(moduleReference) && packageId\n                ? typesPackageExists(packageId.name)\n                    ? chainDiagnosticMessages(\n                        /*details*/ undefined,\n                        Diagnostics.If_the_0_package_actually_exposes_this_module_consider_sending_a_pull_request_to_amend_https_Colon_Slash_Slashgithub_com_SlashDefinitelyTyped_SlashDefinitelyTyped_Slashtree_Slashmaster_Slashtypes_Slash_1,\n                        packageId.name, mangleScopedPackageName(packageId.name))\n                    : packageBundlesTypes(packageId.name)\n                        ? chainDiagnosticMessages(\n                            /*details*/ undefined,\n                            Diagnostics.If_the_0_package_actually_exposes_this_module_try_adding_a_new_declaration_d_ts_file_containing_declare_module_1,\n                            packageId.name,\n                            moduleReference)\n                        : chainDiagnosticMessages(\n                            /*details*/ undefined,\n                            Diagnostics.Try_npm_i_save_dev_types_Slash_1_if_it_exists_or_add_a_new_declaration_d_ts_file_containing_declare_module_0,\n                            moduleReference,\n                            mangleScopedPackageName(packageId.name))\n                : undefined;\n            errorOrSuggestion(isError, errorNode, chainDiagnosticMessages(\n                errorInfo,\n                Diagnostics.Could_not_find_a_declaration_file_for_module_0_1_implicitly_has_an_any_type,\n                moduleReference,\n                resolvedFileName));\n        }\n        function typesPackageExists(packageName: string): boolean {\n            return getPackagesMap().has(getTypesPackageName(packageName));\n        }\n        function packageBundlesTypes(packageName: string): boolean {\n            return !!getPackagesMap().get(packageName);\n        }\n\n        function resolveExternalModuleSymbol(moduleSymbol: Symbol, dontResolveAlias?: boolean): Symbol;\n        function resolveExternalModuleSymbol(moduleSymbol: Symbol | undefined, dontResolveAlias?: boolean): Symbol | undefined;\n        function resolveExternalModuleSymbol(moduleSymbol: Symbol, dontResolveAlias?: boolean): Symbol | undefined {\n            if (moduleSymbol?.exports) {\n                const exportEquals = resolveSymbol(moduleSymbol.exports.get(InternalSymbolName.ExportEquals), dontResolveAlias);\n                const exported = getCommonJsExportEquals(getMergedSymbol(exportEquals), getMergedSymbol(moduleSymbol));\n                return getMergedSymbol(exported) || moduleSymbol;\n            }\n            return undefined;\n        }\n\n        function getCommonJsExportEquals(exported: Symbol | undefined, moduleSymbol: Symbol): Symbol | undefined {\n            if (!exported || exported === unknownSymbol || exported === moduleSymbol || moduleSymbol.exports!.size === 1 || exported.flags & SymbolFlags.Alias) {\n                return exported;\n            }\n            const links = getSymbolLinks(exported);\n            if (links.cjsExportMerged) {\n                return links.cjsExportMerged;\n            }\n            const merged = exported.flags & SymbolFlags.Transient ? exported : cloneSymbol(exported);\n            merged.flags = merged.flags | SymbolFlags.ValueModule;\n            if (merged.exports === undefined) {\n                merged.exports = createSymbolTable();\n            }\n            moduleSymbol.exports!.forEach((s, name) => {\n                if (name === InternalSymbolName.ExportEquals) return;\n                merged.exports!.set(name, merged.exports!.has(name) ? mergeSymbol(merged.exports!.get(name)!, s) : s);\n            });\n            getSymbolLinks(merged).cjsExportMerged = merged;\n            return links.cjsExportMerged = merged;\n        }\n\n        // An external module with an 'export =' declaration may be referenced as an ES6 module provided the 'export ='\n        // references a symbol that is at least declared as a module or a variable. The target of the 'export =' may\n        // combine other declarations with the module or variable (e.g. a class/module, function/module, interface/variable).\n        function resolveESModuleSymbol(moduleSymbol: Symbol | undefined, referencingLocation: Node, dontResolveAlias: boolean, suppressInteropError: boolean): Symbol | undefined {\n            const symbol = resolveExternalModuleSymbol(moduleSymbol, dontResolveAlias);\n\n            if (!dontResolveAlias && symbol) {\n                if (!suppressInteropError && !(symbol.flags & (SymbolFlags.Module | SymbolFlags.Variable)) && !getDeclarationOfKind(symbol, SyntaxKind.SourceFile)) {\n                    const compilerOptionName = moduleKind >= ModuleKind.ES2015\n                        ? \"allowSyntheticDefaultImports\"\n                        : \"esModuleInterop\";\n\n                    error(referencingLocation, Diagnostics.This_module_can_only_be_referenced_with_ECMAScript_imports_Slashexports_by_turning_on_the_0_flag_and_referencing_its_default_export, compilerOptionName);\n\n                    return symbol;\n                }\n\n                const referenceParent = referencingLocation.parent;\n                if (\n                    (isImportDeclaration(referenceParent) && getNamespaceDeclarationNode(referenceParent)) ||\n                    isImportCall(referenceParent)\n                ) {\n                    const reference = isImportCall(referenceParent) ? referenceParent.arguments[0] : referenceParent.moduleSpecifier;\n                    const type = getTypeOfSymbol(symbol);\n                    const defaultOnlyType = getTypeWithSyntheticDefaultOnly(type, symbol, moduleSymbol!, reference);\n                    if (defaultOnlyType) {\n                        return cloneTypeAsModuleType(symbol, defaultOnlyType, referenceParent);\n                    }\n\n                    const targetFile = moduleSymbol?.declarations?.find(isSourceFile);\n                    const isEsmCjsRef = targetFile && isESMFormatImportImportingCommonjsFormatFile(getUsageModeForExpression(reference), targetFile.impliedNodeFormat);\n                    if (getESModuleInterop(compilerOptions) || isEsmCjsRef) {\n                        let sigs = getSignaturesOfStructuredType(type, SignatureKind.Call);\n                        if (!sigs || !sigs.length) {\n                            sigs = getSignaturesOfStructuredType(type, SignatureKind.Construct);\n                        }\n                        if (\n                            (sigs && sigs.length) ||\n                            getPropertyOfType(type, InternalSymbolName.Default, /*skipObjectFunctionPropertyAugment*/ true) ||\n                            isEsmCjsRef\n                        ) {\n                            const moduleType = getTypeWithSyntheticDefaultImportType(type, symbol, moduleSymbol!, reference);\n                            return cloneTypeAsModuleType(symbol, moduleType, referenceParent);\n                        }\n                    }\n                }\n            }\n            return symbol;\n        }\n\n        /**\n          * Create a new symbol which has the module's type less the call and construct signatures\n          */\n        function cloneTypeAsModuleType(symbol: Symbol, moduleType: Type, referenceParent: ImportDeclaration | ImportCall) {\n            const result = createSymbol(symbol.flags, symbol.escapedName);\n            result.declarations = symbol.declarations ? symbol.declarations.slice() : [];\n            result.parent = symbol.parent;\n            result.target = symbol;\n            result.originatingImport = referenceParent;\n            if (symbol.valueDeclaration) result.valueDeclaration = symbol.valueDeclaration;\n            if (symbol.constEnumOnlyModule) result.constEnumOnlyModule = true;\n            if (symbol.members) result.members = new Map(symbol.members);\n            if (symbol.exports) result.exports = new Map(symbol.exports);\n            const resolvedModuleType = resolveStructuredTypeMembers(moduleType as StructuredType); // Should already be resolved from the signature checks above\n            result.type = createAnonymousType(result, resolvedModuleType.members, emptyArray, emptyArray, resolvedModuleType.indexInfos);\n            return result;\n        }\n\n        function hasExportAssignmentSymbol(moduleSymbol: Symbol): boolean {\n            return moduleSymbol.exports!.get(InternalSymbolName.ExportEquals) !== undefined;\n        }\n\n        function getExportsOfModuleAsArray(moduleSymbol: Symbol): Symbol[] {\n            return symbolsToArray(getExportsOfModule(moduleSymbol));\n        }\n\n        function getExportsAndPropertiesOfModule(moduleSymbol: Symbol): Symbol[] {\n            const exports = getExportsOfModuleAsArray(moduleSymbol);\n            const exportEquals = resolveExternalModuleSymbol(moduleSymbol);\n            if (exportEquals !== moduleSymbol) {\n                const type = getTypeOfSymbol(exportEquals);\n                if (shouldTreatPropertiesOfExternalModuleAsExports(type)) {\n                    addRange(exports, getPropertiesOfType(type));\n                }\n            }\n            return exports;\n        }\n\n        function forEachExportAndPropertyOfModule(moduleSymbol: Symbol, cb: (symbol: Symbol, key: __String) => void): void {\n            const exports = getExportsOfModule(moduleSymbol);\n            exports.forEach((symbol, key) => {\n                if (!isReservedMemberName(key)) {\n                    cb(symbol, key);\n                }\n            });\n            const exportEquals = resolveExternalModuleSymbol(moduleSymbol);\n            if (exportEquals !== moduleSymbol) {\n                const type = getTypeOfSymbol(exportEquals);\n                if (shouldTreatPropertiesOfExternalModuleAsExports(type)) {\n                    forEachPropertyOfType(type, (symbol, escapedName) => {\n                        cb(symbol, escapedName);\n                    });\n                }\n            }\n        }\n\n        function tryGetMemberInModuleExports(memberName: __String, moduleSymbol: Symbol): Symbol | undefined {\n            const symbolTable = getExportsOfModule(moduleSymbol);\n            if (symbolTable) {\n                return symbolTable.get(memberName);\n            }\n        }\n\n        function tryGetMemberInModuleExportsAndProperties(memberName: __String, moduleSymbol: Symbol): Symbol | undefined {\n            const symbol = tryGetMemberInModuleExports(memberName, moduleSymbol);\n            if (symbol) {\n                return symbol;\n            }\n\n            const exportEquals = resolveExternalModuleSymbol(moduleSymbol);\n            if (exportEquals === moduleSymbol) {\n                return undefined;\n            }\n\n            const type = getTypeOfSymbol(exportEquals);\n            return shouldTreatPropertiesOfExternalModuleAsExports(type) ? getPropertyOfType(type, memberName) : undefined;\n        }\n\n        function shouldTreatPropertiesOfExternalModuleAsExports(resolvedExternalModuleType: Type) {\n            return !(resolvedExternalModuleType.flags & TypeFlags.Primitive ||\n                    getObjectFlags(resolvedExternalModuleType) & ObjectFlags.Class ||\n                    // `isArrayOrTupleLikeType` is too expensive to use in this auto-imports hot path\n                    isArrayType(resolvedExternalModuleType) ||\n                    isTupleType(resolvedExternalModuleType));\n        }\n\n        function getExportsOfSymbol(symbol: Symbol): SymbolTable {\n            return symbol.flags & SymbolFlags.LateBindingContainer ? getResolvedMembersOrExportsOfSymbol(symbol, MembersOrExportsResolutionKind.resolvedExports) :\n                symbol.flags & SymbolFlags.Module ? getExportsOfModule(symbol) :\n                symbol.exports || emptySymbols;\n        }\n\n        function getExportsOfModule(moduleSymbol: Symbol): SymbolTable {\n            const links = getSymbolLinks(moduleSymbol);\n            return links.resolvedExports || (links.resolvedExports = getExportsOfModuleWorker(moduleSymbol));\n        }\n\n        interface ExportCollisionTracker {\n            specifierText: string;\n            exportsWithDuplicate: ExportDeclaration[];\n        }\n\n        type ExportCollisionTrackerTable = UnderscoreEscapedMap<ExportCollisionTracker>;\n\n        /**\n          * Extends one symbol table with another while collecting information on name collisions for error message generation into the `lookupTable` argument\n          * Not passing `lookupTable` and `exportNode` disables this collection, and just extends the tables\n          */\n        function extendExportSymbols(target: SymbolTable, source: SymbolTable | undefined, lookupTable?: ExportCollisionTrackerTable, exportNode?: ExportDeclaration) {\n            if (!source) return;\n            source.forEach((sourceSymbol, id) => {\n                if (id === InternalSymbolName.Default) return;\n\n                const targetSymbol = target.get(id);\n                if (!targetSymbol) {\n                    target.set(id, sourceSymbol);\n                    if (lookupTable && exportNode) {\n                        lookupTable.set(id, {\n                            specifierText: getTextOfNode(exportNode.moduleSpecifier!)\n                        } as ExportCollisionTracker);\n                    }\n                }\n                else if (lookupTable && exportNode && targetSymbol && resolveSymbol(targetSymbol) !== resolveSymbol(sourceSymbol)) {\n                    const collisionTracker = lookupTable.get(id)!;\n                    if (!collisionTracker.exportsWithDuplicate) {\n                        collisionTracker.exportsWithDuplicate = [exportNode];\n                    }\n                    else {\n                        collisionTracker.exportsWithDuplicate.push(exportNode);\n                    }\n                }\n            });\n        }\n\n        function getExportsOfModuleWorker(moduleSymbol: Symbol): SymbolTable {\n            const visitedSymbols: Symbol[] = [];\n\n            // A module defined by an 'export=' consists of one export that needs to be resolved\n            moduleSymbol = resolveExternalModuleSymbol(moduleSymbol);\n\n            return visit(moduleSymbol) || emptySymbols;\n\n            // The ES6 spec permits export * declarations in a module to circularly reference the module itself. For example,\n            // module 'a' can 'export * from \"b\"' and 'b' can 'export * from \"a\"' without error.\n            function visit(symbol: Symbol | undefined): SymbolTable | undefined {\n                if (!(symbol && symbol.exports && pushIfUnique(visitedSymbols, symbol))) {\n                    return;\n                }\n                const symbols = new Map(symbol.exports);\n                // All export * declarations are collected in an __export symbol by the binder\n                const exportStars = symbol.exports.get(InternalSymbolName.ExportStar);\n                if (exportStars) {\n                    const nestedSymbols = createSymbolTable();\n                    const lookupTable: ExportCollisionTrackerTable = new Map();\n                    if (exportStars.declarations) {\n                        for (const node of exportStars.declarations) {\n                            const resolvedModule = resolveExternalModuleName(node, (node as ExportDeclaration).moduleSpecifier!);\n                            const exportedSymbols = visit(resolvedModule);\n                            extendExportSymbols(\n                                nestedSymbols,\n                                exportedSymbols,\n                                lookupTable,\n                                node as ExportDeclaration\n                            );\n                        }\n                    }\n                    lookupTable.forEach(({ exportsWithDuplicate }, id) => {\n                        // It's not an error if the file with multiple `export *`s with duplicate names exports a member with that name itself\n                        if (id === \"export=\" || !(exportsWithDuplicate && exportsWithDuplicate.length) || symbols.has(id)) {\n                            return;\n                        }\n                        for (const node of exportsWithDuplicate) {\n                            diagnostics.add(createDiagnosticForNode(\n                                node,\n                                Diagnostics.Module_0_has_already_exported_a_member_named_1_Consider_explicitly_re_exporting_to_resolve_the_ambiguity,\n                                lookupTable.get(id)!.specifierText,\n                                unescapeLeadingUnderscores(id)\n                            ));\n                        }\n                    });\n                    extendExportSymbols(symbols, nestedSymbols);\n                }\n                return symbols;\n            }\n        }\n\n        function getMergedSymbol(symbol: Symbol): Symbol;\n        function getMergedSymbol(symbol: Symbol | undefined): Symbol | undefined;\n        function getMergedSymbol(symbol: Symbol | undefined): Symbol | undefined {\n            let merged: Symbol;\n            return symbol && symbol.mergeId && (merged = mergedSymbols[symbol.mergeId]) ? merged : symbol;\n        }\n\n        function getSymbolOfNode(node: Declaration): Symbol;\n        function getSymbolOfNode(node: Node): Symbol | undefined;\n        function getSymbolOfNode(node: Node): Symbol | undefined {\n            return getMergedSymbol(node.symbol && getLateBoundSymbol(node.symbol));\n        }\n\n        function getParentOfSymbol(symbol: Symbol): Symbol | undefined {\n            return getMergedSymbol(symbol.parent && getLateBoundSymbol(symbol.parent));\n        }\n\n        function getAlternativeContainingModules(symbol: Symbol, enclosingDeclaration: Node): Symbol[] {\n            const containingFile = getSourceFileOfNode(enclosingDeclaration);\n            const id = getNodeId(containingFile);\n            const links = getSymbolLinks(symbol);\n            let results: Symbol[] | undefined;\n            if (links.extendedContainersByFile && (results = links.extendedContainersByFile.get(id))) {\n                return results;\n            }\n            if (containingFile && containingFile.imports) {\n                // Try to make an import using an import already in the enclosing file, if possible\n                for (const importRef of containingFile.imports) {\n                    if (nodeIsSynthesized(importRef)) continue; // Synthetic names can't be resolved by `resolveExternalModuleName` - they'll cause a debug assert if they error\n                    const resolvedModule = resolveExternalModuleName(enclosingDeclaration, importRef, /*ignoreErrors*/ true);\n                    if (!resolvedModule) continue;\n                    const ref = getAliasForSymbolInContainer(resolvedModule, symbol);\n                    if (!ref) continue;\n                    results = append(results, resolvedModule);\n                }\n                if (length(results)) {\n                    (links.extendedContainersByFile || (links.extendedContainersByFile = new Map())).set(id, results!);\n                    return results!;\n                }\n            }\n            if (links.extendedContainers) {\n                return links.extendedContainers;\n            }\n            // No results from files already being imported by this file - expand search (expensive, but not location-specific, so cached)\n            const otherFiles = host.getSourceFiles();\n            for (const file of otherFiles) {\n                if (!isExternalModule(file)) continue;\n                const sym = getSymbolOfNode(file);\n                const ref = getAliasForSymbolInContainer(sym, symbol);\n                if (!ref) continue;\n                results = append(results, sym);\n            }\n            return links.extendedContainers = results || emptyArray;\n        }\n\n        /**\n          * Attempts to find the symbol corresponding to the container a symbol is in - usually this\n          * is just its' `.parent`, but for locals, this value is `undefined`\n          */\n        function getContainersOfSymbol(symbol: Symbol, enclosingDeclaration: Node | undefined, meaning: SymbolFlags): Symbol[] | undefined {\n            const container = getParentOfSymbol(symbol);\n            // Type parameters end up in the `members` lists but are not externally visible\n            if (container && !(symbol.flags & SymbolFlags.TypeParameter)) {\n                const additionalContainers = mapDefined(container.declarations, fileSymbolIfFileSymbolExportEqualsContainer);\n                const reexportContainers = enclosingDeclaration && getAlternativeContainingModules(symbol, enclosingDeclaration);\n                const objectLiteralContainer = getVariableDeclarationOfObjectLiteral(container, meaning);\n                if (\n                    enclosingDeclaration &&\n                    container.flags & getQualifiedLeftMeaning(meaning) &&\n                    getAccessibleSymbolChain(container, enclosingDeclaration, SymbolFlags.Namespace, /*externalOnly*/ false)\n                ) {\n                    return append(concatenate(concatenate([container], additionalContainers), reexportContainers), objectLiteralContainer); // This order expresses a preference for the real container if it is in scope\n                }\n                // we potentially have a symbol which is a member of the instance side of something - look for a variable in scope with the container's type\n                // which may be acting like a namespace (eg, `Symbol` acts like a namespace when looking up `Symbol.toStringTag`)\n                const firstVariableMatch = !(container.flags & getQualifiedLeftMeaning(meaning))\n                    && container.flags & SymbolFlags.Type\n                    && getDeclaredTypeOfSymbol(container).flags & TypeFlags.Object\n                    && meaning === SymbolFlags.Value\n                ? forEachSymbolTableInScope(enclosingDeclaration, t => {\n                    return forEachEntry(t, s => {\n                        if (s.flags & getQualifiedLeftMeaning(meaning) && getTypeOfSymbol(s) === getDeclaredTypeOfSymbol(container)) {\n                            return s;\n                        }\n                    });\n                }) : undefined;\n                let res = firstVariableMatch ? [firstVariableMatch, ...additionalContainers, container] : [...additionalContainers, container];\n                res = append(res, objectLiteralContainer);\n                res = addRange(res, reexportContainers);\n                return res;\n            }\n            const candidates = mapDefined(symbol.declarations, d => {\n                if (!isAmbientModule(d) && d.parent){\n                    // direct children of a module\n                    if (hasNonGlobalAugmentationExternalModuleSymbol(d.parent)) {\n                        return getSymbolOfNode(d.parent);\n                    }\n                    // export ='d member of an ambient module\n                    if (isModuleBlock(d.parent) && d.parent.parent && resolveExternalModuleSymbol(getSymbolOfNode(d.parent.parent)) === symbol) {\n                        return getSymbolOfNode(d.parent.parent);\n                    }\n                }\n                if (isClassExpression(d) && isBinaryExpression(d.parent) && d.parent.operatorToken.kind === SyntaxKind.EqualsToken && isAccessExpression(d.parent.left) && isEntityNameExpression(d.parent.left.expression)) {\n                    if (isModuleExportsAccessExpression(d.parent.left) || isExportsIdentifier(d.parent.left.expression)) {\n                        return getSymbolOfNode(getSourceFileOfNode(d));\n                    }\n                    checkExpressionCached(d.parent.left.expression);\n                    return getNodeLinks(d.parent.left.expression).resolvedSymbol;\n                }\n            });\n            if (!length(candidates)) {\n                return undefined;\n            }\n            return mapDefined(candidates, candidate => getAliasForSymbolInContainer(candidate, symbol) ? candidate : undefined);\n\n            function fileSymbolIfFileSymbolExportEqualsContainer(d: Declaration) {\n                return container && getFileSymbolIfFileSymbolExportEqualsContainer(d, container);\n            }\n        }\n\n        function getVariableDeclarationOfObjectLiteral(symbol: Symbol, meaning: SymbolFlags) {\n            // If we're trying to reference some object literal in, eg `var a = { x: 1 }`, the symbol for the literal, `__object`, is distinct\n            // from the symbol of the declaration it is being assigned to. Since we can use the declaration to refer to the literal, however,\n            // we'd like to make that connection here - potentially causing us to paint the declaration's visibility, and therefore the literal.\n            const firstDecl: Node | false = !!length(symbol.declarations) && first(symbol.declarations!);\n            if (meaning & SymbolFlags.Value && firstDecl && firstDecl.parent && isVariableDeclaration(firstDecl.parent)) {\n                if (isObjectLiteralExpression(firstDecl) && firstDecl === firstDecl.parent.initializer || isTypeLiteralNode(firstDecl) && firstDecl === firstDecl.parent.type) {\n                    return getSymbolOfNode(firstDecl.parent);\n                }\n            }\n        }\n\n        function getFileSymbolIfFileSymbolExportEqualsContainer(d: Declaration, container: Symbol) {\n            const fileSymbol = getExternalModuleContainer(d);\n            const exported = fileSymbol && fileSymbol.exports && fileSymbol.exports.get(InternalSymbolName.ExportEquals);\n            return exported && getSymbolIfSameReference(exported, container) ? fileSymbol : undefined;\n        }\n\n        function getAliasForSymbolInContainer(container: Symbol, symbol: Symbol) {\n            if (container === getParentOfSymbol(symbol)) {\n                // fast path, `symbol` is either already the alias or isn't aliased\n                return symbol;\n            }\n            // Check if container is a thing with an `export=` which points directly at `symbol`, and if so, return\n            // the container itself as the alias for the symbol\n            const exportEquals = container.exports && container.exports.get(InternalSymbolName.ExportEquals);\n            if (exportEquals && getSymbolIfSameReference(exportEquals, symbol)) {\n                return container;\n            }\n            const exports = getExportsOfSymbol(container);\n            const quick = exports.get(symbol.escapedName);\n            if (quick && getSymbolIfSameReference(quick, symbol)) {\n                return quick;\n            }\n            return forEachEntry(exports, exported => {\n                if (getSymbolIfSameReference(exported, symbol)) {\n                    return exported;\n                }\n            });\n        }\n\n        /**\n          * Checks if two symbols, through aliasing and/or merging, refer to the same thing\n          */\n        function getSymbolIfSameReference(s1: Symbol, s2: Symbol) {\n            if (getMergedSymbol(resolveSymbol(getMergedSymbol(s1))) === getMergedSymbol(resolveSymbol(getMergedSymbol(s2)))) {\n                return s1;\n            }\n        }\n\n        function getExportSymbolOfValueSymbolIfExported(symbol: Symbol): Symbol;\n        function getExportSymbolOfValueSymbolIfExported(symbol: Symbol | undefined): Symbol | undefined;\n        function getExportSymbolOfValueSymbolIfExported(symbol: Symbol | undefined): Symbol | undefined {\n            return getMergedSymbol(symbol && (symbol.flags & SymbolFlags.ExportValue) !== 0 ? symbol.exportSymbol : symbol);\n        }\n\n        function symbolIsValue(symbol: Symbol): boolean {\n            return !!(symbol.flags & SymbolFlags.Value || symbol.flags & SymbolFlags.Alias && resolveAlias(symbol).flags & SymbolFlags.Value && !getTypeOnlyAliasDeclaration(symbol));\n        }\n\n        function findConstructorDeclaration(node: ClassLikeDeclaration): ConstructorDeclaration | undefined {\n            const members = node.members;\n            for (const member of members) {\n                if (member.kind === SyntaxKind.Constructor && nodeIsPresent((member as ConstructorDeclaration).body)) {\n                    return member as ConstructorDeclaration;\n                }\n            }\n        }\n\n        function createType(flags: TypeFlags): Type {\n            const result = new Type(checker, flags);\n            typeCount++;\n            result.id = typeCount;\n            tracing?.recordType(result);\n            return result;\n        }\n\n        function createOriginType(flags: TypeFlags): Type {\n            return new Type(checker, flags);\n        }\n\n        function createIntrinsicType(kind: TypeFlags, intrinsicName: string, objectFlags: ObjectFlags = 0): IntrinsicType {\n            const type = createType(kind) as IntrinsicType;\n            type.intrinsicName = intrinsicName;\n            type.objectFlags = objectFlags;\n            return type;\n        }\n\n        function createObjectType(objectFlags: ObjectFlags, symbol?: Symbol): ObjectType {\n            const type = createType(TypeFlags.Object) as ObjectType;\n            type.objectFlags = objectFlags;\n            type.symbol = symbol!;\n            type.members = undefined;\n            type.properties = undefined;\n            type.callSignatures = undefined;\n            type.constructSignatures = undefined;\n            type.indexInfos = undefined;\n            return type;\n        }\n\n        function createTypeofType() {\n            return getUnionType(arrayFrom(typeofEQFacts.keys(), getStringLiteralType));\n        }\n\n        function createTypeParameter(symbol?: Symbol) {\n            const type = createType(TypeFlags.TypeParameter) as TypeParameter;\n            if (symbol) type.symbol = symbol;\n            return type;\n        }\n\n        // A reserved member name starts with two underscores, but the third character cannot be an underscore,\n        // @, or #. A third underscore indicates an escaped form of an identifier that started\n        // with at least two underscores. The @ character indicates that the name is denoted by a well known ES\n        // Symbol instance and the # character indicates that the name is a PrivateIdentifier.\n        function isReservedMemberName(name: __String) {\n            return (name as string).charCodeAt(0) === CharacterCodes._ &&\n                (name as string).charCodeAt(1) === CharacterCodes._ &&\n                (name as string).charCodeAt(2) !== CharacterCodes._ &&\n                (name as string).charCodeAt(2) !== CharacterCodes.at &&\n                (name as string).charCodeAt(2) !== CharacterCodes.hash;\n        }\n\n        function getNamedMembers(members: SymbolTable): Symbol[] {\n            let result: Symbol[] | undefined;\n            members.forEach((symbol, id) => {\n                if (isNamedMember(symbol, id)) {\n                    (result || (result = [])).push(symbol);\n                }\n            });\n            return result || emptyArray;\n        }\n\n        function isNamedMember(member: Symbol, escapedName: __String) {\n            return !isReservedMemberName(escapedName) && symbolIsValue(member);\n        }\n\n        function getNamedOrIndexSignatureMembers(members: SymbolTable): Symbol[] {\n            const result = getNamedMembers(members);\n            const index = getIndexSymbolFromSymbolTable(members);\n            return index ? concatenate(result, [index]) : result;\n        }\n\n        function setStructuredTypeMembers(type: StructuredType, members: SymbolTable, callSignatures: readonly Signature[], constructSignatures: readonly Signature[], indexInfos: readonly IndexInfo[]): ResolvedType {\n            const resolved = type as ResolvedType;\n            resolved.members = members;\n            resolved.properties = emptyArray;\n            resolved.callSignatures = callSignatures;\n            resolved.constructSignatures = constructSignatures;\n            resolved.indexInfos = indexInfos;\n            // This can loop back to getPropertyOfType() which would crash if `callSignatures` & `constructSignatures` are not initialized.\n            if (members !== emptySymbols) resolved.properties = getNamedMembers(members);\n            return resolved;\n        }\n\n        function createAnonymousType(symbol: Symbol | undefined, members: SymbolTable, callSignatures: readonly Signature[], constructSignatures: readonly Signature[], indexInfos: readonly IndexInfo[]): ResolvedType {\n            return setStructuredTypeMembers(createObjectType(ObjectFlags.Anonymous, symbol),\n                members, callSignatures, constructSignatures, indexInfos);\n        }\n\n        function getResolvedTypeWithoutAbstractConstructSignatures(type: ResolvedType) {\n            if (type.constructSignatures.length === 0) return type;\n            if (type.objectTypeWithoutAbstractConstructSignatures) return type.objectTypeWithoutAbstractConstructSignatures;\n            const constructSignatures = filter(type.constructSignatures, signature => !(signature.flags & SignatureFlags.Abstract));\n            if (type.constructSignatures === constructSignatures) return type;\n            const typeCopy = createAnonymousType(\n                type.symbol,\n                type.members,\n                type.callSignatures,\n                some(constructSignatures) ? constructSignatures : emptyArray,\n                type.indexInfos);\n            type.objectTypeWithoutAbstractConstructSignatures = typeCopy;\n            typeCopy.objectTypeWithoutAbstractConstructSignatures = typeCopy;\n            return typeCopy;\n        }\n\n        function forEachSymbolTableInScope<T>(enclosingDeclaration: Node | undefined, callback: (symbolTable: SymbolTable, ignoreQualification?: boolean, isLocalNameLookup?: boolean, scopeNode?: Node) => T): T {\n            let result: T;\n            for (let location = enclosingDeclaration; location; location = location.parent) {\n                // Locals of a source file are not in scope (because they get merged into the global symbol table)\n                if (location.locals && !isGlobalSourceFile(location)) {\n                    if (result = callback(location.locals, /*ignoreQualification*/ undefined, /*isLocalNameLookup*/ true, location)) {\n                        return result;\n                    }\n                }\n                switch (location.kind) {\n                    case SyntaxKind.SourceFile:\n                        if (!isExternalOrCommonJsModule(location as SourceFile)) {\n                            break;\n                        }\n                        // falls through\n                    case SyntaxKind.ModuleDeclaration:\n                        const sym = getSymbolOfNode(location as ModuleDeclaration);\n                        // `sym` may not have exports if this module declaration is backed by the symbol for a `const` that's being rewritten\n                        // into a namespace - in such cases, it's best to just let the namespace appear empty (the const members couldn't have referred\n                        // to one another anyway)\n                        if (result = callback(sym?.exports || emptySymbols, /*ignoreQualification*/ undefined, /*isLocalNameLookup*/ true, location)) {\n                            return result;\n                        }\n                        break;\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.ClassExpression:\n                    case SyntaxKind.InterfaceDeclaration:\n                        // Type parameters are bound into `members` lists so they can merge across declarations\n                        // This is troublesome, since in all other respects, they behave like locals :cries:\n                        // TODO: the below is shared with similar code in `resolveName` - in fact, rephrasing all this symbol\n                        // lookup logic in terms of `resolveName` would be nice\n                        // The below is used to lookup type parameters within a class or interface, as they are added to the class/interface locals\n                        // These can never be latebound, so the symbol's raw members are sufficient. `getMembersOfNode` cannot be used, as it would\n                        // trigger resolving late-bound names, which we may already be in the process of doing while we're here!\n                        let table: UnderscoreEscapedMap<Symbol> | undefined;\n                        // TODO: Should this filtered table be cached in some way?\n                        (getSymbolOfNode(location as ClassLikeDeclaration | InterfaceDeclaration).members || emptySymbols).forEach((memberSymbol, key) => {\n                            if (memberSymbol.flags & (SymbolFlags.Type & ~SymbolFlags.Assignment)) {\n                                (table || (table = createSymbolTable())).set(key, memberSymbol);\n                            }\n                        });\n                        if (table && (result = callback(table, /*ignoreQualification*/ undefined, /*isLocalNameLookup*/ false, location))) {\n                            return result;\n                        }\n                        break;\n                }\n            }\n\n            return callback(globals, /*ignoreQualification*/ undefined, /*isLocalNameLookup*/ true);\n        }\n\n        function getQualifiedLeftMeaning(rightMeaning: SymbolFlags) {\n            // If we are looking in value space, the parent meaning is value, other wise it is namespace\n            return rightMeaning === SymbolFlags.Value ? SymbolFlags.Value : SymbolFlags.Namespace;\n        }\n\n        function getAccessibleSymbolChain(symbol: Symbol | undefined, enclosingDeclaration: Node | undefined, meaning: SymbolFlags, useOnlyExternalAliasing: boolean, visitedSymbolTablesMap: ESMap<SymbolId, SymbolTable[]> = new Map()): Symbol[] | undefined {\n            if (!(symbol && !isPropertyOrMethodDeclarationSymbol(symbol))) {\n                return undefined;\n            }\n            const links = getSymbolLinks(symbol);\n            const cache = (links.accessibleChainCache ||= new Map());\n            // Go from enclosingDeclaration to the first scope we check, so the cache is keyed off the scope and thus shared more\n            const firstRelevantLocation = forEachSymbolTableInScope(enclosingDeclaration, (_, __, ___, node) => node);\n            const key = `${useOnlyExternalAliasing ? 0 : 1}|${firstRelevantLocation && getNodeId(firstRelevantLocation)}|${meaning}`;\n            if (cache.has(key)) {\n                return cache.get(key);\n            }\n\n            const id = getSymbolId(symbol);\n            let visitedSymbolTables = visitedSymbolTablesMap.get(id);\n            if (!visitedSymbolTables) {\n                visitedSymbolTablesMap.set(id, visitedSymbolTables = []);\n            }\n            const result = forEachSymbolTableInScope(enclosingDeclaration, getAccessibleSymbolChainFromSymbolTable);\n            cache.set(key, result);\n            return result;\n\n            /**\n              * @param {ignoreQualification} boolean Set when a symbol is being looked for through the exports of another symbol (meaning we have a route to qualify it already)\n              */\n            function getAccessibleSymbolChainFromSymbolTable(symbols: SymbolTable, ignoreQualification?: boolean, isLocalNameLookup?: boolean): Symbol[] | undefined {\n                if (!pushIfUnique(visitedSymbolTables!, symbols)) {\n                    return undefined;\n                }\n\n                const result = trySymbolTable(symbols, ignoreQualification, isLocalNameLookup);\n                visitedSymbolTables!.pop();\n                return result;\n            }\n\n            function canQualifySymbol(symbolFromSymbolTable: Symbol, meaning: SymbolFlags) {\n                // If the symbol is equivalent and doesn't need further qualification, this symbol is accessible\n                return !needsQualification(symbolFromSymbolTable, enclosingDeclaration, meaning) ||\n                    // If symbol needs qualification, make sure that parent is accessible, if it is then this symbol is accessible too\n                    !!getAccessibleSymbolChain(symbolFromSymbolTable.parent, enclosingDeclaration, getQualifiedLeftMeaning(meaning), useOnlyExternalAliasing, visitedSymbolTablesMap);\n            }\n\n            function isAccessible(symbolFromSymbolTable: Symbol, resolvedAliasSymbol?: Symbol, ignoreQualification?: boolean) {\n                return (symbol === (resolvedAliasSymbol || symbolFromSymbolTable) || getMergedSymbol(symbol) === getMergedSymbol(resolvedAliasSymbol || symbolFromSymbolTable)) &&\n                    // if the symbolFromSymbolTable is not external module (it could be if it was determined as ambient external module and would be in globals table)\n                    // and if symbolFromSymbolTable or alias resolution matches the symbol,\n                    // check the symbol can be qualified, it is only then this symbol is accessible\n                    !some(symbolFromSymbolTable.declarations, hasNonGlobalAugmentationExternalModuleSymbol) &&\n                    (ignoreQualification || canQualifySymbol(getMergedSymbol(symbolFromSymbolTable), meaning));\n            }\n\n            function trySymbolTable(symbols: SymbolTable, ignoreQualification: boolean | undefined, isLocalNameLookup: boolean | undefined): Symbol[] | undefined {\n                // If symbol is directly available by its name in the symbol table\n                if (isAccessible(symbols.get(symbol!.escapedName)!, /*resolvedAliasSymbol*/ undefined, ignoreQualification)) {\n                    return [symbol!];\n                }\n\n                // Check if symbol is any of the aliases in scope\n                const result = forEachEntry(symbols, symbolFromSymbolTable => {\n                    if (symbolFromSymbolTable.flags & SymbolFlags.Alias\n                        && symbolFromSymbolTable.escapedName !== InternalSymbolName.ExportEquals\n                        && symbolFromSymbolTable.escapedName !== InternalSymbolName.Default\n                        && !(isUMDExportSymbol(symbolFromSymbolTable) && enclosingDeclaration && isExternalModule(getSourceFileOfNode(enclosingDeclaration)))\n                        // If `!useOnlyExternalAliasing`, we can use any type of alias to get the name\n                        && (!useOnlyExternalAliasing || some(symbolFromSymbolTable.declarations, isExternalModuleImportEqualsDeclaration))\n                        // If we're looking up a local name to reference directly, omit namespace reexports, otherwise when we're trawling through an export list to make a dotted name, we can keep it\n                        && (isLocalNameLookup ? !some(symbolFromSymbolTable.declarations, isNamespaceReexportDeclaration) : true)\n                        // While exports are generally considered to be in scope, export-specifier declared symbols are _not_\n                        // See similar comment in `resolveName` for details\n                        && (ignoreQualification || !getDeclarationOfKind(symbolFromSymbolTable, SyntaxKind.ExportSpecifier))\n                    ) {\n\n                        const resolvedImportedSymbol = resolveAlias(symbolFromSymbolTable);\n                        const candidate = getCandidateListForSymbol(symbolFromSymbolTable, resolvedImportedSymbol, ignoreQualification);\n                        if (candidate) {\n                            return candidate;\n                        }\n                    }\n                    if (symbolFromSymbolTable.escapedName === symbol!.escapedName && symbolFromSymbolTable.exportSymbol) {\n                        if (isAccessible(getMergedSymbol(symbolFromSymbolTable.exportSymbol), /*aliasSymbol*/ undefined, ignoreQualification)) {\n                            return [symbol!];\n                        }\n                    }\n                });\n\n                // If there's no result and we're looking at the global symbol table, treat `globalThis` like an alias and try to lookup thru that\n                return result || (symbols === globals ? getCandidateListForSymbol(globalThisSymbol, globalThisSymbol, ignoreQualification) : undefined);\n            }\n\n            function getCandidateListForSymbol(symbolFromSymbolTable: Symbol, resolvedImportedSymbol: Symbol, ignoreQualification: boolean | undefined) {\n                if (isAccessible(symbolFromSymbolTable, resolvedImportedSymbol, ignoreQualification)) {\n                    return [symbolFromSymbolTable];\n                }\n\n                // Look in the exported members, if we can find accessibleSymbolChain, symbol is accessible using this chain\n                // but only if the symbolFromSymbolTable can be qualified\n                const candidateTable = getExportsOfSymbol(resolvedImportedSymbol);\n                const accessibleSymbolsFromExports = candidateTable && getAccessibleSymbolChainFromSymbolTable(candidateTable, /*ignoreQualification*/ true);\n                if (accessibleSymbolsFromExports && canQualifySymbol(symbolFromSymbolTable, getQualifiedLeftMeaning(meaning))) {\n                    return [symbolFromSymbolTable].concat(accessibleSymbolsFromExports);\n                }\n            }\n        }\n\n        function needsQualification(symbol: Symbol, enclosingDeclaration: Node | undefined, meaning: SymbolFlags) {\n            let qualify = false;\n            forEachSymbolTableInScope(enclosingDeclaration, symbolTable => {\n                // If symbol of this name is not available in the symbol table we are ok\n                let symbolFromSymbolTable = getMergedSymbol(symbolTable.get(symbol.escapedName));\n                if (!symbolFromSymbolTable) {\n                    // Continue to the next symbol table\n                    return false;\n                }\n                // If the symbol with this name is present it should refer to the symbol\n                if (symbolFromSymbolTable === symbol) {\n                    // No need to qualify\n                    return true;\n                }\n\n                // Qualify if the symbol from symbol table has same meaning as expected\n                symbolFromSymbolTable = (symbolFromSymbolTable.flags & SymbolFlags.Alias && !getDeclarationOfKind(symbolFromSymbolTable, SyntaxKind.ExportSpecifier)) ? resolveAlias(symbolFromSymbolTable) : symbolFromSymbolTable;\n                if (symbolFromSymbolTable.flags & meaning) {\n                    qualify = true;\n                    return true;\n                }\n\n                // Continue to the next symbol table\n                return false;\n            });\n\n            return qualify;\n        }\n\n        function isPropertyOrMethodDeclarationSymbol(symbol: Symbol) {\n            if (symbol.declarations && symbol.declarations.length) {\n                for (const declaration of symbol.declarations) {\n                    switch (declaration.kind) {\n                        case SyntaxKind.PropertyDeclaration:\n                        case SyntaxKind.MethodDeclaration:\n                        case SyntaxKind.GetAccessor:\n                        case SyntaxKind.SetAccessor:\n                            continue;\n                        default:\n                            return false;\n                    }\n                }\n                return true;\n            }\n            return false;\n        }\n\n        function isTypeSymbolAccessible(typeSymbol: Symbol, enclosingDeclaration: Node | undefined): boolean {\n            const access = isSymbolAccessibleWorker(typeSymbol, enclosingDeclaration, SymbolFlags.Type, /*shouldComputeAliasesToMakeVisible*/ false, /*allowModules*/ true);\n            return access.accessibility === SymbolAccessibility.Accessible;\n        }\n\n        function isValueSymbolAccessible(typeSymbol: Symbol, enclosingDeclaration: Node | undefined): boolean {\n            const access = isSymbolAccessibleWorker(typeSymbol, enclosingDeclaration, SymbolFlags.Value, /*shouldComputeAliasesToMakeVisible*/ false, /*allowModules*/ true);\n            return access.accessibility === SymbolAccessibility.Accessible;\n        }\n\n        function isSymbolAccessibleByFlags(typeSymbol: Symbol, enclosingDeclaration: Node | undefined, flags: SymbolFlags): boolean {\n            const access = isSymbolAccessibleWorker(typeSymbol, enclosingDeclaration, flags, /*shouldComputeAliasesToMakeVisible*/ false, /*allowModules*/ false);\n            return access.accessibility === SymbolAccessibility.Accessible;\n        }\n\n        function isAnySymbolAccessible(symbols: Symbol[] | undefined, enclosingDeclaration: Node | undefined, initialSymbol: Symbol, meaning: SymbolFlags, shouldComputeAliasesToMakeVisible: boolean, allowModules: boolean): SymbolAccessibilityResult | undefined {\n            if (!length(symbols)) return;\n\n            let hadAccessibleChain: Symbol | undefined;\n            let earlyModuleBail = false;\n            for (const symbol of symbols!) {\n                // Symbol is accessible if it by itself is accessible\n                const accessibleSymbolChain = getAccessibleSymbolChain(symbol, enclosingDeclaration, meaning, /*useOnlyExternalAliasing*/ false);\n                if (accessibleSymbolChain) {\n                    hadAccessibleChain = symbol;\n                    const hasAccessibleDeclarations = hasVisibleDeclarations(accessibleSymbolChain[0], shouldComputeAliasesToMakeVisible);\n                    if (hasAccessibleDeclarations) {\n                        return hasAccessibleDeclarations;\n                    }\n                }\n                if (allowModules) {\n                    if (some(symbol.declarations, hasNonGlobalAugmentationExternalModuleSymbol)) {\n                        if (shouldComputeAliasesToMakeVisible) {\n                            earlyModuleBail = true;\n                            // Generally speaking, we want to use the aliases that already exist to refer to a module, if present\n                            // In order to do so, we need to find those aliases in order to retain them in declaration emit; so\n                            // if we are in declaration emit, we cannot use the fast path for module visibility until we've exhausted\n                            // all other visibility options (in order to capture the possible aliases used to reference the module)\n                            continue;\n                        }\n                        // Any meaning of a module symbol is always accessible via an `import` type\n                        return {\n                            accessibility: SymbolAccessibility.Accessible\n                        };\n                    }\n                }\n\n                // If we haven't got the accessible symbol, it doesn't mean the symbol is actually inaccessible.\n                // It could be a qualified symbol and hence verify the path\n                // e.g.:\n                // module m {\n                //     export class c {\n                //     }\n                // }\n                // const x: typeof m.c\n                // In the above example when we start with checking if typeof m.c symbol is accessible,\n                // we are going to see if c can be accessed in scope directly.\n                // But it can't, hence the accessible is going to be undefined, but that doesn't mean m.c is inaccessible\n                // It is accessible if the parent m is accessible because then m.c can be accessed through qualification\n\n                const containers = getContainersOfSymbol(symbol, enclosingDeclaration, meaning);\n                const parentResult = isAnySymbolAccessible(containers, enclosingDeclaration, initialSymbol, initialSymbol === symbol ? getQualifiedLeftMeaning(meaning) : meaning, shouldComputeAliasesToMakeVisible, allowModules);\n                if (parentResult) {\n                    return parentResult;\n                }\n            }\n\n            if (earlyModuleBail) {\n                return {\n                    accessibility: SymbolAccessibility.Accessible\n                };\n            }\n\n            if (hadAccessibleChain) {\n                return {\n                    accessibility: SymbolAccessibility.NotAccessible,\n                    errorSymbolName: symbolToString(initialSymbol, enclosingDeclaration, meaning),\n                    errorModuleName: hadAccessibleChain !== initialSymbol ? symbolToString(hadAccessibleChain, enclosingDeclaration, SymbolFlags.Namespace) : undefined,\n                };\n            }\n        }\n\n        /**\n          * Check if the given symbol in given enclosing declaration is accessible and mark all associated alias to be visible if requested\n          *\n          * @param symbol a Symbol to check if accessible\n          * @param enclosingDeclaration a Node containing reference to the symbol\n          * @param meaning a SymbolFlags to check if such meaning of the symbol is accessible\n          * @param shouldComputeAliasToMakeVisible a boolean value to indicate whether to return aliases to be mark visible in case the symbol is accessible\n          */\n        function isSymbolAccessible(symbol: Symbol | undefined, enclosingDeclaration: Node | undefined, meaning: SymbolFlags, shouldComputeAliasesToMakeVisible: boolean): SymbolAccessibilityResult {\n            return isSymbolAccessibleWorker(symbol, enclosingDeclaration, meaning, shouldComputeAliasesToMakeVisible, /*allowModules*/ true);\n        }\n\n        function isSymbolAccessibleWorker(symbol: Symbol | undefined, enclosingDeclaration: Node | undefined, meaning: SymbolFlags, shouldComputeAliasesToMakeVisible: boolean, allowModules: boolean): SymbolAccessibilityResult {\n            if (symbol && enclosingDeclaration) {\n                const result = isAnySymbolAccessible([symbol], enclosingDeclaration, symbol, meaning, shouldComputeAliasesToMakeVisible, allowModules);\n                if (result) {\n                    return result;\n                }\n\n                // This could be a symbol that is not exported in the external module\n                // or it could be a symbol from different external module that is not aliased and hence cannot be named\n                const symbolExternalModule = forEach(symbol.declarations, getExternalModuleContainer);\n                if (symbolExternalModule) {\n                    const enclosingExternalModule = getExternalModuleContainer(enclosingDeclaration);\n                    if (symbolExternalModule !== enclosingExternalModule) {\n                        // name from different external module that is not visible\n                        return {\n                            accessibility: SymbolAccessibility.CannotBeNamed,\n                            errorSymbolName: symbolToString(symbol, enclosingDeclaration, meaning),\n                            errorModuleName: symbolToString(symbolExternalModule),\n                            errorNode: isInJSFile(enclosingDeclaration) ? enclosingDeclaration : undefined,\n                        };\n                    }\n                }\n\n                // Just a local name that is not accessible\n                return {\n                    accessibility: SymbolAccessibility.NotAccessible,\n                    errorSymbolName: symbolToString(symbol, enclosingDeclaration, meaning),\n                };\n            }\n\n            return { accessibility: SymbolAccessibility.Accessible };\n        }\n\n        function getExternalModuleContainer(declaration: Node) {\n            const node = findAncestor(declaration, hasExternalModuleSymbol);\n            return node && getSymbolOfNode(node);\n        }\n\n        function hasExternalModuleSymbol(declaration: Node) {\n            return isAmbientModule(declaration) || (declaration.kind === SyntaxKind.SourceFile && isExternalOrCommonJsModule(declaration as SourceFile));\n        }\n\n        function hasNonGlobalAugmentationExternalModuleSymbol(declaration: Node) {\n            return isModuleWithStringLiteralName(declaration) || (declaration.kind === SyntaxKind.SourceFile && isExternalOrCommonJsModule(declaration as SourceFile));\n        }\n\n        function hasVisibleDeclarations(symbol: Symbol, shouldComputeAliasToMakeVisible: boolean): SymbolVisibilityResult | undefined {\n            let aliasesToMakeVisible: LateVisibilityPaintedStatement[] | undefined;\n            if (!every(filter(symbol.declarations, d => d.kind !== SyntaxKind.Identifier), getIsDeclarationVisible)) {\n                return undefined;\n            }\n            return { accessibility: SymbolAccessibility.Accessible, aliasesToMakeVisible };\n\n            function getIsDeclarationVisible(declaration: Declaration) {\n                if (!isDeclarationVisible(declaration)) {\n                    // Mark the unexported alias as visible if its parent is visible\n                    // because these kind of aliases can be used to name types in declaration file\n\n                    const anyImportSyntax = getAnyImportSyntax(declaration);\n                    if (anyImportSyntax &&\n                        !hasSyntacticModifier(anyImportSyntax, ModifierFlags.Export) && // import clause without export\n                        isDeclarationVisible(anyImportSyntax.parent)) {\n                        return addVisibleAlias(declaration, anyImportSyntax);\n                    }\n                    else if (isVariableDeclaration(declaration) && isVariableStatement(declaration.parent.parent) &&\n                        !hasSyntacticModifier(declaration.parent.parent, ModifierFlags.Export) && // unexported variable statement\n                        isDeclarationVisible(declaration.parent.parent.parent)) {\n                        return addVisibleAlias(declaration, declaration.parent.parent);\n                    }\n                    else if (isLateVisibilityPaintedStatement(declaration) // unexported top-level statement\n                        && !hasSyntacticModifier(declaration, ModifierFlags.Export)\n                        && isDeclarationVisible(declaration.parent)) {\n                        return addVisibleAlias(declaration, declaration);\n                    }\n                    else if (symbol.flags & SymbolFlags.Alias && isBindingElement(declaration) && isInJSFile(declaration) && declaration.parent?.parent // exported import-like top-level JS require statement\n                        && isVariableDeclaration(declaration.parent.parent)\n                        && declaration.parent.parent.parent?.parent && isVariableStatement(declaration.parent.parent.parent.parent)\n                        && !hasSyntacticModifier(declaration.parent.parent.parent.parent, ModifierFlags.Export)\n                        && declaration.parent.parent.parent.parent.parent // check if the thing containing the variable statement is visible (ie, the file)\n                        && isDeclarationVisible(declaration.parent.parent.parent.parent.parent)) {\n                        return addVisibleAlias(declaration, declaration.parent.parent.parent.parent);\n                    }\n\n                    // Declaration is not visible\n                    return false;\n                }\n\n                return true;\n            }\n\n            function addVisibleAlias(declaration: Declaration, aliasingStatement: LateVisibilityPaintedStatement) {\n                // In function \"buildTypeDisplay\" where we decide whether to write type-alias or serialize types,\n                // we want to just check if type- alias is accessible or not but we don't care about emitting those alias at that time\n                // since we will do the emitting later in trackSymbol.\n                if (shouldComputeAliasToMakeVisible) {\n                    getNodeLinks(declaration).isVisible = true;\n                    aliasesToMakeVisible = appendIfUnique(aliasesToMakeVisible, aliasingStatement);\n                }\n                return true;\n            }\n        }\n\n        function isEntityNameVisible(entityName: EntityNameOrEntityNameExpression, enclosingDeclaration: Node): SymbolVisibilityResult {\n            // get symbol of the first identifier of the entityName\n            let meaning: SymbolFlags;\n            if (entityName.parent.kind === SyntaxKind.TypeQuery ||\n                entityName.parent.kind === SyntaxKind.ExpressionWithTypeArguments && !isPartOfTypeNode(entityName.parent) ||\n                entityName.parent.kind === SyntaxKind.ComputedPropertyName) {\n                // Typeof value\n                meaning = SymbolFlags.Value | SymbolFlags.ExportValue;\n            }\n            else if (entityName.kind === SyntaxKind.QualifiedName || entityName.kind === SyntaxKind.PropertyAccessExpression ||\n                entityName.parent.kind === SyntaxKind.ImportEqualsDeclaration) {\n                // Left identifier from type reference or TypeAlias\n                // Entity name of the import declaration\n                meaning = SymbolFlags.Namespace;\n            }\n            else {\n                // Type Reference or TypeAlias entity = Identifier\n                meaning = SymbolFlags.Type;\n            }\n\n            const firstIdentifier = getFirstIdentifier(entityName);\n            const symbol = resolveName(enclosingDeclaration, firstIdentifier.escapedText, meaning, /*nodeNotFoundErrorMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ false);\n            if (symbol && symbol.flags & SymbolFlags.TypeParameter && meaning & SymbolFlags.Type) {\n                return { accessibility: SymbolAccessibility.Accessible };\n            }\n\n            // Verify if the symbol is accessible\n            return (symbol && hasVisibleDeclarations(symbol, /*shouldComputeAliasToMakeVisible*/ true)) || {\n                accessibility: SymbolAccessibility.NotAccessible,\n                errorSymbolName: getTextOfNode(firstIdentifier),\n                errorNode: firstIdentifier\n            };\n        }\n\n        function symbolToString(symbol: Symbol, enclosingDeclaration?: Node, meaning?: SymbolFlags, flags: SymbolFormatFlags = SymbolFormatFlags.AllowAnyNodeKind, writer?: EmitTextWriter): string {\n            let nodeFlags = NodeBuilderFlags.IgnoreErrors;\n            if (flags & SymbolFormatFlags.UseOnlyExternalAliasing) {\n                nodeFlags |= NodeBuilderFlags.UseOnlyExternalAliasing;\n            }\n            if (flags & SymbolFormatFlags.WriteTypeParametersOrArguments) {\n                nodeFlags |= NodeBuilderFlags.WriteTypeParametersInQualifiedName;\n            }\n            if (flags & SymbolFormatFlags.UseAliasDefinedOutsideCurrentScope) {\n                nodeFlags |= NodeBuilderFlags.UseAliasDefinedOutsideCurrentScope;\n            }\n            if (flags & SymbolFormatFlags.DoNotIncludeSymbolChain) {\n                nodeFlags |= NodeBuilderFlags.DoNotIncludeSymbolChain;\n            }\n            const builder = flags & SymbolFormatFlags.AllowAnyNodeKind ? nodeBuilder.symbolToExpression : nodeBuilder.symbolToEntityName;\n            return writer ? symbolToStringWorker(writer).getText() : usingSingleLineStringWriter(symbolToStringWorker);\n\n            function symbolToStringWorker(writer: EmitTextWriter) {\n                const entity = builder(symbol, meaning!, enclosingDeclaration, nodeFlags)!; // TODO: GH#18217\n                // add neverAsciiEscape for GH#39027\n                const printer = enclosingDeclaration?.kind === SyntaxKind.SourceFile ? createPrinter({ removeComments: true, neverAsciiEscape: true }) : createPrinter({ removeComments: true });\n                const sourceFile = enclosingDeclaration && getSourceFileOfNode(enclosingDeclaration);\n                printer.writeNode(EmitHint.Unspecified, entity, /*sourceFile*/ sourceFile, writer);\n                return writer;\n            }\n        }\n\n        function signatureToString(signature: Signature, enclosingDeclaration?: Node, flags = TypeFormatFlags.None, kind?: SignatureKind, writer?: EmitTextWriter): string {\n            return writer ? signatureToStringWorker(writer).getText() : usingSingleLineStringWriter(signatureToStringWorker);\n\n            function signatureToStringWorker(writer: EmitTextWriter) {\n                let sigOutput: SyntaxKind;\n                if (flags & TypeFormatFlags.WriteArrowStyleSignature) {\n                    sigOutput = kind === SignatureKind.Construct ? SyntaxKind.ConstructorType : SyntaxKind.FunctionType;\n                }\n                else {\n                    sigOutput = kind === SignatureKind.Construct ? SyntaxKind.ConstructSignature : SyntaxKind.CallSignature;\n                }\n                const sig = nodeBuilder.signatureToSignatureDeclaration(signature, sigOutput, enclosingDeclaration, toNodeBuilderFlags(flags) | NodeBuilderFlags.IgnoreErrors | NodeBuilderFlags.WriteTypeParametersInQualifiedName);\n                const printer = createPrinter({ removeComments: true, omitTrailingSemicolon: true });\n                const sourceFile = enclosingDeclaration && getSourceFileOfNode(enclosingDeclaration);\n                printer.writeNode(EmitHint.Unspecified, sig!, /*sourceFile*/ sourceFile, getTrailingSemicolonDeferringWriter(writer)); // TODO: GH#18217\n                return writer;\n            }\n        }\n\n        function typeToString(type: Type, enclosingDeclaration?: Node, flags: TypeFormatFlags = TypeFormatFlags.AllowUniqueESSymbolType | TypeFormatFlags.UseAliasDefinedOutsideCurrentScope, writer: EmitTextWriter = createTextWriter(\"\")): string {\n            const noTruncation = compilerOptions.noErrorTruncation || flags & TypeFormatFlags.NoTruncation;\n            const typeNode = nodeBuilder.typeToTypeNode(type, enclosingDeclaration, toNodeBuilderFlags(flags) | NodeBuilderFlags.IgnoreErrors | (noTruncation ? NodeBuilderFlags.NoTruncation : 0), writer);\n            if (typeNode === undefined) return Debug.fail(\"should always get typenode\");\n            // The unresolved type gets a synthesized comment on `any` to hint to users that it's not a plain `any`.\n            // Otherwise, we always strip comments out.\n            const options = { removeComments: type !== unresolvedType };\n            const printer = createPrinter(options);\n            const sourceFile = enclosingDeclaration && getSourceFileOfNode(enclosingDeclaration);\n            printer.writeNode(EmitHint.Unspecified, typeNode, /*sourceFile*/ sourceFile, writer);\n            const result = writer.getText();\n\n            const maxLength = noTruncation ? noTruncationMaximumTruncationLength * 2 : defaultMaximumTruncationLength * 2;\n            if (maxLength && result && result.length >= maxLength) {\n                return result.substr(0, maxLength - \"...\".length) + \"...\";\n            }\n            return result;\n        }\n\n        function getTypeNamesForErrorDisplay(left: Type, right: Type): [string, string] {\n            let leftStr = symbolValueDeclarationIsContextSensitive(left.symbol) ? typeToString(left, left.symbol.valueDeclaration) : typeToString(left);\n            let rightStr = symbolValueDeclarationIsContextSensitive(right.symbol) ? typeToString(right, right.symbol.valueDeclaration) : typeToString(right);\n            if (leftStr === rightStr) {\n                leftStr = getTypeNameForErrorDisplay(left);\n                rightStr = getTypeNameForErrorDisplay(right);\n            }\n            return [leftStr, rightStr];\n        }\n\n        function getTypeNameForErrorDisplay(type: Type) {\n            return typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.UseFullyQualifiedType);\n        }\n\n        function symbolValueDeclarationIsContextSensitive(symbol: Symbol): boolean {\n            return symbol && !!symbol.valueDeclaration && isExpression(symbol.valueDeclaration) && !isContextSensitive(symbol.valueDeclaration);\n        }\n\n        function toNodeBuilderFlags(flags = TypeFormatFlags.None): NodeBuilderFlags {\n            return flags & TypeFormatFlags.NodeBuilderFlagsMask;\n        }\n\n        function isClassInstanceSide(type: Type) {\n            return !!type.symbol && !!(type.symbol.flags & SymbolFlags.Class) && (type === getDeclaredTypeOfClassOrInterface(type.symbol) || (!!(type.flags & TypeFlags.Object) && !!(getObjectFlags(type) & ObjectFlags.IsClassInstanceClone)));\n        }\n\n        function createNodeBuilder() {\n            return {\n                typeToTypeNode: (type: Type, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => typeToTypeNodeHelper(type, context)),\n                indexInfoToIndexSignatureDeclaration: (indexInfo: IndexInfo, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => indexInfoToIndexSignatureDeclarationHelper(indexInfo, context, /*typeNode*/ undefined)),\n                signatureToSignatureDeclaration: (signature: Signature, kind: SignatureDeclaration[\"kind\"], enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => signatureToSignatureDeclarationHelper(signature, kind, context)),\n                symbolToEntityName: (symbol: Symbol, meaning: SymbolFlags, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => symbolToName(symbol, context, meaning, /*expectsIdentifier*/ false)),\n                symbolToExpression: (symbol: Symbol, meaning: SymbolFlags, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => symbolToExpression(symbol, context, meaning)),\n                symbolToTypeParameterDeclarations: (symbol: Symbol, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => typeParametersToTypeParameterDeclarations(symbol, context)),\n                symbolToParameterDeclaration: (symbol: Symbol, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => symbolToParameterDeclaration(symbol, context)),\n                typeParameterToDeclaration: (parameter: TypeParameter, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => typeParameterToDeclaration(parameter, context)),\n                symbolTableToDeclarationStatements: (symbolTable: SymbolTable, enclosingDeclaration?: Node, flags?: NodeBuilderFlags, tracker?: SymbolTracker, bundled?: boolean) =>\n                    withContext(enclosingDeclaration, flags, tracker, context => symbolTableToDeclarationStatements(symbolTable, context, bundled)),\n            };\n\n            function withContext<T>(enclosingDeclaration: Node | undefined, flags: NodeBuilderFlags | undefined, tracker: SymbolTracker | undefined, cb: (context: NodeBuilderContext) => T): T | undefined {\n                Debug.assert(enclosingDeclaration === undefined || (enclosingDeclaration.flags & NodeFlags.Synthesized) === 0);\n                const context: NodeBuilderContext = {\n                    enclosingDeclaration,\n                    flags: flags || NodeBuilderFlags.None,\n                    // If no full tracker is provided, fake up a dummy one with a basic limited-functionality moduleResolverHost\n                    tracker: tracker && tracker.trackSymbol ? tracker : { trackSymbol: () => false, moduleResolverHost: flags! & NodeBuilderFlags.DoNotIncludeSymbolChain ? {\n                        getCommonSourceDirectory: !!(host as Program).getCommonSourceDirectory ? () => (host as Program).getCommonSourceDirectory() : () => \"\",\n                        getCurrentDirectory: () => host.getCurrentDirectory(),\n                        getSymlinkCache: maybeBind(host, host.getSymlinkCache),\n                        getPackageJsonInfoCache: () => host.getPackageJsonInfoCache?.(),\n                        useCaseSensitiveFileNames: maybeBind(host, host.useCaseSensitiveFileNames),\n                        redirectTargetsMap: host.redirectTargetsMap,\n                        getProjectReferenceRedirect: fileName => host.getProjectReferenceRedirect(fileName),\n                        isSourceOfProjectReferenceRedirect: fileName => host.isSourceOfProjectReferenceRedirect(fileName),\n                        fileExists: fileName => host.fileExists(fileName),\n                        getFileIncludeReasons: () => host.getFileIncludeReasons(),\n                        readFile: host.readFile ? (fileName => host.readFile!(fileName)) : undefined,\n                    } : undefined },\n                    encounteredError: false,\n                    reportedDiagnostic: false,\n                    visitedTypes: undefined,\n                    symbolDepth: undefined,\n                    inferTypeParameters: undefined,\n                    approximateLength: 0\n                };\n                context.tracker = wrapSymbolTrackerToReportForContext(context, context.tracker);\n                const resultingNode = cb(context);\n                if (context.truncating && context.flags & NodeBuilderFlags.NoTruncation) {\n                    context.tracker?.reportTruncationError?.();\n                }\n                return context.encounteredError ? undefined : resultingNode;\n            }\n\n            function wrapSymbolTrackerToReportForContext(context: NodeBuilderContext, tracker: SymbolTracker): SymbolTracker {\n                const oldTrackSymbol = tracker.trackSymbol;\n                return {\n                    ...tracker,\n                    reportCyclicStructureError: wrapReportedDiagnostic(tracker.reportCyclicStructureError),\n                    reportInaccessibleThisError: wrapReportedDiagnostic(tracker.reportInaccessibleThisError),\n                    reportInaccessibleUniqueSymbolError: wrapReportedDiagnostic(tracker.reportInaccessibleUniqueSymbolError),\n                    reportLikelyUnsafeImportRequiredError: wrapReportedDiagnostic(tracker.reportLikelyUnsafeImportRequiredError),\n                    reportNonlocalAugmentation: wrapReportedDiagnostic(tracker.reportNonlocalAugmentation),\n                    reportPrivateInBaseOfClassExpression: wrapReportedDiagnostic(tracker.reportPrivateInBaseOfClassExpression),\n                    reportNonSerializableProperty: wrapReportedDiagnostic(tracker.reportNonSerializableProperty),\n                    trackSymbol: oldTrackSymbol && ((...args) => {\n                        const result = oldTrackSymbol(...args);\n                        if (result) {\n                            context.reportedDiagnostic = true;\n                        }\n                        return result;\n                    }),\n                };\n\n                function wrapReportedDiagnostic<T extends (...args: any[]) => any>(method: T | undefined): T | undefined {\n                    if (!method) {\n                        return method;\n                    }\n                    return (((...args) => {\n                        context.reportedDiagnostic = true;\n                        return method(...args);\n                    }) as T);\n                }\n            }\n\n            function checkTruncationLength(context: NodeBuilderContext): boolean {\n                if (context.truncating) return context.truncating;\n                return context.truncating = context.approximateLength > ((context.flags & NodeBuilderFlags.NoTruncation) ? noTruncationMaximumTruncationLength : defaultMaximumTruncationLength);\n            }\n\n            function typeToTypeNodeHelper(type: Type, context: NodeBuilderContext): TypeNode {\n                if (cancellationToken && cancellationToken.throwIfCancellationRequested) {\n                    cancellationToken.throwIfCancellationRequested();\n                }\n                const inTypeAlias = context.flags & NodeBuilderFlags.InTypeAlias;\n                context.flags &= ~NodeBuilderFlags.InTypeAlias;\n\n                if (!type) {\n                    if (!(context.flags & NodeBuilderFlags.AllowEmptyUnionOrIntersection)) {\n                        context.encounteredError = true;\n                        return undefined!; // TODO: GH#18217\n                    }\n                    context.approximateLength += 3;\n                    return factory.createKeywordTypeNode(SyntaxKind.AnyKeyword);\n                }\n\n                if (!(context.flags & NodeBuilderFlags.NoTypeReduction)) {\n                    type = getReducedType(type);\n                }\n\n                if (type.flags & TypeFlags.Any) {\n                    if (type.aliasSymbol) {\n                        return factory.createTypeReferenceNode(symbolToEntityNameNode(type.aliasSymbol), mapToTypeNodes(type.aliasTypeArguments, context));\n                    }\n                    if (type === unresolvedType) {\n                        return addSyntheticLeadingComment(factory.createKeywordTypeNode(SyntaxKind.AnyKeyword), SyntaxKind.MultiLineCommentTrivia, \"unresolved\");\n                    }\n                    context.approximateLength += 3;\n                    return factory.createKeywordTypeNode(type === intrinsicMarkerType ? SyntaxKind.IntrinsicKeyword : SyntaxKind.AnyKeyword);\n                }\n                if (type.flags & TypeFlags.Unknown) {\n                    return factory.createKeywordTypeNode(SyntaxKind.UnknownKeyword);\n                }\n                if (type.flags & TypeFlags.String) {\n                    context.approximateLength += 6;\n                    return factory.createKeywordTypeNode(SyntaxKind.StringKeyword);\n                }\n                if (type.flags & TypeFlags.Number) {\n                    context.approximateLength += 6;\n                    return factory.createKeywordTypeNode(SyntaxKind.NumberKeyword);\n                }\n                if (type.flags & TypeFlags.BigInt) {\n                    context.approximateLength += 6;\n                    return factory.createKeywordTypeNode(SyntaxKind.BigIntKeyword);\n                }\n                if (type.flags & TypeFlags.Boolean && !type.aliasSymbol) {\n                    context.approximateLength += 7;\n                    return factory.createKeywordTypeNode(SyntaxKind.BooleanKeyword);\n                }\n                if (type.flags & TypeFlags.EnumLiteral && !(type.flags & TypeFlags.Union)) {\n                    const parentSymbol = getParentOfSymbol(type.symbol)!;\n                    const parentName = symbolToTypeNode(parentSymbol, context, SymbolFlags.Type);\n                    if (getDeclaredTypeOfSymbol(parentSymbol) === type) {\n                        return parentName;\n                    }\n                    const memberName = symbolName(type.symbol);\n                    if (isIdentifierText(memberName, ScriptTarget.ES3)) {\n                        return appendReferenceToType(\n                            parentName as TypeReferenceNode | ImportTypeNode,\n                            factory.createTypeReferenceNode(memberName, /*typeArguments*/ undefined)\n                        );\n                    }\n                    if (isImportTypeNode(parentName)) {\n                        (parentName as any).isTypeOf = true; // mutably update, node is freshly manufactured anyhow\n                        return factory.createIndexedAccessTypeNode(parentName, factory.createLiteralTypeNode(factory.createStringLiteral(memberName)));\n                    }\n                    else if (isTypeReferenceNode(parentName)) {\n                        return factory.createIndexedAccessTypeNode(factory.createTypeQueryNode(parentName.typeName), factory.createLiteralTypeNode(factory.createStringLiteral(memberName)));\n                    }\n                    else {\n                        return Debug.fail(\"Unhandled type node kind returned from `symbolToTypeNode`.\");\n                    }\n                }\n                if (type.flags & TypeFlags.EnumLike) {\n                    return symbolToTypeNode(type.symbol, context, SymbolFlags.Type);\n                }\n                if (type.flags & TypeFlags.StringLiteral) {\n                    context.approximateLength += ((type as StringLiteralType).value.length + 2);\n                    return factory.createLiteralTypeNode(setEmitFlags(factory.createStringLiteral((type as StringLiteralType).value, !!(context.flags & NodeBuilderFlags.UseSingleQuotesForStringLiteralType)), EmitFlags.NoAsciiEscaping));\n                }\n                if (type.flags & TypeFlags.NumberLiteral) {\n                    const value = (type as NumberLiteralType).value;\n                    context.approximateLength += (\"\" + value).length;\n                    return factory.createLiteralTypeNode(value < 0 ? factory.createPrefixUnaryExpression(SyntaxKind.MinusToken, factory.createNumericLiteral(-value)) : factory.createNumericLiteral(value));\n                }\n                if (type.flags & TypeFlags.BigIntLiteral) {\n                    context.approximateLength += (pseudoBigIntToString((type as BigIntLiteralType).value).length) + 1;\n                    return factory.createLiteralTypeNode((factory.createBigIntLiteral((type as BigIntLiteralType).value)));\n                }\n                if (type.flags & TypeFlags.BooleanLiteral) {\n                    context.approximateLength += (type as IntrinsicType).intrinsicName.length;\n                    return factory.createLiteralTypeNode((type as IntrinsicType).intrinsicName === \"true\" ? factory.createTrue() : factory.createFalse());\n                }\n                if (type.flags & TypeFlags.UniqueESSymbol) {\n                    if (!(context.flags & NodeBuilderFlags.AllowUniqueESSymbolType)) {\n                        if (isValueSymbolAccessible(type.symbol, context.enclosingDeclaration)) {\n                            context.approximateLength += 6;\n                            return symbolToTypeNode(type.symbol, context, SymbolFlags.Value);\n                        }\n                        if (context.tracker.reportInaccessibleUniqueSymbolError) {\n                            context.tracker.reportInaccessibleUniqueSymbolError();\n                        }\n                    }\n                    context.approximateLength += 13;\n                    return factory.createTypeOperatorNode(SyntaxKind.UniqueKeyword, factory.createKeywordTypeNode(SyntaxKind.SymbolKeyword));\n                }\n                if (type.flags & TypeFlags.Void) {\n                    context.approximateLength += 4;\n                    return factory.createKeywordTypeNode(SyntaxKind.VoidKeyword);\n                }\n                if (type.flags & TypeFlags.Undefined) {\n                    context.approximateLength += 9;\n                    return factory.createKeywordTypeNode(SyntaxKind.UndefinedKeyword);\n                }\n                if (type.flags & TypeFlags.Null) {\n                    context.approximateLength += 4;\n                    return factory.createLiteralTypeNode(factory.createNull());\n                }\n                if (type.flags & TypeFlags.Never) {\n                    context.approximateLength += 5;\n                    return factory.createKeywordTypeNode(SyntaxKind.NeverKeyword);\n                }\n                if (type.flags & TypeFlags.ESSymbol) {\n                    context.approximateLength += 6;\n                    return factory.createKeywordTypeNode(SyntaxKind.SymbolKeyword);\n                }\n                if (type.flags & TypeFlags.NonPrimitive) {\n                    context.approximateLength += 6;\n                    return factory.createKeywordTypeNode(SyntaxKind.ObjectKeyword);\n                }\n                if (isThisTypeParameter(type)) {\n                    if (context.flags & NodeBuilderFlags.InObjectTypeLiteral) {\n                        if (!context.encounteredError && !(context.flags & NodeBuilderFlags.AllowThisInObjectLiteral)) {\n                            context.encounteredError = true;\n                        }\n                        if (context.tracker.reportInaccessibleThisError) {\n                            context.tracker.reportInaccessibleThisError();\n                        }\n                    }\n                    context.approximateLength += 4;\n                    return factory.createThisTypeNode();\n                }\n\n                if (!inTypeAlias && type.aliasSymbol && (context.flags & NodeBuilderFlags.UseAliasDefinedOutsideCurrentScope || isTypeSymbolAccessible(type.aliasSymbol, context.enclosingDeclaration))) {\n                    const typeArgumentNodes = mapToTypeNodes(type.aliasTypeArguments, context);\n                    if (isReservedMemberName(type.aliasSymbol.escapedName) && !(type.aliasSymbol.flags & SymbolFlags.Class)) return factory.createTypeReferenceNode(factory.createIdentifier(\"\"), typeArgumentNodes);\n                    return symbolToTypeNode(type.aliasSymbol, context, SymbolFlags.Type, typeArgumentNodes);\n                }\n\n                const objectFlags = getObjectFlags(type);\n\n                if (objectFlags & ObjectFlags.Reference) {\n                    Debug.assert(!!(type.flags & TypeFlags.Object));\n                    return (type as TypeReference).node ? visitAndTransformType(type, typeReferenceToTypeNode) : typeReferenceToTypeNode(type as TypeReference);\n                }\n                if (type.flags & TypeFlags.TypeParameter || objectFlags & ObjectFlags.ClassOrInterface) {\n                    if (type.flags & TypeFlags.TypeParameter && contains(context.inferTypeParameters, type)) {\n                        context.approximateLength += (symbolName(type.symbol).length + 6);\n                        return factory.createInferTypeNode(typeParameterToDeclarationWithConstraint(type as TypeParameter, context, /*constraintNode*/ undefined));\n                    }\n                    if (context.flags & NodeBuilderFlags.GenerateNamesForShadowedTypeParams &&\n                        type.flags & TypeFlags.TypeParameter &&\n                        !isTypeSymbolAccessible(type.symbol, context.enclosingDeclaration)) {\n                        const name = typeParameterToName(type, context);\n                        context.approximateLength += idText(name).length;\n                        return factory.createTypeReferenceNode(factory.createIdentifier(idText(name)), /*typeArguments*/ undefined);\n                    }\n                    // Ignore constraint/default when creating a usage (as opposed to declaration) of a type parameter.\n                    if (type.symbol) {\n                        return symbolToTypeNode(type.symbol, context, SymbolFlags.Type);\n                    }\n                    const name = (type === markerSuperType || type === markerSubType) && varianceTypeParameter && varianceTypeParameter.symbol ?\n                        (type === markerSubType ? \"sub-\" : \"super-\") + symbolName(varianceTypeParameter.symbol) : \"?\";\n                    return factory.createTypeReferenceNode(factory.createIdentifier(name), /*typeArguments*/ undefined);\n                }\n                if (type.flags & TypeFlags.Union && (type as UnionType).origin) {\n                    type = (type as UnionType).origin!;\n                }\n                if (type.flags & (TypeFlags.Union | TypeFlags.Intersection)) {\n                    const types = type.flags & TypeFlags.Union ? formatUnionTypes((type as UnionType).types) : (type as IntersectionType).types;\n                    if (length(types) === 1) {\n                        return typeToTypeNodeHelper(types[0], context);\n                    }\n                    const typeNodes = mapToTypeNodes(types, context, /*isBareList*/ true);\n                    if (typeNodes && typeNodes.length > 0) {\n                        return type.flags & TypeFlags.Union ? factory.createUnionTypeNode(typeNodes) : factory.createIntersectionTypeNode(typeNodes);\n                    }\n                    else {\n                        if (!context.encounteredError && !(context.flags & NodeBuilderFlags.AllowEmptyUnionOrIntersection)) {\n                            context.encounteredError = true;\n                        }\n                        return undefined!; // TODO: GH#18217\n                    }\n                }\n                if (objectFlags & (ObjectFlags.Anonymous | ObjectFlags.Mapped)) {\n                    Debug.assert(!!(type.flags & TypeFlags.Object));\n                    // The type is an object literal type.\n                    return createAnonymousTypeNode(type as ObjectType);\n                }\n                if (type.flags & TypeFlags.Index) {\n                    const indexedType = (type as IndexType).type;\n                    context.approximateLength += 6;\n                    const indexTypeNode = typeToTypeNodeHelper(indexedType, context);\n                    return factory.createTypeOperatorNode(SyntaxKind.KeyOfKeyword, indexTypeNode);\n                }\n                if (type.flags & TypeFlags.TemplateLiteral) {\n                    const texts = (type as TemplateLiteralType).texts;\n                    const types = (type as TemplateLiteralType).types;\n                    const templateHead = factory.createTemplateHead(texts[0]);\n                    const templateSpans = factory.createNodeArray(\n                        map(types, (t, i) => factory.createTemplateLiteralTypeSpan(\n                            typeToTypeNodeHelper(t, context),\n                            (i < types.length - 1 ? factory.createTemplateMiddle : factory.createTemplateTail)(texts[i + 1]))));\n                    context.approximateLength += 2;\n                    return factory.createTemplateLiteralType(templateHead, templateSpans);\n                }\n                if (type.flags & TypeFlags.StringMapping) {\n                    const typeNode = typeToTypeNodeHelper((type as StringMappingType).type, context);\n                    return symbolToTypeNode((type as StringMappingType).symbol, context, SymbolFlags.Type, [typeNode]);\n                }\n                if (type.flags & TypeFlags.IndexedAccess) {\n                    const objectTypeNode = typeToTypeNodeHelper((type as IndexedAccessType).objectType, context);\n                    const indexTypeNode = typeToTypeNodeHelper((type as IndexedAccessType).indexType, context);\n                    context.approximateLength += 2;\n                    return factory.createIndexedAccessTypeNode(objectTypeNode, indexTypeNode);\n                }\n                if (type.flags & TypeFlags.Conditional) {\n                    return visitAndTransformType(type, type => conditionalTypeToTypeNode(type as ConditionalType));\n                }\n                if (type.flags & TypeFlags.Substitution) {\n                    return typeToTypeNodeHelper((type as SubstitutionType).baseType, context);\n                }\n\n                return Debug.fail(\"Should be unreachable.\");\n\n\n                function conditionalTypeToTypeNode(type: ConditionalType) {\n                    const checkTypeNode = typeToTypeNodeHelper(type.checkType, context);\n                    const saveInferTypeParameters = context.inferTypeParameters;\n                    context.inferTypeParameters = type.root.inferTypeParameters;\n                    const extendsTypeNode = typeToTypeNodeHelper(type.extendsType, context);\n                    context.inferTypeParameters = saveInferTypeParameters;\n                    const trueTypeNode = typeToTypeNodeOrCircularityElision(getTrueTypeFromConditionalType(type));\n                    const falseTypeNode = typeToTypeNodeOrCircularityElision(getFalseTypeFromConditionalType(type));\n                    context.approximateLength += 15;\n                    return factory.createConditionalTypeNode(checkTypeNode, extendsTypeNode, trueTypeNode, falseTypeNode);\n                }\n\n                function typeToTypeNodeOrCircularityElision(type: Type) {\n                    if (type.flags & TypeFlags.Union) {\n                        if (context.visitedTypes?.has(getTypeId(type))) {\n                            if (!(context.flags & NodeBuilderFlags.AllowAnonymousIdentifier)) {\n                                context.encounteredError = true;\n                                context.tracker?.reportCyclicStructureError?.();\n                            }\n                            return createElidedInformationPlaceholder(context);\n                        }\n                        return visitAndTransformType(type, type => typeToTypeNodeHelper(type, context));\n                    }\n                    return typeToTypeNodeHelper(type, context);\n                }\n\n                function createMappedTypeNodeFromType(type: MappedType) {\n                    Debug.assert(!!(type.flags & TypeFlags.Object));\n                    const readonlyToken = type.declaration.readonlyToken ? factory.createToken(type.declaration.readonlyToken.kind) as ReadonlyKeyword | PlusToken | MinusToken : undefined;\n                    const questionToken = type.declaration.questionToken ? factory.createToken(type.declaration.questionToken.kind) as QuestionToken | PlusToken | MinusToken : undefined;\n                    let appropriateConstraintTypeNode: TypeNode;\n                    let newTypeVariable: TypeReferenceNode | undefined;\n                    if (isMappedTypeWithKeyofConstraintDeclaration(type)) {\n                        // We have a { [P in keyof T]: X }\n                        // We do this to ensure we retain the toplevel keyof-ness of the type which may be lost due to keyof distribution during `getConstraintTypeFromMappedType`\n                        if (!(getModifiersTypeFromMappedType(type).flags & TypeFlags.TypeParameter) && context.flags & NodeBuilderFlags.GenerateNamesForShadowedTypeParams) {\n                            const newParam = createTypeParameter(createSymbol(SymbolFlags.TypeParameter, \"T\" as __String));\n                            const name = typeParameterToName(newParam, context);\n                            newTypeVariable = factory.createTypeReferenceNode(name);\n                        }\n                        appropriateConstraintTypeNode = factory.createTypeOperatorNode(SyntaxKind.KeyOfKeyword, newTypeVariable || typeToTypeNodeHelper(getModifiersTypeFromMappedType(type), context));\n                    }\n                    else {\n                        appropriateConstraintTypeNode = typeToTypeNodeHelper(getConstraintTypeFromMappedType(type), context);\n                    }\n                    const typeParameterNode = typeParameterToDeclarationWithConstraint(getTypeParameterFromMappedType(type), context, appropriateConstraintTypeNode);\n                    const nameTypeNode = type.declaration.nameType ? typeToTypeNodeHelper(getNameTypeFromMappedType(type)!, context) : undefined;\n                    const templateTypeNode = typeToTypeNodeHelper(removeMissingType(getTemplateTypeFromMappedType(type), !!(getMappedTypeModifiers(type) & MappedTypeModifiers.IncludeOptional)), context);\n                    const mappedTypeNode = factory.createMappedTypeNode(readonlyToken, typeParameterNode, nameTypeNode, questionToken, templateTypeNode, /*members*/ undefined);\n                    context.approximateLength += 10;\n                    const result = setEmitFlags(mappedTypeNode, EmitFlags.SingleLine);\n                    if (isMappedTypeWithKeyofConstraintDeclaration(type) && !(getModifiersTypeFromMappedType(type).flags & TypeFlags.TypeParameter) && context.flags & NodeBuilderFlags.GenerateNamesForShadowedTypeParams) {\n                        // homomorphic mapped type with a non-homomorphic naive inlining\n                        // wrap it with a conditional like `SomeModifiersType extends infer U ? {..the mapped type...} : never` to ensure the resulting\n                        // type stays homomorphic\n                        return factory.createConditionalTypeNode(\n                            typeToTypeNodeHelper(getModifiersTypeFromMappedType(type), context),\n                            factory.createInferTypeNode(factory.createTypeParameterDeclaration(/*modifiers*/ undefined, factory.cloneNode(newTypeVariable!.typeName) as Identifier)),\n                            result,\n                            factory.createKeywordTypeNode(SyntaxKind.NeverKeyword)\n                        );\n                    }\n                    return result;\n                }\n\n                function createAnonymousTypeNode(type: ObjectType): TypeNode {\n                    const typeId = type.id;\n                    const symbol = type.symbol;\n                    if (symbol) {\n                        const isInstanceType = isClassInstanceSide(type) ? SymbolFlags.Type : SymbolFlags.Value;\n                        if (isJSConstructor(symbol.valueDeclaration)) {\n                            // Instance and static types share the same symbol; only add 'typeof' for the static side.\n                            return symbolToTypeNode(symbol, context, isInstanceType);\n                        }\n                        // Always use 'typeof T' for type of class, enum, and module objects\n                        else if (symbol.flags & SymbolFlags.Class\n                            && !getBaseTypeVariableOfClass(symbol)\n                            && !(symbol.valueDeclaration && symbol.valueDeclaration.kind === SyntaxKind.ClassExpression && context.flags & NodeBuilderFlags.WriteClassExpressionAsTypeLiteral) ||\n                            symbol.flags & (SymbolFlags.Enum | SymbolFlags.ValueModule) ||\n                            shouldWriteTypeOfFunctionSymbol()) {\n                            return symbolToTypeNode(symbol, context, isInstanceType);\n                        }\n                        else if (context.visitedTypes?.has(typeId)) {\n                            // If type is an anonymous type literal in a type alias declaration, use type alias name\n                            const typeAlias = getTypeAliasForTypeLiteral(type);\n                            if (typeAlias) {\n                                // The specified symbol flags need to be reinterpreted as type flags\n                                return symbolToTypeNode(typeAlias, context, SymbolFlags.Type);\n                            }\n                            else {\n                                return createElidedInformationPlaceholder(context);\n                            }\n                        }\n                        else {\n                            return visitAndTransformType(type, createTypeNodeFromObjectType);\n                        }\n                    }\n                    else {\n                        // Anonymous types without a symbol are never circular.\n                        return createTypeNodeFromObjectType(type);\n                    }\n                    function shouldWriteTypeOfFunctionSymbol() {\n                        const isStaticMethodSymbol = !!(symbol.flags & SymbolFlags.Method) &&  // typeof static method\n                            some(symbol.declarations, declaration => isStatic(declaration));\n                        const isNonLocalFunctionSymbol = !!(symbol.flags & SymbolFlags.Function) &&\n                            (symbol.parent || // is exported function symbol\n                                forEach(symbol.declarations, declaration =>\n                                    declaration.parent.kind === SyntaxKind.SourceFile || declaration.parent.kind === SyntaxKind.ModuleBlock));\n                        if (isStaticMethodSymbol || isNonLocalFunctionSymbol) {\n                            // typeof is allowed only for static/non local functions\n                            return (!!(context.flags & NodeBuilderFlags.UseTypeOfFunction) || (context.visitedTypes?.has(typeId))) && // it is type of the symbol uses itself recursively\n                                (!(context.flags & NodeBuilderFlags.UseStructuralFallback) || isValueSymbolAccessible(symbol, context.enclosingDeclaration)); // And the build is going to succeed without visibility error or there is no structural fallback allowed\n                        }\n                    }\n                }\n\n                function visitAndTransformType<T extends TypeNode>(type: Type, transform: (type: Type) => T) {\n                    const typeId = type.id;\n                    const isConstructorObject = getObjectFlags(type) & ObjectFlags.Anonymous && type.symbol && type.symbol.flags & SymbolFlags.Class;\n                    const id = getObjectFlags(type) & ObjectFlags.Reference && (type as TypeReference).node ? \"N\" + getNodeId((type as TypeReference).node!) :\n                        type.flags & TypeFlags.Conditional ? \"N\" + getNodeId((type as ConditionalType).root.node) :\n                        type.symbol ? (isConstructorObject ? \"+\" : \"\") + getSymbolId(type.symbol) :\n                        undefined;\n                    // Since instantiations of the same anonymous type have the same symbol, tracking symbols instead\n                    // of types allows us to catch circular references to instantiations of the same anonymous type\n                    if (!context.visitedTypes) {\n                        context.visitedTypes = new Set();\n                    }\n                    if (id && !context.symbolDepth) {\n                        context.symbolDepth = new Map();\n                    }\n\n                    const links = context.enclosingDeclaration && getNodeLinks(context.enclosingDeclaration);\n                    const key = `${getTypeId(type)}|${context.flags}`;\n                    if (links) {\n                        links.serializedTypes ||= new Map();\n                    }\n                    const cachedResult = links?.serializedTypes?.get(key);\n                    if (cachedResult) {\n                        if (cachedResult.truncating) {\n                            context.truncating = true;\n                        }\n                        context.approximateLength += cachedResult.addedLength;\n                        return deepCloneOrReuseNode(cachedResult) as TypeNode as T;\n                    }\n\n                    let depth: number | undefined;\n                    if (id) {\n                        depth = context.symbolDepth!.get(id) || 0;\n                        if (depth > 10) {\n                            return createElidedInformationPlaceholder(context);\n                        }\n                        context.symbolDepth!.set(id, depth + 1);\n                    }\n                    context.visitedTypes.add(typeId);\n                    const startLength = context.approximateLength;\n                    const result = transform(type);\n                    const addedLength = context.approximateLength - startLength;\n                    if (!context.reportedDiagnostic && !context.encounteredError) {\n                        if (context.truncating) {\n                            (result as any).truncating = true;\n                        }\n                        (result as any).addedLength = addedLength;\n                        links?.serializedTypes?.set(key, result as TypeNode as TypeNode & {truncating?: boolean, addedLength: number});\n                    }\n                    context.visitedTypes.delete(typeId);\n                    if (id) {\n                        context.symbolDepth!.set(id, depth!);\n                    }\n                    return result;\n\n                    function deepCloneOrReuseNode(node: Node): Node {\n                        if (!nodeIsSynthesized(node) && getParseTreeNode(node) === node) {\n                            return node;\n                        }\n                        return setTextRange(factory.cloneNode(visitEachChild(node, deepCloneOrReuseNode, nullTransformationContext)), node);\n                    }\n                }\n\n                function createTypeNodeFromObjectType(type: ObjectType): TypeNode {\n                    if (isGenericMappedType(type) || (type as MappedType).containsError) {\n                        return createMappedTypeNodeFromType(type as MappedType);\n                    }\n\n                    const resolved = resolveStructuredTypeMembers(type);\n                    if (!resolved.properties.length && !resolved.indexInfos.length) {\n                        if (!resolved.callSignatures.length && !resolved.constructSignatures.length) {\n                            context.approximateLength += 2;\n                            return setEmitFlags(factory.createTypeLiteralNode(/*members*/ undefined), EmitFlags.SingleLine);\n                        }\n\n                        if (resolved.callSignatures.length === 1 && !resolved.constructSignatures.length) {\n                            const signature = resolved.callSignatures[0];\n                            const signatureNode = signatureToSignatureDeclarationHelper(signature, SyntaxKind.FunctionType, context) as FunctionTypeNode;\n                            return signatureNode;\n\n                        }\n\n                        if (resolved.constructSignatures.length === 1 && !resolved.callSignatures.length) {\n                            const signature = resolved.constructSignatures[0];\n                            const signatureNode = signatureToSignatureDeclarationHelper(signature, SyntaxKind.ConstructorType, context) as ConstructorTypeNode;\n                            return signatureNode;\n                        }\n                    }\n\n                    const abstractSignatures = filter(resolved.constructSignatures, signature => !!(signature.flags & SignatureFlags.Abstract));\n                    if (some(abstractSignatures)) {\n                        const types = map(abstractSignatures, getOrCreateTypeFromSignature);\n                        // count the number of type elements excluding abstract constructors\n                        const typeElementCount =\n                            resolved.callSignatures.length +\n                            (resolved.constructSignatures.length - abstractSignatures.length) +\n                            resolved.indexInfos.length +\n                            // exclude `prototype` when writing a class expression as a type literal, as per\n                            // the logic in `createTypeNodesFromResolvedType`.\n                            (context.flags & NodeBuilderFlags.WriteClassExpressionAsTypeLiteral ?\n                                countWhere(resolved.properties, p => !(p.flags & SymbolFlags.Prototype)) :\n                                length(resolved.properties));\n                        // don't include an empty object literal if there were no other static-side\n                        // properties to write, i.e. `abstract class C { }` becomes `abstract new () => {}`\n                        // and not `(abstract new () => {}) & {}`\n                        if (typeElementCount) {\n                            // create a copy of the object type without any abstract construct signatures.\n                            types.push(getResolvedTypeWithoutAbstractConstructSignatures(resolved));\n                        }\n                        return typeToTypeNodeHelper(getIntersectionType(types), context);\n                    }\n\n                    const savedFlags = context.flags;\n                    context.flags |= NodeBuilderFlags.InObjectTypeLiteral;\n                    const members = createTypeNodesFromResolvedType(resolved);\n                    context.flags = savedFlags;\n                    const typeLiteralNode = factory.createTypeLiteralNode(members);\n                    context.approximateLength += 2;\n                    setEmitFlags(typeLiteralNode, (context.flags & NodeBuilderFlags.MultilineObjectLiterals) ? 0 : EmitFlags.SingleLine);\n                    return typeLiteralNode;\n                }\n\n                function typeReferenceToTypeNode(type: TypeReference) {\n                    let typeArguments: readonly Type[] = getTypeArguments(type);\n                    if (type.target === globalArrayType || type.target === globalReadonlyArrayType) {\n                        if (context.flags & NodeBuilderFlags.WriteArrayAsGenericType) {\n                            const typeArgumentNode = typeToTypeNodeHelper(typeArguments[0], context);\n                            return factory.createTypeReferenceNode(type.target === globalArrayType ? \"Array\" : \"ReadonlyArray\", [typeArgumentNode]);\n                        }\n                        const elementType = typeToTypeNodeHelper(typeArguments[0], context);\n                        const arrayType = factory.createArrayTypeNode(elementType);\n                        return type.target === globalArrayType ? arrayType : factory.createTypeOperatorNode(SyntaxKind.ReadonlyKeyword, arrayType);\n                    }\n                    else if (type.target.objectFlags & ObjectFlags.Tuple) {\n                        typeArguments = sameMap(typeArguments, (t, i) => removeMissingType(t, !!((type.target as TupleType).elementFlags[i] & ElementFlags.Optional)));\n                        if (typeArguments.length > 0) {\n                            const arity = getTypeReferenceArity(type);\n                            const tupleConstituentNodes = mapToTypeNodes(typeArguments.slice(0, arity), context);\n                            if (tupleConstituentNodes) {\n                                if ((type.target as TupleType).labeledElementDeclarations) {\n                                    for (let i = 0; i < tupleConstituentNodes.length; i++) {\n                                        const flags = (type.target as TupleType).elementFlags[i];\n                                        tupleConstituentNodes[i] = factory.createNamedTupleMember(\n                                            flags & ElementFlags.Variable ? factory.createToken(SyntaxKind.DotDotDotToken) : undefined,\n                                            factory.createIdentifier(unescapeLeadingUnderscores(getTupleElementLabel((type.target as TupleType).labeledElementDeclarations![i]))),\n                                            flags & ElementFlags.Optional ? factory.createToken(SyntaxKind.QuestionToken) : undefined,\n                                            flags & ElementFlags.Rest ? factory.createArrayTypeNode(tupleConstituentNodes[i]) :\n                                            tupleConstituentNodes[i]\n                                        );\n                                    }\n                                }\n                                else {\n                                    for (let i = 0; i < Math.min(arity, tupleConstituentNodes.length); i++) {\n                                        const flags = (type.target as TupleType).elementFlags[i];\n                                        tupleConstituentNodes[i] =\n                                            flags & ElementFlags.Variable ? factory.createRestTypeNode(flags & ElementFlags.Rest ? factory.createArrayTypeNode(tupleConstituentNodes[i]) : tupleConstituentNodes[i]) :\n                                            flags & ElementFlags.Optional ? factory.createOptionalTypeNode(tupleConstituentNodes[i]) :\n                                            tupleConstituentNodes[i];\n                                    }\n                                }\n                                const tupleTypeNode = setEmitFlags(factory.createTupleTypeNode(tupleConstituentNodes), EmitFlags.SingleLine);\n                                return (type.target as TupleType).readonly ? factory.createTypeOperatorNode(SyntaxKind.ReadonlyKeyword, tupleTypeNode) : tupleTypeNode;\n                            }\n                        }\n                        if (context.encounteredError || (context.flags & NodeBuilderFlags.AllowEmptyTuple)) {\n                            const tupleTypeNode = setEmitFlags(factory.createTupleTypeNode([]), EmitFlags.SingleLine);\n                            return (type.target as TupleType).readonly ? factory.createTypeOperatorNode(SyntaxKind.ReadonlyKeyword, tupleTypeNode) : tupleTypeNode;\n                        }\n                        context.encounteredError = true;\n                        return undefined!; // TODO: GH#18217\n                    }\n                    else if (context.flags & NodeBuilderFlags.WriteClassExpressionAsTypeLiteral &&\n                        type.symbol.valueDeclaration &&\n                        isClassLike(type.symbol.valueDeclaration) &&\n                        !isValueSymbolAccessible(type.symbol, context.enclosingDeclaration)\n                    ) {\n                        return createAnonymousTypeNode(type);\n                    }\n                    else {\n                        const outerTypeParameters = type.target.outerTypeParameters;\n                        let i = 0;\n                        let resultType: TypeReferenceNode | ImportTypeNode | undefined;\n                        if (outerTypeParameters) {\n                            const length = outerTypeParameters.length;\n                            while (i < length) {\n                                // Find group of type arguments for type parameters with the same declaring container.\n                                const start = i;\n                                const parent = getParentSymbolOfTypeParameter(outerTypeParameters[i])!;\n                                do {\n                                    i++;\n                                } while (i < length && getParentSymbolOfTypeParameter(outerTypeParameters[i]) === parent);\n                                // When type parameters are their own type arguments for the whole group (i.e. we have\n                                // the default outer type arguments), we don't show the group.\n                                if (!rangeEquals(outerTypeParameters, typeArguments, start, i)) {\n                                    const typeArgumentSlice = mapToTypeNodes(typeArguments.slice(start, i), context);\n                                    const flags = context.flags;\n                                    context.flags |= NodeBuilderFlags.ForbidIndexedAccessSymbolReferences;\n                                    const ref = symbolToTypeNode(parent, context, SymbolFlags.Type, typeArgumentSlice) as TypeReferenceNode | ImportTypeNode;\n                                    context.flags = flags;\n                                    resultType = !resultType ? ref : appendReferenceToType(resultType, ref as TypeReferenceNode);\n                                }\n                            }\n                        }\n                        let typeArgumentNodes: readonly TypeNode[] | undefined;\n                        if (typeArguments.length > 0) {\n                            const typeParameterCount = (type.target.typeParameters || emptyArray).length;\n                            typeArgumentNodes = mapToTypeNodes(typeArguments.slice(i, typeParameterCount), context);\n                        }\n                        const flags = context.flags;\n                        context.flags |= NodeBuilderFlags.ForbidIndexedAccessSymbolReferences;\n                        const finalRef = symbolToTypeNode(type.symbol, context, SymbolFlags.Type, typeArgumentNodes);\n                        context.flags = flags;\n                        return !resultType ? finalRef : appendReferenceToType(resultType, finalRef as TypeReferenceNode);\n                    }\n                }\n\n\n                function appendReferenceToType(root: TypeReferenceNode | ImportTypeNode, ref: TypeReferenceNode): TypeReferenceNode | ImportTypeNode {\n                    if (isImportTypeNode(root)) {\n                        // first shift type arguments\n                        let typeArguments = root.typeArguments;\n                        let qualifier = root.qualifier;\n                        if (qualifier) {\n                            if (isIdentifier(qualifier)) {\n                                qualifier = factory.updateIdentifier(qualifier, typeArguments);\n                            }\n                            else {\n                                qualifier = factory.updateQualifiedName(qualifier,\n                                    qualifier.left,\n                                    factory.updateIdentifier(qualifier.right, typeArguments));\n                            }\n                        }\n                        typeArguments = ref.typeArguments;\n                        // then move qualifiers\n                        const ids = getAccessStack(ref);\n                        for (const id of ids) {\n                            qualifier = qualifier ? factory.createQualifiedName(qualifier, id) : id;\n                        }\n                        return factory.updateImportTypeNode(\n                            root,\n                            root.argument,\n                            qualifier,\n                            typeArguments,\n                            root.isTypeOf);\n                    }\n                    else {\n                        // first shift type arguments\n                        let typeArguments = root.typeArguments;\n                        let typeName = root.typeName;\n                        if (isIdentifier(typeName)) {\n                            typeName = factory.updateIdentifier(typeName, typeArguments);\n                        }\n                        else {\n                            typeName = factory.updateQualifiedName(typeName,\n                                typeName.left,\n                                factory.updateIdentifier(typeName.right, typeArguments));\n                        }\n                        typeArguments = ref.typeArguments;\n                        // then move qualifiers\n                        const ids = getAccessStack(ref);\n                        for (const id of ids) {\n                            typeName = factory.createQualifiedName(typeName, id);\n                        }\n                        return factory.updateTypeReferenceNode(\n                            root,\n                            typeName,\n                            typeArguments);\n                    }\n                }\n\n                function getAccessStack(ref: TypeReferenceNode): Identifier[] {\n                    let state = ref.typeName;\n                    const ids = [];\n                    while (!isIdentifier(state)) {\n                        ids.unshift(state.right);\n                        state = state.left;\n                    }\n                    ids.unshift(state);\n                    return ids;\n                }\n\n                function createTypeNodesFromResolvedType(resolvedType: ResolvedType): TypeElement[] | undefined {\n                    if (checkTruncationLength(context)) {\n                        return [factory.createPropertySignature(/*modifiers*/ undefined, \"...\", /*questionToken*/ undefined, /*type*/ undefined)];\n                    }\n                    const typeElements: TypeElement[] = [];\n                    for (const signature of resolvedType.callSignatures) {\n                        typeElements.push(signatureToSignatureDeclarationHelper(signature, SyntaxKind.CallSignature, context) as CallSignatureDeclaration);\n                    }\n                    for (const signature of resolvedType.constructSignatures) {\n                        if (signature.flags & SignatureFlags.Abstract) continue;\n                        typeElements.push(signatureToSignatureDeclarationHelper(signature, SyntaxKind.ConstructSignature, context) as ConstructSignatureDeclaration);\n                    }\n                    for (const info of resolvedType.indexInfos) {\n                        typeElements.push(indexInfoToIndexSignatureDeclarationHelper(info, context, resolvedType.objectFlags & ObjectFlags.ReverseMapped ? createElidedInformationPlaceholder(context) : undefined));\n                    }\n\n                    const properties = resolvedType.properties;\n                    if (!properties) {\n                        return typeElements;\n                    }\n\n                    let i = 0;\n                    for (const propertySymbol of properties) {\n                        i++;\n                        if (context.flags & NodeBuilderFlags.WriteClassExpressionAsTypeLiteral) {\n                            if (propertySymbol.flags & SymbolFlags.Prototype) {\n                                continue;\n                            }\n                            if (getDeclarationModifierFlagsFromSymbol(propertySymbol) & (ModifierFlags.Private | ModifierFlags.Protected) && context.tracker.reportPrivateInBaseOfClassExpression) {\n                                context.tracker.reportPrivateInBaseOfClassExpression(unescapeLeadingUnderscores(propertySymbol.escapedName));\n                            }\n                        }\n                        if (checkTruncationLength(context) && (i + 2 < properties.length - 1)) {\n                            typeElements.push(factory.createPropertySignature(/*modifiers*/ undefined, `... ${properties.length - i} more ...`, /*questionToken*/ undefined, /*type*/ undefined));\n                            addPropertyToElementList(properties[properties.length - 1], context, typeElements);\n                            break;\n                        }\n                        addPropertyToElementList(propertySymbol, context, typeElements);\n\n                    }\n                    return typeElements.length ? typeElements : undefined;\n                }\n            }\n\n            function createElidedInformationPlaceholder(context: NodeBuilderContext) {\n                context.approximateLength += 3;\n                if (!(context.flags & NodeBuilderFlags.NoTruncation)) {\n                    return factory.createTypeReferenceNode(factory.createIdentifier(\"...\"), /*typeArguments*/ undefined);\n                }\n                return factory.createKeywordTypeNode(SyntaxKind.AnyKeyword);\n            }\n\n            function shouldUsePlaceholderForProperty(propertySymbol: Symbol, context: NodeBuilderContext) {\n                // Use placeholders for reverse mapped types we've either already descended into, or which\n                // are nested reverse mappings within a mapping over a non-anonymous type. The later is a restriction mostly just to\n                // reduce the blowup in printback size from doing, eg, a deep reverse mapping over `Window`.\n                // Since anonymous types usually come from expressions, this allows us to preserve the output\n                // for deep mappings which likely come from expressions, while truncating those parts which\n                // come from mappings over library functions.\n                return !!(getCheckFlags(propertySymbol) & CheckFlags.ReverseMapped)\n                    && (\n                        contains(context.reverseMappedStack, propertySymbol as ReverseMappedSymbol)\n                        || (\n                            context.reverseMappedStack?.[0]\n                            && !(getObjectFlags(last(context.reverseMappedStack).propertyType) & ObjectFlags.Anonymous)\n                        )\n                    );\n            }\n\n            function addPropertyToElementList(propertySymbol: Symbol, context: NodeBuilderContext, typeElements: TypeElement[]) {\n                const propertyIsReverseMapped = !!(getCheckFlags(propertySymbol) & CheckFlags.ReverseMapped);\n                const propertyType = shouldUsePlaceholderForProperty(propertySymbol, context) ?\n                    anyType : getNonMissingTypeOfSymbol(propertySymbol);\n                const saveEnclosingDeclaration = context.enclosingDeclaration;\n                context.enclosingDeclaration = undefined;\n                if (context.tracker.trackSymbol && getCheckFlags(propertySymbol) & CheckFlags.Late && isLateBoundName(propertySymbol.escapedName)) {\n                    if (propertySymbol.declarations) {\n                        const decl = first(propertySymbol.declarations);\n                        if (hasLateBindableName(decl)) {\n                            if (isBinaryExpression(decl)) {\n                                const name = getNameOfDeclaration(decl);\n                                if (name && isElementAccessExpression(name) && isPropertyAccessEntityNameExpression(name.argumentExpression)) {\n                                    trackComputedName(name.argumentExpression, saveEnclosingDeclaration, context);\n                                }\n                            }\n                            else {\n                                trackComputedName(decl.name.expression, saveEnclosingDeclaration, context);\n                            }\n                        }\n                    }\n                    else if (context.tracker?.reportNonSerializableProperty) {\n                        context.tracker.reportNonSerializableProperty(symbolToString(propertySymbol));\n                    }\n                }\n                context.enclosingDeclaration = propertySymbol.valueDeclaration || propertySymbol.declarations?.[0] || saveEnclosingDeclaration;\n                const propertyName = getPropertyNameNodeForSymbol(propertySymbol, context);\n                context.enclosingDeclaration = saveEnclosingDeclaration;\n                context.approximateLength += (symbolName(propertySymbol).length + 1);\n                const optionalToken = propertySymbol.flags & SymbolFlags.Optional ? factory.createToken(SyntaxKind.QuestionToken) : undefined;\n                if (propertySymbol.flags & (SymbolFlags.Function | SymbolFlags.Method) && !getPropertiesOfObjectType(propertyType).length && !isReadonlySymbol(propertySymbol)) {\n                    const signatures = getSignaturesOfType(filterType(propertyType, t => !(t.flags & TypeFlags.Undefined)), SignatureKind.Call);\n                    for (const signature of signatures) {\n                        const methodDeclaration = signatureToSignatureDeclarationHelper(signature, SyntaxKind.MethodSignature, context, { name: propertyName, questionToken: optionalToken }) as MethodSignature;\n                        typeElements.push(preserveCommentsOn(methodDeclaration));\n                    }\n                }\n                else {\n                    let propertyTypeNode: TypeNode;\n                    if (shouldUsePlaceholderForProperty(propertySymbol, context)) {\n                        propertyTypeNode = createElidedInformationPlaceholder(context);\n                    }\n                    else {\n                        if (propertyIsReverseMapped) {\n                            context.reverseMappedStack ||= [];\n                            context.reverseMappedStack.push(propertySymbol as ReverseMappedSymbol);\n                        }\n                        propertyTypeNode = propertyType ? serializeTypeForDeclaration(context, propertyType, propertySymbol, saveEnclosingDeclaration) : factory.createKeywordTypeNode(SyntaxKind.AnyKeyword);\n                        if (propertyIsReverseMapped) {\n                            context.reverseMappedStack!.pop();\n                        }\n                    }\n\n                    const modifiers = isReadonlySymbol(propertySymbol) ? [factory.createToken(SyntaxKind.ReadonlyKeyword)] : undefined;\n                    if (modifiers) {\n                        context.approximateLength += 9;\n                    }\n                    const propertySignature = factory.createPropertySignature(\n                        modifiers,\n                        propertyName,\n                        optionalToken,\n                        propertyTypeNode);\n\n                    typeElements.push(preserveCommentsOn(propertySignature));\n                }\n\n                function preserveCommentsOn<T extends Node>(node: T) {\n                    if (some(propertySymbol.declarations, d => d.kind === SyntaxKind.JSDocPropertyTag)) {\n                        const d = propertySymbol.declarations?.find(d => d.kind === SyntaxKind.JSDocPropertyTag)! as JSDocPropertyTag;\n                        const commentText = getTextOfJSDocComment(d.comment);\n                        if (commentText) {\n                            setSyntheticLeadingComments(node, [{ kind: SyntaxKind.MultiLineCommentTrivia, text: \"*\\n * \" + commentText.replace(/\\n/g, \"\\n * \") + \"\\n \", pos: -1, end: -1, hasTrailingNewLine: true }]);\n                        }\n                    }\n                    else if (propertySymbol.valueDeclaration) {\n                        // Copy comments to node for declaration emit\n                        setCommentRange(node, propertySymbol.valueDeclaration);\n                    }\n                    return node;\n                }\n            }\n\n            function mapToTypeNodes(types: readonly Type[] | undefined, context: NodeBuilderContext, isBareList?: boolean): TypeNode[] | undefined {\n                if (some(types)) {\n                    if (checkTruncationLength(context)) {\n                        if (!isBareList) {\n                            return [factory.createTypeReferenceNode(\"...\", /*typeArguments*/ undefined)];\n                        }\n                        else if (types.length > 2) {\n                            return [\n                                typeToTypeNodeHelper(types[0], context),\n                                factory.createTypeReferenceNode(`... ${types.length - 2} more ...`, /*typeArguments*/ undefined),\n                                typeToTypeNodeHelper(types[types.length - 1], context)\n                            ];\n                        }\n                    }\n                    const mayHaveNameCollisions = !(context.flags & NodeBuilderFlags.UseFullyQualifiedType);\n                    /** Map from type reference identifier text to [type, index in `result` where the type node is] */\n                    const seenNames = mayHaveNameCollisions ? createUnderscoreEscapedMultiMap<[Type, number]>() : undefined;\n                    const result: TypeNode[] = [];\n                    let i = 0;\n                    for (const type of types) {\n                        i++;\n                        if (checkTruncationLength(context) && (i + 2 < types.length - 1)) {\n                            result.push(factory.createTypeReferenceNode(`... ${types.length - i} more ...`, /*typeArguments*/ undefined));\n                            const typeNode = typeToTypeNodeHelper(types[types.length - 1], context);\n                            if (typeNode) {\n                                result.push(typeNode);\n                            }\n                            break;\n                        }\n                        context.approximateLength += 2; // Account for whitespace + separator\n                        const typeNode = typeToTypeNodeHelper(type, context);\n                        if (typeNode) {\n                            result.push(typeNode);\n                            if (seenNames && isIdentifierTypeReference(typeNode)) {\n                                seenNames.add(typeNode.typeName.escapedText, [type, result.length - 1]);\n                            }\n                        }\n                    }\n\n                    if (seenNames) {\n                        // To avoid printing types like `[Foo, Foo]` or `Bar & Bar` where\n                        // occurrences of the same name actually come from different\n                        // namespaces, go through the single-identifier type reference nodes\n                        // we just generated, and see if any names were generated more than\n                        // once while referring to different types. If so, regenerate the\n                        // type node for each entry by that name with the\n                        // `UseFullyQualifiedType` flag enabled.\n                        const saveContextFlags = context.flags;\n                        context.flags |= NodeBuilderFlags.UseFullyQualifiedType;\n                        seenNames.forEach(types => {\n                            if (!arrayIsHomogeneous(types, ([a], [b]) => typesAreSameReference(a, b))) {\n                                for (const [type, resultIndex] of types) {\n                                    result[resultIndex] = typeToTypeNodeHelper(type, context);\n                                }\n                            }\n                        });\n                        context.flags = saveContextFlags;\n                    }\n\n                    return result;\n                }\n            }\n\n            function typesAreSameReference(a: Type, b: Type): boolean {\n                return a === b\n                    || !!a.symbol && a.symbol === b.symbol\n                    || !!a.aliasSymbol && a.aliasSymbol === b.aliasSymbol;\n            }\n\n            function indexInfoToIndexSignatureDeclarationHelper(indexInfo: IndexInfo, context: NodeBuilderContext, typeNode: TypeNode | undefined): IndexSignatureDeclaration {\n                const name = getNameFromIndexInfo(indexInfo) || \"x\";\n                const indexerTypeNode = typeToTypeNodeHelper(indexInfo.keyType, context);\n\n                const indexingParameter = factory.createParameterDeclaration(\n                    /*decorators*/ undefined,\n                    /*modifiers*/ undefined,\n                    /*dotDotDotToken*/ undefined,\n                    name,\n                    /*questionToken*/ undefined,\n                    indexerTypeNode,\n                    /*initializer*/ undefined);\n                if (!typeNode) {\n                    typeNode = typeToTypeNodeHelper(indexInfo.type || anyType, context);\n                }\n                if (!indexInfo.type && !(context.flags & NodeBuilderFlags.AllowEmptyIndexInfoType)) {\n                    context.encounteredError = true;\n                }\n                context.approximateLength += (name.length + 4);\n                return factory.createIndexSignature(\n                    /*decorators*/ undefined,\n                    indexInfo.isReadonly ? [factory.createToken(SyntaxKind.ReadonlyKeyword)] : undefined,\n                    [indexingParameter],\n                    typeNode);\n            }\n\n            interface SignatureToSignatureDeclarationOptions {\n                modifiers?: readonly Modifier[];\n                name?: PropertyName;\n                questionToken?: QuestionToken;\n                privateSymbolVisitor?: (s: Symbol) => void;\n                bundledImports?: boolean;\n            }\n\n            function signatureToSignatureDeclarationHelper(signature: Signature, kind: SignatureDeclaration[\"kind\"], context: NodeBuilderContext, options?: SignatureToSignatureDeclarationOptions): SignatureDeclaration {\n                const suppressAny = context.flags & NodeBuilderFlags.SuppressAnyReturnType;\n                if (suppressAny) context.flags &= ~NodeBuilderFlags.SuppressAnyReturnType; // suppress only toplevel `any`s\n                context.approximateLength += 3; // Usually a signature contributes a few more characters than this, but 3 is the minimum\n                let typeParameters: TypeParameterDeclaration[] | undefined;\n                let typeArguments: TypeNode[] | undefined;\n                if (context.flags & NodeBuilderFlags.WriteTypeArgumentsOfSignature && signature.target && signature.mapper && signature.target.typeParameters) {\n                    typeArguments = signature.target.typeParameters.map(parameter => typeToTypeNodeHelper(instantiateType(parameter, signature.mapper), context));\n                }\n                else {\n                    typeParameters = signature.typeParameters && signature.typeParameters.map(parameter => typeParameterToDeclaration(parameter, context));\n                }\n\n                const expandedParams = getExpandedParameters(signature, /*skipUnionExpanding*/ true)[0];\n                // If the expanded parameter list had a variadic in a non-trailing position, don't expand it\n                const parameters = (some(expandedParams, p => p !== expandedParams[expandedParams.length - 1] && !!(getCheckFlags(p) & CheckFlags.RestParameter)) ? signature.parameters : expandedParams).map(parameter => symbolToParameterDeclaration(parameter, context, kind === SyntaxKind.Constructor, options?.privateSymbolVisitor, options?.bundledImports));\n                const thisParameter = tryGetThisParameterDeclaration(signature, context);\n                if (thisParameter) {\n                    parameters.unshift(thisParameter);\n                }\n\n                let returnTypeNode: TypeNode | undefined;\n                const typePredicate = getTypePredicateOfSignature(signature);\n                if (typePredicate) {\n                    const assertsModifier = typePredicate.kind === TypePredicateKind.AssertsThis || typePredicate.kind === TypePredicateKind.AssertsIdentifier ?\n                        factory.createToken(SyntaxKind.AssertsKeyword) :\n                        undefined;\n                    const parameterName = typePredicate.kind === TypePredicateKind.Identifier || typePredicate.kind === TypePredicateKind.AssertsIdentifier ?\n                        setEmitFlags(factory.createIdentifier(typePredicate.parameterName), EmitFlags.NoAsciiEscaping) :\n                        factory.createThisTypeNode();\n                    const typeNode = typePredicate.type && typeToTypeNodeHelper(typePredicate.type, context);\n                    returnTypeNode = factory.createTypePredicateNode(assertsModifier, parameterName, typeNode);\n                }\n                else {\n                    const returnType = getReturnTypeOfSignature(signature);\n                    if (returnType && !(suppressAny && isTypeAny(returnType))) {\n                        returnTypeNode = serializeReturnTypeForSignature(context, returnType, signature, options?.privateSymbolVisitor, options?.bundledImports);\n                    }\n                    else if (!suppressAny) {\n                        returnTypeNode = factory.createKeywordTypeNode(SyntaxKind.AnyKeyword);\n                    }\n                }\n                let modifiers = options?.modifiers;\n                if ((kind === SyntaxKind.ConstructorType) && signature.flags & SignatureFlags.Abstract) {\n                    const flags = modifiersToFlags(modifiers);\n                    modifiers = factory.createModifiersFromModifierFlags(flags | ModifierFlags.Abstract);\n                }\n\n                const node =\n                    kind === SyntaxKind.CallSignature ? factory.createCallSignature(typeParameters, parameters, returnTypeNode) :\n                    kind === SyntaxKind.ConstructSignature ? factory.createConstructSignature(typeParameters, parameters, returnTypeNode) :\n                    kind === SyntaxKind.MethodSignature ? factory.createMethodSignature(modifiers, options?.name ?? factory.createIdentifier(\"\"), options?.questionToken, typeParameters, parameters, returnTypeNode) :\n                    kind === SyntaxKind.MethodDeclaration ? factory.createMethodDeclaration(/*decorators*/ undefined, modifiers, /*asteriskToken*/ undefined, options?.name ?? factory.createIdentifier(\"\"), /*questionToken*/ undefined, typeParameters, parameters, returnTypeNode, /*body*/ undefined) :\n                    kind === SyntaxKind.Constructor ? factory.createConstructorDeclaration(/*decorators*/ undefined, modifiers, parameters, /*body*/ undefined) :\n                    kind === SyntaxKind.GetAccessor ? factory.createGetAccessorDeclaration(/*decorators*/ undefined, modifiers, options?.name ?? factory.createIdentifier(\"\"), parameters, returnTypeNode, /*body*/ undefined) :\n                    kind === SyntaxKind.SetAccessor ? factory.createSetAccessorDeclaration(/*decorators*/ undefined, modifiers, options?.name ?? factory.createIdentifier(\"\"), parameters, /*body*/ undefined) :\n                    kind === SyntaxKind.IndexSignature ? factory.createIndexSignature(/*decorators*/ undefined, modifiers, parameters, returnTypeNode) :\n                    kind === SyntaxKind.JSDocFunctionType ? factory.createJSDocFunctionType(parameters, returnTypeNode) :\n                    kind === SyntaxKind.FunctionType ? factory.createFunctionTypeNode(typeParameters, parameters, returnTypeNode ?? factory.createTypeReferenceNode(factory.createIdentifier(\"\"))) :\n                    kind === SyntaxKind.ConstructorType ? factory.createConstructorTypeNode(modifiers, typeParameters, parameters, returnTypeNode ?? factory.createTypeReferenceNode(factory.createIdentifier(\"\"))) :\n                    kind === SyntaxKind.FunctionDeclaration ? factory.createFunctionDeclaration(/*decorators*/ undefined, modifiers, /*asteriskToken*/ undefined, options?.name ? cast(options.name, isIdentifier) : factory.createIdentifier(\"\"), typeParameters, parameters, returnTypeNode, /*body*/ undefined) :\n                    kind === SyntaxKind.FunctionExpression ? factory.createFunctionExpression(modifiers, /*asteriskToken*/ undefined, options?.name ? cast(options.name, isIdentifier) : factory.createIdentifier(\"\"), typeParameters, parameters, returnTypeNode, factory.createBlock([])) :\n                    kind === SyntaxKind.ArrowFunction ? factory.createArrowFunction(modifiers, typeParameters, parameters, returnTypeNode, /*equalsGreaterThanToken*/ undefined, factory.createBlock([])) :\n                    Debug.assertNever(kind);\n\n                if (typeArguments) {\n                    node.typeArguments = factory.createNodeArray(typeArguments);\n                }\n\n                return node;\n            }\n\n            function tryGetThisParameterDeclaration(signature: Signature, context: NodeBuilderContext) {\n                if (signature.thisParameter) {\n                    return symbolToParameterDeclaration(signature.thisParameter, context);\n                }\n                if (signature.declaration) {\n                    const thisTag = getJSDocThisTag(signature.declaration);\n                    if (thisTag && thisTag.typeExpression) {\n                        return factory.createParameterDeclaration(\n                            /* decorators */ undefined,\n                            /* modifiers */ undefined,\n                            /* dotDotDotToken */ undefined,\n                            \"this\",\n                            /* questionToken */ undefined,\n                            typeToTypeNodeHelper(getTypeFromTypeNode(thisTag.typeExpression), context)\n                        );\n                    }\n                }\n            }\n\n            function typeParameterToDeclarationWithConstraint(type: TypeParameter, context: NodeBuilderContext, constraintNode: TypeNode | undefined): TypeParameterDeclaration {\n                const savedContextFlags = context.flags;\n                context.flags &= ~NodeBuilderFlags.WriteTypeParametersInQualifiedName; // Avoids potential infinite loop when building for a claimspace with a generic\n                const modifiers = factory.createModifiersFromModifierFlags(getVarianceModifiers(type));\n                const name = typeParameterToName(type, context);\n                const defaultParameter = getDefaultFromTypeParameter(type);\n                const defaultParameterNode = defaultParameter && typeToTypeNodeHelper(defaultParameter, context);\n                context.flags = savedContextFlags;\n                return factory.createTypeParameterDeclaration(modifiers, name, constraintNode, defaultParameterNode);\n            }\n\n            function typeParameterToDeclaration(type: TypeParameter, context: NodeBuilderContext, constraint = getConstraintOfTypeParameter(type)): TypeParameterDeclaration {\n                const constraintNode = constraint && typeToTypeNodeHelper(constraint, context);\n                return typeParameterToDeclarationWithConstraint(type, context, constraintNode);\n            }\n\n            function symbolToParameterDeclaration(parameterSymbol: Symbol, context: NodeBuilderContext, preserveModifierFlags?: boolean, privateSymbolVisitor?: (s: Symbol) => void, bundledImports?: boolean): ParameterDeclaration {\n                let parameterDeclaration: ParameterDeclaration | JSDocParameterTag | undefined = getDeclarationOfKind<ParameterDeclaration>(parameterSymbol, SyntaxKind.Parameter);\n                if (!parameterDeclaration && !isTransientSymbol(parameterSymbol)) {\n                    parameterDeclaration = getDeclarationOfKind<JSDocParameterTag>(parameterSymbol, SyntaxKind.JSDocParameterTag);\n                }\n\n                let parameterType = getTypeOfSymbol(parameterSymbol);\n                if (parameterDeclaration && isRequiredInitializedParameter(parameterDeclaration)) {\n                    parameterType = getOptionalType(parameterType);\n                }\n                if ((context.flags & NodeBuilderFlags.NoUndefinedOptionalParameterType) && parameterDeclaration && !isJSDocParameterTag(parameterDeclaration) && isOptionalUninitializedParameter(parameterDeclaration)) {\n                    parameterType = getTypeWithFacts(parameterType, TypeFacts.NEUndefined);\n                }\n                const parameterTypeNode = serializeTypeForDeclaration(context, parameterType, parameterSymbol, context.enclosingDeclaration, privateSymbolVisitor, bundledImports);\n\n                const modifiers = !(context.flags & NodeBuilderFlags.OmitParameterModifiers) && preserveModifierFlags && parameterDeclaration && parameterDeclaration.modifiers ? parameterDeclaration.modifiers.map(factory.cloneNode) : undefined;\n                const isRest = parameterDeclaration && isRestParameter(parameterDeclaration) || getCheckFlags(parameterSymbol) & CheckFlags.RestParameter;\n                const dotDotDotToken = isRest ? factory.createToken(SyntaxKind.DotDotDotToken) : undefined;\n                const name = parameterDeclaration ? parameterDeclaration.name ?\n                    parameterDeclaration.name.kind === SyntaxKind.Identifier ? setEmitFlags(factory.cloneNode(parameterDeclaration.name), EmitFlags.NoAsciiEscaping) :\n                    parameterDeclaration.name.kind === SyntaxKind.QualifiedName ? setEmitFlags(factory.cloneNode(parameterDeclaration.name.right), EmitFlags.NoAsciiEscaping) :\n                    cloneBindingName(parameterDeclaration.name) :\n                    symbolName(parameterSymbol) :\n                    symbolName(parameterSymbol);\n                const isOptional = parameterDeclaration && isOptionalParameter(parameterDeclaration) || getCheckFlags(parameterSymbol) & CheckFlags.OptionalParameter;\n                const questionToken = isOptional ? factory.createToken(SyntaxKind.QuestionToken) : undefined;\n                const parameterNode = factory.createParameterDeclaration(\n                    /*decorators*/ undefined,\n                    modifiers,\n                    dotDotDotToken,\n                    name,\n                    questionToken,\n                    parameterTypeNode,\n                    /*initializer*/ undefined);\n                context.approximateLength += symbolName(parameterSymbol).length + 3;\n                return parameterNode;\n\n                function cloneBindingName(node: BindingName): BindingName {\n                    return elideInitializerAndSetEmitFlags(node) as BindingName;\n                    function elideInitializerAndSetEmitFlags(node: Node): Node {\n                        if (context.tracker.trackSymbol && isComputedPropertyName(node) && isLateBindableName(node)) {\n                            trackComputedName(node.expression, context.enclosingDeclaration, context);\n                        }\n                        let visited = visitEachChild(node, elideInitializerAndSetEmitFlags, nullTransformationContext, /*nodesVisitor*/ undefined, elideInitializerAndSetEmitFlags)!;\n                        if (isBindingElement(visited)) {\n                            visited = factory.updateBindingElement(\n                                visited,\n                                visited.dotDotDotToken,\n                                visited.propertyName,\n                                visited.name,\n                                /*initializer*/ undefined);\n                        }\n                        if (!nodeIsSynthesized(visited)) {\n                            visited = factory.cloneNode(visited);\n                        }\n                        return setEmitFlags(visited, EmitFlags.SingleLine | EmitFlags.NoAsciiEscaping);\n                    }\n                }\n            }\n\n            function trackComputedName(accessExpression: EntityNameOrEntityNameExpression, enclosingDeclaration: Node | undefined, context: NodeBuilderContext) {\n                if (!context.tracker.trackSymbol) return;\n                // get symbol of the first identifier of the entityName\n                const firstIdentifier = getFirstIdentifier(accessExpression);\n                const name = resolveName(firstIdentifier, firstIdentifier.escapedText, SymbolFlags.Value | SymbolFlags.ExportValue, /*nodeNotFoundErrorMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ true);\n                if (name) {\n                    context.tracker.trackSymbol(name, enclosingDeclaration, SymbolFlags.Value);\n                }\n            }\n\n            function lookupSymbolChain(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, yieldModuleSymbol?: boolean) {\n                context.tracker.trackSymbol!(symbol, context.enclosingDeclaration, meaning); // TODO: GH#18217\n                return lookupSymbolChainWorker(symbol, context, meaning, yieldModuleSymbol);\n            }\n\n            function lookupSymbolChainWorker(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, yieldModuleSymbol?: boolean) {\n                // Try to get qualified name if the symbol is not a type parameter and there is an enclosing declaration.\n                let chain: Symbol[];\n                const isTypeParameter = symbol.flags & SymbolFlags.TypeParameter;\n                if (!isTypeParameter && (context.enclosingDeclaration || context.flags & NodeBuilderFlags.UseFullyQualifiedType) && !(context.flags & NodeBuilderFlags.DoNotIncludeSymbolChain)) {\n                    chain = Debug.checkDefined(getSymbolChain(symbol, meaning, /*endOfChain*/ true));\n                    Debug.assert(chain && chain.length > 0);\n                }\n                else {\n                    chain = [symbol];\n                }\n                return chain;\n\n                /** @param endOfChain Set to false for recursive calls; non-recursive calls should always output something. */\n                function getSymbolChain(symbol: Symbol, meaning: SymbolFlags, endOfChain: boolean): Symbol[] | undefined {\n                    let accessibleSymbolChain = getAccessibleSymbolChain(symbol, context.enclosingDeclaration, meaning, !!(context.flags & NodeBuilderFlags.UseOnlyExternalAliasing));\n                    let parentSpecifiers: (string | undefined)[];\n                    if (!accessibleSymbolChain ||\n                        needsQualification(accessibleSymbolChain[0], context.enclosingDeclaration, accessibleSymbolChain.length === 1 ? meaning : getQualifiedLeftMeaning(meaning))) {\n\n                        // Go up and add our parent.\n                        const parents = getContainersOfSymbol(accessibleSymbolChain ? accessibleSymbolChain[0] : symbol, context.enclosingDeclaration, meaning);\n                        if (length(parents)) {\n                            parentSpecifiers = parents!.map(symbol =>\n                                some(symbol.declarations, hasNonGlobalAugmentationExternalModuleSymbol)\n                                    ? getSpecifierForModuleSymbol(symbol, context)\n                                    : undefined);\n                            const indices = parents!.map((_, i) => i);\n                            indices.sort(sortByBestName);\n                            const sortedParents = indices.map(i => parents![i]);\n                            for (const parent of sortedParents) {\n                                const parentChain = getSymbolChain(parent, getQualifiedLeftMeaning(meaning), /*endOfChain*/ false);\n                                if (parentChain) {\n                                    if (parent.exports && parent.exports.get(InternalSymbolName.ExportEquals) &&\n                                        getSymbolIfSameReference(parent.exports.get(InternalSymbolName.ExportEquals)!, symbol)) {\n                                        // parentChain root _is_ symbol - symbol is a module export=, so it kinda looks like it's own parent\n                                        // No need to lookup an alias for the symbol in itself\n                                        accessibleSymbolChain = parentChain;\n                                        break;\n                                    }\n                                    accessibleSymbolChain = parentChain.concat(accessibleSymbolChain || [getAliasForSymbolInContainer(parent, symbol) || symbol]);\n                                    break;\n                                }\n                            }\n                        }\n                    }\n\n                    if (accessibleSymbolChain) {\n                        return accessibleSymbolChain;\n                    }\n                    if (\n                        // If this is the last part of outputting the symbol, always output. The cases apply only to parent symbols.\n                        endOfChain ||\n                        // If a parent symbol is an anonymous type, don't write it.\n                        !(symbol.flags & (SymbolFlags.TypeLiteral | SymbolFlags.ObjectLiteral))) {\n                        // If a parent symbol is an external module, don't write it. (We prefer just `x` vs `\"foo/bar\".x`.)\n                        if (!endOfChain && !yieldModuleSymbol && !!forEach(symbol.declarations, hasNonGlobalAugmentationExternalModuleSymbol)) {\n                            return;\n                        }\n                        return [symbol];\n                    }\n\n                    function sortByBestName(a: number, b: number) {\n                        const specifierA = parentSpecifiers[a];\n                        const specifierB = parentSpecifiers[b];\n                        if (specifierA && specifierB) {\n                            const isBRelative = pathIsRelative(specifierB);\n                            if (pathIsRelative(specifierA) === isBRelative) {\n                                // Both relative or both non-relative, sort by number of parts\n                                return moduleSpecifiers.countPathComponents(specifierA) - moduleSpecifiers.countPathComponents(specifierB);\n                            }\n                            if (isBRelative) {\n                                // A is non-relative, B is relative: prefer A\n                                return -1;\n                            }\n                            // A is relative, B is non-relative: prefer B\n                            return 1;\n                        }\n                        return 0;\n                    }\n                }\n            }\n\n            function typeParametersToTypeParameterDeclarations(symbol: Symbol, context: NodeBuilderContext) {\n                let typeParameterNodes: NodeArray<TypeParameterDeclaration> | undefined;\n                const targetSymbol = getTargetSymbol(symbol);\n                if (targetSymbol.flags & (SymbolFlags.Class | SymbolFlags.Interface | SymbolFlags.TypeAlias)) {\n                    typeParameterNodes = factory.createNodeArray(map(getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol), tp => typeParameterToDeclaration(tp, context)));\n                }\n                return typeParameterNodes;\n            }\n\n            function lookupTypeParameterNodes(chain: Symbol[], index: number, context: NodeBuilderContext) {\n                Debug.assert(chain && 0 <= index && index < chain.length);\n                const symbol = chain[index];\n                const symbolId = getSymbolId(symbol);\n                if (context.typeParameterSymbolList?.has(symbolId)) {\n                    return undefined;\n                }\n                (context.typeParameterSymbolList || (context.typeParameterSymbolList = new Set())).add(symbolId);\n                let typeParameterNodes: readonly TypeNode[] | readonly TypeParameterDeclaration[] | undefined;\n                if (context.flags & NodeBuilderFlags.WriteTypeParametersInQualifiedName && index < (chain.length - 1)) {\n                    const parentSymbol = symbol;\n                    const nextSymbol = chain[index + 1];\n                    if (getCheckFlags(nextSymbol) & CheckFlags.Instantiated) {\n                        const params = getTypeParametersOfClassOrInterface(\n                            parentSymbol.flags & SymbolFlags.Alias ? resolveAlias(parentSymbol) : parentSymbol\n                        );\n                        typeParameterNodes = mapToTypeNodes(map(params, t => getMappedType(t, (nextSymbol as TransientSymbol).mapper!)), context);\n                    }\n                    else {\n                        typeParameterNodes = typeParametersToTypeParameterDeclarations(symbol, context);\n                    }\n                }\n                return typeParameterNodes;\n            }\n\n            /**\n              * Given A[B][C][D], finds A[B]\n              */\n            function getTopmostIndexedAccessType(top: IndexedAccessTypeNode): IndexedAccessTypeNode {\n                if (isIndexedAccessTypeNode(top.objectType)) {\n                    return getTopmostIndexedAccessType(top.objectType);\n                }\n                return top;\n            }\n\n            function getSpecifierForModuleSymbol(symbol: Symbol, context: NodeBuilderContext, overrideImportMode?: SourceFile[\"impliedNodeFormat\"]) {\n                let file = getDeclarationOfKind<SourceFile>(symbol, SyntaxKind.SourceFile);\n                if (!file) {\n                    const equivalentFileSymbol = firstDefined(symbol.declarations, d => getFileSymbolIfFileSymbolExportEqualsContainer(d, symbol));\n                    if (equivalentFileSymbol) {\n                        file = getDeclarationOfKind<SourceFile>(equivalentFileSymbol, SyntaxKind.SourceFile);\n                    }\n                }\n                if (file && file.moduleName !== undefined) {\n                    // Use the amd name if it is available\n                    return file.moduleName;\n                }\n                if (!file) {\n                    if (context.tracker.trackReferencedAmbientModule) {\n                        const ambientDecls = filter(symbol.declarations, isAmbientModule);\n                        if (length(ambientDecls)) {\n                            for (const decl of ambientDecls!) {\n                                context.tracker.trackReferencedAmbientModule(decl, symbol);\n                            }\n                        }\n                    }\n                    if (ambientModuleSymbolRegex.test(symbol.escapedName as string)) {\n                        return (symbol.escapedName as string).substring(1, (symbol.escapedName as string).length - 1);\n                    }\n                }\n                if (!context.enclosingDeclaration || !context.tracker.moduleResolverHost) {\n                    // If there's no context declaration, we can't lookup a non-ambient specifier, so we just use the symbol name\n                    if (ambientModuleSymbolRegex.test(symbol.escapedName as string)) {\n                        return (symbol.escapedName as string).substring(1, (symbol.escapedName as string).length - 1);\n                    }\n                    return getSourceFileOfNode(getNonAugmentationDeclaration(symbol)!).fileName; // A resolver may not be provided for baselines and errors - in those cases we use the fileName in full\n                }\n                const contextFile = getSourceFileOfNode(getOriginalNode(context.enclosingDeclaration));\n                const resolutionMode = overrideImportMode || contextFile?.impliedNodeFormat;\n                const cacheKey = getSpecifierCacheKey(contextFile.path, resolutionMode);\n                const links = getSymbolLinks(symbol);\n                let specifier = links.specifierCache && links.specifierCache.get(cacheKey);\n                if (!specifier) {\n                    const isBundle = !!outFile(compilerOptions);\n                    // For declaration bundles, we need to generate absolute paths relative to the common source dir for imports,\n                    // just like how the declaration emitter does for the ambient module declarations - we can easily accomplish this\n                    // using the `baseUrl` compiler option (which we would otherwise never use in declaration emit) and a non-relative\n                    // specifier preference\n                    const { moduleResolverHost } = context.tracker;\n                    const specifierCompilerOptions = isBundle ? { ...compilerOptions, baseUrl: moduleResolverHost.getCommonSourceDirectory() } : compilerOptions;\n                    specifier = first(moduleSpecifiers.getModuleSpecifiers(\n                        symbol,\n                        checker,\n                        specifierCompilerOptions,\n                        contextFile,\n                        moduleResolverHost,\n                        {\n                            importModuleSpecifierPreference: isBundle ? \"non-relative\" : \"project-relative\",\n                            importModuleSpecifierEnding: isBundle ? \"minimal\"\n                                : resolutionMode === ModuleKind.ESNext ? \"js\"\n                                : undefined,\n                        },\n                        { overrideImportMode }\n                    ));\n                    links.specifierCache ??= new Map();\n                    links.specifierCache.set(cacheKey, specifier);\n                }\n                return specifier;\n\n                function getSpecifierCacheKey(path: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined) {\n                    return mode === undefined ? path : `${mode}|${path}`;\n                }\n            }\n\n            function symbolToEntityNameNode(symbol: Symbol): EntityName {\n                const identifier = factory.createIdentifier(unescapeLeadingUnderscores(symbol.escapedName));\n                return symbol.parent ? factory.createQualifiedName(symbolToEntityNameNode(symbol.parent), identifier) : identifier;\n            }\n\n            function symbolToTypeNode(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, overrideTypeArguments?: readonly TypeNode[]): TypeNode {\n                const chain = lookupSymbolChain(symbol, context, meaning, !(context.flags & NodeBuilderFlags.UseAliasDefinedOutsideCurrentScope)); // If we're using aliases outside the current scope, dont bother with the module\n\n                const isTypeOf = meaning === SymbolFlags.Value;\n                if (some(chain[0].declarations, hasNonGlobalAugmentationExternalModuleSymbol)) {\n                    // module is root, must use `ImportTypeNode`\n                    const nonRootParts = chain.length > 1 ? createAccessFromSymbolChain(chain, chain.length - 1, 1) : undefined;\n                    const typeParameterNodes = overrideTypeArguments || lookupTypeParameterNodes(chain, 0, context);\n                    const contextFile = getSourceFileOfNode(getOriginalNode(context.enclosingDeclaration));\n                    const targetFile = getSourceFileOfModule(chain[0]);\n                    let specifier: string | undefined;\n                    let assertion: ImportTypeAssertionContainer | undefined;\n                    if (getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.Node12 || getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.NodeNext) {\n                        // An `import` type directed at an esm format file is only going to resolve in esm mode - set the esm mode assertion\n                        if (targetFile?.impliedNodeFormat === ModuleKind.ESNext && targetFile.impliedNodeFormat !== contextFile?.impliedNodeFormat) {\n                            specifier = getSpecifierForModuleSymbol(chain[0], context, ModuleKind.ESNext);\n                            assertion = factory.createImportTypeAssertionContainer(factory.createAssertClause(factory.createNodeArray([\n                                factory.createAssertEntry(\n                                    factory.createStringLiteral(\"resolution-mode\"),\n                                    factory.createStringLiteral(\"import\")\n                                )\n                            ])));\n                        }\n                    }\n                    if (!specifier) {\n                        specifier = getSpecifierForModuleSymbol(chain[0], context);\n                    }\n                    if (!(context.flags & NodeBuilderFlags.AllowNodeModulesRelativePaths) && getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.Classic && specifier.indexOf(\"/node_modules/\") >= 0) {\n                        const oldSpecifier = specifier;\n                        if (getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.Node12 || getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.NodeNext) {\n                            // We might be able to write a portable import type using a mode override; try specifier generation again, but with a different mode set\n                            const swappedMode = contextFile?.impliedNodeFormat === ModuleKind.ESNext ? ModuleKind.CommonJS : ModuleKind.ESNext;\n                            specifier = getSpecifierForModuleSymbol(chain[0], context, swappedMode);\n\n                            if (specifier.indexOf(\"/node_modules/\") >= 0) {\n                                // Still unreachable :(\n                                specifier = oldSpecifier;\n                            }\n                            else {\n                                assertion = factory.createImportTypeAssertionContainer(factory.createAssertClause(factory.createNodeArray([\n                                    factory.createAssertEntry(\n                                        factory.createStringLiteral(\"resolution-mode\"),\n                                        factory.createStringLiteral(swappedMode === ModuleKind.ESNext ? \"import\" : \"require\")\n                                    )\n                                ])));\n                            }\n                        }\n\n                        if (!assertion) {\n                            // If ultimately we can only name the symbol with a reference that dives into a `node_modules` folder, we should error\n                            // since declaration files with these kinds of references are liable to fail when published :(\n                            context.encounteredError = true;\n                            if (context.tracker.reportLikelyUnsafeImportRequiredError) {\n                                context.tracker.reportLikelyUnsafeImportRequiredError(oldSpecifier);\n                            }\n                        }\n                    }\n                    const lit = factory.createLiteralTypeNode(factory.createStringLiteral(specifier));\n                    if (context.tracker.trackExternalModuleSymbolOfImportTypeNode) context.tracker.trackExternalModuleSymbolOfImportTypeNode(chain[0]);\n                    context.approximateLength += specifier.length + 10; // specifier + import(\"\")\n                    if (!nonRootParts || isEntityName(nonRootParts)) {\n                        if (nonRootParts) {\n                            const lastId = isIdentifier(nonRootParts) ? nonRootParts : nonRootParts.right;\n                            lastId.typeArguments = undefined;\n                        }\n                        return factory.createImportTypeNode(lit, assertion, nonRootParts as EntityName, typeParameterNodes as readonly TypeNode[], isTypeOf);\n                    }\n                    else {\n                        const splitNode = getTopmostIndexedAccessType(nonRootParts);\n                        const qualifier = (splitNode.objectType as TypeReferenceNode).typeName;\n                        return factory.createIndexedAccessTypeNode(factory.createImportTypeNode(lit, assertion, qualifier, typeParameterNodes as readonly TypeNode[], isTypeOf), splitNode.indexType);\n                    }\n                }\n\n                const entityName = createAccessFromSymbolChain(chain, chain.length - 1, 0);\n                if (isIndexedAccessTypeNode(entityName)) {\n                    return entityName; // Indexed accesses can never be `typeof`\n                }\n                if (isTypeOf) {\n                    return factory.createTypeQueryNode(entityName);\n                }\n                else {\n                    const lastId = isIdentifier(entityName) ? entityName : entityName.right;\n                    const lastTypeArgs = lastId.typeArguments;\n                    lastId.typeArguments = undefined;\n                    return factory.createTypeReferenceNode(entityName, lastTypeArgs as NodeArray<TypeNode>);\n                }\n\n                function createAccessFromSymbolChain(chain: Symbol[], index: number, stopper: number): EntityName | IndexedAccessTypeNode {\n                    const typeParameterNodes = index === (chain.length - 1) ? overrideTypeArguments : lookupTypeParameterNodes(chain, index, context);\n                    const symbol = chain[index];\n                    const parent = chain[index - 1];\n\n                    let symbolName: string | undefined;\n                    if (index === 0) {\n                        context.flags |= NodeBuilderFlags.InInitialEntityName;\n                        symbolName = getNameOfSymbolAsWritten(symbol, context);\n                        context.approximateLength += (symbolName ? symbolName.length : 0) + 1;\n                        context.flags ^= NodeBuilderFlags.InInitialEntityName;\n                    }\n                    else {\n                        if (parent && getExportsOfSymbol(parent)) {\n                            const exports = getExportsOfSymbol(parent);\n                            forEachEntry(exports, (ex, name) => {\n                                if (getSymbolIfSameReference(ex, symbol) && !isLateBoundName(name) && name !== InternalSymbolName.ExportEquals) {\n                                    symbolName = unescapeLeadingUnderscores(name);\n                                    return true;\n                                }\n                            });\n                        }\n                    }\n\n                    if (symbolName === undefined) {\n                        const name = firstDefined(symbol.declarations, getNameOfDeclaration);\n                        if (name && isComputedPropertyName(name) && isEntityName(name.expression)) {\n                            const LHS = createAccessFromSymbolChain(chain, index - 1, stopper);\n                            if (isEntityName(LHS)) {\n                                return factory.createIndexedAccessTypeNode(factory.createParenthesizedType(factory.createTypeQueryNode(LHS)), factory.createTypeQueryNode(name.expression));\n                            }\n                            return LHS;\n                        }\n                        symbolName = getNameOfSymbolAsWritten(symbol, context);\n                    }\n                    context.approximateLength += symbolName.length + 1;\n\n                    if (!(context.flags & NodeBuilderFlags.ForbidIndexedAccessSymbolReferences) && parent &&\n                        getMembersOfSymbol(parent) && getMembersOfSymbol(parent).get(symbol.escapedName) &&\n                        getSymbolIfSameReference(getMembersOfSymbol(parent).get(symbol.escapedName)!, symbol)) {\n                        // Should use an indexed access\n                        const LHS = createAccessFromSymbolChain(chain, index - 1, stopper);\n                        if (isIndexedAccessTypeNode(LHS)) {\n                            return factory.createIndexedAccessTypeNode(LHS, factory.createLiteralTypeNode(factory.createStringLiteral(symbolName)));\n                        }\n                        else {\n                            return factory.createIndexedAccessTypeNode(factory.createTypeReferenceNode(LHS, typeParameterNodes as readonly TypeNode[]), factory.createLiteralTypeNode(factory.createStringLiteral(symbolName)));\n                        }\n                    }\n\n                    const identifier = setEmitFlags(factory.createIdentifier(symbolName, typeParameterNodes), EmitFlags.NoAsciiEscaping);\n                    identifier.symbol = symbol;\n\n                    if (index > stopper) {\n                        const LHS = createAccessFromSymbolChain(chain, index - 1, stopper);\n                        if (!isEntityName(LHS)) {\n                            return Debug.fail(\"Impossible construct - an export of an indexed access cannot be reachable\");\n                        }\n                        return factory.createQualifiedName(LHS, identifier);\n                    }\n                    return identifier;\n                }\n            }\n\n            function typeParameterShadowsNameInScope(escapedName: __String, context: NodeBuilderContext, type: TypeParameter) {\n                const result = resolveName(context.enclosingDeclaration, escapedName, SymbolFlags.Type, /*nameNotFoundArg*/ undefined, escapedName, /*isUse*/ false);\n                if (result) {\n                    if (result.flags & SymbolFlags.TypeParameter && result === type.symbol) {\n                        return false;\n                    }\n                    return true;\n                }\n                return false;\n            }\n\n            function typeParameterToName(type: TypeParameter, context: NodeBuilderContext) {\n                if (context.flags & NodeBuilderFlags.GenerateNamesForShadowedTypeParams && context.typeParameterNames) {\n                    const cached = context.typeParameterNames.get(getTypeId(type));\n                    if (cached) {\n                        return cached;\n                    }\n                }\n                let result = symbolToName(type.symbol, context, SymbolFlags.Type, /*expectsIdentifier*/ true);\n                if (!(result.kind & SyntaxKind.Identifier)) {\n                    return factory.createIdentifier(\"(Missing type parameter)\");\n                }\n                if (context.flags & NodeBuilderFlags.GenerateNamesForShadowedTypeParams) {\n                    const rawtext = result.escapedText as string;\n                    let i = context.typeParameterNamesByTextNextNameCount?.get(rawtext) || 0;\n                    let text = rawtext;\n                    while (context.typeParameterNamesByText?.has(text) || typeParameterShadowsNameInScope(text as __String, context, type)) {\n                        i++;\n                        text = `${rawtext}_${i}`;\n                    }\n                    if (text !== rawtext) {\n                        result = factory.createIdentifier(text, result.typeArguments);\n                    }\n                    // avoiding iterations of the above loop turns out to be worth it when `i` starts to get large, so we cache the max\n                    // `i` we've used thus far, to save work later\n                    (context.typeParameterNamesByTextNextNameCount ||= new Map()).set(rawtext, i);\n                    (context.typeParameterNames ||= new Map()).set(getTypeId(type), result);\n                    (context.typeParameterNamesByText ||= new Set()).add(rawtext);\n                }\n                return result;\n            }\n\n            function symbolToName(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, expectsIdentifier: true): Identifier;\n            function symbolToName(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, expectsIdentifier: false): EntityName;\n            function symbolToName(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags, expectsIdentifier: boolean): EntityName {\n                const chain = lookupSymbolChain(symbol, context, meaning);\n\n                if (expectsIdentifier && chain.length !== 1\n                    && !context.encounteredError\n                    && !(context.flags & NodeBuilderFlags.AllowQualifiedNameInPlaceOfIdentifier)) {\n                    context.encounteredError = true;\n                }\n                return createEntityNameFromSymbolChain(chain, chain.length - 1);\n\n                function createEntityNameFromSymbolChain(chain: Symbol[], index: number): EntityName {\n                    const typeParameterNodes = lookupTypeParameterNodes(chain, index, context);\n                    const symbol = chain[index];\n\n                    if (index === 0) {\n                        context.flags |= NodeBuilderFlags.InInitialEntityName;\n                    }\n                    const symbolName = getNameOfSymbolAsWritten(symbol, context);\n                    if (index === 0) {\n                        context.flags ^= NodeBuilderFlags.InInitialEntityName;\n                    }\n\n                    const identifier = setEmitFlags(factory.createIdentifier(symbolName, typeParameterNodes), EmitFlags.NoAsciiEscaping);\n                    identifier.symbol = symbol;\n\n                    return index > 0 ? factory.createQualifiedName(createEntityNameFromSymbolChain(chain, index - 1), identifier) : identifier;\n                }\n            }\n\n            function symbolToExpression(symbol: Symbol, context: NodeBuilderContext, meaning: SymbolFlags) {\n                const chain = lookupSymbolChain(symbol, context, meaning);\n\n                return createExpressionFromSymbolChain(chain, chain.length - 1);\n\n                function createExpressionFromSymbolChain(chain: Symbol[], index: number): Expression {\n                    const typeParameterNodes = lookupTypeParameterNodes(chain, index, context);\n                    const symbol = chain[index];\n\n                    if (index === 0) {\n                        context.flags |= NodeBuilderFlags.InInitialEntityName;\n                    }\n                    let symbolName = getNameOfSymbolAsWritten(symbol, context);\n                    if (index === 0) {\n                        context.flags ^= NodeBuilderFlags.InInitialEntityName;\n                    }\n                    let firstChar = symbolName.charCodeAt(0);\n\n                    if (isSingleOrDoubleQuote(firstChar) && some(symbol.declarations, hasNonGlobalAugmentationExternalModuleSymbol)) {\n                        return factory.createStringLiteral(getSpecifierForModuleSymbol(symbol, context));\n                    }\n                    const canUsePropertyAccess = firstChar === CharacterCodes.hash ?\n                        symbolName.length > 1 && isIdentifierStart(symbolName.charCodeAt(1), languageVersion) :\n                        isIdentifierStart(firstChar, languageVersion);\n                    if (index === 0 || canUsePropertyAccess) {\n                        const identifier = setEmitFlags(factory.createIdentifier(symbolName, typeParameterNodes), EmitFlags.NoAsciiEscaping);\n                        identifier.symbol = symbol;\n\n                        return index > 0 ? factory.createPropertyAccessExpression(createExpressionFromSymbolChain(chain, index - 1), identifier) : identifier;\n                    }\n                    else {\n                        if (firstChar === CharacterCodes.openBracket) {\n                            symbolName = symbolName.substring(1, symbolName.length - 1);\n                            firstChar = symbolName.charCodeAt(0);\n                        }\n                        let expression: Expression | undefined;\n                        if (isSingleOrDoubleQuote(firstChar) && !(symbol.flags & SymbolFlags.EnumMember)) {\n                            expression = factory.createStringLiteral(stripQuotes(symbolName).replace(/\\\\./g, s => s.substring(1)), firstChar === CharacterCodes.singleQuote);\n                        }\n                        else if ((\"\" + +symbolName) === symbolName) {\n                            expression = factory.createNumericLiteral(+symbolName);\n                        }\n                        if (!expression) {\n                            expression = setEmitFlags(factory.createIdentifier(symbolName, typeParameterNodes), EmitFlags.NoAsciiEscaping);\n                            expression.symbol = symbol;\n                        }\n                        return factory.createElementAccessExpression(createExpressionFromSymbolChain(chain, index - 1), expression);\n                    }\n                }\n            }\n\n            function isStringNamed(d: Declaration) {\n                const name = getNameOfDeclaration(d);\n                return !!name && isStringLiteral(name);\n            }\n\n            function isSingleQuotedStringNamed(d: Declaration) {\n                const name = getNameOfDeclaration(d);\n                return !!(name && isStringLiteral(name) && (name.singleQuote || !nodeIsSynthesized(name) && startsWith(getTextOfNode(name, /*includeTrivia*/ false), \"'\")));\n            }\n\n            function getPropertyNameNodeForSymbol(symbol: Symbol, context: NodeBuilderContext) {\n                const singleQuote = !!length(symbol.declarations) && every(symbol.declarations, isSingleQuotedStringNamed);\n                const fromNameType = getPropertyNameNodeForSymbolFromNameType(symbol, context, singleQuote);\n                if (fromNameType) {\n                    return fromNameType;\n                }\n                const rawName = unescapeLeadingUnderscores(symbol.escapedName);\n                const stringNamed = !!length(symbol.declarations) && every(symbol.declarations, isStringNamed);\n                return createPropertyNameNodeForIdentifierOrLiteral(rawName, getEmitScriptTarget(compilerOptions), singleQuote, stringNamed);\n            }\n\n            // See getNameForSymbolFromNameType for a stringy equivalent\n            function getPropertyNameNodeForSymbolFromNameType(symbol: Symbol, context: NodeBuilderContext, singleQuote?: boolean) {\n                const nameType = getSymbolLinks(symbol).nameType;\n                if (nameType) {\n                    if (nameType.flags & TypeFlags.StringOrNumberLiteral) {\n                        const name = \"\" + (nameType as StringLiteralType | NumberLiteralType).value;\n                        if (!isIdentifierText(name, getEmitScriptTarget(compilerOptions)) && !isNumericLiteralName(name)) {\n                            return factory.createStringLiteral(name, !!singleQuote);\n                        }\n                        if (isNumericLiteralName(name) && startsWith(name, \"-\")) {\n                            return factory.createComputedPropertyName(factory.createNumericLiteral(+name));\n                        }\n                        return createPropertyNameNodeForIdentifierOrLiteral(name, getEmitScriptTarget(compilerOptions));\n                    }\n                    if (nameType.flags & TypeFlags.UniqueESSymbol) {\n                        return factory.createComputedPropertyName(symbolToExpression((nameType as UniqueESSymbolType).symbol, context, SymbolFlags.Value));\n                    }\n                }\n            }\n\n            function cloneNodeBuilderContext(context: NodeBuilderContext): NodeBuilderContext {\n                const initial: NodeBuilderContext = { ...context };\n                // Make type parameters created within this context not consume the name outside this context\n                // The symbol serializer ends up creating many sibling scopes that all need \"separate\" contexts when\n                // it comes to naming things - within a normal `typeToTypeNode` call, the node builder only ever descends\n                // through the type tree, so the only cases where we could have used distinct sibling scopes was when there\n                // were multiple generic overloads with similar generated type parameter names\n                // The effect:\n                // When we write out\n                // export const x: <T>(x: T) => T\n                // export const y: <T>(x: T) => T\n                // we write it out like that, rather than as\n                // export const x: <T>(x: T) => T\n                // export const y: <T_1>(x: T_1) => T_1\n                if (initial.typeParameterNames) {\n                    initial.typeParameterNames = new Map(initial.typeParameterNames);\n                }\n                if (initial.typeParameterNamesByText) {\n                    initial.typeParameterNamesByText = new Set(initial.typeParameterNamesByText);\n                }\n                if (initial.typeParameterSymbolList) {\n                    initial.typeParameterSymbolList = new Set(initial.typeParameterSymbolList);\n                }\n                initial.tracker = wrapSymbolTrackerToReportForContext(initial, initial.tracker);\n                return initial;\n            }\n\n\n            function getDeclarationWithTypeAnnotation(symbol: Symbol, enclosingDeclaration: Node | undefined) {\n                return symbol.declarations && find(symbol.declarations, s => !!getEffectiveTypeAnnotationNode(s) && (!enclosingDeclaration || !!findAncestor(s, n => n === enclosingDeclaration)));\n            }\n\n            function existingTypeNodeIsNotReferenceOrIsReferenceWithCompatibleTypeArgumentCount(existing: TypeNode, type: Type) {\n                return !(getObjectFlags(type) & ObjectFlags.Reference) || !isTypeReferenceNode(existing) || length(existing.typeArguments) >= getMinTypeArgumentCount((type as TypeReference).target.typeParameters);\n            }\n\n            /**\n              * Unlike `typeToTypeNodeHelper`, this handles setting up the `AllowUniqueESSymbolType` flag\n              * so a `unique symbol` is returned when appropriate for the input symbol, rather than `typeof sym`\n              */\n            function serializeTypeForDeclaration(context: NodeBuilderContext, type: Type, symbol: Symbol, enclosingDeclaration: Node | undefined, includePrivateSymbol?: (s: Symbol) => void, bundled?: boolean) {\n                if (!isErrorType(type) && enclosingDeclaration) {\n                    const declWithExistingAnnotation = getDeclarationWithTypeAnnotation(symbol, enclosingDeclaration);\n                    if (declWithExistingAnnotation && !isFunctionLikeDeclaration(declWithExistingAnnotation) && !isGetAccessorDeclaration(declWithExistingAnnotation)) {\n                        // try to reuse the existing annotation\n                        const existing = getEffectiveTypeAnnotationNode(declWithExistingAnnotation)!;\n                        if (getTypeFromTypeNode(existing) === type && existingTypeNodeIsNotReferenceOrIsReferenceWithCompatibleTypeArgumentCount(existing, type)) {\n                            const result = serializeExistingTypeNode(context, existing, includePrivateSymbol, bundled);\n                            if (result) {\n                                return result;\n                            }\n                        }\n                    }\n                }\n                const oldFlags = context.flags;\n                if (type.flags & TypeFlags.UniqueESSymbol &&\n                    type.symbol === symbol && (!context.enclosingDeclaration || some(symbol.declarations, d => getSourceFileOfNode(d) === getSourceFileOfNode(context.enclosingDeclaration!)))) {\n                    context.flags |= NodeBuilderFlags.AllowUniqueESSymbolType;\n                }\n                const result = typeToTypeNodeHelper(type, context);\n                context.flags = oldFlags;\n                return result;\n            }\n\n            function serializeReturnTypeForSignature(context: NodeBuilderContext, type: Type, signature: Signature, includePrivateSymbol?: (s: Symbol) => void, bundled?: boolean) {\n                if (!isErrorType(type) && context.enclosingDeclaration) {\n                    const annotation = signature.declaration && getEffectiveReturnTypeNode(signature.declaration);\n                    if (!!findAncestor(annotation, n => n === context.enclosingDeclaration) && annotation) {\n                        const annotated = getTypeFromTypeNode(annotation);\n                        const thisInstantiated = annotated.flags & TypeFlags.TypeParameter && (annotated as TypeParameter).isThisType ? instantiateType(annotated, signature.mapper) : annotated;\n                        if (thisInstantiated === type && existingTypeNodeIsNotReferenceOrIsReferenceWithCompatibleTypeArgumentCount(annotation, type)) {\n                            const result = serializeExistingTypeNode(context, annotation, includePrivateSymbol, bundled);\n                            if (result) {\n                                return result;\n                            }\n                        }\n                    }\n                }\n                return typeToTypeNodeHelper(type, context);\n            }\n\n            function trackExistingEntityName<T extends EntityNameOrEntityNameExpression>(node: T, context: NodeBuilderContext, includePrivateSymbol?: (s: Symbol) => void) {\n                let introducesError = false;\n                const leftmost = getFirstIdentifier(node);\n                if (isInJSFile(node) && (isExportsIdentifier(leftmost) || isModuleExportsAccessExpression(leftmost.parent) || (isQualifiedName(leftmost.parent) && isModuleIdentifier(leftmost.parent.left) && isExportsIdentifier(leftmost.parent.right)))) {\n                    introducesError = true;\n                    return { introducesError, node };\n                }\n                const sym = resolveEntityName(leftmost, SymbolFlags.All, /*ignoreErrors*/ true, /*dontResolveALias*/ true);\n                if (sym) {\n                    if (isSymbolAccessible(sym, context.enclosingDeclaration, SymbolFlags.All, /*shouldComputeAliasesToMakeVisible*/ false).accessibility !== SymbolAccessibility.Accessible) {\n                        introducesError = true;\n                    }\n                    else {\n                        context.tracker?.trackSymbol?.(sym, context.enclosingDeclaration, SymbolFlags.All);\n                        includePrivateSymbol?.(sym);\n                    }\n                    if (isIdentifier(node)) {\n                        const type = getDeclaredTypeOfSymbol(sym);\n                        const name = sym.flags & SymbolFlags.TypeParameter && !isTypeSymbolAccessible(type.symbol, context.enclosingDeclaration) ? typeParameterToName(type, context) : factory.cloneNode(node);\n                        name.symbol = sym; // for quickinfo, which uses identifier symbol information\n                        return { introducesError, node: setEmitFlags(setOriginalNode(name, node), EmitFlags.NoAsciiEscaping) };\n                    }\n                }\n\n                return { introducesError, node };\n            }\n\n            function serializeExistingTypeNode(context: NodeBuilderContext, existing: TypeNode, includePrivateSymbol?: (s: Symbol) => void, bundled?: boolean) {\n                if (cancellationToken && cancellationToken.throwIfCancellationRequested) {\n                    cancellationToken.throwIfCancellationRequested();\n                }\n                let hadError = false;\n                const file = getSourceFileOfNode(existing);\n                const transformed = visitNode(existing, visitExistingNodeTreeSymbols);\n                if (hadError) {\n                    return undefined;\n                }\n                return transformed === existing ? setTextRange(factory.cloneNode(existing), existing) : transformed;\n\n                function visitExistingNodeTreeSymbols<T extends Node>(node: T): Node {\n                    // We don't _actually_ support jsdoc namepath types, emit `any` instead\n                    if (isJSDocAllType(node) || node.kind === SyntaxKind.JSDocNamepathType) {\n                        return factory.createKeywordTypeNode(SyntaxKind.AnyKeyword);\n                    }\n                    if (isJSDocUnknownType(node)) {\n                        return factory.createKeywordTypeNode(SyntaxKind.UnknownKeyword);\n                    }\n                    if (isJSDocNullableType(node)) {\n                        return factory.createUnionTypeNode([visitNode(node.type, visitExistingNodeTreeSymbols), factory.createLiteralTypeNode(factory.createNull())]);\n                    }\n                    if (isJSDocOptionalType(node)) {\n                        return factory.createUnionTypeNode([visitNode(node.type, visitExistingNodeTreeSymbols), factory.createKeywordTypeNode(SyntaxKind.UndefinedKeyword)]);\n                    }\n                    if (isJSDocNonNullableType(node)) {\n                        return visitNode(node.type, visitExistingNodeTreeSymbols);\n                    }\n                    if (isJSDocVariadicType(node)) {\n                        return factory.createArrayTypeNode(visitNode((node as JSDocVariadicType).type, visitExistingNodeTreeSymbols));\n                    }\n                    if (isJSDocTypeLiteral(node)) {\n                        return factory.createTypeLiteralNode(map(node.jsDocPropertyTags, t => {\n                            const name = isIdentifier(t.name) ? t.name : t.name.right;\n                            const typeViaParent = getTypeOfPropertyOfType(getTypeFromTypeNode(node), name.escapedText);\n                            const overrideTypeNode = typeViaParent && t.typeExpression && getTypeFromTypeNode(t.typeExpression.type) !== typeViaParent ? typeToTypeNodeHelper(typeViaParent, context) : undefined;\n\n                            return factory.createPropertySignature(\n                                /*modifiers*/ undefined,\n                                name,\n                                t.isBracketed || t.typeExpression && isJSDocOptionalType(t.typeExpression.type) ? factory.createToken(SyntaxKind.QuestionToken) : undefined,\n                                overrideTypeNode || (t.typeExpression && visitNode(t.typeExpression.type, visitExistingNodeTreeSymbols)) || factory.createKeywordTypeNode(SyntaxKind.AnyKeyword)\n                            );\n                        }));\n                    }\n                    if (isTypeReferenceNode(node) && isIdentifier(node.typeName) && node.typeName.escapedText === \"\") {\n                        return setOriginalNode(factory.createKeywordTypeNode(SyntaxKind.AnyKeyword), node);\n                    }\n                    if ((isExpressionWithTypeArguments(node) || isTypeReferenceNode(node)) && isJSDocIndexSignature(node)) {\n                        return factory.createTypeLiteralNode([factory.createIndexSignature(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            [factory.createParameterDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                /*dotdotdotToken*/ undefined,\n                                \"x\",\n                                /*questionToken*/ undefined,\n                                visitNode(node.typeArguments![0], visitExistingNodeTreeSymbols)\n                            )],\n                            visitNode(node.typeArguments![1], visitExistingNodeTreeSymbols)\n                        )]);\n                    }\n                    if (isJSDocFunctionType(node)) {\n                        if (isJSDocConstructSignature(node)) {\n                            let newTypeNode: TypeNode | undefined;\n                            return factory.createConstructorTypeNode(\n                                node.modifiers,\n                                visitNodes(node.typeParameters, visitExistingNodeTreeSymbols),\n                                mapDefined(node.parameters, (p, i) => p.name && isIdentifier(p.name) && p.name.escapedText === \"new\" ? (newTypeNode = p.type, undefined) : factory.createParameterDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    getEffectiveDotDotDotForParameter(p),\n                                    getNameForJSDocFunctionParameter(p, i),\n                                    p.questionToken,\n                                    visitNode(p.type, visitExistingNodeTreeSymbols),\n                                    /*initializer*/ undefined\n                                )),\n                                visitNode(newTypeNode || node.type, visitExistingNodeTreeSymbols) || factory.createKeywordTypeNode(SyntaxKind.AnyKeyword)\n                            );\n                        }\n                        else {\n                            return factory.createFunctionTypeNode(\n                                visitNodes(node.typeParameters, visitExistingNodeTreeSymbols),\n                                map(node.parameters, (p, i) => factory.createParameterDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    getEffectiveDotDotDotForParameter(p),\n                                    getNameForJSDocFunctionParameter(p, i),\n                                    p.questionToken,\n                                    visitNode(p.type, visitExistingNodeTreeSymbols),\n                                    /*initializer*/ undefined\n                                )),\n                                visitNode(node.type, visitExistingNodeTreeSymbols) || factory.createKeywordTypeNode(SyntaxKind.AnyKeyword)\n                            );\n                        }\n                    }\n                    if (isTypeReferenceNode(node) && isInJSDoc(node) && (!existingTypeNodeIsNotReferenceOrIsReferenceWithCompatibleTypeArgumentCount(node, getTypeFromTypeNode(node)) || getIntendedTypeFromJSDocTypeReference(node) || unknownSymbol === resolveTypeReferenceName(node, SymbolFlags.Type, /*ignoreErrors*/ true))) {\n                        return setOriginalNode(typeToTypeNodeHelper(getTypeFromTypeNode(node), context), node);\n                    }\n                    if (isLiteralImportTypeNode(node)) {\n                        const nodeSymbol = getNodeLinks(node).resolvedSymbol;\n                        if (isInJSDoc(node) &&\n                            nodeSymbol &&\n                            (\n                                // The import type resolved using jsdoc fallback logic\n                                (!node.isTypeOf && !(nodeSymbol.flags & SymbolFlags.Type)) ||\n                                // The import type had type arguments autofilled by js fallback logic\n                                !(length(node.typeArguments) >= getMinTypeArgumentCount(getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(nodeSymbol)))\n                            )\n                        ) {\n                            return setOriginalNode(typeToTypeNodeHelper(getTypeFromTypeNode(node), context), node);\n                        }\n                        return factory.updateImportTypeNode(\n                            node,\n                            factory.updateLiteralTypeNode(node.argument, rewriteModuleSpecifier(node, node.argument.literal)),\n                            node.qualifier,\n                            visitNodes(node.typeArguments, visitExistingNodeTreeSymbols, isTypeNode),\n                            node.isTypeOf\n                        );\n                    }\n\n                    if (isEntityName(node) || isEntityNameExpression(node)) {\n                        const { introducesError, node: result } = trackExistingEntityName(node, context, includePrivateSymbol);\n                        hadError = hadError || introducesError;\n                        if (result !== node) {\n                            return result;\n                        }\n                    }\n\n                    if (file && isTupleTypeNode(node) && (getLineAndCharacterOfPosition(file, node.pos).line === getLineAndCharacterOfPosition(file, node.end).line)) {\n                        setEmitFlags(node, EmitFlags.SingleLine);\n                    }\n\n                    return visitEachChild(node, visitExistingNodeTreeSymbols, nullTransformationContext);\n\n                    function getEffectiveDotDotDotForParameter(p: ParameterDeclaration) {\n                        return p.dotDotDotToken || (p.type && isJSDocVariadicType(p.type) ? factory.createToken(SyntaxKind.DotDotDotToken) : undefined);\n                    }\n\n                    /** Note that `new:T` parameters are not handled, but should be before calling this function. */\n                    function getNameForJSDocFunctionParameter(p: ParameterDeclaration, index: number) {\n                        return p.name && isIdentifier(p.name) && p.name.escapedText === \"this\" ? \"this\"\n                            : getEffectiveDotDotDotForParameter(p) ? `args`\n                            : `arg${index}`;\n                    }\n\n                    function rewriteModuleSpecifier(parent: ImportTypeNode, lit: StringLiteral) {\n                        if (bundled) {\n                            if (context.tracker && context.tracker.moduleResolverHost) {\n                                const targetFile = getExternalModuleFileFromDeclaration(parent);\n                                if (targetFile) {\n                                    const getCanonicalFileName = createGetCanonicalFileName(!!host.useCaseSensitiveFileNames);\n                                    const resolverHost = {\n                                        getCanonicalFileName,\n                                        getCurrentDirectory: () => context.tracker.moduleResolverHost!.getCurrentDirectory(),\n                                        getCommonSourceDirectory: () => context.tracker.moduleResolverHost!.getCommonSourceDirectory()\n                                    };\n                                    const newName = getResolvedExternalModuleName(resolverHost, targetFile);\n                                    return factory.createStringLiteral(newName);\n                                }\n                            }\n                        }\n                        else {\n                            if (context.tracker && context.tracker.trackExternalModuleSymbolOfImportTypeNode) {\n                                const moduleSym = resolveExternalModuleNameWorker(lit, lit, /*moduleNotFoundError*/ undefined);\n                                if (moduleSym) {\n                                    context.tracker.trackExternalModuleSymbolOfImportTypeNode(moduleSym);\n                                }\n                            }\n                        }\n                        return lit;\n                    }\n                }\n            }\n\n            function symbolTableToDeclarationStatements(symbolTable: SymbolTable, context: NodeBuilderContext, bundled?: boolean): Statement[] {\n                const serializePropertySymbolForClass = makeSerializePropertySymbol<ClassElement>(factory.createPropertyDeclaration, SyntaxKind.MethodDeclaration, /*useAcessors*/ true);\n                const serializePropertySymbolForInterfaceWorker = makeSerializePropertySymbol<TypeElement>((_decorators, mods, name, question, type) => factory.createPropertySignature(mods, name, question, type), SyntaxKind.MethodSignature, /*useAcessors*/ false);\n\n                // TODO: Use `setOriginalNode` on original declaration names where possible so these declarations see some kind of\n                // declaration mapping\n\n                // We save the enclosing declaration off here so it's not adjusted by well-meaning declaration\n                // emit codepaths which want to apply more specific contexts (so we can still refer to the root real declaration\n                // we're trying to emit from later on)\n                const enclosingDeclaration = context.enclosingDeclaration!;\n                let results: Statement[] = [];\n                const visitedSymbols = new Set<number>();\n                const deferredPrivatesStack: ESMap<SymbolId, Symbol>[] = [];\n                const oldcontext = context;\n                context = {\n                    ...oldcontext,\n                    usedSymbolNames: new Set(oldcontext.usedSymbolNames),\n                    remappedSymbolNames: new Map(),\n                    tracker: {\n                        ...oldcontext.tracker,\n                        trackSymbol: (sym, decl, meaning) => {\n                            const accessibleResult = isSymbolAccessible(sym, decl, meaning, /*computeAliases*/ false);\n                            if (accessibleResult.accessibility === SymbolAccessibility.Accessible) {\n                                // Lookup the root symbol of the chain of refs we'll use to access it and serialize it\n                                const chain = lookupSymbolChainWorker(sym, context, meaning);\n                                if (!(sym.flags & SymbolFlags.Property)) {\n                                    includePrivateSymbol(chain[0]);\n                                }\n                            }\n                            else if (oldcontext.tracker && oldcontext.tracker.trackSymbol) {\n                                return oldcontext.tracker.trackSymbol(sym, decl, meaning);\n                            }\n                            return false;\n                        },\n                    },\n                };\n                context.tracker = wrapSymbolTrackerToReportForContext(context, context.tracker);\n                forEachEntry(symbolTable, (symbol, name) => {\n                    const baseName = unescapeLeadingUnderscores(name);\n                    void getInternalSymbolName(symbol, baseName); // Called to cache values into `usedSymbolNames` and `remappedSymbolNames`\n                });\n                let addingDeclare = !bundled;\n                const exportEquals = symbolTable.get(InternalSymbolName.ExportEquals);\n                if (exportEquals && symbolTable.size > 1 && exportEquals.flags & SymbolFlags.Alias) {\n                    symbolTable = createSymbolTable();\n                    // Remove extraneous elements from root symbol table (they'll be mixed back in when the target of the `export=` is looked up)\n                    symbolTable.set(InternalSymbolName.ExportEquals, exportEquals);\n                }\n\n                visitSymbolTable(symbolTable);\n                return mergeRedundantStatements(results);\n\n                function isIdentifierAndNotUndefined(node: Node | undefined): node is Identifier {\n                    return !!node && node.kind === SyntaxKind.Identifier;\n                }\n\n                function getNamesOfDeclaration(statement: Statement): Identifier[] {\n                    if (isVariableStatement(statement)) {\n                        return filter(map(statement.declarationList.declarations, getNameOfDeclaration), isIdentifierAndNotUndefined);\n                    }\n                    return filter([getNameOfDeclaration(statement as DeclarationStatement)], isIdentifierAndNotUndefined);\n                }\n\n                function flattenExportAssignedNamespace(statements: Statement[]) {\n                    const exportAssignment = find(statements, isExportAssignment);\n                    const nsIndex = findIndex(statements, isModuleDeclaration);\n                    let ns = nsIndex !== -1 ? statements[nsIndex] as ModuleDeclaration : undefined;\n                    if (ns && exportAssignment && exportAssignment.isExportEquals &&\n                        isIdentifier(exportAssignment.expression) && isIdentifier(ns.name) && idText(ns.name) === idText(exportAssignment.expression) &&\n                        ns.body && isModuleBlock(ns.body)) {\n                        // Pass 0: Correct situations where a module has both an `export = ns` and multiple top-level exports by stripping the export modifiers from\n                        //  the top-level exports and exporting them in the targeted ns, as can occur when a js file has both typedefs and `module.export` assignments\n                        const excessExports = filter(statements, s => !!(getEffectiveModifierFlags(s) & ModifierFlags.Export));\n                        const name = ns.name;\n                        let body = ns.body;\n                        if (length(excessExports)) {\n                            ns = factory.updateModuleDeclaration(\n                                ns,\n                                ns.decorators,\n                                ns.modifiers,\n                                ns.name,\n                                body = factory.updateModuleBlock(\n                                    body,\n                                    factory.createNodeArray([...ns.body.statements, factory.createExportDeclaration(\n                                        /*decorators*/ undefined,\n                                        /*modifiers*/ undefined,\n                                        /*isTypeOnly*/ false,\n                                        factory.createNamedExports(map(flatMap(excessExports, e => getNamesOfDeclaration(e)), id => factory.createExportSpecifier(/*isTypeOnly*/ false, /*alias*/ undefined, id))),\n                                        /*moduleSpecifier*/ undefined\n                                    )])\n                                )\n                            );\n                            statements = [...statements.slice(0, nsIndex), ns, ...statements.slice(nsIndex + 1)];\n                        }\n\n                        // Pass 1: Flatten `export namespace _exports {} export = _exports;` so long as the `export=` only points at a single namespace declaration\n                        if (!find(statements, s => s !== ns && nodeHasName(s, name))) {\n                            results = [];\n                            // If the namespace contains no export assignments or declarations, and no declarations flagged with `export`, then _everything_ is exported -\n                            // to respect this as the top level, we need to add an `export` modifier to everything\n                            const mixinExportFlag = !some(body.statements, s => hasSyntacticModifier(s, ModifierFlags.Export) || isExportAssignment(s) || isExportDeclaration(s));\n                            forEach(body.statements, s => {\n                                addResult(s, mixinExportFlag ? ModifierFlags.Export : ModifierFlags.None); // Recalculates the ambient (and export, if applicable from above) flag\n                            });\n                            statements = [...filter(statements, s => s !== ns && s !== exportAssignment), ...results];\n                        }\n                    }\n                    return statements;\n                }\n\n                function mergeExportDeclarations(statements: Statement[]) {\n                    // Pass 2: Combine all `export {}` declarations\n                    const exports = filter(statements, d => isExportDeclaration(d) && !d.moduleSpecifier && !!d.exportClause && isNamedExports(d.exportClause)) as ExportDeclaration[];\n                    if (length(exports) > 1) {\n                        const nonExports = filter(statements, d => !isExportDeclaration(d) || !!d.moduleSpecifier || !d.exportClause);\n                        statements = [...nonExports, factory.createExportDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            /*isTypeOnly*/ false,\n                            factory.createNamedExports(flatMap(exports, e => cast(e.exportClause, isNamedExports).elements)),\n                            /*moduleSpecifier*/ undefined\n                        )];\n                    }\n                    // Pass 2b: Also combine all `export {} from \"...\"` declarations as needed\n                    const reexports = filter(statements, d => isExportDeclaration(d) && !!d.moduleSpecifier && !!d.exportClause && isNamedExports(d.exportClause)) as ExportDeclaration[];\n                    if (length(reexports) > 1) {\n                        const groups = group(reexports, decl => isStringLiteral(decl.moduleSpecifier!) ? \">\" + decl.moduleSpecifier.text : \">\");\n                        if (groups.length !== reexports.length) {\n                            for (const group of groups) {\n                                if (group.length > 1) {\n                                    // remove group members from statements and then merge group members and add back to statements\n                                    statements = [\n                                        ...filter(statements, s => group.indexOf(s as ExportDeclaration) === -1),\n                                        factory.createExportDeclaration(\n                                            /*decorators*/ undefined,\n                                            /*modifiers*/ undefined,\n                                            /*isTypeOnly*/ false,\n                                            factory.createNamedExports(flatMap(group, e => cast(e.exportClause, isNamedExports).elements)),\n                                            group[0].moduleSpecifier\n                                        )\n                                    ];\n                                }\n                            }\n                        }\n                    }\n                    return statements;\n                }\n\n                function inlineExportModifiers(statements: Statement[]) {\n                    // Pass 3: Move all `export {}`'s to `export` modifiers where possible\n                    const index = findIndex(statements, d => isExportDeclaration(d) && !d.moduleSpecifier && !d.assertClause && !!d.exportClause && isNamedExports(d.exportClause));\n                    if (index >= 0) {\n                        const exportDecl = statements[index] as ExportDeclaration & { readonly exportClause: NamedExports };\n                        const replacements = mapDefined(exportDecl.exportClause.elements, e => {\n                            if (!e.propertyName) {\n                                // export {name} - look thru `statements` for `name`, and if all results can take an `export` modifier, do so and filter it\n                                const indices = indicesOf(statements);\n                                const associatedIndices = filter(indices, i => nodeHasName(statements[i], e.name));\n                                if (length(associatedIndices) && every(associatedIndices, i => canHaveExportModifier(statements[i]))) {\n                                    for (const index of associatedIndices) {\n                                        statements[index] = addExportModifier(statements[index] as Extract<HasModifiers, Statement>);\n                                    }\n                                    return undefined;\n                                }\n                            }\n                            return e;\n                        });\n                        if (!length(replacements)) {\n                            // all clauses removed, remove the export declaration\n                            orderedRemoveItemAt(statements, index);\n                        }\n                        else {\n                            // some items filtered, others not - update the export declaration\n                            statements[index] = factory.updateExportDeclaration(\n                                exportDecl,\n                                exportDecl.decorators,\n                                exportDecl.modifiers,\n                                exportDecl.isTypeOnly,\n                                factory.updateNamedExports(\n                                    exportDecl.exportClause,\n                                    replacements\n                                ),\n                                exportDecl.moduleSpecifier,\n                                exportDecl.assertClause\n                            );\n                        }\n                    }\n                    return statements;\n                }\n\n                function mergeRedundantStatements(statements: Statement[]) {\n                    statements = flattenExportAssignedNamespace(statements);\n                    statements = mergeExportDeclarations(statements);\n                    statements = inlineExportModifiers(statements);\n\n                    // Not a cleanup, but as a final step: If there is a mix of `export` and non-`export` declarations, but no `export =` or `export {}` add a `export {};` so\n                    // declaration privacy is respected.\n                    if (enclosingDeclaration &&\n                        ((isSourceFile(enclosingDeclaration) && isExternalOrCommonJsModule(enclosingDeclaration)) || isModuleDeclaration(enclosingDeclaration)) &&\n                        (!some(statements, isExternalModuleIndicator) || (!hasScopeMarker(statements) && some(statements, needsScopeMarker)))) {\n                        statements.push(createEmptyExports(factory));\n                    }\n                    return statements;\n                }\n\n                function canHaveExportModifier(node: Statement): node is Extract<HasModifiers, Statement> {\n                    return isEnumDeclaration(node) ||\n                            isVariableStatement(node) ||\n                            isFunctionDeclaration(node) ||\n                            isClassDeclaration(node) ||\n                            (isModuleDeclaration(node) && !isExternalModuleAugmentation(node) && !isGlobalScopeAugmentation(node)) ||\n                            isInterfaceDeclaration(node) ||\n                            isTypeDeclaration(node);\n                }\n\n                function addExportModifier(node: Extract<HasModifiers, Statement>) {\n                    const flags = (getEffectiveModifierFlags(node) | ModifierFlags.Export) & ~ModifierFlags.Ambient;\n                    return factory.updateModifiers(node, flags);\n                }\n\n                function removeExportModifier(node: Extract<HasModifiers, Statement>) {\n                    const flags = getEffectiveModifierFlags(node) & ~ModifierFlags.Export;\n                    return factory.updateModifiers(node, flags);\n                }\n\n                function visitSymbolTable(symbolTable: SymbolTable, suppressNewPrivateContext?: boolean, propertyAsAlias?: boolean) {\n                    if (!suppressNewPrivateContext) {\n                        deferredPrivatesStack.push(new Map());\n                    }\n                    symbolTable.forEach((symbol: Symbol) => {\n                        serializeSymbol(symbol, /*isPrivate*/ false, !!propertyAsAlias);\n                    });\n                    if (!suppressNewPrivateContext) {\n                        // deferredPrivates will be filled up by visiting the symbol table\n                        // And will continue to iterate as elements are added while visited `deferredPrivates`\n                        // (As that's how a map iterator is defined to work)\n                        deferredPrivatesStack[deferredPrivatesStack.length - 1].forEach((symbol: Symbol) => {\n                            serializeSymbol(symbol, /*isPrivate*/ true, !!propertyAsAlias);\n                        });\n                        deferredPrivatesStack.pop();\n                    }\n                }\n\n                function serializeSymbol(symbol: Symbol, isPrivate: boolean, propertyAsAlias: boolean) {\n                    // cache visited list based on merged symbol, since we want to use the unmerged top-level symbol, but\n                    // still skip reserializing it if we encounter the merged product later on\n                    const visitedSym = getMergedSymbol(symbol);\n                    if (visitedSymbols.has(getSymbolId(visitedSym))) {\n                        return; // Already printed\n                    }\n                    visitedSymbols.add(getSymbolId(visitedSym));\n                    // Only actually serialize symbols within the correct enclosing declaration, otherwise do nothing with the out-of-context symbol\n                    const skipMembershipCheck = !isPrivate; // We only call this on exported symbols when we know they're in the correct scope\n                    if (skipMembershipCheck || (!!length(symbol.declarations) && some(symbol.declarations, d => !!findAncestor(d, n => n === enclosingDeclaration)))) {\n                        const oldContext = context;\n                        context = cloneNodeBuilderContext(context);\n                        const result = serializeSymbolWorker(symbol, isPrivate, propertyAsAlias);\n                        if (context.reportedDiagnostic) {\n                            oldcontext.reportedDiagnostic = context.reportedDiagnostic; // hoist diagnostic result into outer context\n                        }\n                        context = oldContext;\n                        return result;\n                    }\n                }\n\n\n                // Synthesize declarations for a symbol - might be an Interface, a Class, a Namespace, a Type, a Variable (const, let, or var), an Alias\n                // or a merge of some number of those.\n                // An interesting challenge is ensuring that when classes merge with namespaces and interfaces, is keeping\n                // each symbol in only one of the representations\n                // Also, synthesizing a default export of some kind\n                // If it's an alias: emit `export default ref`\n                // If it's a property: emit `export default _default` with a `_default` prop\n                // If it's a class/interface/function: emit a class/interface/function with a `default` modifier\n                // These forms can merge, eg (`export default 12; export default interface A {}`)\n                function serializeSymbolWorker(symbol: Symbol, isPrivate: boolean, propertyAsAlias: boolean) {\n                    const symbolName = unescapeLeadingUnderscores(symbol.escapedName);\n                    const isDefault = symbol.escapedName === InternalSymbolName.Default;\n                    if (isPrivate && !(context.flags & NodeBuilderFlags.AllowAnonymousIdentifier) && isStringANonContextualKeyword(symbolName) && !isDefault) {\n                        // Oh no. We cannot use this symbol's name as it's name... It's likely some jsdoc had an invalid name like `export` or `default` :(\n                        context.encounteredError = true;\n                        // TODO: Issue error via symbol tracker?\n                        return; // If we need to emit a private with a keyword name, we're done for, since something else will try to refer to it by that name\n                    }\n                    let needsPostExportDefault = isDefault && !!(\n                            symbol.flags & SymbolFlags.ExportDoesNotSupportDefaultModifier\n                        || (symbol.flags & SymbolFlags.Function && length(getPropertiesOfType(getTypeOfSymbol(symbol))))\n                    ) && !(symbol.flags & SymbolFlags.Alias); // An alias symbol should preclude needing to make an alias ourselves\n                    let needsExportDeclaration = !needsPostExportDefault && !isPrivate && isStringANonContextualKeyword(symbolName) && !isDefault;\n                    // `serializeVariableOrProperty` will handle adding the export declaration if it is run (since `getInternalSymbolName` will create the name mapping), so we need to ensuer we unset `needsExportDeclaration` if it is\n                    if (needsPostExportDefault || needsExportDeclaration) {\n                        isPrivate = true;\n                    }\n                    const modifierFlags = (!isPrivate ? ModifierFlags.Export : 0) | (isDefault && !needsPostExportDefault ? ModifierFlags.Default : 0);\n                    const isConstMergedWithNS = symbol.flags & SymbolFlags.Module &&\n                        symbol.flags & (SymbolFlags.BlockScopedVariable | SymbolFlags.FunctionScopedVariable | SymbolFlags.Property) &&\n                        symbol.escapedName !== InternalSymbolName.ExportEquals;\n                    const isConstMergedWithNSPrintableAsSignatureMerge = isConstMergedWithNS && isTypeRepresentableAsFunctionNamespaceMerge(getTypeOfSymbol(symbol), symbol);\n                    if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method) || isConstMergedWithNSPrintableAsSignatureMerge) {\n                        serializeAsFunctionNamespaceMerge(getTypeOfSymbol(symbol), symbol, getInternalSymbolName(symbol, symbolName), modifierFlags);\n                    }\n                    if (symbol.flags & SymbolFlags.TypeAlias) {\n                        serializeTypeAlias(symbol, symbolName, modifierFlags);\n                    }\n                    // Need to skip over export= symbols below - json source files get a single `Property` flagged\n                    // symbol of name `export=` which needs to be handled like an alias. It's not great, but it is what it is.\n                    if (symbol.flags & (SymbolFlags.BlockScopedVariable | SymbolFlags.FunctionScopedVariable | SymbolFlags.Property)\n                        && symbol.escapedName !== InternalSymbolName.ExportEquals\n                        && !(symbol.flags & SymbolFlags.Prototype)\n                        && !(symbol.flags & SymbolFlags.Class)\n                        && !isConstMergedWithNSPrintableAsSignatureMerge) {\n                        if (propertyAsAlias) {\n                            const createdExport = serializeMaybeAliasAssignment(symbol);\n                            if (createdExport) {\n                                needsExportDeclaration = false;\n                                needsPostExportDefault = false;\n                            }\n                        }\n                        else {\n                            const type = getTypeOfSymbol(symbol);\n                            const localName = getInternalSymbolName(symbol, symbolName);\n                            if (!(symbol.flags & SymbolFlags.Function) && isTypeRepresentableAsFunctionNamespaceMerge(type, symbol)) {\n                                // If the type looks like a function declaration + ns could represent it, and it's type is sourced locally, rewrite it into a function declaration + ns\n                                serializeAsFunctionNamespaceMerge(type, symbol, localName, modifierFlags);\n                            }\n                            else {\n                                // A Class + Property merge is made for a `module.exports.Member = class {}`, and it doesn't serialize well as either a class _or_ a property symbol - in fact, _it behaves like an alias!_\n                                // `var` is `FunctionScopedVariable`, `const` and `let` are `BlockScopedVariable`, and `module.exports.thing =` is `Property`\n                                const flags = !(symbol.flags & SymbolFlags.BlockScopedVariable)\n                                    ? symbol.parent?.valueDeclaration && isSourceFile(symbol.parent?.valueDeclaration)\n                                        ? NodeFlags.Const // exports are immutable in es6, which is what we emulate and check; so it's safe to mark all exports as `const` (there's no difference to consumers, but it allows unique symbol type declarations)\n                                        : undefined\n                                    : isConstVariable(symbol)\n                                        ? NodeFlags.Const\n                                        : NodeFlags.Let;\n                                const name = (needsPostExportDefault || !(symbol.flags & SymbolFlags.Property)) ? localName : getUnusedName(localName, symbol);\n                                let textRange: Node | undefined = symbol.declarations && find(symbol.declarations, d => isVariableDeclaration(d));\n                                if (textRange && isVariableDeclarationList(textRange.parent) && textRange.parent.declarations.length === 1) {\n                                    textRange = textRange.parent.parent;\n                                }\n                                const propertyAccessRequire = symbol.declarations?.find(isPropertyAccessExpression);\n                                if (propertyAccessRequire && isBinaryExpression(propertyAccessRequire.parent) && isIdentifier(propertyAccessRequire.parent.right)\n                                    && type.symbol?.valueDeclaration && isSourceFile(type.symbol.valueDeclaration)) {\n                                    const alias = localName === propertyAccessRequire.parent.right.escapedText ? undefined : propertyAccessRequire.parent.right;\n                                    addResult(\n                                        factory.createExportDeclaration(\n                                            /*decorators*/ undefined,\n                                            /*modifiers*/ undefined,\n                                            /*isTypeOnly*/ false,\n                                            factory.createNamedExports([factory.createExportSpecifier(/*isTypeOnly*/ false, alias, localName)])\n                                        ),\n                                        ModifierFlags.None\n                                    );\n                                    context.tracker.trackSymbol!(type.symbol, context.enclosingDeclaration, SymbolFlags.Value);\n                                }\n                                else {\n                                    const statement = setTextRange(factory.createVariableStatement(/*modifiers*/ undefined, factory.createVariableDeclarationList([\n                                        factory.createVariableDeclaration(name, /*exclamationToken*/ undefined, serializeTypeForDeclaration(context, type, symbol, enclosingDeclaration, includePrivateSymbol, bundled))\n                                    ], flags)), textRange);\n                                    addResult(statement, name !== localName ? modifierFlags & ~ModifierFlags.Export : modifierFlags);\n                                    if (name !== localName && !isPrivate) {\n                                        // We rename the variable declaration we generate for Property symbols since they may have a name which\n                                        // conflicts with a local declaration. For example, given input:\n                                        // ```\n                                        // function g() {}\n                                        // module.exports.g = g\n                                        // ```\n                                        // In such a situation, we have a local variable named `g`, and a separate exported variable named `g`.\n                                        // Naively, we would emit\n                                        // ```\n                                        // function g() {}\n                                        // export const g: typeof g;\n                                        // ```\n                                        // That's obviously incorrect - the `g` in the type annotation needs to refer to the local `g`, but\n                                        // the export declaration shadows it.\n                                        // To work around that, we instead write\n                                        // ```\n                                        // function g() {}\n                                        // const g_1: typeof g;\n                                        // export { g_1 as g };\n                                        // ```\n                                        // To create an export named `g` that does _not_ shadow the local `g`\n                                        addResult(\n                                            factory.createExportDeclaration(\n                                                /*decorators*/ undefined,\n                                                /*modifiers*/ undefined,\n                                                /*isTypeOnly*/ false,\n                                                factory.createNamedExports([factory.createExportSpecifier(/*isTypeOnly*/ false, name, localName)])\n                                            ),\n                                            ModifierFlags.None\n                                        );\n                                        needsExportDeclaration = false;\n                                        needsPostExportDefault = false;\n                                    }\n                                }\n                            }\n                        }\n                    }\n                    if (symbol.flags & SymbolFlags.Enum) {\n                        serializeEnum(symbol, symbolName, modifierFlags);\n                    }\n                    if (symbol.flags & SymbolFlags.Class) {\n                        if (symbol.flags & SymbolFlags.Property\n                            && symbol.valueDeclaration\n                            && isBinaryExpression(symbol.valueDeclaration.parent)\n                            && isClassExpression(symbol.valueDeclaration.parent.right)) {\n                            // Looks like a `module.exports.Sub = class {}` - if we serialize `symbol` as a class, the result will have no members,\n                            // since the classiness is actually from the target of the effective alias the symbol is. yes. A BlockScopedVariable|Class|Property\n                            // _really_ acts like an Alias, and none of a BlockScopedVariable, Class, or Property. This is the travesty of JS binding today.\n                            serializeAsAlias(symbol, getInternalSymbolName(symbol, symbolName), modifierFlags);\n                        }\n                        else {\n                            serializeAsClass(symbol, getInternalSymbolName(symbol, symbolName), modifierFlags);\n                        }\n                    }\n                    if ((symbol.flags & (SymbolFlags.ValueModule | SymbolFlags.NamespaceModule) && (!isConstMergedWithNS || isTypeOnlyNamespace(symbol))) || isConstMergedWithNSPrintableAsSignatureMerge) {\n                        serializeModule(symbol, symbolName, modifierFlags);\n                    }\n                    // The class meaning serialization should handle serializing all interface members\n                    if (symbol.flags & SymbolFlags.Interface && !(symbol.flags & SymbolFlags.Class)) {\n                        serializeInterface(symbol, symbolName, modifierFlags);\n                    }\n                    if (symbol.flags & SymbolFlags.Alias) {\n                        serializeAsAlias(symbol, getInternalSymbolName(symbol, symbolName), modifierFlags);\n                    }\n                    if (symbol.flags & SymbolFlags.Property && symbol.escapedName === InternalSymbolName.ExportEquals) {\n                        serializeMaybeAliasAssignment(symbol);\n                    }\n                    if (symbol.flags & SymbolFlags.ExportStar) {\n                        // synthesize export * from \"moduleReference\"\n                        // Straightforward - only one thing to do - make an export declaration\n                        if (symbol.declarations) {\n                            for (const node of symbol.declarations) {\n                                const resolvedModule = resolveExternalModuleName(node, (node as ExportDeclaration).moduleSpecifier!);\n                                if (!resolvedModule) continue;\n                                addResult(factory.createExportDeclaration(/*decorators*/ undefined, /*modifiers*/ undefined, /*isTypeOnly*/ false, /*exportClause*/ undefined, factory.createStringLiteral(getSpecifierForModuleSymbol(resolvedModule, context))), ModifierFlags.None);\n                            }\n                        }\n                    }\n                    if (needsPostExportDefault) {\n                        addResult(factory.createExportAssignment(/*decorators*/ undefined, /*modifiers*/ undefined, /*isExportAssignment*/ false, factory.createIdentifier(getInternalSymbolName(symbol, symbolName))), ModifierFlags.None);\n                    }\n                    else if (needsExportDeclaration) {\n                        addResult(factory.createExportDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            /*isTypeOnly*/ false,\n                            factory.createNamedExports([factory.createExportSpecifier(/*isTypeOnly*/ false, getInternalSymbolName(symbol, symbolName), symbolName)])\n                        ), ModifierFlags.None);\n                    }\n                }\n\n                function includePrivateSymbol(symbol: Symbol) {\n                    if (some(symbol.declarations, isParameterDeclaration)) return;\n                    Debug.assertIsDefined(deferredPrivatesStack[deferredPrivatesStack.length - 1]);\n                    getUnusedName(unescapeLeadingUnderscores(symbol.escapedName), symbol); // Call to cache unique name for symbol\n                    // Blanket moving (import) aliases into the root private context should work, since imports are not valid within namespaces\n                    // (so they must have been in the root to begin with if they were real imports) cjs `require` aliases (an upcoming feature)\n                    // will throw a wrench in this, since those may have been nested, but we'll need to synthesize them in the outer scope\n                    // anyway, as that's the only place the import they translate to is valid. In such a case, we might need to use a unique name\n                    // for the moved import; which hopefully the above `getUnusedName` call should produce.\n                    const isExternalImportAlias = !!(symbol.flags & SymbolFlags.Alias) && !some(symbol.declarations, d =>\n                        !!findAncestor(d, isExportDeclaration) ||\n                        isNamespaceExport(d) ||\n                        (isImportEqualsDeclaration(d) && !isExternalModuleReference(d.moduleReference))\n                    );\n                    deferredPrivatesStack[isExternalImportAlias ? 0 : (deferredPrivatesStack.length - 1)].set(getSymbolId(symbol), symbol);\n                }\n\n                function isExportingScope(enclosingDeclaration: Node) {\n                    return ((isSourceFile(enclosingDeclaration) && (isExternalOrCommonJsModule(enclosingDeclaration) || isJsonSourceFile(enclosingDeclaration))) ||\n                        (isAmbientModule(enclosingDeclaration) && !isGlobalScopeAugmentation(enclosingDeclaration)));\n                }\n\n                // Prepends a `declare` and/or `export` modifier if the context requires it, and then adds `node` to `result` and returns `node`\n                function addResult(node: Statement, additionalModifierFlags: ModifierFlags) {\n                    if (canHaveModifiers(node)) {\n                        let newModifierFlags: ModifierFlags = ModifierFlags.None;\n                        const enclosingDeclaration = context.enclosingDeclaration &&\n                            (isJSDocTypeAlias(context.enclosingDeclaration) ? getSourceFileOfNode(context.enclosingDeclaration) : context.enclosingDeclaration);\n                        if (additionalModifierFlags & ModifierFlags.Export &&\n                            enclosingDeclaration && (isExportingScope(enclosingDeclaration) || isModuleDeclaration(enclosingDeclaration)) &&\n                            canHaveExportModifier(node)\n                        ) {\n                            // Classes, namespaces, variables, functions, interfaces, and types should all be `export`ed in a module context if not private\n                            newModifierFlags |= ModifierFlags.Export;\n                        }\n                        if (addingDeclare && !(newModifierFlags & ModifierFlags.Export) &&\n                            (!enclosingDeclaration || !(enclosingDeclaration.flags & NodeFlags.Ambient)) &&\n                            (isEnumDeclaration(node) || isVariableStatement(node) || isFunctionDeclaration(node) || isClassDeclaration(node) || isModuleDeclaration(node))) {\n                            // Classes, namespaces, variables, enums, and functions all need `declare` modifiers to be valid in a declaration file top-level scope\n                            newModifierFlags |= ModifierFlags.Ambient;\n                        }\n                        if ((additionalModifierFlags & ModifierFlags.Default) && (isClassDeclaration(node) || isInterfaceDeclaration(node) || isFunctionDeclaration(node))) {\n                            newModifierFlags |= ModifierFlags.Default;\n                        }\n                        if (newModifierFlags) {\n                            node = factory.updateModifiers(node, newModifierFlags | getEffectiveModifierFlags(node));\n                        }\n                    }\n                    results.push(node);\n                }\n\n                function serializeTypeAlias(symbol: Symbol, symbolName: string, modifierFlags: ModifierFlags) {\n                    const aliasType = getDeclaredTypeOfTypeAlias(symbol);\n                    const typeParams = getSymbolLinks(symbol).typeParameters;\n                    const typeParamDecls = map(typeParams, p => typeParameterToDeclaration(p, context));\n                    const jsdocAliasDecl = symbol.declarations?.find(isJSDocTypeAlias);\n                    const commentText = getTextOfJSDocComment(jsdocAliasDecl ? jsdocAliasDecl.comment || jsdocAliasDecl.parent.comment : undefined);\n                    const oldFlags = context.flags;\n                    context.flags |= NodeBuilderFlags.InTypeAlias;\n                    const oldEnclosingDecl = context.enclosingDeclaration;\n                    context.enclosingDeclaration = jsdocAliasDecl;\n                    const typeNode = jsdocAliasDecl && jsdocAliasDecl.typeExpression\n                        && isJSDocTypeExpression(jsdocAliasDecl.typeExpression)\n                        && serializeExistingTypeNode(context, jsdocAliasDecl.typeExpression.type, includePrivateSymbol, bundled)\n                        || typeToTypeNodeHelper(aliasType, context);\n                    addResult(setSyntheticLeadingComments(\n                        factory.createTypeAliasDeclaration(/*decorators*/ undefined, /*modifiers*/ undefined, getInternalSymbolName(symbol, symbolName), typeParamDecls, typeNode),\n                        !commentText ? [] : [{ kind: SyntaxKind.MultiLineCommentTrivia, text: \"*\\n * \" + commentText.replace(/\\n/g, \"\\n * \") + \"\\n \", pos: -1, end: -1, hasTrailingNewLine: true }]\n                    ), modifierFlags);\n                    context.flags = oldFlags;\n                    context.enclosingDeclaration = oldEnclosingDecl;\n                }\n\n                function serializeInterface(symbol: Symbol, symbolName: string, modifierFlags: ModifierFlags) {\n                    const interfaceType = getDeclaredTypeOfClassOrInterface(symbol);\n                    const localParams = getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol);\n                    const typeParamDecls = map(localParams, p => typeParameterToDeclaration(p, context));\n                    const baseTypes = getBaseTypes(interfaceType);\n                    const baseType = length(baseTypes) ? getIntersectionType(baseTypes) : undefined;\n                    const members = flatMap<Symbol, TypeElement>(getPropertiesOfType(interfaceType), p => serializePropertySymbolForInterface(p, baseType));\n                    const callSignatures = serializeSignatures(SignatureKind.Call, interfaceType, baseType, SyntaxKind.CallSignature) as CallSignatureDeclaration[];\n                    const constructSignatures = serializeSignatures(SignatureKind.Construct, interfaceType, baseType, SyntaxKind.ConstructSignature) as ConstructSignatureDeclaration[];\n                    const indexSignatures = serializeIndexSignatures(interfaceType, baseType);\n\n                    const heritageClauses = !length(baseTypes) ? undefined : [factory.createHeritageClause(SyntaxKind.ExtendsKeyword, mapDefined(baseTypes, b => trySerializeAsTypeReference(b, SymbolFlags.Value)))];\n                    addResult(factory.createInterfaceDeclaration(\n                        /*decorators*/ undefined,\n                        /*modifiers*/ undefined,\n                        getInternalSymbolName(symbol, symbolName),\n                        typeParamDecls,\n                        heritageClauses,\n                        [...indexSignatures, ...constructSignatures, ...callSignatures, ...members]\n                    ), modifierFlags);\n                }\n\n                function getNamespaceMembersForSerialization(symbol: Symbol) {\n                    return !symbol.exports ? [] : filter(arrayFrom(symbol.exports.values()), isNamespaceMember);\n                }\n\n                function isTypeOnlyNamespace(symbol: Symbol) {\n                    return every(getNamespaceMembersForSerialization(symbol), m => !(resolveSymbol(m).flags & SymbolFlags.Value));\n                }\n\n                function serializeModule(symbol: Symbol, symbolName: string, modifierFlags: ModifierFlags) {\n                    const members = getNamespaceMembersForSerialization(symbol);\n                    // Split NS members up by declaration - members whose parent symbol is the ns symbol vs those whose is not (but were added in later via merging)\n                    const locationMap = arrayToMultiMap(members, m => m.parent && m.parent === symbol ? \"real\" : \"merged\");\n                    const realMembers = locationMap.get(\"real\") || emptyArray;\n                    const mergedMembers = locationMap.get(\"merged\") || emptyArray;\n                    // TODO: `suppressNewPrivateContext` is questionable -we need to simply be emitting privates in whatever scope they were declared in, rather\n                    // than whatever scope we traverse to them in. That's a bit of a complex rewrite, since we're not _actually_ tracking privates at all in advance,\n                    // so we don't even have placeholders to fill in.\n                    if (length(realMembers)) {\n                        const localName = getInternalSymbolName(symbol, symbolName);\n                        serializeAsNamespaceDeclaration(realMembers, localName, modifierFlags, !!(symbol.flags & (SymbolFlags.Function | SymbolFlags.Assignment)));\n                    }\n                    if (length(mergedMembers)) {\n                        const containingFile = getSourceFileOfNode(context.enclosingDeclaration);\n                        const localName = getInternalSymbolName(symbol, symbolName);\n                        const nsBody = factory.createModuleBlock([factory.createExportDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            /*isTypeOnly*/ false,\n                            factory.createNamedExports(mapDefined(filter(mergedMembers, n => n.escapedName !== InternalSymbolName.ExportEquals), s => {\n                                const name = unescapeLeadingUnderscores(s.escapedName);\n                                const localName = getInternalSymbolName(s, name);\n                                const aliasDecl = s.declarations && getDeclarationOfAliasSymbol(s);\n                                if (containingFile && (aliasDecl ? containingFile !== getSourceFileOfNode(aliasDecl) : !some(s.declarations, d => getSourceFileOfNode(d) === containingFile))) {\n                                    context.tracker?.reportNonlocalAugmentation?.(containingFile, symbol, s);\n                                    return undefined;\n                                }\n                                const target = aliasDecl && getTargetOfAliasDeclaration(aliasDecl, /*dontRecursivelyResolve*/ true);\n                                includePrivateSymbol(target || s);\n                                const targetName = target ? getInternalSymbolName(target, unescapeLeadingUnderscores(target.escapedName)) : localName;\n                                return factory.createExportSpecifier(/*isTypeOnly*/ false, name === targetName ? undefined : targetName, name);\n                            }))\n                        )]);\n                        addResult(factory.createModuleDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            factory.createIdentifier(localName),\n                            nsBody,\n                            NodeFlags.Namespace\n                        ), ModifierFlags.None);\n                    }\n                }\n\n                function serializeEnum(symbol: Symbol, symbolName: string, modifierFlags: ModifierFlags) {\n                    addResult(factory.createEnumDeclaration(\n                        /*decorators*/ undefined,\n                        factory.createModifiersFromModifierFlags(isConstEnumSymbol(symbol) ? ModifierFlags.Const : 0),\n                        getInternalSymbolName(symbol, symbolName),\n                        map(filter(getPropertiesOfType(getTypeOfSymbol(symbol)), p => !!(p.flags & SymbolFlags.EnumMember)), p => {\n                            // TODO: Handle computed names\n                            // I hate that to get the initialized value we need to walk back to the declarations here; but there's no\n                            // other way to get the possible const value of an enum member that I'm aware of, as the value is cached\n                            // _on the declaration_, not on the declaration's symbol...\n                            const initializedValue = p.declarations && p.declarations[0] && isEnumMember(p.declarations[0]) ? getConstantValue(p.declarations[0]) : undefined;\n                            return factory.createEnumMember(unescapeLeadingUnderscores(p.escapedName), initializedValue === undefined ? undefined :\n                                typeof initializedValue === \"string\" ? factory.createStringLiteral(initializedValue) :\n                                factory.createNumericLiteral(initializedValue));\n                        })\n                    ), modifierFlags);\n                }\n\n                function serializeAsFunctionNamespaceMerge(type: Type, symbol: Symbol, localName: string, modifierFlags: ModifierFlags) {\n                    const signatures = getSignaturesOfType(type, SignatureKind.Call);\n                    for (const sig of signatures) {\n                        // Each overload becomes a separate function declaration, in order\n                        const decl = signatureToSignatureDeclarationHelper(sig, SyntaxKind.FunctionDeclaration, context, { name: factory.createIdentifier(localName), privateSymbolVisitor: includePrivateSymbol, bundledImports: bundled }) as FunctionDeclaration;\n                        addResult(setTextRange(decl, getSignatureTextRangeLocation(sig)), modifierFlags);\n                    }\n                    // Module symbol emit will take care of module-y members, provided it has exports\n                    if (!(symbol.flags & (SymbolFlags.ValueModule | SymbolFlags.NamespaceModule) && !!symbol.exports && !!symbol.exports.size)) {\n                        const props = filter(getPropertiesOfType(type), isNamespaceMember);\n                        serializeAsNamespaceDeclaration(props, localName, modifierFlags, /*suppressNewPrivateContext*/ true);\n                    }\n                }\n\n                function getSignatureTextRangeLocation(signature: Signature) {\n                    if (signature.declaration && signature.declaration.parent) {\n                        if (isBinaryExpression(signature.declaration.parent) && getAssignmentDeclarationKind(signature.declaration.parent) === AssignmentDeclarationKind.Property) {\n                            return signature.declaration.parent;\n                        }\n                        // for expressions assigned to `var`s, use the `var` as the text range\n                        if (isVariableDeclaration(signature.declaration.parent) && signature.declaration.parent.parent) {\n                            return signature.declaration.parent.parent;\n                        }\n                    }\n                    return signature.declaration;\n                }\n\n                function serializeAsNamespaceDeclaration(props: readonly Symbol[], localName: string, modifierFlags: ModifierFlags, suppressNewPrivateContext: boolean) {\n                    if (length(props)) {\n                        const localVsRemoteMap = arrayToMultiMap(props, p =>\n                            !length(p.declarations) || some(p.declarations, d =>\n                                getSourceFileOfNode(d) === getSourceFileOfNode(context.enclosingDeclaration!)\n                            ) ? \"local\" : \"remote\"\n                        );\n                        const localProps = localVsRemoteMap.get(\"local\") || emptyArray;\n                        // handle remote props first - we need to make an `import` declaration that points at the module containing each remote\n                        // prop in the outermost scope (TODO: a namespace within a namespace would need to be appropriately handled by this)\n                        // Example:\n                        // import Foo_1 = require(\"./exporter\");\n                        // export namespace ns {\n                        //     import Foo = Foo_1.Foo;\n                        //     export { Foo };\n                        //     export const c: number;\n                        // }\n                        // This is needed because in JS, statements like `const x = require(\"./f\")` support both type and value lookup, even if they're\n                        // normally just value lookup (so it functions kinda like an alias even when it's not an alias)\n                        // _Usually_, we'll simply print the top-level as an alias instead of a `var` in such situations, however is is theoretically\n                        // possible to encounter a situation where a type has members from both the current file and other files - in those situations,\n                        // emit akin to the above would be needed.\n\n                        // Add a namespace\n                        // Create namespace as non-synthetic so it is usable as an enclosing declaration\n                        let fakespace = parseNodeFactory.createModuleDeclaration(/*decorators*/ undefined, /*modifiers*/ undefined, factory.createIdentifier(localName), factory.createModuleBlock([]), NodeFlags.Namespace);\n                        setParent(fakespace, enclosingDeclaration as SourceFile | NamespaceDeclaration);\n                        fakespace.locals = createSymbolTable(props);\n                        fakespace.symbol = props[0].parent!;\n\n                        const oldResults = results;\n                        results = [];\n                        const oldAddingDeclare = addingDeclare;\n                        addingDeclare = false;\n                        const subcontext = { ...context, enclosingDeclaration: fakespace };\n                        const oldContext = context;\n                        context = subcontext;\n                        // TODO: implement handling for the localVsRemoteMap.get(\"remote\") - should be difficult to trigger (see comment above), as only interesting cross-file js merges should make this possible\n                        visitSymbolTable(createSymbolTable(localProps), suppressNewPrivateContext, /*propertyAsAlias*/ true);\n                        context = oldContext;\n                        addingDeclare = oldAddingDeclare;\n                        const declarations = results;\n                        results = oldResults;\n                        // replace namespace with synthetic version\n                        const defaultReplaced = map(declarations, d => isExportAssignment(d) && !d.isExportEquals && isIdentifier(d.expression) ? factory.createExportDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            /*isTypeOnly*/ false,\n                            factory.createNamedExports([factory.createExportSpecifier(/*isTypeOnly*/ false, d.expression, factory.createIdentifier(InternalSymbolName.Default))])\n                        ) : d);\n                        const exportModifierStripped = every(defaultReplaced, d => hasSyntacticModifier(d, ModifierFlags.Export)) ? map(defaultReplaced, removeExportModifier) : defaultReplaced;\n                        fakespace = factory.updateModuleDeclaration(\n                            fakespace,\n                            fakespace.decorators,\n                            fakespace.modifiers,\n                            fakespace.name,\n                            factory.createModuleBlock(exportModifierStripped));\n                        addResult(fakespace, modifierFlags); // namespaces can never be default exported\n                    }\n                }\n\n                function isNamespaceMember(p: Symbol) {\n                    return !!(p.flags & (SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias)) ||\n                        !(p.flags & SymbolFlags.Prototype || p.escapedName === \"prototype\" || p.valueDeclaration && isStatic(p.valueDeclaration) && isClassLike(p.valueDeclaration.parent));\n                }\n\n                function sanitizeJSDocImplements(clauses: readonly ExpressionWithTypeArguments[]): ExpressionWithTypeArguments[] | undefined {\n                    const result = mapDefined(clauses, e => {\n                        const oldEnclosing = context.enclosingDeclaration;\n                        context.enclosingDeclaration = e;\n                        let expr = e.expression;\n                        if (isEntityNameExpression(expr)) {\n                            if (isIdentifier(expr) && idText(expr) === \"\") {\n                                return cleanup(/*result*/ undefined); // Empty heritage clause, should be an error, but prefer emitting no heritage clauses to reemitting the empty one\n                            }\n                            let introducesError: boolean;\n                            ({ introducesError, node: expr } = trackExistingEntityName(expr, context, includePrivateSymbol));\n                            if (introducesError) {\n                                return cleanup(/*result*/ undefined);\n                            }\n                        }\n                        return cleanup(factory.createExpressionWithTypeArguments(expr,\n                            map(e.typeArguments, a =>\n                                serializeExistingTypeNode(context, a, includePrivateSymbol, bundled)\n                                || typeToTypeNodeHelper(getTypeFromTypeNode(a), context)\n                            )\n                        ));\n\n                        function cleanup<T>(result: T): T {\n                            context.enclosingDeclaration = oldEnclosing;\n                            return result;\n                        }\n                    });\n                    if (result.length === clauses.length) {\n                        return result;\n                    }\n                    return undefined;\n                }\n\n                function serializeAsClass(symbol: Symbol, localName: string, modifierFlags: ModifierFlags) {\n                    const originalDecl = symbol.declarations?.find(isClassLike);\n                    const oldEnclosing = context.enclosingDeclaration;\n                    context.enclosingDeclaration = originalDecl || oldEnclosing;\n                    const localParams = getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol);\n                    const typeParamDecls = map(localParams, p => typeParameterToDeclaration(p, context));\n                    const classType = getDeclaredTypeOfClassOrInterface(symbol);\n                    const baseTypes = getBaseTypes(classType);\n                    const originalImplements = originalDecl && getEffectiveImplementsTypeNodes(originalDecl);\n                    const implementsExpressions = originalImplements && sanitizeJSDocImplements(originalImplements)\n                        || mapDefined(getImplementsTypes(classType), serializeImplementedType);\n                    const staticType = getTypeOfSymbol(symbol);\n                    const isClass = !!staticType.symbol?.valueDeclaration && isClassLike(staticType.symbol.valueDeclaration);\n                    const staticBaseType = isClass\n                        ? getBaseConstructorTypeOfClass(staticType as InterfaceType)\n                        : anyType;\n                    const heritageClauses = [\n                        ...!length(baseTypes) ? [] : [factory.createHeritageClause(SyntaxKind.ExtendsKeyword, map(baseTypes, b => serializeBaseType(b, staticBaseType, localName)))],\n                        ...!length(implementsExpressions) ? [] : [factory.createHeritageClause(SyntaxKind.ImplementsKeyword, implementsExpressions)]\n                    ];\n                    const symbolProps = getNonInterhitedProperties(classType, baseTypes, getPropertiesOfType(classType));\n                    const publicSymbolProps = filter(symbolProps, s => {\n                        // `valueDeclaration` could be undefined if inherited from\n                        // a union/intersection base type, but inherited properties\n                        // don't matter here.\n                        const valueDecl = s.valueDeclaration;\n                        return !!valueDecl && !(isNamedDeclaration(valueDecl) && isPrivateIdentifier(valueDecl.name));\n                    });\n                    const hasPrivateIdentifier = some(symbolProps, s => {\n                        // `valueDeclaration` could be undefined if inherited from\n                        // a union/intersection base type, but inherited properties\n                        // don't matter here.\n                        const valueDecl = s.valueDeclaration;\n                        return !!valueDecl && isNamedDeclaration(valueDecl) && isPrivateIdentifier(valueDecl.name);\n                    });\n                    // Boil down all private properties into a single one.\n                    const privateProperties = hasPrivateIdentifier ?\n                        [factory.createPropertyDeclaration(\n                            /*decorators*/ undefined,\n                            /*modifiers*/ undefined,\n                            factory.createPrivateIdentifier(\"#private\"),\n                            /*questionOrExclamationToken*/ undefined,\n                            /*type*/ undefined,\n                            /*initializer*/ undefined,\n                        )] :\n                        emptyArray;\n                    const publicProperties = flatMap<Symbol, ClassElement>(publicSymbolProps, p => serializePropertySymbolForClass(p, /*isStatic*/ false, baseTypes[0]));\n                    // Consider static members empty if symbol also has function or module meaning - function namespacey emit will handle statics\n                    const staticMembers = flatMap(\n                        filter(getPropertiesOfType(staticType), p => !(p.flags & SymbolFlags.Prototype) && p.escapedName !== \"prototype\" && !isNamespaceMember(p)),\n                        p => serializePropertySymbolForClass(p, /*isStatic*/ true, staticBaseType));\n                    // When we encounter an `X.prototype.y` assignment in a JS file, we bind `X` as a class regardless as to whether\n                    // the value is ever initialized with a class or function-like value. For cases where `X` could never be\n                    // created via `new`, we will inject a `private constructor()` declaration to indicate it is not createable.\n                    const isNonConstructableClassLikeInJsFile =\n                        !isClass &&\n                        !!symbol.valueDeclaration &&\n                        isInJSFile(symbol.valueDeclaration) &&\n                        !some(getSignaturesOfType(staticType, SignatureKind.Construct));\n                    const constructors = isNonConstructableClassLikeInJsFile ?\n                        [factory.createConstructorDeclaration(/*decorators*/ undefined, factory.createModifiersFromModifierFlags(ModifierFlags.Private), [], /*body*/ undefined)] :\n                        serializeSignatures(SignatureKind.Construct, staticType, staticBaseType, SyntaxKind.Constructor) as ConstructorDeclaration[];\n                    const indexSignatures = serializeIndexSignatures(classType, baseTypes[0]);\n                    context.enclosingDeclaration = oldEnclosing;\n                    addResult(setTextRange(factory.createClassDeclaration(\n                        /*decorators*/ undefined,\n                        /*modifiers*/ undefined,\n                        localName,\n                        typeParamDecls,\n                        heritageClauses,\n                        [...indexSignatures, ...staticMembers, ...constructors, ...publicProperties, ...privateProperties]\n                    ), symbol.declarations && filter(symbol.declarations, d => isClassDeclaration(d) || isClassExpression(d))[0]), modifierFlags);\n                }\n\n                function getSomeTargetNameFromDeclarations(declarations: Declaration[] | undefined) {\n                    return firstDefined(declarations, d => {\n                        if (isImportSpecifier(d) || isExportSpecifier(d)) {\n                            return idText(d.propertyName || d.name);\n                        }\n                        if (isBinaryExpression(d) || isExportAssignment(d)) {\n                            const expression = isExportAssignment(d) ? d.expression : d.right;\n                            if (isPropertyAccessExpression(expression)) {\n                                return idText(expression.name);\n                            }\n                        }\n                        if (isAliasSymbolDeclaration(d)) {\n                            // This is... heuristic, at best. But it's probably better than always printing the name of the shorthand ambient module.\n                            const name = getNameOfDeclaration(d);\n                            if (name && isIdentifier(name)) {\n                                return idText(name);\n                            }\n                        }\n                        return undefined;\n                    });\n                }\n\n                function serializeAsAlias(symbol: Symbol, localName: string, modifierFlags: ModifierFlags) {\n                    // synthesize an alias, eg `export { symbolName as Name }`\n                    // need to mark the alias `symbol` points at\n                    // as something we need to serialize as a private declaration as well\n                    const node = getDeclarationOfAliasSymbol(symbol);\n                    if (!node) return Debug.fail();\n                    const target = getMergedSymbol(getTargetOfAliasDeclaration(node, /*dontRecursivelyResolve*/ true));\n                    if (!target) {\n                        return;\n                    }\n                    // If `target` refers to a shorthand module symbol, the name we're trying to pull out isn;t recoverable from the target symbol\n                    // In such a scenario, we must fall back to looking for an alias declaration on `symbol` and pulling the target name from that\n                    let verbatimTargetName = isShorthandAmbientModuleSymbol(target) && getSomeTargetNameFromDeclarations(symbol.declarations) || unescapeLeadingUnderscores(target.escapedName);\n                    if (verbatimTargetName === InternalSymbolName.ExportEquals && (getESModuleInterop(compilerOptions) || compilerOptions.allowSyntheticDefaultImports)) {\n                        // target refers to an `export=` symbol that was hoisted into a synthetic default - rename here to match\n                        verbatimTargetName = InternalSymbolName.Default;\n                    }\n                    const targetName = getInternalSymbolName(target, verbatimTargetName);\n                    includePrivateSymbol(target); // the target may be within the same scope - attempt to serialize it first\n                    switch (node.kind) {\n                        case SyntaxKind.BindingElement:\n                            if (node.parent?.parent?.kind === SyntaxKind.VariableDeclaration) {\n                                // const { SomeClass } = require('./lib');\n                                const specifier = getSpecifierForModuleSymbol(target.parent || target, context); // './lib'\n                                const { propertyName } = node as BindingElement;\n                                addResult(factory.createImportDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    factory.createImportClause(/*isTypeOnly*/ false, /*name*/ undefined, factory.createNamedImports([factory.createImportSpecifier(\n                                        /*isTypeOnly*/ false,\n                                        propertyName && isIdentifier(propertyName) ? factory.createIdentifier(idText(propertyName)) : undefined,\n                                        factory.createIdentifier(localName)\n                                    )])),\n                                    factory.createStringLiteral(specifier),\n                                    /*importClause*/ undefined\n                                ), ModifierFlags.None);\n                                break;\n                            }\n                            // We don't know how to serialize this (nested?) binding element\n                            Debug.failBadSyntaxKind(node.parent?.parent || node, \"Unhandled binding element grandparent kind in declaration serialization\");\n                            break;\n                        case SyntaxKind.ShorthandPropertyAssignment:\n                            if (node.parent?.parent?.kind === SyntaxKind.BinaryExpression) {\n                                // module.exports = { SomeClass }\n                                serializeExportSpecifier(\n                                    unescapeLeadingUnderscores(symbol.escapedName),\n                                    targetName\n                                );\n                            }\n                            break;\n                        case SyntaxKind.VariableDeclaration:\n                            // commonjs require: const x = require('y')\n                            if (isPropertyAccessExpression((node as VariableDeclaration).initializer!)) {\n                                // const x = require('y').z\n                                const initializer = (node as VariableDeclaration).initializer! as PropertyAccessExpression; // require('y').z\n                                const uniqueName = factory.createUniqueName(localName); // _x\n                                const specifier = getSpecifierForModuleSymbol(target.parent || target, context); // 'y'\n                                // import _x = require('y');\n                                addResult(factory.createImportEqualsDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    /*isTypeOnly*/ false,\n                                    uniqueName,\n                                    factory.createExternalModuleReference(factory.createStringLiteral(specifier))\n                                ), ModifierFlags.None);\n                                // import x = _x.z\n                                addResult(factory.createImportEqualsDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    /*isTypeOnly*/ false,\n                                    factory.createIdentifier(localName),\n                                    factory.createQualifiedName(uniqueName, initializer.name as Identifier),\n                                ), modifierFlags);\n                                break;\n                            }\n                            // else fall through and treat commonjs require just like import=\n                        case SyntaxKind.ImportEqualsDeclaration:\n                            // This _specifically_ only exists to handle json declarations - where we make aliases, but since\n                            // we emit no declarations for the json document, must not refer to it in the declarations\n                            if (target.escapedName === InternalSymbolName.ExportEquals && some(target.declarations, isJsonSourceFile)) {\n                                serializeMaybeAliasAssignment(symbol);\n                                break;\n                            }\n                            // Could be a local `import localName = ns.member` or\n                            // an external `import localName = require(\"whatever\")`\n                            const isLocalImport = !(target.flags & SymbolFlags.ValueModule) && !isVariableDeclaration(node);\n                            addResult(factory.createImportEqualsDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                /*isTypeOnly*/ false,\n                                factory.createIdentifier(localName),\n                                isLocalImport\n                                    ? symbolToName(target, context, SymbolFlags.All, /*expectsIdentifier*/ false)\n                                    : factory.createExternalModuleReference(factory.createStringLiteral(getSpecifierForModuleSymbol(target, context)))\n                            ), isLocalImport ? modifierFlags : ModifierFlags.None);\n                            break;\n                        case SyntaxKind.NamespaceExportDeclaration:\n                            // export as namespace foo\n                            // TODO: Not part of a file's local or export symbol tables\n                            // Is bound into file.symbol.globalExports instead, which we don't currently traverse\n                            addResult(factory.createNamespaceExportDeclaration(idText((node as NamespaceExportDeclaration).name)), ModifierFlags.None);\n                            break;\n                        case SyntaxKind.ImportClause:\n                            addResult(factory.createImportDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                factory.createImportClause(/*isTypeOnly*/ false, factory.createIdentifier(localName), /*namedBindings*/ undefined),\n                                // We use `target.parent || target` below as `target.parent` is unset when the target is a module which has been export assigned\n                                // And then made into a default by the `esModuleInterop` or `allowSyntheticDefaultImports` flag\n                                // In such cases, the `target` refers to the module itself already\n                                factory.createStringLiteral(getSpecifierForModuleSymbol(target.parent || target, context)),\n                                  /*assertClause*/ undefined\n                            ), ModifierFlags.None);\n                            break;\n                        case SyntaxKind.NamespaceImport:\n                            addResult(factory.createImportDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                factory.createImportClause(/*isTypeOnly*/ false, /*importClause*/ undefined, factory.createNamespaceImport(factory.createIdentifier(localName))),\n                                factory.createStringLiteral(getSpecifierForModuleSymbol(target, context)),\n                                  /*assertClause*/ undefined\n                            ), ModifierFlags.None);\n                            break;\n                        case SyntaxKind.NamespaceExport:\n                            addResult(factory.createExportDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                /*isTypeOnly*/ false,\n                                factory.createNamespaceExport(factory.createIdentifier(localName)),\n                                factory.createStringLiteral(getSpecifierForModuleSymbol(target, context))\n                            ), ModifierFlags.None);\n                            break;\n                        case SyntaxKind.ImportSpecifier:\n                            addResult(factory.createImportDeclaration(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                factory.createImportClause(\n                                    /*isTypeOnly*/ false,\n                                    /*importClause*/ undefined,\n                                    factory.createNamedImports([\n                                        factory.createImportSpecifier(\n                                            /*isTypeOnly*/ false,\n                                            localName !== verbatimTargetName ? factory.createIdentifier(verbatimTargetName) : undefined,\n                                            factory.createIdentifier(localName)\n                                        )\n                                    ])),\n                                factory.createStringLiteral(getSpecifierForModuleSymbol(target.parent || target, context)),\n                                  /*assertClause*/ undefined\n                            ), ModifierFlags.None);\n                            break;\n                        case SyntaxKind.ExportSpecifier:\n                            // does not use localName because the symbol name in this case refers to the name in the exports table,\n                            // which we must exactly preserve\n                            const specifier = (node.parent.parent as ExportDeclaration).moduleSpecifier;\n                            // targetName is only used when the target is local, as otherwise the target is an alias that points at\n                            // another file\n                            serializeExportSpecifier(\n                                unescapeLeadingUnderscores(symbol.escapedName),\n                                specifier ? verbatimTargetName : targetName,\n                                specifier && isStringLiteralLike(specifier) ? factory.createStringLiteral(specifier.text) : undefined\n                            );\n                            break;\n                        case SyntaxKind.ExportAssignment:\n                            serializeMaybeAliasAssignment(symbol);\n                            break;\n                        case SyntaxKind.BinaryExpression:\n                        case SyntaxKind.PropertyAccessExpression:\n                        case SyntaxKind.ElementAccessExpression:\n                            // Could be best encoded as though an export specifier or as though an export assignment\n                            // If name is default or export=, do an export assignment\n                            // Otherwise do an export specifier\n                            if (symbol.escapedName === InternalSymbolName.Default || symbol.escapedName === InternalSymbolName.ExportEquals) {\n                                serializeMaybeAliasAssignment(symbol);\n                            }\n                            else {\n                                serializeExportSpecifier(localName, targetName);\n                            }\n                            break;\n                        default:\n                            return Debug.failBadSyntaxKind(node, \"Unhandled alias declaration kind in symbol serializer!\");\n                    }\n                }\n\n                function serializeExportSpecifier(localName: string, targetName: string, specifier?: Expression) {\n                    addResult(factory.createExportDeclaration(\n                        /*decorators*/ undefined,\n                        /*modifiers*/ undefined,\n                        /*isTypeOnly*/ false,\n                        factory.createNamedExports([factory.createExportSpecifier(/*isTypeOnly*/ false, localName !== targetName ? targetName : undefined, localName)]),\n                        specifier\n                    ), ModifierFlags.None);\n                }\n\n                /**\n                  * Returns `true` if an export assignment or declaration was produced for the symbol\n                  */\n                function serializeMaybeAliasAssignment(symbol: Symbol): boolean {\n                    if (symbol.flags & SymbolFlags.Prototype) {\n                        return false;\n                    }\n                    const name = unescapeLeadingUnderscores(symbol.escapedName);\n                    const isExportEquals = name === InternalSymbolName.ExportEquals;\n                    const isDefault = name === InternalSymbolName.Default;\n                    const isExportAssignmentCompatibleSymbolName = isExportEquals || isDefault;\n                    // synthesize export = ref\n                    // ref should refer to either be a locally scoped symbol which we need to emit, or\n                    // a reference to another namespace/module which we may need to emit an `import` statement for\n                    const aliasDecl = symbol.declarations && getDeclarationOfAliasSymbol(symbol);\n                    // serialize what the alias points to, preserve the declaration's initializer\n                    const target = aliasDecl && getTargetOfAliasDeclaration(aliasDecl, /*dontRecursivelyResolve*/ true);\n                    // If the target resolves and resolves to a thing defined in this file, emit as an alias, otherwise emit as a const\n                    if (target && length(target.declarations) && some(target.declarations, d => getSourceFileOfNode(d) === getSourceFileOfNode(enclosingDeclaration))) {\n                        // In case `target` refers to a namespace member, look at the declaration and serialize the leftmost symbol in it\n                        // eg, `namespace A { export class B {} }; exports = A.B;`\n                        // Technically, this is all that's required in the case where the assignment is an entity name expression\n                        const expr = aliasDecl && ((isExportAssignment(aliasDecl) || isBinaryExpression(aliasDecl)) ? getExportAssignmentExpression(aliasDecl) : getPropertyAssignmentAliasLikeExpression(aliasDecl as ShorthandPropertyAssignment | PropertyAssignment | PropertyAccessExpression));\n                        const first = expr && isEntityNameExpression(expr) ? getFirstNonModuleExportsIdentifier(expr) : undefined;\n                        const referenced = first && resolveEntityName(first, SymbolFlags.All, /*ignoreErrors*/ true, /*dontResolveAlias*/ true, enclosingDeclaration);\n                        if (referenced || target) {\n                            includePrivateSymbol(referenced || target);\n                        }\n\n                        // We disable the context's symbol tracker for the duration of this name serialization\n                        // as, by virtue of being here, the name is required to print something, and we don't want to\n                        // issue a visibility error on it. Only anonymous classes that an alias points at _would_ issue\n                        // a visibility error here (as they're not visible within any scope), but we want to hoist them\n                        // into the containing scope anyway, so we want to skip the visibility checks.\n                        const oldTrack = context.tracker.trackSymbol;\n                        context.tracker.trackSymbol = () => false;\n                        if (isExportAssignmentCompatibleSymbolName) {\n                            results.push(factory.createExportAssignment(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                isExportEquals,\n                                symbolToExpression(target, context, SymbolFlags.All)\n                            ));\n                        }\n                        else {\n                            if (first === expr && first) {\n                                // serialize as `export {target as name}`\n                                serializeExportSpecifier(name, idText(first));\n                            }\n                            else if (expr && isClassExpression(expr)) {\n                                serializeExportSpecifier(name, getInternalSymbolName(target, symbolName(target)));\n                            }\n                            else {\n                                // serialize as `import _Ref = t.arg.et; export { _Ref as name }`\n                                const varName = getUnusedName(name, symbol);\n                                addResult(factory.createImportEqualsDeclaration(\n                                    /*decorators*/ undefined,\n                                    /*modifiers*/ undefined,\n                                    /*isTypeOnly*/ false,\n                                    factory.createIdentifier(varName),\n                                    symbolToName(target, context, SymbolFlags.All, /*expectsIdentifier*/ false)\n                                ), ModifierFlags.None);\n                                serializeExportSpecifier(name, varName);\n                            }\n                        }\n                        context.tracker.trackSymbol = oldTrack;\n                        return true;\n                    }\n                    else {\n                        // serialize as an anonymous property declaration\n                        const varName = getUnusedName(name, symbol);\n                        // We have to use `getWidenedType` here since the object within a json file is unwidened within the file\n                        // (Unwidened types can only exist in expression contexts and should never be serialized)\n                        const typeToSerialize = getWidenedType(getTypeOfSymbol(getMergedSymbol(symbol)));\n                        if (isTypeRepresentableAsFunctionNamespaceMerge(typeToSerialize, symbol)) {\n                            // If there are no index signatures and `typeToSerialize` is an object type, emit as a namespace instead of a const\n                            serializeAsFunctionNamespaceMerge(typeToSerialize, symbol, varName, isExportAssignmentCompatibleSymbolName ? ModifierFlags.None : ModifierFlags.Export);\n                        }\n                        else {\n                            const statement = factory.createVariableStatement(/*modifiers*/ undefined, factory.createVariableDeclarationList([\n                                factory.createVariableDeclaration(varName, /*exclamationToken*/ undefined, serializeTypeForDeclaration(context, typeToSerialize, symbol, enclosingDeclaration, includePrivateSymbol, bundled))\n                            ], NodeFlags.Const));\n                            // Inlined JSON types exported with [module.]exports= will already emit an export=, so should use `declare`.\n                            // Otherwise, the type itself should be exported.\n                            addResult(statement,\n                                target && target.flags & SymbolFlags.Property && target.escapedName === InternalSymbolName.ExportEquals ? ModifierFlags.Ambient\n                                : name === varName ? ModifierFlags.Export\n                                : ModifierFlags.None);\n                        }\n                        if (isExportAssignmentCompatibleSymbolName) {\n                            results.push(factory.createExportAssignment(\n                                /*decorators*/ undefined,\n                                /*modifiers*/ undefined,\n                                isExportEquals,\n                                factory.createIdentifier(varName)\n                            ));\n                            return true;\n                        }\n                        else if (name !== varName) {\n                            serializeExportSpecifier(name, varName);\n                            return true;\n                        }\n                        return false;\n                    }\n                }\n\n                function isTypeRepresentableAsFunctionNamespaceMerge(typeToSerialize: Type, hostSymbol: Symbol) {\n                    // Only object types which are not constructable, or indexable, whose members all come from the\n                    // context source file, and whose property names are all valid identifiers and not late-bound, _and_\n                    // whose input is not type annotated (if the input symbol has an annotation we can reuse, we should prefer it)\n                    const ctxSrc = getSourceFileOfNode(context.enclosingDeclaration);\n                    return getObjectFlags(typeToSerialize) & (ObjectFlags.Anonymous | ObjectFlags.Mapped) &&\n                    !length(getIndexInfosOfType(typeToSerialize)) &&\n                    !isClassInstanceSide(typeToSerialize) && // While a class instance is potentially representable as a NS, prefer printing a reference to the instance type and serializing the class\n                    !!(length(filter(getPropertiesOfType(typeToSerialize), isNamespaceMember)) || length(getSignaturesOfType(typeToSerialize, SignatureKind.Call))) &&\n                    !length(getSignaturesOfType(typeToSerialize, SignatureKind.Construct)) && // TODO: could probably serialize as function + ns + class, now that that's OK\n                    !getDeclarationWithTypeAnnotation(hostSymbol, enclosingDeclaration) &&\n                    !(typeToSerialize.symbol && some(typeToSerialize.symbol.declarations, d => getSourceFileOfNode(d) !== ctxSrc)) &&\n                    !some(getPropertiesOfType(typeToSerialize), p => isLateBoundName(p.escapedName)) &&\n                    !some(getPropertiesOfType(typeToSerialize), p => some(p.declarations, d => getSourceFileOfNode(d) !== ctxSrc)) &&\n                    every(getPropertiesOfType(typeToSerialize), p => isIdentifierText(symbolName(p), languageVersion));\n                }\n\n                function makeSerializePropertySymbol<T extends Node>(createProperty: (\n                    decorators: readonly Decorator[] | undefined,\n                    modifiers: readonly Modifier[] | undefined,\n                    name: string | PropertyName,\n                    questionOrExclamationToken: QuestionToken | undefined,\n                    type: TypeNode | undefined,\n                    initializer: Expression | undefined\n                ) => T, methodKind: SignatureDeclaration[\"kind\"], useAccessors: true): (p: Symbol, isStatic: boolean, baseType: Type | undefined) => (T | AccessorDeclaration | (T | AccessorDeclaration)[]);\n                function makeSerializePropertySymbol<T extends Node>(createProperty: (\n                    decorators: readonly Decorator[] | undefined,\n                    modifiers: readonly Modifier[] | undefined,\n                    name: string | PropertyName,\n                    questionOrExclamationToken: QuestionToken | undefined,\n                    type: TypeNode | undefined,\n                    initializer: Expression | undefined\n                ) => T, methodKind: SignatureDeclaration[\"kind\"], useAccessors: false): (p: Symbol, isStatic: boolean, baseType: Type | undefined) => (T | T[]);\n                function makeSerializePropertySymbol<T extends Node>(createProperty: (\n                    decorators: readonly Decorator[] | undefined,\n                    modifiers: readonly Modifier[] | undefined,\n                    name: string | PropertyName,\n                    questionOrExclamationToken: QuestionToken | undefined,\n                    type: TypeNode | undefined,\n                    initializer: Expression | undefined\n                ) => T, methodKind: SignatureDeclaration[\"kind\"], useAccessors: boolean): (p: Symbol, isStatic: boolean, baseType: Type | undefined) => (T | AccessorDeclaration | (T | AccessorDeclaration)[]) {\n                    return function serializePropertySymbol(p: Symbol, isStatic: boolean, baseType: Type | undefined): (T | AccessorDeclaration | (T | AccessorDeclaration)[]) {\n                        const modifierFlags = getDeclarationModifierFlagsFromSymbol(p);\n                        const isPrivate = !!(modifierFlags & ModifierFlags.Private);\n                        if (isStatic && (p.flags & (SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias))) {\n                            // Only value-only-meaning symbols can be correctly encoded as class statics, type/namespace/alias meaning symbols\n                            // need to be merged namespace members\n                            return [];\n                        }\n                        if (p.flags & SymbolFlags.Prototype ||\n                            (baseType && getPropertyOfType(baseType, p.escapedName)\n                              && isReadonlySymbol(getPropertyOfType(baseType, p.escapedName)!) === isReadonlySymbol(p)\n                              && (p.flags & SymbolFlags.Optional) === (getPropertyOfType(baseType, p.escapedName)!.flags & SymbolFlags.Optional)\n                              && isTypeIdenticalTo(getTypeOfSymbol(p), getTypeOfPropertyOfType(baseType, p.escapedName)!))) {\n                            return [];\n                        }\n                        const flag = (modifierFlags & ~ModifierFlags.Async) | (isStatic ? ModifierFlags.Static : 0);\n                        const name = getPropertyNameNodeForSymbol(p, context);\n                        const firstPropertyLikeDecl = p.declarations?.find(or(isPropertyDeclaration, isAccessor, isVariableDeclaration, isPropertySignature, isBinaryExpression, isPropertyAccessExpression));\n                        if (p.flags & SymbolFlags.Accessor && useAccessors) {\n                            const result: AccessorDeclaration[] = [];\n                            if (p.flags & SymbolFlags.SetAccessor) {\n                                result.push(setTextRange(factory.createSetAccessorDeclaration(\n                                    /*decorators*/ undefined,\n                                    factory.createModifiersFromModifierFlags(flag),\n                                    name,\n                                    [factory.createParameterDeclaration(\n                                        /*decorators*/ undefined,\n                                        /*modifiers*/ undefined,\n                                        /*dotDotDotToken*/ undefined,\n                                        \"arg\",\n                                        /*questionToken*/ undefined,\n                                        isPrivate ? undefined : serializeTypeForDeclaration(context, getTypeOfSymbol(p), p, enclosingDeclaration, includePrivateSymbol, bundled)\n                                    )],\n                                    /*body*/ undefined\n                                ), p.declarations?.find(isSetAccessor) || firstPropertyLikeDecl));\n                            }\n                            if (p.flags & SymbolFlags.GetAccessor) {\n                                const isPrivate = modifierFlags & ModifierFlags.Private;\n                                result.push(setTextRange(factory.createGetAccessorDeclaration(\n                                    /*decorators*/ undefined,\n                                    factory.createModifiersFromModifierFlags(flag),\n                                    name,\n                                    [],\n                                    isPrivate ? undefined : serializeTypeForDeclaration(context, getTypeOfSymbol(p), p, enclosingDeclaration, includePrivateSymbol, bundled),\n                                    /*body*/ undefined\n                                ), p.declarations?.find(isGetAccessor) || firstPropertyLikeDecl));\n                            }\n                            return result;\n                        }\n                        // This is an else/if as accessors and properties can't merge in TS, but might in JS\n                        // If this happens, we assume the accessor takes priority, as it imposes more constraints\n                        else if (p.flags & (SymbolFlags.Property | SymbolFlags.Variable | SymbolFlags.Accessor)) {\n                            return setTextRange(createProperty(\n                                /*decorators*/ undefined,\n                                factory.createModifiersFromModifierFlags((isReadonlySymbol(p) ? ModifierFlags.Readonly : 0) | flag),\n                                name,\n                                p.flags & SymbolFlags.Optional ? factory.createToken(SyntaxKind.QuestionToken) : undefined,\n                                isPrivate ? undefined : serializeTypeForDeclaration(context, getTypeOfSymbol(p), p, enclosingDeclaration, includePrivateSymbol, bundled),\n                                // TODO: https://github.com/microsoft/TypeScript/pull/32372#discussion_r328386357\n                                // interface members can't have initializers, however class members _can_\n                                /*initializer*/ undefined\n                            ), p.declarations?.find(or(isPropertyDeclaration, isVariableDeclaration)) || firstPropertyLikeDecl);\n                        }\n                        if (p.flags & (SymbolFlags.Method | SymbolFlags.Function)) {\n                            const type = getTypeOfSymbol(p);\n                            const signatures = getSignaturesOfType(type, SignatureKind.Call);\n                            if (flag & ModifierFlags.Private) {\n                                return setTextRange(createProperty(\n                                    /*decorators*/ undefined,\n                                    factory.createModifiersFromModifierFlags((isReadonlySymbol(p) ? ModifierFlags.Readonly : 0) | flag),\n                                    name,\n                                    p.flags & SymbolFlags.Optional ? factory.createToken(SyntaxKind.QuestionToken) : undefined,\n                                    /*type*/ undefined,\n                                    /*initializer*/ undefined\n                                ), p.declarations?.find(isFunctionLikeDeclaration) || signatures[0] && signatures[0].declaration || p.declarations && p.declarations[0]);\n                            }\n\n                            const results = [];\n                            for (const sig of signatures) {\n                                // Each overload becomes a separate method declaration, in order\n                                const decl = signatureToSignatureDeclarationHelper(\n                                    sig,\n                                    methodKind,\n                                    context,\n                                    {\n                                        name,\n                                        questionToken: p.flags & SymbolFlags.Optional ? factory.createToken(SyntaxKind.QuestionToken) : undefined,\n                                        modifiers: flag ? factory.createModifiersFromModifierFlags(flag) : undefined\n                                    }\n                                );\n                                const location = sig.declaration && isPrototypePropertyAssignment(sig.declaration.parent) ? sig.declaration.parent : sig.declaration;\n                                results.push(setTextRange(decl, location));\n                            }\n                            return results as unknown as T[];\n                        }\n                        // The `Constructor`'s symbol isn't in the class's properties lists, obviously, since it's a signature on the static\n                        return Debug.fail(`Unhandled class member kind! ${(p as any).__debugFlags || p.flags}`);\n                    };\n                }\n\n                function serializePropertySymbolForInterface(p: Symbol, baseType: Type | undefined) {\n                    return serializePropertySymbolForInterfaceWorker(p, /*isStatic*/ false, baseType);\n                }\n\n                function serializeSignatures(kind: SignatureKind, input: Type, baseType: Type | undefined, outputKind: SignatureDeclaration[\"kind\"]) {\n                    const signatures = getSignaturesOfType(input, kind);\n                    if (kind === SignatureKind.Construct) {\n                        if (!baseType && every(signatures, s => length(s.parameters) === 0)) {\n                            return []; // No base type, every constructor is empty - elide the extraneous `constructor()`\n                        }\n                        if (baseType) {\n                            // If there is a base type, if every signature in the class is identical to a signature in the baseType, elide all the declarations\n                            const baseSigs = getSignaturesOfType(baseType, SignatureKind.Construct);\n                            if (!length(baseSigs) && every(signatures, s => length(s.parameters) === 0)) {\n                                return []; // Base had no explicit signatures, if all our signatures are also implicit, return an empty list\n                            }\n                            if (baseSigs.length === signatures.length) {\n                                let failed = false;\n                                for (let i = 0; i < baseSigs.length; i++) {\n                                    if (!compareSignaturesIdentical(signatures[i], baseSigs[i], /*partialMatch*/ false, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ true, compareTypesIdentical)) {\n                                        failed = true;\n                                        break;\n                                    }\n                                }\n                                if (!failed) {\n                                    return []; // Every signature was identical - elide constructor list as it is inherited\n                                }\n                            }\n                        }\n                        let privateProtected: ModifierFlags = 0;\n                        for (const s of signatures) {\n                            if (s.declaration) {\n                                privateProtected |= getSelectedEffectiveModifierFlags(s.declaration, ModifierFlags.Private | ModifierFlags.Protected);\n                            }\n                        }\n                        if (privateProtected) {\n                            return [setTextRange(factory.createConstructorDeclaration(\n                                /*decorators*/ undefined,\n                                factory.createModifiersFromModifierFlags(privateProtected),\n                                /*parameters*/ [],\n                                /*body*/ undefined,\n                            ), signatures[0].declaration)];\n                        }\n                    }\n\n                    const results = [];\n                    for (const sig of signatures) {\n                        // Each overload becomes a separate constructor declaration, in order\n                        const decl = signatureToSignatureDeclarationHelper(sig, outputKind, context);\n                        results.push(setTextRange(decl, sig.declaration));\n                    }\n                    return results;\n                }\n\n                function serializeIndexSignatures(input: Type, baseType: Type | undefined) {\n                    const results: IndexSignatureDeclaration[] = [];\n                    for (const info of getIndexInfosOfType(input)) {\n                        if (baseType) {\n                            const baseInfo = getIndexInfoOfType(baseType, info.keyType);\n                            if (baseInfo) {\n                                if (isTypeIdenticalTo(info.type, baseInfo.type)) {\n                                    continue; // elide identical index signatures\n                                }\n                            }\n                        }\n                        results.push(indexInfoToIndexSignatureDeclarationHelper(info, context, /*typeNode*/ undefined));\n                    }\n                    return results;\n                }\n\n                function serializeBaseType(t: Type, staticType: Type, rootName: string) {\n                    const ref = trySerializeAsTypeReference(t, SymbolFlags.Value);\n                    if (ref) {\n                        return ref;\n                    }\n                    const tempName = getUnusedName(`${rootName}_base`);\n                    const statement = factory.createVariableStatement(/*modifiers*/ undefined, factory.createVariableDeclarationList([\n                        factory.createVariableDeclaration(tempName, /*exclamationToken*/ undefined, typeToTypeNodeHelper(staticType, context))\n                    ], NodeFlags.Const));\n                    addResult(statement, ModifierFlags.None);\n                    return factory.createExpressionWithTypeArguments(factory.createIdentifier(tempName), /*typeArgs*/ undefined);\n                }\n\n                function trySerializeAsTypeReference(t: Type, flags: SymbolFlags) {\n                    let typeArgs: TypeNode[] | undefined;\n                    let reference: Expression | undefined;\n\n                    // We don't use `isValueSymbolAccessible` below. since that considers alternative containers (like modules)\n                    // which we can't write out in a syntactically valid way as an expression\n                    if ((t as TypeReference).target && isSymbolAccessibleByFlags((t as TypeReference).target.symbol, enclosingDeclaration, flags)) {\n                        typeArgs = map(getTypeArguments(t as TypeReference), t => typeToTypeNodeHelper(t, context));\n                        reference = symbolToExpression((t as TypeReference).target.symbol, context, SymbolFlags.Type);\n                    }\n                    else if (t.symbol && isSymbolAccessibleByFlags(t.symbol, enclosingDeclaration, flags)) {\n                        reference = symbolToExpression(t.symbol, context, SymbolFlags.Type);\n                    }\n                    if (reference) {\n                        return factory.createExpressionWithTypeArguments(reference, typeArgs);\n                    }\n                }\n\n                function serializeImplementedType(t: Type) {\n                    const ref = trySerializeAsTypeReference(t, SymbolFlags.Type);\n                    if (ref) {\n                        return ref;\n                    }\n                    if (t.symbol) {\n                        return factory.createExpressionWithTypeArguments(symbolToExpression(t.symbol, context, SymbolFlags.Type), /*typeArgs*/ undefined);\n                    }\n                }\n\n                function getUnusedName(input: string, symbol?: Symbol): string {\n                    const id = symbol ? getSymbolId(symbol) : undefined;\n                    if (id) {\n                        if (context.remappedSymbolNames!.has(id)) {\n                            return context.remappedSymbolNames!.get(id)!;\n                        }\n                    }\n                    if (symbol) {\n                        input = getNameCandidateWorker(symbol, input);\n                    }\n                    let i = 0;\n                    const original = input;\n                    while (context.usedSymbolNames?.has(input)) {\n                        i++;\n                        input = `${original}_${i}`;\n                    }\n                    context.usedSymbolNames?.add(input);\n                    if (id) {\n                        context.remappedSymbolNames!.set(id, input);\n                    }\n                    return input;\n                }\n\n                function getNameCandidateWorker(symbol: Symbol, localName: string) {\n                    if (localName === InternalSymbolName.Default || localName === InternalSymbolName.Class || localName === InternalSymbolName.Function) {\n                        const flags = context.flags;\n                        context.flags |= NodeBuilderFlags.InInitialEntityName;\n                        const nameCandidate = getNameOfSymbolAsWritten(symbol, context);\n                        context.flags = flags;\n                        localName = nameCandidate.length > 0 && isSingleOrDoubleQuote(nameCandidate.charCodeAt(0)) ? stripQuotes(nameCandidate) : nameCandidate;\n                    }\n                    if (localName === InternalSymbolName.Default) {\n                        localName = \"_default\";\n                    }\n                    else if (localName === InternalSymbolName.ExportEquals) {\n                        localName = \"_exports\";\n                    }\n                    localName = isIdentifierText(localName, languageVersion) && !isStringANonContextualKeyword(localName) ? localName : \"_\" + localName.replace(/[^a-zA-Z0-9]/g, \"_\");\n                    return localName;\n                }\n\n                function getInternalSymbolName(symbol: Symbol, localName: string) {\n                    const id = getSymbolId(symbol);\n                    if (context.remappedSymbolNames!.has(id)) {\n                        return context.remappedSymbolNames!.get(id)!;\n                    }\n                    localName = getNameCandidateWorker(symbol, localName);\n                    // The result of this is going to be used as the symbol's name - lock it in, so `getUnusedName` will also pick it up\n                    context.remappedSymbolNames!.set(id, localName);\n                    return localName;\n                }\n            }\n        }\n\n        function typePredicateToString(typePredicate: TypePredicate, enclosingDeclaration?: Node, flags: TypeFormatFlags = TypeFormatFlags.UseAliasDefinedOutsideCurrentScope, writer?: EmitTextWriter): string {\n            return writer ? typePredicateToStringWorker(writer).getText() : usingSingleLineStringWriter(typePredicateToStringWorker);\n\n            function typePredicateToStringWorker(writer: EmitTextWriter) {\n                const predicate = factory.createTypePredicateNode(\n                    typePredicate.kind === TypePredicateKind.AssertsThis || typePredicate.kind === TypePredicateKind.AssertsIdentifier ? factory.createToken(SyntaxKind.AssertsKeyword) : undefined,\n                    typePredicate.kind === TypePredicateKind.Identifier || typePredicate.kind === TypePredicateKind.AssertsIdentifier ? factory.createIdentifier(typePredicate.parameterName) : factory.createThisTypeNode(),\n                    typePredicate.type && nodeBuilder.typeToTypeNode(typePredicate.type, enclosingDeclaration, toNodeBuilderFlags(flags) | NodeBuilderFlags.IgnoreErrors | NodeBuilderFlags.WriteTypeParametersInQualifiedName)! // TODO: GH#18217\n                );\n                const printer = createPrinter({ removeComments: true });\n                const sourceFile = enclosingDeclaration && getSourceFileOfNode(enclosingDeclaration);\n                printer.writeNode(EmitHint.Unspecified, predicate, /*sourceFile*/ sourceFile, writer);\n                return writer;\n            }\n        }\n\n        function formatUnionTypes(types: readonly Type[]): Type[] {\n            const result: Type[] = [];\n            let flags: TypeFlags = 0;\n            for (let i = 0; i < types.length; i++) {\n                const t = types[i];\n                flags |= t.flags;\n                if (!(t.flags & TypeFlags.Nullable)) {\n                    if (t.flags & (TypeFlags.BooleanLiteral | TypeFlags.EnumLiteral)) {\n                        const baseType = t.flags & TypeFlags.BooleanLiteral ? booleanType : getBaseTypeOfEnumLiteralType(t as LiteralType);\n                        if (baseType.flags & TypeFlags.Union) {\n                            const count = (baseType as UnionType).types.length;\n                            if (i + count <= types.length && getRegularTypeOfLiteralType(types[i + count - 1]) === getRegularTypeOfLiteralType((baseType as UnionType).types[count - 1])) {\n                                result.push(baseType);\n                                i += count - 1;\n                                continue;\n                            }\n                        }\n                    }\n                    result.push(t);\n                }\n            }\n            if (flags & TypeFlags.Null) result.push(nullType);\n            if (flags & TypeFlags.Undefined) result.push(undefinedType);\n            return result || types;\n        }\n\n        function visibilityToString(flags: ModifierFlags): string | undefined {\n            if (flags === ModifierFlags.Private) {\n                return \"private\";\n            }\n            if (flags === ModifierFlags.Protected) {\n                return \"protected\";\n            }\n            return \"public\";\n        }\n\n        function getTypeAliasForTypeLiteral(type: Type): Symbol | undefined {\n            if (type.symbol && type.symbol.flags & SymbolFlags.TypeLiteral && type.symbol.declarations) {\n                const node = walkUpParenthesizedTypes(type.symbol.declarations[0].parent);\n                if (node.kind === SyntaxKind.TypeAliasDeclaration) {\n                    return getSymbolOfNode(node);\n                }\n            }\n            return undefined;\n        }\n\n        function isTopLevelInExternalModuleAugmentation(node: Node): boolean {\n            return node && node.parent &&\n                node.parent.kind === SyntaxKind.ModuleBlock &&\n                isExternalModuleAugmentation(node.parent.parent);\n        }\n\n        interface NodeBuilderContext {\n            enclosingDeclaration: Node | undefined;\n            flags: NodeBuilderFlags;\n            tracker: SymbolTracker;\n\n            // State\n            encounteredError: boolean;\n            reportedDiagnostic: boolean;\n            visitedTypes: Set<number> | undefined;\n            symbolDepth: ESMap<string, number> | undefined;\n            inferTypeParameters: TypeParameter[] | undefined;\n            approximateLength: number;\n            truncating?: boolean;\n            typeParameterSymbolList?: Set<number>;\n            typeParameterNames?: ESMap<TypeId, Identifier>;\n            typeParameterNamesByText?: Set<string>;\n            typeParameterNamesByTextNextNameCount?: ESMap<string, number>;\n            usedSymbolNames?: Set<string>;\n            remappedSymbolNames?: ESMap<SymbolId, string>;\n            reverseMappedStack?: ReverseMappedSymbol[];\n        }\n\n        function isDefaultBindingContext(location: Node) {\n            return location.kind === SyntaxKind.SourceFile || isAmbientModule(location);\n        }\n\n        function getNameOfSymbolFromNameType(symbol: Symbol, context?: NodeBuilderContext) {\n            const nameType = getSymbolLinks(symbol).nameType;\n            if (nameType) {\n                if (nameType.flags & TypeFlags.StringOrNumberLiteral) {\n                    const name = \"\" + (nameType as StringLiteralType | NumberLiteralType).value;\n                    if (!isIdentifierText(name, getEmitScriptTarget(compilerOptions)) && !isNumericLiteralName(name)) {\n                        return `\"${escapeString(name, CharacterCodes.doubleQuote)}\"`;\n                    }\n                    if (isNumericLiteralName(name) && startsWith(name, \"-\")) {\n                        return `[${name}]`;\n                    }\n                    return name;\n                }\n                if (nameType.flags & TypeFlags.UniqueESSymbol) {\n                    return `[${getNameOfSymbolAsWritten((nameType as UniqueESSymbolType).symbol, context)}]`;\n                }\n            }\n        }\n\n        /**\n          * Gets a human-readable name for a symbol.\n          * Should *not* be used for the right-hand side of a `.` -- use `symbolName(symbol)` for that instead.\n          *\n          * Unlike `symbolName(symbol)`, this will include quotes if the name is from a string literal.\n          * It will also use a representation of a number as written instead of a decimal form, e.g. `0o11` instead of `9`.\n          */\n        function getNameOfSymbolAsWritten(symbol: Symbol, context?: NodeBuilderContext): string {\n            if (context && symbol.escapedName === InternalSymbolName.Default && !(context.flags & NodeBuilderFlags.UseAliasDefinedOutsideCurrentScope) &&\n                // If it's not the first part of an entity name, it must print as `default`\n                (!(context.flags & NodeBuilderFlags.InInitialEntityName) ||\n                // if the symbol is synthesized, it will only be referenced externally it must print as `default`\n                !symbol.declarations ||\n                // if not in the same binding context (source file, module declaration), it must print as `default`\n                (context.enclosingDeclaration && findAncestor(symbol.declarations[0], isDefaultBindingContext) !== findAncestor(context.enclosingDeclaration, isDefaultBindingContext)))) {\n                return \"default\";\n            }\n            if (symbol.declarations && symbol.declarations.length) {\n                let declaration = firstDefined(symbol.declarations, d => getNameOfDeclaration(d) ? d : undefined); // Try using a declaration with a name, first\n                const name = declaration && getNameOfDeclaration(declaration);\n                if (declaration && name) {\n                    if (isCallExpression(declaration) && isBindableObjectDefinePropertyCall(declaration)) {\n                        return symbolName(symbol);\n                    }\n                    if (isComputedPropertyName(name) && !(getCheckFlags(symbol) & CheckFlags.Late)) {\n                        const nameType = getSymbolLinks(symbol).nameType;\n                        if (nameType && nameType.flags & TypeFlags.StringOrNumberLiteral) {\n                            // Computed property name isn't late bound, but has a well-known name type - use name type to generate a symbol name\n                            const result = getNameOfSymbolFromNameType(symbol, context);\n                            if (result !== undefined) {\n                                return result;\n                            }\n                        }\n                    }\n                    return declarationNameToString(name);\n                }\n                if (!declaration) {\n                    declaration = symbol.declarations[0]; // Declaration may be nameless, but we'll try anyway\n                }\n                if (declaration.parent && declaration.parent.kind === SyntaxKind.VariableDeclaration) {\n                    return declarationNameToString((declaration.parent as VariableDeclaration).name);\n                }\n                switch (declaration.kind) {\n                    case SyntaxKind.ClassExpression:\n                    case SyntaxKind.FunctionExpression:\n                    case SyntaxKind.ArrowFunction:\n                        if (context && !context.encounteredError && !(context.flags & NodeBuilderFlags.AllowAnonymousIdentifier)) {\n                            context.encounteredError = true;\n                        }\n                        return declaration.kind === SyntaxKind.ClassExpression ? \"(Anonymous class)\" : \"(Anonymous function)\";\n                }\n            }\n            const name = getNameOfSymbolFromNameType(symbol, context);\n            return name !== undefined ? name : symbolName(symbol);\n        }\n\n        function isDeclarationVisible(node: Node): boolean {\n            if (node) {\n                const links = getNodeLinks(node);\n                if (links.isVisible === undefined) {\n                    links.isVisible = !!determineIfDeclarationIsVisible();\n                }\n                return links.isVisible;\n            }\n\n            return false;\n\n            function determineIfDeclarationIsVisible() {\n                switch (node.kind) {\n                    case SyntaxKind.JSDocCallbackTag:\n                    case SyntaxKind.JSDocTypedefTag:\n                    case SyntaxKind.JSDocEnumTag:\n                        // Top-level jsdoc type aliases are considered exported\n                        // First parent is comment node, second is hosting declaration or token; we only care about those tokens or declarations whose parent is a source file\n                        return !!(node.parent && node.parent.parent && node.parent.parent.parent && isSourceFile(node.parent.parent.parent));\n                    case SyntaxKind.BindingElement:\n                        return isDeclarationVisible(node.parent.parent);\n                    case SyntaxKind.VariableDeclaration:\n                        if (isBindingPattern((node as VariableDeclaration).name) &&\n                            !((node as VariableDeclaration).name as BindingPattern).elements.length) {\n                            // If the binding pattern is empty, this variable declaration is not visible\n                            return false;\n                        }\n                        // falls through\n                    case SyntaxKind.ModuleDeclaration:\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.InterfaceDeclaration:\n                    case SyntaxKind.TypeAliasDeclaration:\n                    case SyntaxKind.FunctionDeclaration:\n                    case SyntaxKind.EnumDeclaration:\n                    case SyntaxKind.ImportEqualsDeclaration:\n                        // external module augmentation is always visible\n                        if (isExternalModuleAugmentation(node)) {\n                            return true;\n                        }\n                        const parent = getDeclarationContainer(node);\n                        // If the node is not exported or it is not ambient module element (except import declaration)\n                        if (!(getCombinedModifierFlags(node as Declaration) & ModifierFlags.Export) &&\n                            !(node.kind !== SyntaxKind.ImportEqualsDeclaration && parent.kind !== SyntaxKind.SourceFile && parent.flags & NodeFlags.Ambient)) {\n                            return isGlobalSourceFile(parent);\n                        }\n                        // Exported members/ambient module elements (exception import declaration) are visible if parent is visible\n                        return isDeclarationVisible(parent);\n\n                    case SyntaxKind.PropertyDeclaration:\n                    case SyntaxKind.PropertySignature:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.MethodSignature:\n                        if (hasEffectiveModifier(node, ModifierFlags.Private | ModifierFlags.Protected)) {\n                            // Private/protected properties/methods are not visible\n                            return false;\n                        }\n                        // Public properties/methods are visible if its parents are visible, so:\n                        // falls through\n\n                    case SyntaxKind.Constructor:\n                    case SyntaxKind.ConstructSignature:\n                    case SyntaxKind.CallSignature:\n                    case SyntaxKind.IndexSignature:\n                    case SyntaxKind.Parameter:\n                    case SyntaxKind.ModuleBlock:\n                    case SyntaxKind.FunctionType:\n                    case SyntaxKind.ConstructorType:\n                    case SyntaxKind.TypeLiteral:\n                    case SyntaxKind.TypeReference:\n                    case SyntaxKind.ArrayType:\n                    case SyntaxKind.TupleType:\n                    case SyntaxKind.UnionType:\n                    case SyntaxKind.IntersectionType:\n                    case SyntaxKind.ParenthesizedType:\n                    case SyntaxKind.NamedTupleMember:\n                        return isDeclarationVisible(node.parent);\n\n                    // Default binding, import specifier and namespace import is visible\n                    // only on demand so by default it is not visible\n                    case SyntaxKind.ImportClause:\n                    case SyntaxKind.NamespaceImport:\n                    case SyntaxKind.ImportSpecifier:\n                        return false;\n\n                    // Type parameters are always visible\n                    case SyntaxKind.TypeParameter:\n\n                    // Source file and namespace export are always visible\n                    // falls through\n                    case SyntaxKind.SourceFile:\n                    case SyntaxKind.NamespaceExportDeclaration:\n                        return true;\n\n                    // Export assignments do not create name bindings outside the module\n                    case SyntaxKind.ExportAssignment:\n                        return false;\n\n                    default:\n                        return false;\n                }\n            }\n        }\n\n        function collectLinkedAliases(node: Identifier, setVisibility?: boolean): Node[] | undefined {\n            let exportSymbol: Symbol | undefined;\n            if (node.parent && node.parent.kind === SyntaxKind.ExportAssignment) {\n                exportSymbol = resolveName(node, node.escapedText, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias, /*nameNotFoundMessage*/ undefined, node, /*isUse*/ false);\n            }\n            else if (node.parent.kind === SyntaxKind.ExportSpecifier) {\n                exportSymbol = getTargetOfExportSpecifier(node.parent as ExportSpecifier, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias);\n            }\n            let result: Node[] | undefined;\n            let visited: Set<number> | undefined;\n            if (exportSymbol) {\n                visited = new Set();\n                visited.add(getSymbolId(exportSymbol));\n                buildVisibleNodeList(exportSymbol.declarations);\n            }\n            return result;\n\n            function buildVisibleNodeList(declarations: Declaration[] | undefined) {\n                forEach(declarations, declaration => {\n                    const resultNode = getAnyImportSyntax(declaration) || declaration;\n                    if (setVisibility) {\n                        getNodeLinks(declaration).isVisible = true;\n                    }\n                    else {\n                        result = result || [];\n                        pushIfUnique(result, resultNode);\n                    }\n\n                    if (isInternalModuleImportEqualsDeclaration(declaration)) {\n                        // Add the referenced top container visible\n                        const internalModuleReference = declaration.moduleReference as Identifier | QualifiedName;\n                        const firstIdentifier = getFirstIdentifier(internalModuleReference);\n                        const importSymbol = resolveName(declaration, firstIdentifier.escapedText, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace,\n                            undefined, undefined, /*isUse*/ false);\n                        if (importSymbol && visited) {\n                            if (tryAddToSet(visited, getSymbolId(importSymbol))) {\n                                buildVisibleNodeList(importSymbol.declarations);\n                            }\n                        }\n                    }\n                });\n            }\n        }\n\n        /**\n          * Push an entry on the type resolution stack. If an entry with the given target and the given property name\n          * is already on the stack, and no entries in between already have a type, then a circularity has occurred.\n          * In this case, the result values of the existing entry and all entries pushed after it are changed to false,\n          * and the value false is returned. Otherwise, the new entry is just pushed onto the stack, and true is returned.\n          * In order to see if the same query has already been done before, the target object and the propertyName both\n          * must match the one passed in.\n          *\n          * @param target The symbol, type, or signature whose type is being queried\n          * @param propertyName The property name that should be used to query the target for its type\n          */\n        function pushTypeResolution(target: TypeSystemEntity, propertyName: TypeSystemPropertyName): boolean {\n            const resolutionCycleStartIndex = findResolutionCycleStartIndex(target, propertyName);\n            if (resolutionCycleStartIndex >= 0) {\n                // A cycle was found\n                const { length } = resolutionTargets;\n                for (let i = resolutionCycleStartIndex; i < length; i++) {\n                    resolutionResults[i] = false;\n                }\n                return false;\n            }\n            resolutionTargets.push(target);\n            resolutionResults.push(/*items*/ true);\n            resolutionPropertyNames.push(propertyName);\n            return true;\n        }\n\n        function findResolutionCycleStartIndex(target: TypeSystemEntity, propertyName: TypeSystemPropertyName): number {\n            for (let i = resolutionTargets.length - 1; i >= 0; i--) {\n                if (hasType(resolutionTargets[i], resolutionPropertyNames[i])) {\n                    return -1;\n                }\n                if (resolutionTargets[i] === target && resolutionPropertyNames[i] === propertyName) {\n                    return i;\n                }\n            }\n            return -1;\n        }\n\n        function hasType(target: TypeSystemEntity, propertyName: TypeSystemPropertyName): boolean {\n            switch (propertyName) {\n                case TypeSystemPropertyName.Type:\n                    return !!getSymbolLinks(target as Symbol).type;\n                case TypeSystemPropertyName.EnumTagType:\n                    return !!(getNodeLinks(target as JSDocEnumTag).resolvedEnumType);\n                case TypeSystemPropertyName.DeclaredType:\n                    return !!getSymbolLinks(target as Symbol).declaredType;\n                case TypeSystemPropertyName.ResolvedBaseConstructorType:\n                    return !!(target as InterfaceType).resolvedBaseConstructorType;\n                case TypeSystemPropertyName.ResolvedReturnType:\n                    return !!(target as Signature).resolvedReturnType;\n                case TypeSystemPropertyName.ImmediateBaseConstraint:\n                    return !!(target as Type).immediateBaseConstraint;\n                case TypeSystemPropertyName.ResolvedTypeArguments:\n                    return !!(target as TypeReference).resolvedTypeArguments;\n                case TypeSystemPropertyName.ResolvedBaseTypes:\n                    return !!(target as InterfaceType).baseTypesResolved;\n            }\n            return Debug.assertNever(propertyName);\n        }\n\n        /**\n          * Pop an entry from the type resolution stack and return its associated result value. The result value will\n          * be true if no circularities were detected, or false if a circularity was found.\n          */\n        function popTypeResolution(): boolean {\n            resolutionTargets.pop();\n            resolutionPropertyNames.pop();\n            return resolutionResults.pop()!;\n        }\n\n        function getDeclarationContainer(node: Node): Node {\n            return findAncestor(getRootDeclaration(node), node => {\n                switch (node.kind) {\n                    case SyntaxKind.VariableDeclaration:\n                    case SyntaxKind.VariableDeclarationList:\n                    case SyntaxKind.ImportSpecifier:\n                    case SyntaxKind.NamedImports:\n                    case SyntaxKind.NamespaceImport:\n                    case SyntaxKind.ImportClause:\n                        return false;\n                    default:\n                        return true;\n                }\n            })!.parent;\n        }\n\n        function getTypeOfPrototypeProperty(prototype: Symbol): Type {\n            // TypeScript 1.0 spec (April 2014): 8.4\n            // Every class automatically contains a static property member named 'prototype',\n            // the type of which is an instantiation of the class type with type Any supplied as a type argument for each type parameter.\n            // It is an error to explicitly declare a static property member with the name 'prototype'.\n            const classType = getDeclaredTypeOfSymbol(getParentOfSymbol(prototype)!) as InterfaceType;\n            return classType.typeParameters ? createTypeReference(classType as GenericType, map(classType.typeParameters, _ => anyType)) : classType;\n        }\n\n        // Return the type of the given property in the given type, or undefined if no such property exists\n        function getTypeOfPropertyOfType(type: Type, name: __String): Type | undefined {\n            const prop = getPropertyOfType(type, name);\n            return prop ? getTypeOfSymbol(prop) : undefined;\n        }\n\n        function getTypeOfPropertyOrIndexSignature(type: Type, name: __String): Type {\n            return getTypeOfPropertyOfType(type, name) || getApplicableIndexInfoForName(type, name)?.type || unknownType;\n        }\n\n        function isTypeAny(type: Type | undefined) {\n            return type && (type.flags & TypeFlags.Any) !== 0;\n        }\n\n        function isErrorType(type: Type) {\n            // The only 'any' types that have alias symbols are those manufactured by getTypeFromTypeAliasReference for\n            // a reference to an unresolved symbol. We want those to behave like the errorType.\n            return type === errorType || !!(type.flags & TypeFlags.Any && type.aliasSymbol);\n        }\n\n        // Return the type of a binding element parent. We check SymbolLinks first to see if a type has been\n        // assigned by contextual typing.\n        function getTypeForBindingElementParent(node: BindingElementGrandparent, checkMode: CheckMode) {\n            if (checkMode !== CheckMode.Normal) {\n                return getTypeForVariableLikeDeclaration(node, /*includeOptionality*/ false, checkMode);\n            }\n            const symbol = getSymbolOfNode(node);\n            return symbol && getSymbolLinks(symbol).type || getTypeForVariableLikeDeclaration(node, /*includeOptionality*/ false, checkMode);\n        }\n\n        function getRestType(source: Type, properties: PropertyName[], symbol: Symbol | undefined): Type {\n            source = filterType(source, t => !(t.flags & TypeFlags.Nullable));\n            if (source.flags & TypeFlags.Never) {\n                return emptyObjectType;\n            }\n            if (source.flags & TypeFlags.Union) {\n                return mapType(source, t => getRestType(t, properties, symbol));\n            }\n\n            let omitKeyType = getUnionType(map(properties, getLiteralTypeFromPropertyName));\n\n            const spreadableProperties: Symbol[] = [];\n            const unspreadableToRestKeys: Type[] = [];\n\n            for (const prop of getPropertiesOfType(source)) {\n                const literalTypeFromProperty = getLiteralTypeFromProperty(prop, TypeFlags.StringOrNumberLiteralOrUnique);\n                if (!isTypeAssignableTo(literalTypeFromProperty, omitKeyType)\n                    && !(getDeclarationModifierFlagsFromSymbol(prop) & (ModifierFlags.Private | ModifierFlags.Protected))\n                    && isSpreadableProperty(prop)) {\n                    spreadableProperties.push(prop);\n                }\n                else {\n                    unspreadableToRestKeys.push(literalTypeFromProperty);\n                }\n            }\n\n            if (isGenericObjectType(source) || isGenericIndexType(omitKeyType)) {\n                if (unspreadableToRestKeys.length) {\n                    // If the type we're spreading from has properties that cannot\n                    // be spread into the rest type (e.g. getters, methods), ensure\n                    // they are explicitly omitted, as they would in the non-generic case.\n                    omitKeyType = getUnionType([omitKeyType, ...unspreadableToRestKeys]);\n                }\n\n                if (omitKeyType.flags & TypeFlags.Never) {\n                    return source;\n                }\n\n                const omitTypeAlias = getGlobalOmitSymbol();\n                if (!omitTypeAlias) {\n                    return errorType;\n                }\n                return getTypeAliasInstantiation(omitTypeAlias, [source, omitKeyType]);\n            }\n            const members = createSymbolTable();\n            for (const prop of spreadableProperties) {\n                members.set(prop.escapedName, getSpreadSymbol(prop, /*readonly*/ false));\n            }\n            const result = createAnonymousType(symbol, members, emptyArray, emptyArray, getIndexInfosOfType(source));\n            result.objectFlags |= ObjectFlags.ObjectRestType;\n            return result;\n        }\n\n        function isGenericTypeWithUndefinedConstraint(type: Type) {\n            return !!(type.flags & TypeFlags.Instantiable) && maybeTypeOfKind(getBaseConstraintOfType(type) || unknownType, TypeFlags.Undefined);\n        }\n\n        function getNonUndefinedType(type: Type) {\n            const typeOrConstraint = someType(type, isGenericTypeWithUndefinedConstraint) ? mapType(type, t => t.flags & TypeFlags.Instantiable ? getBaseConstraintOrType(t) : t) : type;\n            return getTypeWithFacts(typeOrConstraint, TypeFacts.NEUndefined);\n        }\n\n        // Determine the control flow type associated with a destructuring declaration or assignment. The following\n        // forms of destructuring are possible:\n        //   let { x } = obj;  // BindingElement\n        //   let [ x ] = obj;  // BindingElement\n        //   { x } = obj;      // ShorthandPropertyAssignment\n        //   { x: v } = obj;   // PropertyAssignment\n        //   [ x ] = obj;      // Expression\n        // We construct a synthetic element access expression corresponding to 'obj.x' such that the control\n        // flow analyzer doesn't have to handle all the different syntactic forms.\n        function getFlowTypeOfDestructuring(node: BindingElement | PropertyAssignment | ShorthandPropertyAssignment | Expression, declaredType: Type) {\n            const reference = getSyntheticElementAccess(node);\n            return reference ? getFlowTypeOfReference(reference, declaredType) : declaredType;\n        }\n\n        function getSyntheticElementAccess(node: BindingElement | PropertyAssignment | ShorthandPropertyAssignment | Expression): ElementAccessExpression | undefined {\n            const parentAccess = getParentElementAccess(node);\n            if (parentAccess && parentAccess.flowNode) {\n                const propName = getDestructuringPropertyName(node);\n                if (propName) {\n                    const literal = setTextRange(parseNodeFactory.createStringLiteral(propName), node);\n                    const lhsExpr = isLeftHandSideExpression(parentAccess) ? parentAccess : parseNodeFactory.createParenthesizedExpression(parentAccess);\n                    const result = setTextRange(parseNodeFactory.createElementAccessExpression(lhsExpr, literal), node);\n                    setParent(literal, result);\n                    setParent(result, node);\n                    if (lhsExpr !== parentAccess) {\n                        setParent(lhsExpr, result);\n                    }\n                    result.flowNode = parentAccess.flowNode;\n                    return result;\n                }\n            }\n        }\n\n        function getParentElementAccess(node: BindingElement | PropertyAssignment | ShorthandPropertyAssignment | Expression) {\n            const ancestor = node.parent.parent;\n            switch (ancestor.kind) {\n                case SyntaxKind.BindingElement:\n                case SyntaxKind.PropertyAssignment:\n                    return getSyntheticElementAccess(ancestor as BindingElement | PropertyAssignment);\n                case SyntaxKind.ArrayLiteralExpression:\n                    return getSyntheticElementAccess(node.parent as Expression);\n                case SyntaxKind.VariableDeclaration:\n                    return (ancestor as VariableDeclaration).initializer;\n                case SyntaxKind.BinaryExpression:\n                    return (ancestor as BinaryExpression).right;\n            }\n        }\n\n        function getDestructuringPropertyName(node: BindingElement | PropertyAssignment | ShorthandPropertyAssignment | Expression) {\n            const parent = node.parent;\n            if (node.kind === SyntaxKind.BindingElement && parent.kind === SyntaxKind.ObjectBindingPattern) {\n                return getLiteralPropertyNameText((node as BindingElement).propertyName || (node as BindingElement).name as Identifier);\n            }\n            if (node.kind === SyntaxKind.PropertyAssignment || node.kind === SyntaxKind.ShorthandPropertyAssignment) {\n                return getLiteralPropertyNameText((node as PropertyAssignment | ShorthandPropertyAssignment).name);\n            }\n            return \"\" + ((parent as BindingPattern | ArrayLiteralExpression).elements as NodeArray<Node>).indexOf(node);\n        }\n\n        function getLiteralPropertyNameText(name: PropertyName) {\n            const type = getLiteralTypeFromPropertyName(name);\n            return type.flags & (TypeFlags.StringLiteral | TypeFlags.NumberLiteral) ? \"\" + (type as StringLiteralType | NumberLiteralType).value : undefined;\n        }\n\n        /** Return the inferred type for a binding element */\n        function getTypeForBindingElement(declaration: BindingElement): Type | undefined {\n            const checkMode = declaration.dotDotDotToken ? CheckMode.RestBindingElement : CheckMode.Normal;\n            const parentType = getTypeForBindingElementParent(declaration.parent.parent, checkMode);\n            return parentType && getBindingElementTypeFromParentType(declaration, parentType);\n        }\n\n        function getBindingElementTypeFromParentType(declaration: BindingElement, parentType: Type): Type {\n            // If an any type was inferred for parent, infer that for the binding element\n            if (isTypeAny(parentType)) {\n                return parentType;\n            }\n            const pattern = declaration.parent;\n            // Relax null check on ambient destructuring parameters, since the parameters have no implementation and are just documentation\n            if (strictNullChecks && declaration.flags & NodeFlags.Ambient && isParameterDeclaration(declaration)) {\n                parentType = getNonNullableType(parentType);\n            }\n            // Filter `undefined` from the type we check against if the parent has an initializer and that initializer is not possibly `undefined`\n            else if (strictNullChecks && pattern.parent.initializer && !(getTypeFacts(getTypeOfInitializer(pattern.parent.initializer)) & TypeFacts.EQUndefined)) {\n                parentType = getTypeWithFacts(parentType, TypeFacts.NEUndefined);\n            }\n\n            let type: Type | undefined;\n            if (pattern.kind === SyntaxKind.ObjectBindingPattern) {\n                if (declaration.dotDotDotToken) {\n                    parentType = getReducedType(parentType);\n                    if (parentType.flags & TypeFlags.Unknown || !isValidSpreadType(parentType)) {\n                        error(declaration, Diagnostics.Rest_types_may_only_be_created_from_object_types);\n                        return errorType;\n                    }\n                    const literalMembers: PropertyName[] = [];\n                    for (const element of pattern.elements) {\n                        if (!element.dotDotDotToken) {\n                            literalMembers.push(element.propertyName || element.name as Identifier);\n                        }\n                    }\n                    type = getRestType(parentType, literalMembers, declaration.symbol);\n                }\n                else {\n                    // Use explicitly specified property name ({ p: xxx } form), or otherwise the implied name ({ p } form)\n                    const name = declaration.propertyName || declaration.name as Identifier;\n                    const indexType = getLiteralTypeFromPropertyName(name);\n                    const declaredType = getIndexedAccessType(parentType, indexType, AccessFlags.ExpressionPosition, name);\n                    type = getFlowTypeOfDestructuring(declaration, declaredType);\n                }\n            }\n            else {\n                // This elementType will be used if the specific property corresponding to this index is not\n                // present (aka the tuple element property). This call also checks that the parentType is in\n                // fact an iterable or array (depending on target language).\n                const elementType = checkIteratedTypeOrElementType(IterationUse.Destructuring | (declaration.dotDotDotToken ? 0 : IterationUse.PossiblyOutOfBounds), parentType, undefinedType, pattern);\n                const index = pattern.elements.indexOf(declaration);\n                if (declaration.dotDotDotToken) {\n                    // If the parent is a tuple type, the rest element has a tuple type of the\n                    // remaining tuple element types. Otherwise, the rest element has an array type with same\n                    // element type as the parent type.\n                    type = everyType(parentType, isTupleType) ?\n                        mapType(parentType, t => sliceTupleType(t as TupleTypeReference, index)) :\n                        createArrayType(elementType);\n                }\n                else if (isArrayLikeType(parentType)) {\n                    const indexType = getNumberLiteralType(index);\n                    const accessFlags = AccessFlags.ExpressionPosition | (hasDefaultValue(declaration) ? AccessFlags.NoTupleBoundsCheck : 0);\n                    const declaredType = getIndexedAccessTypeOrUndefined(parentType, indexType, accessFlags, declaration.name) || errorType;\n                    type = getFlowTypeOfDestructuring(declaration, declaredType);\n                }\n                else {\n                    type = elementType;\n                }\n            }\n            if (!declaration.initializer) {\n                return type;\n            }\n            if (getEffectiveTypeAnnotationNode(walkUpBindingElementsAndPatterns(declaration))) {\n                // In strict null checking mode, if a default value of a non-undefined type is specified, remove\n                // undefined from the final type.\n                return strictNullChecks && !(getFalsyFlags(checkDeclarationInitializer(declaration, CheckMode.Normal)) & TypeFlags.Undefined) ? getNonUndefinedType(type) : type;\n            }\n            return widenTypeInferredFromInitializer(declaration, getUnionType([getNonUndefinedType(type), checkDeclarationInitializer(declaration, CheckMode.Normal)], UnionReduction.Subtype));\n        }\n\n        function getTypeForDeclarationFromJSDocComment(declaration: Node) {\n            const jsdocType = getJSDocType(declaration);\n            if (jsdocType) {\n                return getTypeFromTypeNode(jsdocType);\n            }\n            return undefined;\n        }\n\n        function isNullOrUndefined(node: Expression) {\n            const expr = skipParentheses(node, /*excludeJSDocTypeAssertions*/ true);\n            return expr.kind === SyntaxKind.NullKeyword || expr.kind === SyntaxKind.Identifier && getResolvedSymbol(expr as Identifier) === undefinedSymbol;\n        }\n\n        function isEmptyArrayLiteral(node: Expression) {\n            const expr = skipParentheses(node, /*excludeJSDocTypeAssertions*/ true);\n            return expr.kind === SyntaxKind.ArrayLiteralExpression && (expr as ArrayLiteralExpression).elements.length === 0;\n        }\n\n        function addOptionality(type: Type, isProperty = false, isOptional = true): Type {\n            return strictNullChecks && isOptional ? getOptionalType(type, isProperty) : type;\n        }\n\n        // Return the inferred type for a variable, parameter, or property declaration\n        function getTypeForVariableLikeDeclaration(\n            declaration: ParameterDeclaration | PropertyDeclaration | PropertySignature | VariableDeclaration | BindingElement | JSDocPropertyLikeTag,\n            includeOptionality: boolean,\n            checkMode: CheckMode,\n        ): Type | undefined {\n            // A variable declared in a for..in statement is of type string, or of type keyof T when the\n            // right hand expression is of a type parameter type.\n            if (isVariableDeclaration(declaration) && declaration.parent.parent.kind === SyntaxKind.ForInStatement) {\n                const indexType = getIndexType(getNonNullableTypeIfNeeded(checkExpression(declaration.parent.parent.expression, /*checkMode*/ checkMode)));\n                return indexType.flags & (TypeFlags.TypeParameter | TypeFlags.Index) ? getExtractStringType(indexType) : stringType;\n            }\n\n            if (isVariableDeclaration(declaration) && declaration.parent.parent.kind === SyntaxKind.ForOfStatement) {\n                // checkRightHandSideOfForOf will return undefined if the for-of expression type was\n                // missing properties/signatures required to get its iteratedType (like\n                // [Symbol.iterator] or next). This may be because we accessed properties from anyType,\n                // or it may have led to an error inside getElementTypeOfIterable.\n                const forOfStatement = declaration.parent.parent;\n                return checkRightHandSideOfForOf(forOfStatement) || anyType;\n            }\n\n            if (isBindingPattern(declaration.parent)) {\n                return getTypeForBindingElement(declaration as BindingElement);\n            }\n\n            const isProperty = isPropertyDeclaration(declaration) || isPropertySignature(declaration);\n            const isOptional = includeOptionality && (\n                isProperty && !!declaration.questionToken ||\n                isParameter(declaration) && (!!declaration.questionToken || isJSDocOptionalParameter(declaration)) ||\n                isOptionalJSDocPropertyLikeTag(declaration));\n\n            // Use type from type annotation if one is present\n            const declaredType = tryGetTypeFromEffectiveTypeNode(declaration);\n            if (declaredType) {\n                return addOptionality(declaredType, isProperty, isOptional);\n            }\n\n            if ((noImplicitAny || isInJSFile(declaration)) &&\n                isVariableDeclaration(declaration) && !isBindingPattern(declaration.name) &&\n                !(getCombinedModifierFlags(declaration) & ModifierFlags.Export) && !(declaration.flags & NodeFlags.Ambient)) {\n                // If --noImplicitAny is on or the declaration is in a Javascript file,\n                // use control flow tracked 'any' type for non-ambient, non-exported var or let variables with no\n                // initializer or a 'null' or 'undefined' initializer.\n                if (!(getCombinedNodeFlags(declaration) & NodeFlags.Const) && (!declaration.initializer || isNullOrUndefined(declaration.initializer))) {\n                    return autoType;\n                }\n                // Use control flow tracked 'any[]' type for non-ambient, non-exported variables with an empty array\n                // literal initializer.\n                if (declaration.initializer && isEmptyArrayLiteral(declaration.initializer)) {\n                    return autoArrayType;\n                }\n            }\n\n            if (isParameter(declaration)) {\n                const func = declaration.parent as FunctionLikeDeclaration;\n                // For a parameter of a set accessor, use the type of the get accessor if one is present\n                if (func.kind === SyntaxKind.SetAccessor && hasBindableName(func)) {\n                    const getter = getDeclarationOfKind<AccessorDeclaration>(getSymbolOfNode(declaration.parent), SyntaxKind.GetAccessor);\n                    if (getter) {\n                        const getterSignature = getSignatureFromDeclaration(getter);\n                        const thisParameter = getAccessorThisParameter(func as AccessorDeclaration);\n                        if (thisParameter && declaration === thisParameter) {\n                            // Use the type from the *getter*\n                            Debug.assert(!thisParameter.type);\n                            return getTypeOfSymbol(getterSignature.thisParameter!);\n                        }\n                        return getReturnTypeOfSignature(getterSignature);\n                    }\n                }\n                if (isInJSFile(declaration)) {\n                    const type = getParameterTypeOfTypeTag(func, declaration);\n                    if (type) return type;\n                }\n                // Use contextual parameter type if one is available\n                const type = declaration.symbol.escapedName === InternalSymbolName.This ? getContextualThisParameterType(func) : getContextuallyTypedParameterType(declaration);\n                if (type) {\n                    return addOptionality(type, /*isProperty*/ false, isOptional);\n                }\n            }\n\n            // Use the type of the initializer expression if one is present and the declaration is\n            // not a parameter of a contextually typed function\n            if (hasOnlyExpressionInitializer(declaration) && !!declaration.initializer) {\n                if (isInJSFile(declaration) && !isParameter(declaration)) {\n                    const containerObjectType = getJSContainerObjectType(declaration, getSymbolOfNode(declaration), getDeclaredExpandoInitializer(declaration));\n                    if (containerObjectType) {\n                        return containerObjectType;\n                    }\n                }\n                const type = widenTypeInferredFromInitializer(declaration, checkDeclarationInitializer(declaration, checkMode));\n                return addOptionality(type, isProperty, isOptional);\n            }\n\n            if (isPropertyDeclaration(declaration) && (noImplicitAny || isInJSFile(declaration))) {\n                // We have a property declaration with no type annotation or initializer, in noImplicitAny mode or a .js file.\n                // Use control flow analysis of this.xxx assignments in the constructor or static block to determine the type of the property.\n                if (!hasStaticModifier(declaration)) {\n                    const constructor = findConstructorDeclaration(declaration.parent);\n                    const type = constructor ? getFlowTypeInConstructor(declaration.symbol, constructor) :\n                        getEffectiveModifierFlags(declaration) & ModifierFlags.Ambient ? getTypeOfPropertyInBaseClass(declaration.symbol) :\n                        undefined;\n                    return type && addOptionality(type, /*isProperty*/ true, isOptional);\n                }\n                else {\n                    const staticBlocks = filter(declaration.parent.members, isClassStaticBlockDeclaration);\n                    const type = staticBlocks.length ? getFlowTypeInStaticBlocks(declaration.symbol, staticBlocks) :\n                        getEffectiveModifierFlags(declaration) & ModifierFlags.Ambient ? getTypeOfPropertyInBaseClass(declaration.symbol) :\n                        undefined;\n                    return type && addOptionality(type, /*isProperty*/ true, isOptional);\n                }\n            }\n\n            if (isJsxAttribute(declaration)) {\n                // if JSX attribute doesn't have initializer, by default the attribute will have boolean value of true.\n                // I.e <Elem attr /> is sugar for <Elem attr={true} />\n                return trueType;\n            }\n\n            // If the declaration specifies a binding pattern and is not a parameter of a contextually\n            // typed function, use the type implied by the binding pattern\n            if (isBindingPattern(declaration.name)) {\n                return getTypeFromBindingPattern(declaration.name, /*includePatternInType*/ false, /*reportErrors*/ true);\n            }\n\n            // No type specified and nothing can be inferred\n            return undefined;\n        }\n\n        function isConstructorDeclaredProperty(symbol: Symbol) {\n            // A property is considered a constructor declared property when all declaration sites are this.xxx assignments,\n            // when no declaration sites have JSDoc type annotations, and when at least one declaration site is in the body of\n            // a class constructor.\n            if (symbol.valueDeclaration && isBinaryExpression(symbol.valueDeclaration)) {\n                const links = getSymbolLinks(symbol);\n                if (links.isConstructorDeclaredProperty === undefined) {\n                    links.isConstructorDeclaredProperty = false;\n                    links.isConstructorDeclaredProperty = !!getDeclaringConstructor(symbol) && every(symbol.declarations, declaration =>\n                        isBinaryExpression(declaration) &&\n                        isPossiblyAliasedThisProperty(declaration) &&\n                        (declaration.left.kind !== SyntaxKind.ElementAccessExpression || isStringOrNumericLiteralLike((declaration.left as ElementAccessExpression).argumentExpression)) &&\n                        !getAnnotatedTypeForAssignmentDeclaration(/*declaredType*/ undefined, declaration, symbol, declaration));\n                }\n                return links.isConstructorDeclaredProperty;\n            }\n            return false;\n        }\n\n        function isAutoTypedProperty(symbol: Symbol) {\n            // A property is auto-typed when its declaration has no type annotation or initializer and we're in\n            // noImplicitAny mode or a .js file.\n            const declaration = symbol.valueDeclaration;\n            return declaration && isPropertyDeclaration(declaration) && !getEffectiveTypeAnnotationNode(declaration) &&\n                !declaration.initializer && (noImplicitAny || isInJSFile(declaration));\n        }\n\n        function getDeclaringConstructor(symbol: Symbol) {\n            if (!symbol.declarations) {\n                return;\n            }\n            for (const declaration of symbol.declarations) {\n                const container = getThisContainer(declaration, /*includeArrowFunctions*/ false);\n                if (container && (container.kind === SyntaxKind.Constructor || isJSConstructor(container))) {\n                    return container as ConstructorDeclaration;\n                }\n            };\n        }\n\n        /** Create a synthetic property access flow node after the last statement of the file */\n        function getFlowTypeFromCommonJSExport(symbol: Symbol) {\n            const file = getSourceFileOfNode(symbol.declarations![0]);\n            const accessName = unescapeLeadingUnderscores(symbol.escapedName);\n            const areAllModuleExports = symbol.declarations!.every(d => isInJSFile(d) && isAccessExpression(d) && isModuleExportsAccessExpression(d.expression));\n            const reference = areAllModuleExports\n                ? factory.createPropertyAccessExpression(factory.createPropertyAccessExpression(factory.createIdentifier(\"module\"), factory.createIdentifier(\"exports\")), accessName)\n                : factory.createPropertyAccessExpression(factory.createIdentifier(\"exports\"), accessName);\n            if (areAllModuleExports) {\n                setParent((reference.expression as PropertyAccessExpression).expression, reference.expression);\n            }\n            setParent(reference.expression, reference);\n            setParent(reference, file);\n            reference.flowNode = file.endFlowNode;\n            return getFlowTypeOfReference(reference, autoType, undefinedType);\n        }\n\n        function getFlowTypeInStaticBlocks(symbol: Symbol, staticBlocks: readonly ClassStaticBlockDeclaration[]) {\n            const accessName = startsWith(symbol.escapedName as string, \"__#\")\n                ? factory.createPrivateIdentifier((symbol.escapedName as string).split(\"@\")[1])\n                : unescapeLeadingUnderscores(symbol.escapedName);\n            for (const staticBlock of staticBlocks) {\n                const reference = factory.createPropertyAccessExpression(factory.createThis(), accessName);\n                setParent(reference.expression, reference);\n                setParent(reference, staticBlock);\n                reference.flowNode = staticBlock.returnFlowNode;\n                const flowType = getFlowTypeOfProperty(reference, symbol);\n                if (noImplicitAny && (flowType === autoType || flowType === autoArrayType)) {\n                    error(symbol.valueDeclaration, Diagnostics.Member_0_implicitly_has_an_1_type, symbolToString(symbol), typeToString(flowType));\n                }\n                // We don't infer a type if assignments are only null or undefined.\n                if (everyType(flowType, isNullableType)) {\n                    continue;\n                }\n                return convertAutoToAny(flowType);\n            }\n        }\n\n        function getFlowTypeInConstructor(symbol: Symbol, constructor: ConstructorDeclaration) {\n            const accessName = startsWith(symbol.escapedName as string, \"__#\")\n                ? factory.createPrivateIdentifier((symbol.escapedName as string).split(\"@\")[1])\n                : unescapeLeadingUnderscores(symbol.escapedName);\n            const reference = factory.createPropertyAccessExpression(factory.createThis(), accessName);\n            setParent(reference.expression, reference);\n            setParent(reference, constructor);\n            reference.flowNode = constructor.returnFlowNode;\n            const flowType = getFlowTypeOfProperty(reference, symbol);\n            if (noImplicitAny && (flowType === autoType || flowType === autoArrayType)) {\n                error(symbol.valueDeclaration, Diagnostics.Member_0_implicitly_has_an_1_type, symbolToString(symbol), typeToString(flowType));\n            }\n            // We don't infer a type if assignments are only null or undefined.\n            return everyType(flowType, isNullableType) ? undefined : convertAutoToAny(flowType);\n        }\n\n        function getFlowTypeOfProperty(reference: Node, prop: Symbol | undefined) {\n            const initialType = prop?.valueDeclaration\n                && (!isAutoTypedProperty(prop) || getEffectiveModifierFlags(prop.valueDeclaration) & ModifierFlags.Ambient)\n                && getTypeOfPropertyInBaseClass(prop)\n                || undefinedType;\n            return getFlowTypeOfReference(reference, autoType, initialType);\n        }\n\n        function getWidenedTypeForAssignmentDeclaration(symbol: Symbol, resolvedSymbol?: Symbol) {\n            // function/class/{} initializers are themselves containers, so they won't merge in the same way as other initializers\n            const container = getAssignedExpandoInitializer(symbol.valueDeclaration);\n            if (container) {\n                const tag = getJSDocTypeTag(container);\n                if (tag && tag.typeExpression) {\n                    return getTypeFromTypeNode(tag.typeExpression);\n                }\n                const containerObjectType = symbol.valueDeclaration && getJSContainerObjectType(symbol.valueDeclaration, symbol, container);\n                return containerObjectType || getWidenedLiteralType(checkExpressionCached(container));\n            }\n            let type;\n            let definedInConstructor = false;\n            let definedInMethod = false;\n            // We use control flow analysis to determine the type of the property if the property qualifies as a constructor\n            // declared property and the resulting control flow type isn't just undefined or null.\n            if (isConstructorDeclaredProperty(symbol)) {\n                type = getFlowTypeInConstructor(symbol, getDeclaringConstructor(symbol)!);\n            }\n            if (!type) {\n                let types: Type[] | undefined;\n                if (symbol.declarations) {\n                    let jsdocType: Type | undefined;\n                    for (const declaration of symbol.declarations) {\n                        const expression = (isBinaryExpression(declaration) || isCallExpression(declaration)) ? declaration :\n                            isAccessExpression(declaration) ? isBinaryExpression(declaration.parent) ? declaration.parent : declaration :\n                            undefined;\n                        if (!expression) {\n                            continue; // Non-assignment declaration merged in (eg, an Identifier to mark the thing as a namespace) - skip over it and pull type info from elsewhere\n                        }\n\n                        const kind = isAccessExpression(expression)\n                            ? getAssignmentDeclarationPropertyAccessKind(expression)\n                            : getAssignmentDeclarationKind(expression);\n                        if (kind === AssignmentDeclarationKind.ThisProperty || isBinaryExpression(expression) && isPossiblyAliasedThisProperty(expression, kind)) {\n                            if (isDeclarationInConstructor(expression)) {\n                                definedInConstructor = true;\n                            }\n                            else {\n                                definedInMethod = true;\n                            }\n                        }\n                        if (!isCallExpression(expression)) {\n                            jsdocType = getAnnotatedTypeForAssignmentDeclaration(jsdocType, expression, symbol, declaration);\n                        }\n                        if (!jsdocType) {\n                            (types || (types = [])).push((isBinaryExpression(expression) || isCallExpression(expression)) ? getInitializerTypeFromAssignmentDeclaration(symbol, resolvedSymbol, expression, kind) : neverType);\n                        }\n                    }\n                    type = jsdocType;\n                }\n                if (!type) {\n                    if (!length(types)) {\n                        return errorType; // No types from any declarations :(\n                    }\n                    let constructorTypes = definedInConstructor && symbol.declarations ? getConstructorDefinedThisAssignmentTypes(types!, symbol.declarations) : undefined;\n                    // use only the constructor types unless they were only assigned null | undefined (including widening variants)\n                    if (definedInMethod) {\n                        const propType = getTypeOfPropertyInBaseClass(symbol);\n                        if (propType) {\n                            (constructorTypes || (constructorTypes = [])).push(propType);\n                            definedInConstructor = true;\n                        }\n                    }\n                    const sourceTypes = some(constructorTypes, t => !!(t.flags & ~TypeFlags.Nullable)) ? constructorTypes : types; // TODO: GH#18217\n                    type = getUnionType(sourceTypes!, UnionReduction.Subtype);\n                }\n            }\n            const widened = getWidenedType(addOptionality(type, /*isProperty*/ false, definedInMethod && !definedInConstructor));\n            if (symbol.valueDeclaration && filterType(widened, t => !!(t.flags & ~TypeFlags.Nullable)) === neverType) {\n                reportImplicitAny(symbol.valueDeclaration, anyType);\n                return anyType;\n            }\n            return widened;\n        }\n\n        function getJSContainerObjectType(decl: Node, symbol: Symbol, init: Expression | undefined): Type | undefined {\n            if (!isInJSFile(decl) || !init || !isObjectLiteralExpression(init) || init.properties.length) {\n                return undefined;\n            }\n            const exports = createSymbolTable();\n            while (isBinaryExpression(decl) || isPropertyAccessExpression(decl)) {\n                const s = getSymbolOfNode(decl);\n                if (s?.exports?.size) {\n                    mergeSymbolTable(exports, s.exports);\n                }\n                decl = isBinaryExpression(decl) ? decl.parent : decl.parent.parent;\n            }\n            const s = getSymbolOfNode(decl);\n            if (s?.exports?.size) {\n                mergeSymbolTable(exports, s.exports);\n            }\n            const type = createAnonymousType(symbol, exports, emptyArray, emptyArray, emptyArray);\n            type.objectFlags |= ObjectFlags.JSLiteral;\n            return type;\n        }\n\n        function getAnnotatedTypeForAssignmentDeclaration(declaredType: Type | undefined, expression: Expression, symbol: Symbol, declaration: Declaration) {\n            const typeNode = getEffectiveTypeAnnotationNode(expression.parent);\n            if (typeNode) {\n                const type = getWidenedType(getTypeFromTypeNode(typeNode));\n                if (!declaredType) {\n                    return type;\n                }\n                else if (!isErrorType(declaredType) && !isErrorType(type) && !isTypeIdenticalTo(declaredType, type)) {\n                    errorNextVariableOrPropertyDeclarationMustHaveSameType(/*firstDeclaration*/ undefined, declaredType, declaration, type);\n                }\n            }\n            if (symbol.parent?.valueDeclaration) {\n                const typeNode = getEffectiveTypeAnnotationNode(symbol.parent.valueDeclaration);\n                if (typeNode) {\n                    const annotationSymbol = getPropertyOfType(getTypeFromTypeNode(typeNode), symbol.escapedName);\n                    if (annotationSymbol) {\n                        return getNonMissingTypeOfSymbol(annotationSymbol);\n                    }\n                }\n            }\n\n            return declaredType;\n        }\n\n        /** If we don't have an explicit JSDoc type, get the type from the initializer. */\n        function getInitializerTypeFromAssignmentDeclaration(symbol: Symbol, resolvedSymbol: Symbol | undefined, expression: BinaryExpression | CallExpression, kind: AssignmentDeclarationKind) {\n            if (isCallExpression(expression)) {\n                if (resolvedSymbol) {\n                    return getTypeOfSymbol(resolvedSymbol); // This shouldn't happen except under some hopefully forbidden merges of export assignments and object define assignments\n                }\n                const objectLitType = checkExpressionCached((expression as BindableObjectDefinePropertyCall).arguments[2]);\n                const valueType = getTypeOfPropertyOfType(objectLitType, \"value\" as __String);\n                if (valueType) {\n                    return valueType;\n                }\n                const getFunc = getTypeOfPropertyOfType(objectLitType, \"get\" as __String);\n                if (getFunc) {\n                    const getSig = getSingleCallSignature(getFunc);\n                    if (getSig) {\n                        return getReturnTypeOfSignature(getSig);\n                    }\n                }\n                const setFunc = getTypeOfPropertyOfType(objectLitType, \"set\" as __String);\n                if (setFunc) {\n                    const setSig = getSingleCallSignature(setFunc);\n                    if (setSig) {\n                        return getTypeOfFirstParameterOfSignature(setSig);\n                    }\n                }\n                return anyType;\n            }\n            if (containsSameNamedThisProperty(expression.left, expression.right)) {\n                return anyType;\n            }\n            const isDirectExport = kind === AssignmentDeclarationKind.ExportsProperty && (isPropertyAccessExpression(expression.left) || isElementAccessExpression(expression.left)) && (isModuleExportsAccessExpression(expression.left.expression) || (isIdentifier(expression.left.expression) && isExportsIdentifier(expression.left.expression)));\n            const type = resolvedSymbol ? getTypeOfSymbol(resolvedSymbol)\n                : isDirectExport ? getRegularTypeOfLiteralType(checkExpressionCached(expression.right))\n                : getWidenedLiteralType(checkExpressionCached(expression.right));\n            if (type.flags & TypeFlags.Object &&\n                kind === AssignmentDeclarationKind.ModuleExports &&\n                symbol.escapedName === InternalSymbolName.ExportEquals) {\n                const exportedType = resolveStructuredTypeMembers(type as ObjectType);\n                const members = createSymbolTable();\n                copyEntries(exportedType.members, members);\n                const initialSize = members.size;\n                if (resolvedSymbol && !resolvedSymbol.exports) {\n                    resolvedSymbol.exports = createSymbolTable();\n                }\n                (resolvedSymbol || symbol).exports!.forEach((s, name) => {\n                    const exportedMember = members.get(name)!;\n                    if (exportedMember && exportedMember !== s) {\n                        if (s.flags & SymbolFlags.Value && exportedMember.flags & SymbolFlags.Value) {\n                            // If the member has an additional value-like declaration, union the types from the two declarations,\n                            // but issue an error if they occurred in two different files. The purpose is to support a JS file with\n                            // a pattern like:\n                            //\n                            // module.exports = { a: true };\n                            // module.exports.a = 3;\n                            //\n                            // but we may have a JS file with `module.exports = { a: true }` along with a TypeScript module augmentation\n                            // declaring an `export const a: number`. In that case, we issue a duplicate identifier error, because\n                            // it's unclear what that's supposed to mean, so it's probably a mistake.\n                            if (s.valueDeclaration && exportedMember.valueDeclaration && getSourceFileOfNode(s.valueDeclaration) !== getSourceFileOfNode(exportedMember.valueDeclaration)) {\n                                const unescapedName = unescapeLeadingUnderscores(s.escapedName);\n                                const exportedMemberName = tryCast(exportedMember.valueDeclaration, isNamedDeclaration)?.name || exportedMember.valueDeclaration;\n                                addRelatedInfo(\n                                    error(s.valueDeclaration, Diagnostics.Duplicate_identifier_0, unescapedName),\n                                    createDiagnosticForNode(exportedMemberName, Diagnostics._0_was_also_declared_here, unescapedName));\n                                addRelatedInfo(\n                                    error(exportedMemberName, Diagnostics.Duplicate_identifier_0, unescapedName),\n                                    createDiagnosticForNode(s.valueDeclaration, Diagnostics._0_was_also_declared_here, unescapedName));\n                            }\n                            const union = createSymbol(s.flags | exportedMember.flags, name);\n                            union.type = getUnionType([getTypeOfSymbol(s), getTypeOfSymbol(exportedMember)]);\n                            union.valueDeclaration = exportedMember.valueDeclaration;\n                            union.declarations = concatenate(exportedMember.declarations, s.declarations);\n                            members.set(name, union);\n                        }\n                        else {\n                            members.set(name, mergeSymbol(s, exportedMember));\n                        }\n                    }\n                    else {\n                        members.set(name, s);\n                    }\n                });\n                const result = createAnonymousType(\n                    initialSize !== members.size ? undefined : exportedType.symbol, // Only set the type's symbol if it looks to be the same as the original type\n                    members,\n                    exportedType.callSignatures,\n                    exportedType.constructSignatures,\n                    exportedType.indexInfos);\n                result.objectFlags |= (getObjectFlags(type) & ObjectFlags.JSLiteral); // Propagate JSLiteral flag\n                if (result.symbol && result.symbol.flags & SymbolFlags.Class && type === getDeclaredTypeOfClassOrInterface(result.symbol)) {\n                    result.objectFlags |= ObjectFlags.IsClassInstanceClone; // Propagate the knowledge that this type is equivalent to the symbol's class instance type\n                }\n                return result;\n            }\n            if (isEmptyArrayLiteralType(type)) {\n                reportImplicitAny(expression, anyArrayType);\n                return anyArrayType;\n            }\n            return type;\n        }\n\n        function containsSameNamedThisProperty(thisProperty: Expression, expression: Expression) {\n            return isPropertyAccessExpression(thisProperty)\n                && thisProperty.expression.kind === SyntaxKind.ThisKeyword\n                && forEachChildRecursively(expression, n => isMatchingReference(thisProperty, n));\n        }\n\n        function isDeclarationInConstructor(expression: Expression) {\n            const thisContainer = getThisContainer(expression, /*includeArrowFunctions*/ false);\n            // Properties defined in a constructor (or base constructor, or javascript constructor function) don't get undefined added.\n            // Function expressions that are assigned to the prototype count as methods.\n            return thisContainer.kind === SyntaxKind.Constructor ||\n                thisContainer.kind === SyntaxKind.FunctionDeclaration ||\n                (thisContainer.kind === SyntaxKind.FunctionExpression && !isPrototypePropertyAssignment(thisContainer.parent));\n        }\n\n        function getConstructorDefinedThisAssignmentTypes(types: Type[], declarations: Declaration[]): Type[] | undefined {\n            Debug.assert(types.length === declarations.length);\n            return types.filter((_, i) => {\n                const declaration = declarations[i];\n                const expression = isBinaryExpression(declaration) ? declaration :\n                    isBinaryExpression(declaration.parent) ? declaration.parent : undefined;\n                return expression && isDeclarationInConstructor(expression);\n            });\n        }\n\n        // Return the type implied by a binding pattern element. This is the type of the initializer of the element if\n        // one is present. Otherwise, if the element is itself a binding pattern, it is the type implied by the binding\n        // pattern. Otherwise, it is the type any.\n        function getTypeFromBindingElement(element: BindingElement, includePatternInType?: boolean, reportErrors?: boolean): Type {\n            if (element.initializer) {\n                // The type implied by a binding pattern is independent of context, so we check the initializer with no\n                // contextual type or, if the element itself is a binding pattern, with the type implied by that binding\n                // pattern.\n                const contextualType = isBindingPattern(element.name) ? getTypeFromBindingPattern(element.name, /*includePatternInType*/ true, /*reportErrors*/ false) : unknownType;\n                return addOptionality(widenTypeInferredFromInitializer(element, checkDeclarationInitializer(element, CheckMode.Normal, contextualType)));\n            }\n            if (isBindingPattern(element.name)) {\n                return getTypeFromBindingPattern(element.name, includePatternInType, reportErrors);\n            }\n            if (reportErrors && !declarationBelongsToPrivateAmbientMember(element)) {\n                reportImplicitAny(element, anyType);\n            }\n            // When we're including the pattern in the type (an indication we're obtaining a contextual type), we\n            // use the non-inferrable any type. Inference will never directly infer this type, but it is possible\n            // to infer a type that contains it, e.g. for a binding pattern like [foo] or { foo }. In such cases,\n            // widening of the binding pattern type substitutes a regular any for the non-inferrable any.\n            return includePatternInType ? nonInferrableAnyType : anyType;\n        }\n\n        // Return the type implied by an object binding pattern\n        function getTypeFromObjectBindingPattern(pattern: ObjectBindingPattern, includePatternInType: boolean, reportErrors: boolean): Type {\n            const members = createSymbolTable();\n            let stringIndexInfo: IndexInfo | undefined;\n            let objectFlags = ObjectFlags.ObjectLiteral | ObjectFlags.ContainsObjectOrArrayLiteral;\n            forEach(pattern.elements, e => {\n                const name = e.propertyName || e.name as Identifier;\n                if (e.dotDotDotToken) {\n                    stringIndexInfo = createIndexInfo(stringType, anyType, /*isReadonly*/ false);\n                    return;\n                }\n\n                const exprType = getLiteralTypeFromPropertyName(name);\n                if (!isTypeUsableAsPropertyName(exprType)) {\n                    // do not include computed properties in the implied type\n                    objectFlags |= ObjectFlags.ObjectLiteralPatternWithComputedProperties;\n                    return;\n                }\n                const text = getPropertyNameFromType(exprType);\n                const flags = SymbolFlags.Property | (e.initializer ? SymbolFlags.Optional : 0);\n                const symbol = createSymbol(flags, text);\n                symbol.type = getTypeFromBindingElement(e, includePatternInType, reportErrors);\n                symbol.bindingElement = e;\n                members.set(symbol.escapedName, symbol);\n            });\n            const result = createAnonymousType(undefined, members, emptyArray, emptyArray, stringIndexInfo ? [stringIndexInfo] : emptyArray);\n            result.objectFlags |= objectFlags;\n            if (includePatternInType) {\n                result.pattern = pattern;\n                result.objectFlags |= ObjectFlags.ContainsObjectOrArrayLiteral;\n            }\n            return result;\n        }\n\n        // Return the type implied by an array binding pattern\n        function getTypeFromArrayBindingPattern(pattern: BindingPattern, includePatternInType: boolean, reportErrors: boolean): Type {\n            const elements = pattern.elements;\n            const lastElement = lastOrUndefined(elements);\n            const restElement = lastElement && lastElement.kind === SyntaxKind.BindingElement && lastElement.dotDotDotToken ? lastElement : undefined;\n            if (elements.length === 0 || elements.length === 1 && restElement) {\n                return languageVersion >= ScriptTarget.ES2015 ? createIterableType(anyType) : anyArrayType;\n            }\n            const elementTypes = map(elements, e => isOmittedExpression(e) ? anyType : getTypeFromBindingElement(e, includePatternInType, reportErrors));\n            const minLength = findLastIndex(elements, e => !(e === restElement || isOmittedExpression(e) || hasDefaultValue(e)), elements.length - 1) + 1;\n            const elementFlags = map(elements, (e, i) => e === restElement ? ElementFlags.Rest : i >= minLength ? ElementFlags.Optional : ElementFlags.Required);\n            let result = createTupleType(elementTypes, elementFlags) as TypeReference;\n            if (includePatternInType) {\n                result = cloneTypeReference(result);\n                result.pattern = pattern;\n                result.objectFlags |= ObjectFlags.ContainsObjectOrArrayLiteral;\n            }\n            return result;\n        }\n\n        // Return the type implied by a binding pattern. This is the type implied purely by the binding pattern itself\n        // and without regard to its context (i.e. without regard any type annotation or initializer associated with the\n        // declaration in which the binding pattern is contained). For example, the implied type of [x, y] is [any, any]\n        // and the implied type of { x, y: z = 1 } is { x: any; y: number; }. The type implied by a binding pattern is\n        // used as the contextual type of an initializer associated with the binding pattern. Also, for a destructuring\n        // parameter with no type annotation or initializer, the type implied by the binding pattern becomes the type of\n        // the parameter.\n        function getTypeFromBindingPattern(pattern: BindingPattern, includePatternInType = false, reportErrors = false): Type {\n            return pattern.kind === SyntaxKind.ObjectBindingPattern\n                ? getTypeFromObjectBindingPattern(pattern, includePatternInType, reportErrors)\n                : getTypeFromArrayBindingPattern(pattern, includePatternInType, reportErrors);\n        }\n\n        // Return the type associated with a variable, parameter, or property declaration. In the simple case this is the type\n        // specified in a type annotation or inferred from an initializer. However, in the case of a destructuring declaration it\n        // is a bit more involved. For example:\n        //\n        //   var [x, s = \"\"] = [1, \"one\"];\n        //\n        // Here, the array literal [1, \"one\"] is contextually typed by the type [any, string], which is the implied type of the\n        // binding pattern [x, s = \"\"]. Because the contextual type is a tuple type, the resulting type of [1, \"one\"] is the\n        // tuple type [number, string]. Thus, the type inferred for 'x' is number and the type inferred for 's' is string.\n        function getWidenedTypeForVariableLikeDeclaration(declaration: ParameterDeclaration | PropertyDeclaration | PropertySignature | VariableDeclaration | BindingElement | JSDocPropertyLikeTag, reportErrors?: boolean): Type {\n            return widenTypeForVariableLikeDeclaration(getTypeForVariableLikeDeclaration(declaration, /*includeOptionality*/ true, CheckMode.Normal), declaration, reportErrors);\n        }\n\n        function isGlobalSymbolConstructor(node: Node) {\n            const symbol = getSymbolOfNode(node);\n            const globalSymbol = getGlobalESSymbolConstructorTypeSymbol(/*reportErrors*/ false);\n            return globalSymbol && symbol && symbol === globalSymbol;\n        }\n\n        function widenTypeForVariableLikeDeclaration(type: Type | undefined, declaration: any, reportErrors?: boolean) {\n            if (type) {\n                // TODO: If back compat with pre-3.0/4.0 libs isn't required, remove the following SymbolConstructor special case transforming `symbol` into `unique symbol`\n                if (type.flags & TypeFlags.ESSymbol && isGlobalSymbolConstructor(declaration.parent)) {\n                    type = getESSymbolLikeTypeForNode(declaration);\n                }\n                if (reportErrors) {\n                    reportErrorsFromWidening(declaration, type);\n                }\n\n                // always widen a 'unique symbol' type if the type was created for a different declaration.\n                if (type.flags & TypeFlags.UniqueESSymbol && (isBindingElement(declaration) || !declaration.type) && type.symbol !== getSymbolOfNode(declaration)) {\n                    type = esSymbolType;\n                }\n\n                return getWidenedType(type);\n            }\n\n            // Rest parameters default to type any[], other parameters default to type any\n            type = isParameter(declaration) && declaration.dotDotDotToken ? anyArrayType : anyType;\n\n            // Report implicit any errors unless this is a private property within an ambient declaration\n            if (reportErrors) {\n                if (!declarationBelongsToPrivateAmbientMember(declaration)) {\n                    reportImplicitAny(declaration, type);\n                }\n            }\n            return type;\n        }\n\n        function declarationBelongsToPrivateAmbientMember(declaration: VariableLikeDeclaration) {\n            const root = getRootDeclaration(declaration);\n            const memberDeclaration = root.kind === SyntaxKind.Parameter ? root.parent : root;\n            return isPrivateWithinAmbient(memberDeclaration);\n        }\n\n        function tryGetTypeFromEffectiveTypeNode(node: Node) {\n            const typeNode = getEffectiveTypeAnnotationNode(node);\n            if (typeNode) {\n                return getTypeFromTypeNode(typeNode);\n            }\n        }\n\n        function getTypeOfVariableOrParameterOrProperty(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (!links.type) {\n                const type = getTypeOfVariableOrParameterOrPropertyWorker(symbol);\n                // For a contextually typed parameter it is possible that a type has already\n                // been assigned (in assignTypeToParameterAndFixTypeParameters), and we want\n                // to preserve this type.\n                if (!links.type) {\n                    links.type = type;\n                }\n            }\n            return links.type;\n        }\n\n        function getTypeOfVariableOrParameterOrPropertyWorker(symbol: Symbol): Type {\n            // Handle prototype property\n            if (symbol.flags & SymbolFlags.Prototype) {\n                return getTypeOfPrototypeProperty(symbol);\n            }\n            // CommonsJS require and module both have type any.\n            if (symbol === requireSymbol) {\n                return anyType;\n            }\n            if (symbol.flags & SymbolFlags.ModuleExports && symbol.valueDeclaration) {\n                const fileSymbol = getSymbolOfNode(getSourceFileOfNode(symbol.valueDeclaration));\n                const result = createSymbol(fileSymbol.flags, \"exports\" as __String);\n                result.declarations = fileSymbol.declarations ? fileSymbol.declarations.slice() : [];\n                result.parent = symbol;\n                result.target = fileSymbol;\n                if (fileSymbol.valueDeclaration) result.valueDeclaration = fileSymbol.valueDeclaration;\n                if (fileSymbol.members) result.members = new Map(fileSymbol.members);\n                if (fileSymbol.exports) result.exports = new Map(fileSymbol.exports);\n                const members = createSymbolTable();\n                members.set(\"exports\" as __String, result);\n                return createAnonymousType(symbol, members, emptyArray, emptyArray, emptyArray);\n            }\n            // Handle catch clause variables\n            Debug.assertIsDefined(symbol.valueDeclaration);\n            const declaration = symbol.valueDeclaration;\n            if (isCatchClauseVariableDeclarationOrBindingElement(declaration)) {\n                const typeNode = getEffectiveTypeAnnotationNode(declaration);\n                if (typeNode === undefined) {\n                    return useUnknownInCatchVariables ? unknownType : anyType;\n                }\n                const type = getTypeOfNode(typeNode);\n                // an errorType will make `checkTryStatement` issue an error\n                return isTypeAny(type) || type === unknownType ? type : errorType;\n            }\n            // Handle export default expressions\n            if (isSourceFile(declaration) && isJsonSourceFile(declaration)) {\n                if (!declaration.statements.length) {\n                    return emptyObjectType;\n                }\n                return getWidenedType(getWidenedLiteralType(checkExpression(declaration.statements[0].expression)));\n            }\n\n            // Handle variable, parameter or property\n            if (!pushTypeResolution(symbol, TypeSystemPropertyName.Type)) {\n                // Symbol is property of some kind that is merged with something - should use `getTypeOfFuncClassEnumModule` and not `getTypeOfVariableOrParameterOrProperty`\n                if (symbol.flags & SymbolFlags.ValueModule && !(symbol.flags & SymbolFlags.Assignment)) {\n                    return getTypeOfFuncClassEnumModule(symbol);\n                }\n                return reportCircularityError(symbol);\n            }\n            let type: Type;\n            if (declaration.kind === SyntaxKind.ExportAssignment) {\n                type = widenTypeForVariableLikeDeclaration(tryGetTypeFromEffectiveTypeNode(declaration) || checkExpressionCached((declaration as ExportAssignment).expression), declaration);\n            }\n            else if (\n                isBinaryExpression(declaration) ||\n                (isInJSFile(declaration) &&\n                (isCallExpression(declaration) || (isPropertyAccessExpression(declaration) || isBindableStaticElementAccessExpression(declaration)) && isBinaryExpression(declaration.parent)))) {\n                type = getWidenedTypeForAssignmentDeclaration(symbol);\n            }\n            else if (isPropertyAccessExpression(declaration)\n                || isElementAccessExpression(declaration)\n                || isIdentifier(declaration)\n                || isStringLiteralLike(declaration)\n                || isNumericLiteral(declaration)\n                || isClassDeclaration(declaration)\n                || isFunctionDeclaration(declaration)\n                || (isMethodDeclaration(declaration) && !isObjectLiteralMethod(declaration))\n                || isMethodSignature(declaration)\n                || isSourceFile(declaration)) {\n                // Symbol is property of some kind that is merged with something - should use `getTypeOfFuncClassEnumModule` and not `getTypeOfVariableOrParameterOrProperty`\n                if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method | SymbolFlags.Class | SymbolFlags.Enum | SymbolFlags.ValueModule)) {\n                    return getTypeOfFuncClassEnumModule(symbol);\n                }\n                type = isBinaryExpression(declaration.parent) ?\n                    getWidenedTypeForAssignmentDeclaration(symbol) :\n                    tryGetTypeFromEffectiveTypeNode(declaration) || anyType;\n            }\n            else if (isPropertyAssignment(declaration)) {\n                type = tryGetTypeFromEffectiveTypeNode(declaration) || checkPropertyAssignment(declaration);\n            }\n            else if (isJsxAttribute(declaration)) {\n                type = tryGetTypeFromEffectiveTypeNode(declaration) || checkJsxAttribute(declaration);\n            }\n            else if (isShorthandPropertyAssignment(declaration)) {\n                type = tryGetTypeFromEffectiveTypeNode(declaration) || checkExpressionForMutableLocation(declaration.name, CheckMode.Normal);\n            }\n            else if (isObjectLiteralMethod(declaration)) {\n                type = tryGetTypeFromEffectiveTypeNode(declaration) || checkObjectLiteralMethod(declaration, CheckMode.Normal);\n            }\n            else if (isParameter(declaration)\n                      || isPropertyDeclaration(declaration)\n                      || isPropertySignature(declaration)\n                      || isVariableDeclaration(declaration)\n                      || isBindingElement(declaration)\n                      || isJSDocPropertyLikeTag(declaration)) {\n                type = getWidenedTypeForVariableLikeDeclaration(declaration, /*includeOptionality*/ true);\n            }\n            // getTypeOfSymbol dispatches some JS merges incorrectly because their symbol flags are not mutually exclusive.\n            // Re-dispatch based on valueDeclaration.kind instead.\n            else if (isEnumDeclaration(declaration)) {\n                type = getTypeOfFuncClassEnumModule(symbol);\n            }\n            else if (isEnumMember(declaration)) {\n                type = getTypeOfEnumMember(symbol);\n            }\n            else if (isAccessor(declaration)) {\n                type = resolveTypeOfAccessors(symbol) || Debug.fail(\"Non-write accessor resolution must always produce a type\");\n            }\n            else {\n                return Debug.fail(\"Unhandled declaration kind! \" + Debug.formatSyntaxKind(declaration.kind) + \" for \" + Debug.formatSymbol(symbol));\n            }\n\n            if (!popTypeResolution()) {\n                // Symbol is property of some kind that is merged with something - should use `getTypeOfFuncClassEnumModule` and not `getTypeOfVariableOrParameterOrProperty`\n                if (symbol.flags & SymbolFlags.ValueModule && !(symbol.flags & SymbolFlags.Assignment)) {\n                    return getTypeOfFuncClassEnumModule(symbol);\n                }\n                return reportCircularityError(symbol);\n            }\n            return type;\n        }\n\n        function getAnnotatedAccessorTypeNode(accessor: AccessorDeclaration | undefined): TypeNode | undefined {\n            if (accessor) {\n                if (accessor.kind === SyntaxKind.GetAccessor) {\n                    const getterTypeAnnotation = getEffectiveReturnTypeNode(accessor);\n                    return getterTypeAnnotation;\n                }\n                else {\n                    const setterTypeAnnotation = getEffectiveSetAccessorTypeAnnotationNode(accessor);\n                    return setterTypeAnnotation;\n                }\n            }\n            return undefined;\n        }\n\n        function getAnnotatedAccessorType(accessor: AccessorDeclaration | undefined): Type | undefined {\n            const node = getAnnotatedAccessorTypeNode(accessor);\n            return node && getTypeFromTypeNode(node);\n        }\n\n        function getAnnotatedAccessorThisParameter(accessor: AccessorDeclaration): Symbol | undefined {\n            const parameter = getAccessorThisParameter(accessor);\n            return parameter && parameter.symbol;\n        }\n\n        function getThisTypeOfDeclaration(declaration: SignatureDeclaration): Type | undefined {\n            return getThisTypeOfSignature(getSignatureFromDeclaration(declaration));\n        }\n\n        function getTypeOfAccessors(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            return links.type || (links.type = getTypeOfAccessorsWorker(symbol) || Debug.fail(\"Read type of accessor must always produce a type\"));\n        }\n\n        function getTypeOfSetAccessor(symbol: Symbol): Type | undefined {\n            const links = getSymbolLinks(symbol);\n            return links.writeType || (links.writeType = getTypeOfAccessorsWorker(symbol, /*writing*/ true));\n        }\n\n        function getTypeOfAccessorsWorker(symbol: Symbol, writing = false): Type | undefined {\n            if (!pushTypeResolution(symbol, TypeSystemPropertyName.Type)) {\n                return errorType;\n            }\n\n            let type = resolveTypeOfAccessors(symbol, writing);\n            if (!popTypeResolution()) {\n                const getter = getDeclarationOfKind<AccessorDeclaration>(symbol, SyntaxKind.GetAccessor);\n                if (getter) {\n                    if (getEffectiveTypeAnnotationNode(getter)) {\n                        error(getter.name, Diagnostics._0_is_referenced_directly_or_indirectly_in_its_own_type_annotation, symbolToString(symbol));\n                    }\n                    else if (noImplicitAny) {\n                        error(getter, Diagnostics._0_implicitly_has_return_type_any_because_it_does_not_have_a_return_type_annotation_and_is_referenced_directly_or_indirectly_in_one_of_its_return_expressions, symbolToString(symbol));\n                    }\n                }\n                type = anyType;\n            }\n            return type;\n        }\n\n        function resolveTypeOfAccessors(symbol: Symbol, writing = false) {\n            const getter = getDeclarationOfKind<AccessorDeclaration>(symbol, SyntaxKind.GetAccessor);\n            const setter = getDeclarationOfKind<AccessorDeclaration>(symbol, SyntaxKind.SetAccessor);\n\n            // For write operations, prioritize type annotations on the setter\n            if (writing) {\n                const setterType = getAnnotatedAccessorType(setter);\n                if (setterType) {\n                    return instantiateTypeIfNeeded(setterType, symbol);\n                }\n            }\n            // Else defer to the getter type\n\n            if (getter && isInJSFile(getter)) {\n                const jsDocType = getTypeForDeclarationFromJSDocComment(getter);\n                if (jsDocType) {\n                    return instantiateTypeIfNeeded(jsDocType, symbol);\n                }\n            }\n\n            // Try to see if the user specified a return type on the get-accessor.\n            const getterType = getAnnotatedAccessorType(getter);\n            if (getterType) {\n                return instantiateTypeIfNeeded(getterType, symbol);\n            }\n\n            // If the user didn't specify a return type, try to use the set-accessor's parameter type.\n            const setterType = getAnnotatedAccessorType(setter);\n            if (setterType) {\n                return setterType;\n            }\n\n            // If there are no specified types, try to infer it from the body of the get accessor if it exists.\n            if (getter && getter.body) {\n                const returnTypeFromBody = getReturnTypeFromBody(getter);\n                return instantiateTypeIfNeeded(returnTypeFromBody, symbol);\n            }\n\n            // Otherwise, fall back to 'any'.\n            if (setter) {\n                if (!isPrivateWithinAmbient(setter)) {\n                    errorOrSuggestion(noImplicitAny, setter, Diagnostics.Property_0_implicitly_has_type_any_because_its_set_accessor_lacks_a_parameter_type_annotation, symbolToString(symbol));\n                }\n                return anyType;\n            }\n            else if (getter) {\n                Debug.assert(!!getter, \"there must exist a getter as we are current checking either setter or getter in this function\");\n                if (!isPrivateWithinAmbient(getter)) {\n                    errorOrSuggestion(noImplicitAny, getter, Diagnostics.Property_0_implicitly_has_type_any_because_its_get_accessor_lacks_a_return_type_annotation, symbolToString(symbol));\n                }\n                return anyType;\n            }\n            return undefined;\n\n            function instantiateTypeIfNeeded(type: Type, symbol: Symbol) {\n                if (getCheckFlags(symbol) & CheckFlags.Instantiated) {\n                    const links = getSymbolLinks(symbol);\n                    return instantiateType(type, links.mapper);\n                }\n\n                return type;\n            }\n        }\n\n        function getBaseTypeVariableOfClass(symbol: Symbol) {\n            const baseConstructorType = getBaseConstructorTypeOfClass(getDeclaredTypeOfClassOrInterface(symbol));\n            return baseConstructorType.flags & TypeFlags.TypeVariable ? baseConstructorType :\n                baseConstructorType.flags & TypeFlags.Intersection ? find((baseConstructorType as IntersectionType).types, t => !!(t.flags & TypeFlags.TypeVariable)) :\n                undefined;\n        }\n\n        function getTypeOfFuncClassEnumModule(symbol: Symbol): Type {\n            let links = getSymbolLinks(symbol);\n            const originalLinks = links;\n            if (!links.type) {\n                const expando = symbol.valueDeclaration && getSymbolOfExpando(symbol.valueDeclaration, /*allowDeclaration*/ false);\n                if (expando) {\n                    const merged = mergeJSSymbols(symbol, expando);\n                    if (merged) {\n                        // note:we overwrite links because we just cloned the symbol\n                        symbol = links = merged;\n                    }\n                }\n                originalLinks.type = links.type = getTypeOfFuncClassEnumModuleWorker(symbol);\n            }\n            return links.type;\n        }\n\n        function getTypeOfFuncClassEnumModuleWorker(symbol: Symbol): Type {\n            const declaration = symbol.valueDeclaration;\n            if (symbol.flags & SymbolFlags.Module && isShorthandAmbientModuleSymbol(symbol)) {\n                return anyType;\n            }\n            else if (declaration && (declaration.kind === SyntaxKind.BinaryExpression ||\n                      isAccessExpression(declaration) &&\n                      declaration.parent.kind === SyntaxKind.BinaryExpression)) {\n                return getWidenedTypeForAssignmentDeclaration(symbol);\n            }\n            else if (symbol.flags & SymbolFlags.ValueModule && declaration && isSourceFile(declaration) && declaration.commonJsModuleIndicator) {\n                const resolvedModule = resolveExternalModuleSymbol(symbol);\n                if (resolvedModule !== symbol) {\n                    if (!pushTypeResolution(symbol, TypeSystemPropertyName.Type)) {\n                        return errorType;\n                    }\n                    const exportEquals = getMergedSymbol(symbol.exports!.get(InternalSymbolName.ExportEquals)!);\n                    const type = getWidenedTypeForAssignmentDeclaration(exportEquals, exportEquals === resolvedModule ? undefined : resolvedModule);\n                    if (!popTypeResolution()) {\n                        return reportCircularityError(symbol);\n                    }\n                    return type;\n                }\n            }\n            const type = createObjectType(ObjectFlags.Anonymous, symbol);\n            if (symbol.flags & SymbolFlags.Class) {\n                const baseTypeVariable = getBaseTypeVariableOfClass(symbol);\n                return baseTypeVariable ? getIntersectionType([type, baseTypeVariable]) : type;\n            }\n            else {\n                return strictNullChecks && symbol.flags & SymbolFlags.Optional ? getOptionalType(type) : type;\n            }\n        }\n\n        function getTypeOfEnumMember(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            return links.type || (links.type = getDeclaredTypeOfEnumMember(symbol));\n        }\n\n        function getTypeOfAlias(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (!links.type) {\n                const targetSymbol = resolveAlias(symbol);\n                const exportSymbol = symbol.declarations && getTargetOfAliasDeclaration(getDeclarationOfAliasSymbol(symbol)!, /*dontResolveAlias*/ true);\n                const declaredType = firstDefined(exportSymbol?.declarations, d => isExportAssignment(d) ? tryGetTypeFromEffectiveTypeNode(d) : undefined);\n                // It only makes sense to get the type of a value symbol. If the result of resolving\n                // the alias is not a value, then it has no type. To get the type associated with a\n                // type symbol, call getDeclaredTypeOfSymbol.\n                // This check is important because without it, a call to getTypeOfSymbol could end\n                // up recursively calling getTypeOfAlias, causing a stack overflow.\n                links.type = exportSymbol?.declarations && isDuplicatedCommonJSExport(exportSymbol.declarations) && symbol.declarations!.length ? getFlowTypeFromCommonJSExport(exportSymbol)\n                    : isDuplicatedCommonJSExport(symbol.declarations) ? autoType\n                    : declaredType ? declaredType\n                    : targetSymbol.flags & SymbolFlags.Value ? getTypeOfSymbol(targetSymbol)\n                    : errorType;\n            }\n            return links.type;\n        }\n\n        function getTypeOfInstantiatedSymbol(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (!links.type) {\n                if (!pushTypeResolution(symbol, TypeSystemPropertyName.Type)) {\n                    return links.type = errorType;\n                }\n                let type = instantiateType(getTypeOfSymbol(links.target!), links.mapper);\n                if (!popTypeResolution()) {\n                    type = reportCircularityError(symbol);\n                }\n                links.type = type;\n            }\n            return links.type;\n        }\n\n        function reportCircularityError(symbol: Symbol) {\n            const declaration = symbol.valueDeclaration as VariableLikeDeclaration;\n            // Check if variable has type annotation that circularly references the variable itself\n            if (getEffectiveTypeAnnotationNode(declaration)) {\n                error(symbol.valueDeclaration, Diagnostics._0_is_referenced_directly_or_indirectly_in_its_own_type_annotation,\n                    symbolToString(symbol));\n                return errorType;\n            }\n            // Check if variable has initializer that circularly references the variable itself\n            if (noImplicitAny && (declaration.kind !== SyntaxKind.Parameter || (declaration as HasInitializer).initializer)) {\n                error(symbol.valueDeclaration, Diagnostics._0_implicitly_has_type_any_because_it_does_not_have_a_type_annotation_and_is_referenced_directly_or_indirectly_in_its_own_initializer,\n                    symbolToString(symbol));\n            }\n            // Circularities could also result from parameters in function expressions that end up\n            // having themselves as contextual types following type argument inference. In those cases\n            // we have already reported an implicit any error so we don't report anything here.\n            return anyType;\n        }\n\n        function getTypeOfSymbolWithDeferredType(symbol: Symbol) {\n            const links = getSymbolLinks(symbol);\n            if (!links.type) {\n                Debug.assertIsDefined(links.deferralParent);\n                Debug.assertIsDefined(links.deferralConstituents);\n                links.type = links.deferralParent.flags & TypeFlags.Union ? getUnionType(links.deferralConstituents) : getIntersectionType(links.deferralConstituents);\n            }\n            return links.type;\n        }\n\n        function getWriteTypeOfSymbolWithDeferredType(symbol: Symbol): Type | undefined {\n            const links = getSymbolLinks(symbol);\n            if (!links.writeType && links.deferralWriteConstituents) {\n                Debug.assertIsDefined(links.deferralParent);\n                Debug.assertIsDefined(links.deferralConstituents);\n                links.writeType = links.deferralParent.flags & TypeFlags.Union ? getUnionType(links.deferralWriteConstituents) : getIntersectionType(links.deferralWriteConstituents);\n            }\n            return links.writeType;\n        }\n\n        /**\n          * Distinct write types come only from set accessors, but union and intersection\n          * properties deriving from set accessors will either pre-compute or defer the\n          * union or intersection of the writeTypes of their constituents. To account for\n          * this, we will assume that any deferred type or transient symbol may have a\n          * `writeType` (or a deferred write type ready to be computed) that should be\n          * used before looking for set accessor declarations.\n          */\n        function getWriteTypeOfSymbol(symbol: Symbol): Type {\n            const checkFlags = getCheckFlags(symbol);\n            if (checkFlags & CheckFlags.DeferredType) {\n                const writeType = getWriteTypeOfSymbolWithDeferredType(symbol);\n                if (writeType) {\n                    return writeType;\n                }\n            }\n            if (symbol.flags & SymbolFlags.Transient) {\n                const { writeType } = symbol as TransientSymbol;\n                if (writeType) {\n                    return writeType;\n                }\n            }\n            return getSetAccessorTypeOfSymbol(symbol);\n        }\n\n        function getSetAccessorTypeOfSymbol(symbol: Symbol): Type {\n            if (symbol.flags & SymbolFlags.Accessor) {\n                const type = getTypeOfSetAccessor(symbol);\n                if (type) {\n                    return type;\n                }\n            }\n            return getTypeOfSymbol(symbol);\n        }\n\n        function getTypeOfSymbol(symbol: Symbol): Type {\n            const checkFlags = getCheckFlags(symbol);\n            if (checkFlags & CheckFlags.DeferredType) {\n                return getTypeOfSymbolWithDeferredType(symbol);\n            }\n            if (checkFlags & CheckFlags.Instantiated) {\n                return getTypeOfInstantiatedSymbol(symbol);\n            }\n            if (checkFlags & CheckFlags.Mapped) {\n                return getTypeOfMappedSymbol(symbol as MappedSymbol);\n            }\n            if (checkFlags & CheckFlags.ReverseMapped) {\n                return getTypeOfReverseMappedSymbol(symbol as ReverseMappedSymbol);\n            }\n            if (symbol.flags & (SymbolFlags.Variable | SymbolFlags.Property)) {\n                return getTypeOfVariableOrParameterOrProperty(symbol);\n            }\n            if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method | SymbolFlags.Class | SymbolFlags.Enum | SymbolFlags.ValueModule)) {\n                return getTypeOfFuncClassEnumModule(symbol);\n            }\n            if (symbol.flags & SymbolFlags.EnumMember) {\n                return getTypeOfEnumMember(symbol);\n            }\n            if (symbol.flags & SymbolFlags.Accessor) {\n                return getTypeOfAccessors(symbol);\n            }\n            if (symbol.flags & SymbolFlags.Alias) {\n                return getTypeOfAlias(symbol);\n            }\n            return errorType;\n        }\n\n        function getNonMissingTypeOfSymbol(symbol: Symbol) {\n            return removeMissingType(getTypeOfSymbol(symbol), !!(symbol.flags & SymbolFlags.Optional));\n        }\n\n        function isReferenceToType(type: Type, target: Type) {\n            return type !== undefined\n                && target !== undefined\n                && (getObjectFlags(type) & ObjectFlags.Reference) !== 0\n                && (type as TypeReference).target === target;\n        }\n\n        function getTargetType(type: Type): Type {\n            return getObjectFlags(type) & ObjectFlags.Reference ? (type as TypeReference).target : type;\n        }\n\n        // TODO: GH#18217 If `checkBase` is undefined, we should not call this because this will always return false.\n        function hasBaseType(type: Type, checkBase: Type | undefined) {\n            return check(type);\n            function check(type: Type): boolean {\n                if (getObjectFlags(type) & (ObjectFlags.ClassOrInterface | ObjectFlags.Reference)) {\n                    const target = getTargetType(type) as InterfaceType;\n                    return target === checkBase || some(getBaseTypes(target), check);\n                }\n                else if (type.flags & TypeFlags.Intersection) {\n                    return some((type as IntersectionType).types, check);\n                }\n                return false;\n            }\n        }\n\n        // Appends the type parameters given by a list of declarations to a set of type parameters and returns the resulting set.\n        // The function allocates a new array if the input type parameter set is undefined, but otherwise it modifies the set\n        // in-place and returns the same array.\n        function appendTypeParameters(typeParameters: TypeParameter[] | undefined, declarations: readonly TypeParameterDeclaration[]): TypeParameter[] | undefined {\n            for (const declaration of declarations) {\n                typeParameters = appendIfUnique(typeParameters, getDeclaredTypeOfTypeParameter(getSymbolOfNode(declaration)));\n            }\n            return typeParameters;\n        }\n\n        // Return the outer type parameters of a node or undefined if the node has no outer type parameters.\n        function getOuterTypeParameters(node: Node, includeThisTypes?: boolean): TypeParameter[] | undefined {\n            while (true) {\n                node = node.parent; // TODO: GH#18217 Use SourceFile kind check instead\n                if (node && isBinaryExpression(node)) {\n                    // prototype assignments get the outer type parameters of their constructor function\n                    const assignmentKind = getAssignmentDeclarationKind(node);\n                    if (assignmentKind === AssignmentDeclarationKind.Prototype || assignmentKind === AssignmentDeclarationKind.PrototypeProperty) {\n                        const symbol = getSymbolOfNode(node.left);\n                        if (symbol && symbol.parent && !findAncestor(symbol.parent.valueDeclaration, d => node === d)) {\n                            node = symbol.parent.valueDeclaration!;\n                        }\n                    }\n                }\n                if (!node) {\n                    return undefined;\n                }\n                switch (node.kind) {\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.ClassExpression:\n                    case SyntaxKind.InterfaceDeclaration:\n                    case SyntaxKind.CallSignature:\n                    case SyntaxKind.ConstructSignature:\n                    case SyntaxKind.MethodSignature:\n                    case SyntaxKind.FunctionType:\n                    case SyntaxKind.ConstructorType:\n                    case SyntaxKind.JSDocFunctionType:\n                    case SyntaxKind.FunctionDeclaration:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.FunctionExpression:\n                    case SyntaxKind.ArrowFunction:\n                    case SyntaxKind.TypeAliasDeclaration:\n                    case SyntaxKind.JSDocTemplateTag:\n                    case SyntaxKind.JSDocTypedefTag:\n                    case SyntaxKind.JSDocEnumTag:\n                    case SyntaxKind.JSDocCallbackTag:\n                    case SyntaxKind.MappedType:\n                    case SyntaxKind.ConditionalType: {\n                        const outerTypeParameters = getOuterTypeParameters(node, includeThisTypes);\n                        if (node.kind === SyntaxKind.MappedType) {\n                            return append(outerTypeParameters, getDeclaredTypeOfTypeParameter(getSymbolOfNode((node as MappedTypeNode).typeParameter)));\n                        }\n                        else if (node.kind === SyntaxKind.ConditionalType) {\n                            return concatenate(outerTypeParameters, getInferTypeParameters(node as ConditionalTypeNode));\n                        }\n                        const outerAndOwnTypeParameters = appendTypeParameters(outerTypeParameters, getEffectiveTypeParameterDeclarations(node as DeclarationWithTypeParameters));\n                        const thisType = includeThisTypes &&\n                            (node.kind === SyntaxKind.ClassDeclaration || node.kind === SyntaxKind.ClassExpression || node.kind === SyntaxKind.InterfaceDeclaration || isJSConstructor(node)) &&\n                            getDeclaredTypeOfClassOrInterface(getSymbolOfNode(node as ClassLikeDeclaration | InterfaceDeclaration)).thisType;\n                        return thisType ? append(outerAndOwnTypeParameters, thisType) : outerAndOwnTypeParameters;\n                    }\n                    case SyntaxKind.JSDocParameterTag:\n                        const paramSymbol = getParameterSymbolFromJSDoc(node as JSDocParameterTag);\n                        if (paramSymbol) {\n                            node = paramSymbol.valueDeclaration!;\n                        }\n                        break;\n                    case SyntaxKind.JSDoc: {\n                        const outerTypeParameters = getOuterTypeParameters(node, includeThisTypes);\n                        return (node as JSDoc).tags\n                            ? appendTypeParameters(outerTypeParameters, flatMap((node as JSDoc).tags, t => isJSDocTemplateTag(t) ? t.typeParameters : undefined))\n                            : outerTypeParameters;\n                    }\n                }\n            }\n        }\n\n        // The outer type parameters are those defined by enclosing generic classes, methods, or functions.\n        function getOuterTypeParametersOfClassOrInterface(symbol: Symbol): TypeParameter[] | undefined {\n            const declaration = symbol.flags & SymbolFlags.Class ? symbol.valueDeclaration : getDeclarationOfKind(symbol, SyntaxKind.InterfaceDeclaration)!;\n            Debug.assert(!!declaration, \"Class was missing valueDeclaration -OR- non-class had no interface declarations\");\n            return getOuterTypeParameters(declaration);\n        }\n\n        // The local type parameters are the combined set of type parameters from all declarations of the class,\n        // interface, or type alias.\n        function getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol: Symbol): TypeParameter[] | undefined {\n            if (!symbol.declarations) {\n                return;\n            }\n            let result: TypeParameter[] | undefined;\n            for (const node of symbol.declarations) {\n                if (node.kind === SyntaxKind.InterfaceDeclaration ||\n                    node.kind === SyntaxKind.ClassDeclaration ||\n                    node.kind === SyntaxKind.ClassExpression ||\n                    isJSConstructor(node) ||\n                    isTypeAlias(node)) {\n                    const declaration = node as InterfaceDeclaration | TypeAliasDeclaration | JSDocTypedefTag | JSDocCallbackTag;\n                    result = appendTypeParameters(result, getEffectiveTypeParameterDeclarations(declaration));\n                }\n            }\n            return result;\n        }\n\n        // The full set of type parameters for a generic class or interface type consists of its outer type parameters plus\n        // its locally declared type parameters.\n        function getTypeParametersOfClassOrInterface(symbol: Symbol): TypeParameter[] | undefined {\n            return concatenate(getOuterTypeParametersOfClassOrInterface(symbol), getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol));\n        }\n\n        // A type is a mixin constructor if it has a single construct signature taking no type parameters and a single\n        // rest parameter of type any[].\n        function isMixinConstructorType(type: Type) {\n            const signatures = getSignaturesOfType(type, SignatureKind.Construct);\n            if (signatures.length === 1) {\n                const s = signatures[0];\n                if (!s.typeParameters && s.parameters.length === 1 && signatureHasRestParameter(s)) {\n                    const paramType = getTypeOfParameter(s.parameters[0]);\n                    return isTypeAny(paramType) || getElementTypeOfArrayType(paramType) === anyType;\n                }\n            }\n            return false;\n        }\n\n        function isConstructorType(type: Type): boolean {\n            if (getSignaturesOfType(type, SignatureKind.Construct).length > 0) {\n                return true;\n            }\n            if (type.flags & TypeFlags.TypeVariable) {\n                const constraint = getBaseConstraintOfType(type);\n                return !!constraint && isMixinConstructorType(constraint);\n            }\n            return false;\n        }\n\n        function getBaseTypeNodeOfClass(type: InterfaceType): ExpressionWithTypeArguments | undefined {\n            const decl = getClassLikeDeclarationOfSymbol(type.symbol);\n            return decl && getEffectiveBaseTypeNode(decl);\n        }\n\n        function getConstructorsForTypeArguments(type: Type, typeArgumentNodes: readonly TypeNode[] | undefined, location: Node): readonly Signature[] {\n            const typeArgCount = length(typeArgumentNodes);\n            const isJavascript = isInJSFile(location);\n            return filter(getSignaturesOfType(type, SignatureKind.Construct),\n                sig => (isJavascript || typeArgCount >= getMinTypeArgumentCount(sig.typeParameters)) && typeArgCount <= length(sig.typeParameters));\n        }\n\n        function getInstantiatedConstructorsForTypeArguments(type: Type, typeArgumentNodes: readonly TypeNode[] | undefined, location: Node): readonly Signature[] {\n            const signatures = getConstructorsForTypeArguments(type, typeArgumentNodes, location);\n            const typeArguments = map(typeArgumentNodes, getTypeFromTypeNode);\n            return sameMap<Signature>(signatures, sig => some(sig.typeParameters) ? getSignatureInstantiation(sig, typeArguments, isInJSFile(location)) : sig);\n        }\n\n        /**\n          * The base constructor of a class can resolve to\n          * * undefinedType if the class has no extends clause,\n          * * unknownType if an error occurred during resolution of the extends expression,\n          * * nullType if the extends expression is the null value,\n          * * anyType if the extends expression has type any, or\n          * * an object type with at least one construct signature.\n          */\n        function getBaseConstructorTypeOfClass(type: InterfaceType): Type {\n            if (!type.resolvedBaseConstructorType) {\n                const decl = getClassLikeDeclarationOfSymbol(type.symbol);\n                const extended = decl && getEffectiveBaseTypeNode(decl);\n                const baseTypeNode = getBaseTypeNodeOfClass(type);\n                if (!baseTypeNode) {\n                    return type.resolvedBaseConstructorType = undefinedType;\n                }\n                if (!pushTypeResolution(type, TypeSystemPropertyName.ResolvedBaseConstructorType)) {\n                    return errorType;\n                }\n                const baseConstructorType = checkExpression(baseTypeNode.expression);\n                if (extended && baseTypeNode !== extended) {\n                    Debug.assert(!extended.typeArguments); // Because this is in a JS file, and baseTypeNode is in an @extends tag\n                    checkExpression(extended.expression);\n                }\n                if (baseConstructorType.flags & (TypeFlags.Object | TypeFlags.Intersection)) {\n                    // Resolving the members of a class requires us to resolve the base class of that class.\n                    // We force resolution here such that we catch circularities now.\n                    resolveStructuredTypeMembers(baseConstructorType as ObjectType);\n                }\n                if (!popTypeResolution()) {\n                    error(type.symbol.valueDeclaration, Diagnostics._0_is_referenced_directly_or_indirectly_in_its_own_base_expression, symbolToString(type.symbol));\n                    return type.resolvedBaseConstructorType = errorType;\n                }\n                if (!(baseConstructorType.flags & TypeFlags.Any) && baseConstructorType !== nullWideningType && !isConstructorType(baseConstructorType)) {\n                    const err = error(baseTypeNode.expression, Diagnostics.Type_0_is_not_a_constructor_function_type, typeToString(baseConstructorType));\n                    if (baseConstructorType.flags & TypeFlags.TypeParameter) {\n                        const constraint = getConstraintFromTypeParameter(baseConstructorType);\n                        let ctorReturn: Type = unknownType;\n                        if (constraint) {\n                            const ctorSig = getSignaturesOfType(constraint, SignatureKind.Construct);\n                            if (ctorSig[0]) {\n                                ctorReturn = getReturnTypeOfSignature(ctorSig[0]);\n                            }\n                        }\n                        if (baseConstructorType.symbol.declarations) {\n                            addRelatedInfo(err, createDiagnosticForNode(baseConstructorType.symbol.declarations[0], Diagnostics.Did_you_mean_for_0_to_be_constrained_to_type_new_args_Colon_any_1, symbolToString(baseConstructorType.symbol), typeToString(ctorReturn)));\n                        }\n                    }\n                    return type.resolvedBaseConstructorType = errorType;\n                }\n                type.resolvedBaseConstructorType = baseConstructorType;\n            }\n            return type.resolvedBaseConstructorType;\n        }\n\n        function getImplementsTypes(type: InterfaceType): BaseType[] {\n            let resolvedImplementsTypes: BaseType[] = emptyArray;\n            if (type.symbol.declarations) {\n                for (const declaration of type.symbol.declarations) {\n                    const implementsTypeNodes = getEffectiveImplementsTypeNodes(declaration as ClassLikeDeclaration);\n                    if (!implementsTypeNodes) continue;\n                    for (const node of implementsTypeNodes) {\n                        const implementsType = getTypeFromTypeNode(node);\n                        if (!isErrorType(implementsType)) {\n                            if (resolvedImplementsTypes === emptyArray) {\n                                resolvedImplementsTypes = [implementsType as ObjectType];\n                            }\n                            else {\n                                resolvedImplementsTypes.push(implementsType);\n                            }\n                        }\n                    }\n                }\n            }\n            return resolvedImplementsTypes;\n        }\n\n        function reportCircularBaseType(node: Node, type: Type) {\n            error(node, Diagnostics.Type_0_recursively_references_itself_as_a_base_type, typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.WriteArrayAsGenericType));\n        }\n\n        function getBaseTypes(type: InterfaceType): BaseType[] {\n            if (!type.baseTypesResolved) {\n                if (pushTypeResolution(type, TypeSystemPropertyName.ResolvedBaseTypes)) {\n                    if (type.objectFlags & ObjectFlags.Tuple) {\n                        type.resolvedBaseTypes = [getTupleBaseType(type as TupleType)];\n                    }\n                    else if (type.symbol.flags & (SymbolFlags.Class | SymbolFlags.Interface)) {\n                        if (type.symbol.flags & SymbolFlags.Class) {\n                            resolveBaseTypesOfClass(type);\n                        }\n                        if (type.symbol.flags & SymbolFlags.Interface) {\n                            resolveBaseTypesOfInterface(type);\n                        }\n                    }\n                    else {\n                        Debug.fail(\"type must be class or interface\");\n                    }\n                    if (!popTypeResolution() && type.symbol.declarations) {\n                        for (const declaration of type.symbol.declarations) {\n                            if (declaration.kind === SyntaxKind.ClassDeclaration || declaration.kind === SyntaxKind.InterfaceDeclaration) {\n                                reportCircularBaseType(declaration, type);\n                            }\n                        }\n                    }\n                }\n                type.baseTypesResolved = true;\n            }\n            return type.resolvedBaseTypes;\n        }\n\n        function getTupleBaseType(type: TupleType) {\n            const elementTypes = sameMap(type.typeParameters, (t, i) => type.elementFlags[i] & ElementFlags.Variadic ? getIndexedAccessType(t, numberType) : t);\n            return createArrayType(getUnionType(elementTypes || emptyArray), type.readonly);\n        }\n\n        function resolveBaseTypesOfClass(type: InterfaceType) {\n            type.resolvedBaseTypes = resolvingEmptyArray;\n            const baseConstructorType = getApparentType(getBaseConstructorTypeOfClass(type));\n            if (!(baseConstructorType.flags & (TypeFlags.Object | TypeFlags.Intersection | TypeFlags.Any))) {\n                return type.resolvedBaseTypes = emptyArray;\n            }\n            const baseTypeNode = getBaseTypeNodeOfClass(type)!;\n            let baseType: Type;\n            const originalBaseType = baseConstructorType.symbol ? getDeclaredTypeOfSymbol(baseConstructorType.symbol) : undefined;\n            if (baseConstructorType.symbol && baseConstructorType.symbol.flags & SymbolFlags.Class &&\n                areAllOuterTypeParametersApplied(originalBaseType!)) {\n                // When base constructor type is a class with no captured type arguments we know that the constructors all have the same type parameters as the\n                // class and all return the instance type of the class. There is no need for further checks and we can apply the\n                // type arguments in the same manner as a type reference to get the same error reporting experience.\n                baseType = getTypeFromClassOrInterfaceReference(baseTypeNode, baseConstructorType.symbol);\n            }\n            else if (baseConstructorType.flags & TypeFlags.Any) {\n                baseType = baseConstructorType;\n            }\n            else {\n                // The class derives from a \"class-like\" constructor function, check that we have at least one construct signature\n                // with a matching number of type parameters and use the return type of the first instantiated signature. Elsewhere\n                // we check that all instantiated signatures return the same type.\n                const constructors = getInstantiatedConstructorsForTypeArguments(baseConstructorType, baseTypeNode.typeArguments, baseTypeNode);\n                if (!constructors.length) {\n                    error(baseTypeNode.expression, Diagnostics.No_base_constructor_has_the_specified_number_of_type_arguments);\n                    return type.resolvedBaseTypes = emptyArray;\n                }\n                baseType = getReturnTypeOfSignature(constructors[0]);\n            }\n\n            if (isErrorType(baseType)) {\n                return type.resolvedBaseTypes = emptyArray;\n            }\n            const reducedBaseType = getReducedType(baseType);\n            if (!isValidBaseType(reducedBaseType)) {\n                const elaboration = elaborateNeverIntersection(/*errorInfo*/ undefined, baseType);\n                const diagnostic = chainDiagnosticMessages(elaboration, Diagnostics.Base_constructor_return_type_0_is_not_an_object_type_or_intersection_of_object_types_with_statically_known_members, typeToString(reducedBaseType));\n                diagnostics.add(createDiagnosticForNodeFromMessageChain(baseTypeNode.expression, diagnostic));\n                return type.resolvedBaseTypes = emptyArray;\n            }\n            if (type === reducedBaseType || hasBaseType(reducedBaseType, type)) {\n                error(type.symbol.valueDeclaration, Diagnostics.Type_0_recursively_references_itself_as_a_base_type,\n                    typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.WriteArrayAsGenericType));\n                return type.resolvedBaseTypes = emptyArray;\n            }\n            if (type.resolvedBaseTypes === resolvingEmptyArray) {\n                // Circular reference, likely through instantiation of default parameters\n                // (otherwise there'd be an error from hasBaseType) - this is fine, but `.members` should be reset\n                // as `getIndexedAccessType` via `instantiateType` via `getTypeFromClassOrInterfaceReference` forces a\n                // partial instantiation of the members without the base types fully resolved\n                type.members = undefined;\n            }\n            return type.resolvedBaseTypes = [reducedBaseType];\n        }\n\n        function areAllOuterTypeParametersApplied(type: Type): boolean { // TODO: GH#18217 Shouldn't this take an InterfaceType?\n            // An unapplied type parameter has its symbol still the same as the matching argument symbol.\n            // Since parameters are applied outer-to-inner, only the last outer parameter needs to be checked.\n            const outerTypeParameters = (type as InterfaceType).outerTypeParameters;\n            if (outerTypeParameters) {\n                const last = outerTypeParameters.length - 1;\n                const typeArguments = getTypeArguments(type as TypeReference);\n                return outerTypeParameters[last].symbol !== typeArguments[last].symbol;\n            }\n            return true;\n        }\n\n        // A valid base type is `any`, an object type or intersection of object types.\n        function isValidBaseType(type: Type): type is BaseType {\n            if (type.flags & TypeFlags.TypeParameter) {\n                const constraint = getBaseConstraintOfType(type);\n                if (constraint) {\n                    return isValidBaseType(constraint);\n                }\n            }\n            // TODO: Given that we allow type parmeters here now, is this `!isGenericMappedType(type)` check really needed?\n            // There's no reason a `T` should be allowed while a `Readonly<T>` should not.\n            return !!(type.flags & (TypeFlags.Object | TypeFlags.NonPrimitive | TypeFlags.Any) && !isGenericMappedType(type) ||\n                type.flags & TypeFlags.Intersection && every((type as IntersectionType).types, isValidBaseType));\n        }\n\n        function resolveBaseTypesOfInterface(type: InterfaceType): void {\n            type.resolvedBaseTypes = type.resolvedBaseTypes || emptyArray;\n            if (type.symbol.declarations) {\n                for (const declaration of type.symbol.declarations) {\n                    if (declaration.kind === SyntaxKind.InterfaceDeclaration && getInterfaceBaseTypeNodes(declaration as InterfaceDeclaration)) {\n                        for (const node of getInterfaceBaseTypeNodes(declaration as InterfaceDeclaration)!) {\n                            const baseType = getReducedType(getTypeFromTypeNode(node));\n                            if (!isErrorType(baseType)) {\n                                if (isValidBaseType(baseType)) {\n                                    if (type !== baseType && !hasBaseType(baseType, type)) {\n                                        if (type.resolvedBaseTypes === emptyArray) {\n                                            type.resolvedBaseTypes = [baseType as ObjectType];\n                                        }\n                                        else {\n                                            type.resolvedBaseTypes.push(baseType);\n                                        }\n                                    }\n                                    else {\n                                        reportCircularBaseType(declaration, type);\n                                    }\n                                }\n                                else {\n                                    error(node, Diagnostics.An_interface_can_only_extend_an_object_type_or_intersection_of_object_types_with_statically_known_members);\n                                }\n                            }\n                        }\n                    }\n                }\n            }\n        }\n\n        /**\n          * Returns true if the interface given by the symbol is free of \"this\" references.\n          *\n          * Specifically, the result is true if the interface itself contains no references\n          * to \"this\" in its body, if all base types are interfaces,\n          * and if none of the base interfaces have a \"this\" type.\n          */\n        function isThislessInterface(symbol: Symbol): boolean {\n            if (!symbol.declarations) {\n                return true;\n            }\n            for (const declaration of symbol.declarations) {\n                if (declaration.kind === SyntaxKind.InterfaceDeclaration) {\n                    if (declaration.flags & NodeFlags.ContainsThis) {\n                        return false;\n                    }\n                    const baseTypeNodes = getInterfaceBaseTypeNodes(declaration as InterfaceDeclaration);\n                    if (baseTypeNodes) {\n                        for (const node of baseTypeNodes) {\n                            if (isEntityNameExpression(node.expression)) {\n                                const baseSymbol = resolveEntityName(node.expression, SymbolFlags.Type, /*ignoreErrors*/ true);\n                                if (!baseSymbol || !(baseSymbol.flags & SymbolFlags.Interface) || getDeclaredTypeOfClassOrInterface(baseSymbol).thisType) {\n                                    return false;\n                                }\n                            }\n                        }\n                    }\n                }\n            }\n            return true;\n        }\n\n        function getDeclaredTypeOfClassOrInterface(symbol: Symbol): InterfaceType {\n            let links = getSymbolLinks(symbol);\n            const originalLinks = links;\n            if (!links.declaredType) {\n                const kind = symbol.flags & SymbolFlags.Class ? ObjectFlags.Class : ObjectFlags.Interface;\n                const merged = mergeJSSymbols(symbol, symbol.valueDeclaration && getAssignedClassSymbol(symbol.valueDeclaration));\n                if (merged) {\n                    // note:we overwrite links because we just cloned the symbol\n                    symbol = links = merged;\n                }\n\n                const type = originalLinks.declaredType = links.declaredType = createObjectType(kind, symbol) as InterfaceType;\n                const outerTypeParameters = getOuterTypeParametersOfClassOrInterface(symbol);\n                const localTypeParameters = getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol);\n                // A class or interface is generic if it has type parameters or a \"this\" type. We always give classes a \"this\" type\n                // because it is not feasible to analyze all members to determine if the \"this\" type escapes the class (in particular,\n                // property types inferred from initializers and method return types inferred from return statements are very hard\n                // to exhaustively analyze). We give interfaces a \"this\" type if we can't definitely determine that they are free of\n                // \"this\" references.\n                if (outerTypeParameters || localTypeParameters || kind === ObjectFlags.Class || !isThislessInterface(symbol)) {\n                    type.objectFlags |= ObjectFlags.Reference;\n                    type.typeParameters = concatenate(outerTypeParameters, localTypeParameters);\n                    type.outerTypeParameters = outerTypeParameters;\n                    type.localTypeParameters = localTypeParameters;\n                    (type as GenericType).instantiations = new Map<string, TypeReference>();\n                    (type as GenericType).instantiations.set(getTypeListId(type.typeParameters), type as GenericType);\n                    (type as GenericType).target = type as GenericType;\n                    (type as GenericType).resolvedTypeArguments = type.typeParameters;\n                    type.thisType = createTypeParameter(symbol);\n                    type.thisType.isThisType = true;\n                    type.thisType.constraint = type;\n                }\n            }\n            return links.declaredType as InterfaceType;\n        }\n\n        function getDeclaredTypeOfTypeAlias(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (!links.declaredType) {\n                // Note that we use the links object as the target here because the symbol object is used as the unique\n                // identity for resolution of the 'type' property in SymbolLinks.\n                if (!pushTypeResolution(symbol, TypeSystemPropertyName.DeclaredType)) {\n                    return errorType;\n                }\n\n                const declaration = Debug.checkDefined(symbol.declarations?.find(isTypeAlias), \"Type alias symbol with no valid declaration found\");\n                const typeNode = isJSDocTypeAlias(declaration) ? declaration.typeExpression : declaration.type;\n                // If typeNode is missing, we will error in checkJSDocTypedefTag.\n                let type = typeNode ? getTypeFromTypeNode(typeNode) : errorType;\n\n                if (popTypeResolution()) {\n                    const typeParameters = getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol);\n                    if (typeParameters) {\n                        // Initialize the instantiation cache for generic type aliases. The declared type corresponds to\n                        // an instantiation of the type alias with the type parameters supplied as type arguments.\n                        links.typeParameters = typeParameters;\n                        links.instantiations = new Map<string, Type>();\n                        links.instantiations.set(getTypeListId(typeParameters), type);\n                    }\n                }\n                else {\n                    type = errorType;\n                    if (declaration.kind === SyntaxKind.JSDocEnumTag) {\n                        error(declaration.typeExpression.type, Diagnostics.Type_alias_0_circularly_references_itself, symbolToString(symbol));\n                    }\n                    else {\n                        error(isNamedDeclaration(declaration) ? declaration.name : declaration || declaration, Diagnostics.Type_alias_0_circularly_references_itself, symbolToString(symbol));\n                    }\n                }\n                links.declaredType = type;\n            }\n            return links.declaredType;\n        }\n\n        function isStringConcatExpression(expr: Node): boolean {\n            if (isStringLiteralLike(expr)) {\n                return true;\n            }\n            else if (expr.kind === SyntaxKind.BinaryExpression) {\n                return isStringConcatExpression((expr as BinaryExpression).left) && isStringConcatExpression((expr as BinaryExpression).right);\n            }\n            return false;\n        }\n\n        function isLiteralEnumMember(member: EnumMember) {\n            const expr = member.initializer;\n            if (!expr) {\n                return !(member.flags & NodeFlags.Ambient);\n            }\n            switch (expr.kind) {\n                case SyntaxKind.StringLiteral:\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                    return true;\n                case SyntaxKind.PrefixUnaryExpression:\n                    return (expr as PrefixUnaryExpression).operator === SyntaxKind.MinusToken &&\n                        (expr as PrefixUnaryExpression).operand.kind === SyntaxKind.NumericLiteral;\n                case SyntaxKind.Identifier:\n                    return nodeIsMissing(expr) || !!getSymbolOfNode(member.parent).exports!.get((expr as Identifier).escapedText);\n                case SyntaxKind.BinaryExpression:\n                    return isStringConcatExpression(expr);\n                default:\n                    return false;\n            }\n        }\n\n        function getEnumKind(symbol: Symbol): EnumKind {\n            const links = getSymbolLinks(symbol);\n            if (links.enumKind !== undefined) {\n                return links.enumKind;\n            }\n            let hasNonLiteralMember = false;\n            if (symbol.declarations) {\n                for (const declaration of symbol.declarations) {\n                    if (declaration.kind === SyntaxKind.EnumDeclaration) {\n                        for (const member of (declaration as EnumDeclaration).members) {\n                            if (member.initializer && isStringLiteralLike(member.initializer)) {\n                                return links.enumKind = EnumKind.Literal;\n                            }\n                            if (!isLiteralEnumMember(member)) {\n                                hasNonLiteralMember = true;\n                            }\n                        }\n                    }\n                }\n            }\n            return links.enumKind = hasNonLiteralMember ? EnumKind.Numeric : EnumKind.Literal;\n        }\n\n        function getBaseTypeOfEnumLiteralType(type: Type) {\n            return type.flags & TypeFlags.EnumLiteral && !(type.flags & TypeFlags.Union) ? getDeclaredTypeOfSymbol(getParentOfSymbol(type.symbol)!) : type;\n        }\n\n        function getDeclaredTypeOfEnum(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (links.declaredType) {\n                return links.declaredType;\n            }\n            if (getEnumKind(symbol) === EnumKind.Literal) {\n                enumCount++;\n                const memberTypeList: Type[] = [];\n                if (symbol.declarations) {\n                    for (const declaration of symbol.declarations) {\n                        if (declaration.kind === SyntaxKind.EnumDeclaration) {\n                            for (const member of (declaration as EnumDeclaration).members) {\n                                const value = getEnumMemberValue(member);\n                                const memberType = getFreshTypeOfLiteralType(getEnumLiteralType(value !== undefined ? value : 0, enumCount, getSymbolOfNode(member)));\n                                getSymbolLinks(getSymbolOfNode(member)).declaredType = memberType;\n                                memberTypeList.push(getRegularTypeOfLiteralType(memberType));\n                            }\n                        }\n                    }\n                }\n                if (memberTypeList.length) {\n                    const enumType = getUnionType(memberTypeList, UnionReduction.Literal, symbol, /*aliasTypeArguments*/ undefined);\n                    if (enumType.flags & TypeFlags.Union) {\n                        enumType.flags |= TypeFlags.EnumLiteral;\n                        enumType.symbol = symbol;\n                    }\n                    return links.declaredType = enumType;\n                }\n            }\n            const enumType = createType(TypeFlags.Enum);\n            enumType.symbol = symbol;\n            return links.declaredType = enumType;\n        }\n\n        function getDeclaredTypeOfEnumMember(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            if (!links.declaredType) {\n                const enumType = getDeclaredTypeOfEnum(getParentOfSymbol(symbol)!);\n                if (!links.declaredType) {\n                    links.declaredType = enumType;\n                }\n            }\n            return links.declaredType;\n        }\n\n        function getDeclaredTypeOfTypeParameter(symbol: Symbol): TypeParameter {\n            const links = getSymbolLinks(symbol);\n            return links.declaredType || (links.declaredType = createTypeParameter(symbol));\n        }\n\n        function getDeclaredTypeOfAlias(symbol: Symbol): Type {\n            const links = getSymbolLinks(symbol);\n            return links.declaredType || (links.declaredType = getDeclaredTypeOfSymbol(resolveAlias(symbol)));\n        }\n\n        function getDeclaredTypeOfSymbol(symbol: Symbol): Type {\n            return tryGetDeclaredTypeOfSymbol(symbol) || errorType;\n        }\n\n        function tryGetDeclaredTypeOfSymbol(symbol: Symbol): Type | undefined {\n            if (symbol.flags & (SymbolFlags.Class | SymbolFlags.Interface)) {\n                return getDeclaredTypeOfClassOrInterface(symbol);\n            }\n            if (symbol.flags & SymbolFlags.TypeAlias) {\n                return getDeclaredTypeOfTypeAlias(symbol);\n            }\n            if (symbol.flags & SymbolFlags.TypeParameter) {\n                return getDeclaredTypeOfTypeParameter(symbol);\n            }\n            if (symbol.flags & SymbolFlags.Enum) {\n                return getDeclaredTypeOfEnum(symbol);\n            }\n            if (symbol.flags & SymbolFlags.EnumMember) {\n                return getDeclaredTypeOfEnumMember(symbol);\n            }\n            if (symbol.flags & SymbolFlags.Alias) {\n                return getDeclaredTypeOfAlias(symbol);\n            }\n            return undefined;\n        }\n\n        /**\n          * A type is free of this references if it's the any, string, number, boolean, symbol, or void keyword, a string\n          * literal type, an array with an element type that is free of this references, or a type reference that is\n          * free of this references.\n          */\n        function isThislessType(node: TypeNode): boolean {\n            switch (node.kind) {\n                case SyntaxKind.AnyKeyword:\n                case SyntaxKind.UnknownKeyword:\n                case SyntaxKind.StringKeyword:\n                case SyntaxKind.NumberKeyword:\n                case SyntaxKind.BigIntKeyword:\n                case SyntaxKind.BooleanKeyword:\n                case SyntaxKind.SymbolKeyword:\n                case SyntaxKind.ObjectKeyword:\n                case SyntaxKind.VoidKeyword:\n                case SyntaxKind.UndefinedKeyword:\n                case SyntaxKind.NeverKeyword:\n                case SyntaxKind.LiteralType:\n                    return true;\n                case SyntaxKind.ArrayType:\n                    return isThislessType((node as ArrayTypeNode).elementType);\n                case SyntaxKind.TypeReference:\n                    return !(node as TypeReferenceNode).typeArguments || (node as TypeReferenceNode).typeArguments!.every(isThislessType);\n            }\n            return false;\n        }\n\n        /** A type parameter is thisless if its constraint is thisless, or if it has no constraint. */\n        function isThislessTypeParameter(node: TypeParameterDeclaration) {\n            const constraint = getEffectiveConstraintOfTypeParameter(node);\n            return !constraint || isThislessType(constraint);\n        }\n\n        /**\n          * A variable-like declaration is free of this references if it has a type annotation\n          * that is thisless, or if it has no type annotation and no initializer (and is thus of type any).\n          */\n        function isThislessVariableLikeDeclaration(node: VariableLikeDeclaration): boolean {\n            const typeNode = getEffectiveTypeAnnotationNode(node);\n            return typeNode ? isThislessType(typeNode) : !hasInitializer(node);\n        }\n\n        /**\n          * A function-like declaration is considered free of `this` references if it has a return type\n          * annotation that is free of this references and if each parameter is thisless and if\n          * each type parameter (if present) is thisless.\n          */\n        function isThislessFunctionLikeDeclaration(node: FunctionLikeDeclaration): boolean {\n            const returnType = getEffectiveReturnTypeNode(node);\n            const typeParameters = getEffectiveTypeParameterDeclarations(node);\n            return (node.kind === SyntaxKind.Constructor || (!!returnType && isThislessType(returnType))) &&\n                node.parameters.every(isThislessVariableLikeDeclaration) &&\n                typeParameters.every(isThislessTypeParameter);\n        }\n\n        /**\n          * Returns true if the class or interface member given by the symbol is free of \"this\" references. The\n          * function may return false for symbols that are actually free of \"this\" references because it is not\n          * feasible to perform a complete analysis in all cases. In particular, property members with types\n          * inferred from their initializers and function members with inferred return types are conservatively\n          * assumed not to be free of \"this\" references.\n          */\n        function isThisless(symbol: Symbol): boolean {\n            if (symbol.declarations && symbol.declarations.length === 1) {\n                const declaration = symbol.declarations[0];\n                if (declaration) {\n                    switch (declaration.kind) {\n                        case SyntaxKind.PropertyDeclaration:\n                        case SyntaxKind.PropertySignature:\n                            return isThislessVariableLikeDeclaration(declaration as VariableLikeDeclaration);\n                        case SyntaxKind.MethodDeclaration:\n                        case SyntaxKind.MethodSignature:\n                        case SyntaxKind.Constructor:\n                        case SyntaxKind.GetAccessor:\n                        case SyntaxKind.SetAccessor:\n                            return isThislessFunctionLikeDeclaration(declaration as FunctionLikeDeclaration | AccessorDeclaration);\n                    }\n                }\n            }\n            return false;\n        }\n\n        // The mappingThisOnly flag indicates that the only type parameter being mapped is \"this\". When the flag is true,\n        // we check symbols to see if we can quickly conclude they are free of \"this\" references, thus needing no instantiation.\n        function createInstantiatedSymbolTable(symbols: Symbol[], mapper: TypeMapper, mappingThisOnly: boolean): SymbolTable {\n            const result = createSymbolTable();\n            for (const symbol of symbols) {\n                result.set(symbol.escapedName, mappingThisOnly && isThisless(symbol) ? symbol : instantiateSymbol(symbol, mapper));\n            }\n            return result;\n        }\n\n        function addInheritedMembers(symbols: SymbolTable, baseSymbols: Symbol[]) {\n            for (const s of baseSymbols) {\n                if (!symbols.has(s.escapedName) && !isStaticPrivateIdentifierProperty(s)) {\n                    symbols.set(s.escapedName, s);\n                }\n            }\n        }\n\n        function isStaticPrivateIdentifierProperty(s: Symbol): boolean {\n            return !!s.valueDeclaration && isPrivateIdentifierClassElementDeclaration(s.valueDeclaration) && isStatic(s.valueDeclaration);\n        }\n\n        function resolveDeclaredMembers(type: InterfaceType): InterfaceTypeWithDeclaredMembers {\n            if (!(type as InterfaceTypeWithDeclaredMembers).declaredProperties) {\n                const symbol = type.symbol;\n                const members = getMembersOfSymbol(symbol);\n                (type as InterfaceTypeWithDeclaredMembers).declaredProperties = getNamedMembers(members);\n                // Start with signatures at empty array in case of recursive types\n                (type as InterfaceTypeWithDeclaredMembers).declaredCallSignatures = emptyArray;\n                (type as InterfaceTypeWithDeclaredMembers).declaredConstructSignatures = emptyArray;\n                (type as InterfaceTypeWithDeclaredMembers).declaredIndexInfos = emptyArray;\n\n                (type as InterfaceTypeWithDeclaredMembers).declaredCallSignatures = getSignaturesOfSymbol(members.get(InternalSymbolName.Call));\n                (type as InterfaceTypeWithDeclaredMembers).declaredConstructSignatures = getSignaturesOfSymbol(members.get(InternalSymbolName.New));\n                (type as InterfaceTypeWithDeclaredMembers).declaredIndexInfos = getIndexInfosOfSymbol(symbol);\n            }\n            return type as InterfaceTypeWithDeclaredMembers;\n        }\n\n        /**\n          * Indicates whether a type can be used as a property name.\n          */\n        function isTypeUsableAsPropertyName(type: Type): type is StringLiteralType | NumberLiteralType | UniqueESSymbolType {\n            return !!(type.flags & TypeFlags.StringOrNumberLiteralOrUnique);\n        }\n\n        /**\n          * Indicates whether a declaration name is definitely late-bindable.\n          * A declaration name is only late-bindable if:\n          * - It is a `ComputedPropertyName`.\n          * - Its expression is an `Identifier` or either a `PropertyAccessExpression` an\n          * `ElementAccessExpression` consisting only of these same three types of nodes.\n          * - The type of its expression is a string or numeric literal type, or is a `unique symbol` type.\n          */\n        function isLateBindableName(node: DeclarationName): node is LateBoundName {\n            if (!isComputedPropertyName(node) && !isElementAccessExpression(node)) {\n                return false;\n            }\n            const expr = isComputedPropertyName(node) ? node.expression : node.argumentExpression;\n            return isEntityNameExpression(expr)\n                && isTypeUsableAsPropertyName(isComputedPropertyName(node) ? checkComputedPropertyName(node) : checkExpressionCached(expr));\n        }\n\n        function isLateBoundName(name: __String): boolean {\n            return (name as string).charCodeAt(0) === CharacterCodes._ &&\n                (name as string).charCodeAt(1) === CharacterCodes._ &&\n                (name as string).charCodeAt(2) === CharacterCodes.at;\n        }\n\n        /**\n          * Indicates whether a declaration has a late-bindable dynamic name.\n          */\n        function hasLateBindableName(node: Declaration): node is LateBoundDeclaration | LateBoundBinaryExpressionDeclaration {\n            const name = getNameOfDeclaration(node);\n            return !!name && isLateBindableName(name);\n        }\n\n        /**\n          * Indicates whether a declaration has an early-bound name or a dynamic name that can be late-bound.\n          */\n        function hasBindableName(node: Declaration) {\n            return !hasDynamicName(node) || hasLateBindableName(node);\n        }\n\n        /**\n          * Indicates whether a declaration name is a dynamic name that cannot be late-bound.\n          */\n        function isNonBindableDynamicName(node: DeclarationName) {\n            return isDynamicName(node) && !isLateBindableName(node);\n        }\n\n        /**\n          * Gets the symbolic name for a member from its type.\n          */\n        function getPropertyNameFromType(type: StringLiteralType | NumberLiteralType | UniqueESSymbolType): __String {\n            if (type.flags & TypeFlags.UniqueESSymbol) {\n                return (type as UniqueESSymbolType).escapedName;\n            }\n            if (type.flags & (TypeFlags.StringLiteral | TypeFlags.NumberLiteral)) {\n                return escapeLeadingUnderscores(\"\" + (type as StringLiteralType | NumberLiteralType).value);\n            }\n            return Debug.fail();\n        }\n\n        /**\n          * Adds a declaration to a late-bound dynamic member. This performs the same function for\n          * late-bound members that `addDeclarationToSymbol` in binder.ts performs for early-bound\n          * members.\n          */\n        function addDeclarationToLateBoundSymbol(symbol: Symbol, member: LateBoundDeclaration | BinaryExpression, symbolFlags: SymbolFlags) {\n            Debug.assert(!!(getCheckFlags(symbol) & CheckFlags.Late), \"Expected a late-bound symbol.\");\n            symbol.flags |= symbolFlags;\n            getSymbolLinks(member.symbol).lateSymbol = symbol;\n            if (!symbol.declarations) {\n                symbol.declarations = [member];\n            }\n            else if(!member.symbol.isReplaceableByMethod) {\n                symbol.declarations.push(member);\n            }\n            if (symbolFlags & SymbolFlags.Value) {\n                if (!symbol.valueDeclaration || symbol.valueDeclaration.kind !== member.kind) {\n                    symbol.valueDeclaration = member;\n                }\n            }\n        }\n\n        /**\n          * Performs late-binding of a dynamic member. This performs the same function for\n          * late-bound members that `declareSymbol` in binder.ts performs for early-bound\n          * members.\n          *\n          * If a symbol is a dynamic name from a computed property, we perform an additional \"late\"\n          * binding phase to attempt to resolve the name for the symbol from the type of the computed\n          * property's expression. If the type of the expression is a string-literal, numeric-literal,\n          * or unique symbol type, we can use that type as the name of the symbol.\n          *\n          * For example, given:\n          *\n          *   const x = Symbol();\n          *\n          *   interface I {\n          *     [x]: number;\n          *   }\n          *\n          * The binder gives the property `[x]: number` a special symbol with the name \"__computed\".\n          * In the late-binding phase we can type-check the expression `x` and see that it has a\n          * unique symbol type which we can then use as the name of the member. This allows users\n          * to define custom symbols that can be used in the members of an object type.\n          *\n          * @param parent The containing symbol for the member.\n          * @param earlySymbols The early-bound symbols of the parent.\n          * @param lateSymbols The late-bound symbols of the parent.\n          * @param decl The member to bind.\n          */\n        function lateBindMember(parent: Symbol, earlySymbols: SymbolTable | undefined, lateSymbols: UnderscoreEscapedMap<TransientSymbol>, decl: LateBoundDeclaration | LateBoundBinaryExpressionDeclaration) {\n            Debug.assert(!!decl.symbol, \"The member is expected to have a symbol.\");\n            const links = getNodeLinks(decl);\n            if (!links.resolvedSymbol) {\n                // In the event we attempt to resolve the late-bound name of this member recursively,\n                // fall back to the early-bound name of this member.\n                links.resolvedSymbol = decl.symbol;\n                const declName = isBinaryExpression(decl) ? decl.left : decl.name;\n                const type = isElementAccessExpression(declName) ? checkExpressionCached(declName.argumentExpression) : checkComputedPropertyName(declName);\n                if (isTypeUsableAsPropertyName(type)) {\n                    const memberName = getPropertyNameFromType(type);\n                    const symbolFlags = decl.symbol.flags;\n\n                    // Get or add a late-bound symbol for the member. This allows us to merge late-bound accessor declarations.\n                    let lateSymbol = lateSymbols.get(memberName);\n                    if (!lateSymbol) lateSymbols.set(memberName, lateSymbol = createSymbol(SymbolFlags.None, memberName, CheckFlags.Late));\n\n                    // Report an error if a late-bound member has the same name as an early-bound member,\n                    // or if we have another early-bound symbol declaration with the same name and\n                    // conflicting flags.\n                    const earlySymbol = earlySymbols && earlySymbols.get(memberName);\n                    if (lateSymbol.flags & getExcludedSymbolFlags(symbolFlags) || earlySymbol) {\n                        // If we have an existing early-bound member, combine its declarations so that we can\n                        // report an error at each declaration.\n                        const declarations = earlySymbol ? concatenate(earlySymbol.declarations, lateSymbol.declarations) : lateSymbol.declarations;\n                        const name = !(type.flags & TypeFlags.UniqueESSymbol) && unescapeLeadingUnderscores(memberName) || declarationNameToString(declName);\n                        forEach(declarations, declaration => error(getNameOfDeclaration(declaration) || declaration, Diagnostics.Property_0_was_also_declared_here, name));\n                        error(declName || decl, Diagnostics.Duplicate_property_0, name);\n                        lateSymbol = createSymbol(SymbolFlags.None, memberName, CheckFlags.Late);\n                    }\n                    lateSymbol.nameType = type;\n                    addDeclarationToLateBoundSymbol(lateSymbol, decl, symbolFlags);\n                    if (lateSymbol.parent) {\n                        Debug.assert(lateSymbol.parent === parent, \"Existing symbol parent should match new one\");\n                    }\n                    else {\n                        lateSymbol.parent = parent;\n                    }\n                    return links.resolvedSymbol = lateSymbol;\n                }\n            }\n            return links.resolvedSymbol;\n        }\n\n        function getResolvedMembersOrExportsOfSymbol(symbol: Symbol, resolutionKind: MembersOrExportsResolutionKind): UnderscoreEscapedMap<Symbol> {\n            const links = getSymbolLinks(symbol);\n            if (!links[resolutionKind]) {\n                const isStatic = resolutionKind === MembersOrExportsResolutionKind.resolvedExports;\n                const earlySymbols = !isStatic ? symbol.members :\n                    symbol.flags & SymbolFlags.Module ? getExportsOfModuleWorker(symbol) :\n                    symbol.exports;\n\n                // In the event we recursively resolve the members/exports of the symbol, we\n                // set the initial value of resolvedMembers/resolvedExports to the early-bound\n                // members/exports of the symbol.\n                links[resolutionKind] = earlySymbols || emptySymbols;\n\n                // fill in any as-yet-unresolved late-bound members.\n                const lateSymbols = createSymbolTable() as UnderscoreEscapedMap<TransientSymbol>;\n                for (const decl of symbol.declarations || emptyArray) {\n                    const members = getMembersOfDeclaration(decl);\n                    if (members) {\n                        for (const member of members) {\n                            if (isStatic === hasStaticModifier(member) && hasLateBindableName(member)) {\n                                lateBindMember(symbol, earlySymbols, lateSymbols, member);\n                            }\n                        }\n                    }\n                }\n                const assignments = symbol.assignmentDeclarationMembers;\n                if (assignments) {\n                    const decls = arrayFrom(assignments.values());\n                    for (const member of decls) {\n                        const assignmentKind = getAssignmentDeclarationKind(member as BinaryExpression | CallExpression);\n                        const isInstanceMember = assignmentKind === AssignmentDeclarationKind.PrototypeProperty\n                            || isBinaryExpression(member) && isPossiblyAliasedThisProperty(member, assignmentKind)\n                            || assignmentKind === AssignmentDeclarationKind.ObjectDefinePrototypeProperty\n                            || assignmentKind === AssignmentDeclarationKind.Prototype; // A straight `Prototype` assignment probably can never have a computed name\n                        if (isStatic === !isInstanceMember && hasLateBindableName(member)) {\n                            lateBindMember(symbol, earlySymbols, lateSymbols, member);\n                        }\n                    }\n                }\n\n                links[resolutionKind] = combineSymbolTables(earlySymbols, lateSymbols) || emptySymbols;\n            }\n\n            return links[resolutionKind]!;\n        }\n\n        /**\n          * Gets a SymbolTable containing both the early- and late-bound members of a symbol.\n          *\n          * For a description of late-binding, see `lateBindMember`.\n          */\n        function getMembersOfSymbol(symbol: Symbol) {\n            return symbol.flags & SymbolFlags.LateBindingContainer\n                ? getResolvedMembersOrExportsOfSymbol(symbol, MembersOrExportsResolutionKind.resolvedMembers)\n                : symbol.members || emptySymbols;\n        }\n\n        /**\n          * If a symbol is the dynamic name of the member of an object type, get the late-bound\n          * symbol of the member.\n          *\n          * For a description of late-binding, see `lateBindMember`.\n          */\n        function getLateBoundSymbol(symbol: Symbol): Symbol {\n            if (symbol.flags & SymbolFlags.ClassMember && symbol.escapedName === InternalSymbolName.Computed) {\n                const links = getSymbolLinks(symbol);\n                if (!links.lateSymbol && some(symbol.declarations, hasLateBindableName)) {\n                    // force late binding of members/exports. This will set the late-bound symbol\n                    const parent = getMergedSymbol(symbol.parent)!;\n                    if (some(symbol.declarations, hasStaticModifier)) {\n                        getExportsOfSymbol(parent);\n                    }\n                    else {\n                        getMembersOfSymbol(parent);\n                    }\n                }\n                return links.lateSymbol || (links.lateSymbol = symbol);\n            }\n            return symbol;\n        }\n\n        function getTypeWithThisArgument(type: Type, thisArgument?: Type, needApparentType?: boolean): Type {\n            if (getObjectFlags(type) & ObjectFlags.Reference) {\n                const target = (type as TypeReference).target;\n                const typeArguments = getTypeArguments(type as TypeReference);\n                if (length(target.typeParameters) === length(typeArguments)) {\n                    const ref = createTypeReference(target, concatenate(typeArguments, [thisArgument || target.thisType!]));\n                    return needApparentType ? getApparentType(ref) : ref;\n                }\n            }\n            else if (type.flags & TypeFlags.Intersection) {\n                const types = sameMap((type as IntersectionType).types, t => getTypeWithThisArgument(t, thisArgument, needApparentType));\n                return types !== (type as IntersectionType).types ? getIntersectionType(types) : type;\n            }\n            return needApparentType ? getApparentType(type) : type;\n        }\n\n        function resolveObjectTypeMembers(type: ObjectType, source: InterfaceTypeWithDeclaredMembers, typeParameters: readonly TypeParameter[], typeArguments: readonly Type[]) {\n            let mapper: TypeMapper | undefined;\n            let members: SymbolTable;\n            let callSignatures: readonly Signature[];\n            let constructSignatures: readonly Signature[];\n            let indexInfos: readonly IndexInfo[];\n            if (rangeEquals(typeParameters, typeArguments, 0, typeParameters.length)) {\n                members = source.symbol ? getMembersOfSymbol(source.symbol) : createSymbolTable(source.declaredProperties);\n                callSignatures = source.declaredCallSignatures;\n                constructSignatures = source.declaredConstructSignatures;\n                indexInfos = source.declaredIndexInfos;\n            }\n            else {\n                mapper = createTypeMapper(typeParameters, typeArguments);\n                members = createInstantiatedSymbolTable(source.declaredProperties, mapper, /*mappingThisOnly*/ typeParameters.length === 1);\n                callSignatures = instantiateSignatures(source.declaredCallSignatures, mapper);\n                constructSignatures = instantiateSignatures(source.declaredConstructSignatures, mapper);\n                indexInfos = instantiateIndexInfos(source.declaredIndexInfos, mapper);\n            }\n            const baseTypes = getBaseTypes(source);\n            if (baseTypes.length) {\n                if (source.symbol && members === getMembersOfSymbol(source.symbol)) {\n                    members = createSymbolTable(source.declaredProperties);\n                }\n                setStructuredTypeMembers(type, members, callSignatures, constructSignatures, indexInfos);\n                const thisArgument = lastOrUndefined(typeArguments);\n                for (const baseType of baseTypes) {\n                    const instantiatedBaseType = thisArgument ? getTypeWithThisArgument(instantiateType(baseType, mapper), thisArgument) : baseType;\n                    addInheritedMembers(members, getPropertiesOfType(instantiatedBaseType));\n                    callSignatures = concatenate(callSignatures, getSignaturesOfType(instantiatedBaseType, SignatureKind.Call));\n                    constructSignatures = concatenate(constructSignatures, getSignaturesOfType(instantiatedBaseType, SignatureKind.Construct));\n                    const inheritedIndexInfos = instantiatedBaseType !== anyType ? getIndexInfosOfType(instantiatedBaseType) : [createIndexInfo(stringType, anyType, /*isReadonly*/ false)];\n                    indexInfos = concatenate(indexInfos, filter(inheritedIndexInfos, info => !findIndexInfo(indexInfos, info.keyType)));\n                }\n            }\n            setStructuredTypeMembers(type, members, callSignatures, constructSignatures, indexInfos);\n        }\n\n        function resolveClassOrInterfaceMembers(type: InterfaceType): void {\n            resolveObjectTypeMembers(type, resolveDeclaredMembers(type), emptyArray, emptyArray);\n        }\n\n        function resolveTypeReferenceMembers(type: TypeReference): void {\n            const source = resolveDeclaredMembers(type.target);\n            const typeParameters = concatenate(source.typeParameters!, [source.thisType!]);\n            const typeArguments = getTypeArguments(type);\n            const paddedTypeArguments = typeArguments.length === typeParameters.length ? typeArguments : concatenate(typeArguments, [type]);\n            resolveObjectTypeMembers(type, source, typeParameters, paddedTypeArguments);\n        }\n\n        function createSignature(\n            declaration: SignatureDeclaration | JSDocSignature | undefined,\n            typeParameters: readonly TypeParameter[] | undefined,\n            thisParameter: Symbol | undefined,\n            parameters: readonly Symbol[],\n            resolvedReturnType: Type | undefined,\n            resolvedTypePredicate: TypePredicate | undefined,\n            minArgumentCount: number,\n            flags: SignatureFlags\n        ): Signature {\n            const sig = new Signature(checker, flags);\n            sig.declaration = declaration;\n            sig.typeParameters = typeParameters;\n            sig.parameters = parameters;\n            sig.thisParameter = thisParameter;\n            sig.resolvedReturnType = resolvedReturnType;\n            sig.resolvedTypePredicate = resolvedTypePredicate;\n            sig.minArgumentCount = minArgumentCount;\n            sig.resolvedMinArgumentCount = undefined;\n            sig.target = undefined;\n            sig.mapper = undefined;\n            sig.compositeSignatures = undefined;\n            sig.compositeKind = undefined;\n            return sig;\n        }\n\n        function cloneSignature(sig: Signature): Signature {\n            const result = createSignature(sig.declaration, sig.typeParameters, sig.thisParameter, sig.parameters, /*resolvedReturnType*/ undefined,\n                /*resolvedTypePredicate*/ undefined, sig.minArgumentCount, sig.flags & SignatureFlags.PropagatingFlags);\n            result.target = sig.target;\n            result.mapper = sig.mapper;\n            result.compositeSignatures = sig.compositeSignatures;\n            result.compositeKind = sig.compositeKind;\n            return result;\n        }\n\n        function createUnionSignature(signature: Signature, unionSignatures: Signature[]) {\n            const result = cloneSignature(signature);\n            result.compositeSignatures = unionSignatures;\n            result.compositeKind = TypeFlags.Union;\n            result.target = undefined;\n            result.mapper = undefined;\n            return result;\n        }\n\n        function getOptionalCallSignature(signature: Signature, callChainFlags: SignatureFlags): Signature {\n            if ((signature.flags & SignatureFlags.CallChainFlags) === callChainFlags) {\n                return signature;\n            }\n            if (!signature.optionalCallSignatureCache) {\n                signature.optionalCallSignatureCache = {};\n            }\n            const key = callChainFlags === SignatureFlags.IsInnerCallChain ? \"inner\" : \"outer\";\n            return signature.optionalCallSignatureCache[key]\n                || (signature.optionalCallSignatureCache[key] = createOptionalCallSignature(signature, callChainFlags));\n        }\n\n        function createOptionalCallSignature(signature: Signature, callChainFlags: SignatureFlags) {\n            Debug.assert(callChainFlags === SignatureFlags.IsInnerCallChain || callChainFlags === SignatureFlags.IsOuterCallChain,\n                \"An optional call signature can either be for an inner call chain or an outer call chain, but not both.\");\n            const result = cloneSignature(signature);\n            result.flags |= callChainFlags;\n            return result;\n        }\n\n        function getExpandedParameters(sig: Signature, skipUnionExpanding?: boolean): readonly (readonly Symbol[])[] {\n            if (signatureHasRestParameter(sig)) {\n                const restIndex = sig.parameters.length - 1;\n                const restType = getTypeOfSymbol(sig.parameters[restIndex]);\n                if (isTupleType(restType)) {\n                    return [expandSignatureParametersWithTupleMembers(restType, restIndex)];\n                }\n                else if (!skipUnionExpanding && restType.flags & TypeFlags.Union && every((restType as UnionType).types, isTupleType)) {\n                    return map((restType as UnionType).types, t => expandSignatureParametersWithTupleMembers(t as TupleTypeReference, restIndex));\n                }\n            }\n            return [sig.parameters];\n\n            function expandSignatureParametersWithTupleMembers(restType: TupleTypeReference, restIndex: number) {\n                const elementTypes = getTypeArguments(restType);\n                const associatedNames = restType.target.labeledElementDeclarations;\n                const restParams = map(elementTypes, (t, i) => {\n                    // Lookup the label from the individual tuple passed in before falling back to the signature `rest` parameter name\n                    const tupleLabelName = !!associatedNames && getTupleElementLabel(associatedNames[i]);\n                    const name = tupleLabelName || getParameterNameAtPosition(sig, restIndex + i, restType);\n                    const flags = restType.target.elementFlags[i];\n                    const checkFlags = flags & ElementFlags.Variable ? CheckFlags.RestParameter :\n                        flags & ElementFlags.Optional ? CheckFlags.OptionalParameter : 0;\n                    const symbol = createSymbol(SymbolFlags.FunctionScopedVariable, name, checkFlags);\n                    symbol.type = flags & ElementFlags.Rest ? createArrayType(t) : t;\n                    return symbol;\n                });\n                return concatenate(sig.parameters.slice(0, restIndex), restParams);\n            }\n        }\n\n        function getDefaultConstructSignatures(classType: InterfaceType): Signature[] {\n            const baseConstructorType = getBaseConstructorTypeOfClass(classType);\n            const baseSignatures = getSignaturesOfType(baseConstructorType, SignatureKind.Construct);\n            const declaration = getClassLikeDeclarationOfSymbol(classType.symbol);\n            const isAbstract = !!declaration && hasSyntacticModifier(declaration, ModifierFlags.Abstract);\n            if (baseSignatures.length === 0) {\n                return [createSignature(undefined, classType.localTypeParameters, undefined, emptyArray, classType, /*resolvedTypePredicate*/ undefined, 0, isAbstract ? SignatureFlags.Abstract : SignatureFlags.None)];\n            }\n            const baseTypeNode = getBaseTypeNodeOfClass(classType)!;\n            const isJavaScript = isInJSFile(baseTypeNode);\n            const typeArguments = typeArgumentsFromTypeReferenceNode(baseTypeNode);\n            const typeArgCount = length(typeArguments);\n            const result: Signature[] = [];\n            for (const baseSig of baseSignatures) {\n                const minTypeArgumentCount = getMinTypeArgumentCount(baseSig.typeParameters);\n                const typeParamCount = length(baseSig.typeParameters);\n                if (isJavaScript || typeArgCount >= minTypeArgumentCount && typeArgCount <= typeParamCount) {\n                    const sig = typeParamCount ? createSignatureInstantiation(baseSig, fillMissingTypeArguments(typeArguments, baseSig.typeParameters, minTypeArgumentCount, isJavaScript)) : cloneSignature(baseSig);\n                    sig.typeParameters = classType.localTypeParameters;\n                    sig.resolvedReturnType = classType;\n                    sig.flags = isAbstract ? sig.flags | SignatureFlags.Abstract : sig.flags & ~SignatureFlags.Abstract;\n                    result.push(sig);\n                }\n            }\n            return result;\n        }\n\n        function findMatchingSignature(signatureList: readonly Signature[], signature: Signature, partialMatch: boolean, ignoreThisTypes: boolean, ignoreReturnTypes: boolean): Signature | undefined {\n            for (const s of signatureList) {\n                if (compareSignaturesIdentical(s, signature, partialMatch, ignoreThisTypes, ignoreReturnTypes, partialMatch ? compareTypesSubtypeOf : compareTypesIdentical)) {\n                    return s;\n                }\n            }\n        }\n\n        function findMatchingSignatures(signatureLists: readonly (readonly Signature[])[], signature: Signature, listIndex: number): Signature[] | undefined {\n            if (signature.typeParameters) {\n                // We require an exact match for generic signatures, so we only return signatures from the first\n                // signature list and only if they have exact matches in the other signature lists.\n                if (listIndex > 0) {\n                    return undefined;\n                }\n                for (let i = 1; i < signatureLists.length; i++) {\n                    if (!findMatchingSignature(signatureLists[i], signature, /*partialMatch*/ false, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ false)) {\n                        return undefined;\n                    }\n                }\n                return [signature];\n            }\n            let result: Signature[] | undefined;\n            for (let i = 0; i < signatureLists.length; i++) {\n                // Allow matching non-generic signatures to have excess parameters and different return types.\n                // Prefer matching this types if possible.\n                const match = i === listIndex ? signature : findMatchingSignature(signatureLists[i], signature, /*partialMatch*/ true, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ true);\n                if (!match) {\n                    return undefined;\n                }\n                result = appendIfUnique(result, match);\n            }\n            return result;\n        }\n\n        // The signatures of a union type are those signatures that are present in each of the constituent types.\n        // Generic signatures must match exactly, but non-generic signatures are allowed to have extra optional\n        // parameters and may differ in return types. When signatures differ in return types, the resulting return\n        // type is the union of the constituent return types.\n        function getUnionSignatures(signatureLists: readonly (readonly Signature[])[]): Signature[] {\n            let result: Signature[] | undefined;\n            let indexWithLengthOverOne: number | undefined;\n            for (let i = 0; i < signatureLists.length; i++) {\n                if (signatureLists[i].length === 0) return emptyArray;\n                if (signatureLists[i].length > 1) {\n                    indexWithLengthOverOne = indexWithLengthOverOne === undefined ? i : -1; // -1 is a signal there are multiple overload sets\n                }\n                for (const signature of signatureLists[i]) {\n                    // Only process signatures with parameter lists that aren't already in the result list\n                    if (!result || !findMatchingSignature(result, signature, /*partialMatch*/ false, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ true)) {\n                        const unionSignatures = findMatchingSignatures(signatureLists, signature, i);\n                        if (unionSignatures) {\n                            let s = signature;\n                            // Union the result types when more than one signature matches\n                            if (unionSignatures.length > 1) {\n                                let thisParameter = signature.thisParameter;\n                                const firstThisParameterOfUnionSignatures = forEach(unionSignatures, sig => sig.thisParameter);\n                                if (firstThisParameterOfUnionSignatures) {\n                                    const thisType = getIntersectionType(mapDefined(unionSignatures, sig => sig.thisParameter && getTypeOfSymbol(sig.thisParameter)));\n                                    thisParameter = createSymbolWithType(firstThisParameterOfUnionSignatures, thisType);\n                                }\n                                s = createUnionSignature(signature, unionSignatures);\n                                s.thisParameter = thisParameter;\n                            }\n                            (result || (result = [])).push(s);\n                        }\n                    }\n                }\n            }\n            if (!length(result) && indexWithLengthOverOne !== -1) {\n                // No sufficiently similar signature existed to subsume all the other signatures in the union - time to see if we can make a single\n                // signature that handles all over them. We only do this when there are overloads in only one constituent.\n                // (Overloads are conditional in nature and having overloads in multiple constituents would necessitate making a power set of\n                // signatures from the type, whose ordering would be non-obvious)\n                const masterList = signatureLists[indexWithLengthOverOne !== undefined ? indexWithLengthOverOne : 0];\n                let results: Signature[] | undefined = masterList.slice();\n                for (const signatures of signatureLists) {\n                    if (signatures !== masterList) {\n                        const signature = signatures[0];\n                        Debug.assert(!!signature, \"getUnionSignatures bails early on empty signature lists and should not have empty lists on second pass\");\n                        results = !!signature.typeParameters && some(results, s => !!s.typeParameters && !compareTypeParametersIdentical(signature.typeParameters, s.typeParameters)) ? undefined : map(results, sig => combineSignaturesOfUnionMembers(sig, signature));\n                        if (!results) {\n                            break;\n                        }\n                    }\n                }\n                result = results;\n            }\n            return result || emptyArray;\n        }\n\n        function compareTypeParametersIdentical(sourceParams: readonly TypeParameter[] | undefined, targetParams: readonly TypeParameter[] | undefined): boolean {\n            if (length(sourceParams) !== length(targetParams)) {\n                return false;\n            }\n            if (!sourceParams || !targetParams) {\n                return true;\n            }\n\n            const mapper = createTypeMapper(targetParams, sourceParams);\n            for (let i = 0; i < sourceParams.length; i++) {\n                const source = sourceParams[i];\n                const target = targetParams[i];\n                if (source === target) continue;\n                // We instantiate the target type parameter constraints into the source types so we can recognize `<T, U extends T>` as the same as `<A, B extends A>`\n                if (!isTypeIdenticalTo(getConstraintFromTypeParameter(source) || unknownType, instantiateType(getConstraintFromTypeParameter(target) || unknownType, mapper))) return false;\n                // We don't compare defaults - we just use the type parameter defaults from the first signature that seems to match.\n                // It might make sense to combine these defaults in the future, but doing so intelligently requires knowing\n                // if the parameter is used covariantly or contravariantly (so we intersect if it's used like a parameter or union if used like a return type)\n                // and, since it's just an inference _default_, just picking one arbitrarily works OK.\n            }\n\n            return true;\n        }\n\n        function combineUnionThisParam(left: Symbol | undefined, right: Symbol | undefined, mapper: TypeMapper | undefined): Symbol | undefined {\n            if (!left || !right) {\n                return left || right;\n            }\n            // A signature `this` type might be a read or a write position... It's very possible that it should be invariant\n            // and we should refuse to merge signatures if there are `this` types and they do not match. However, so as to be\n            // permissive when calling, for now, we'll intersect the `this` types just like we do for param types in union signatures.\n            const thisType = getIntersectionType([getTypeOfSymbol(left), instantiateType(getTypeOfSymbol(right), mapper)]);\n            return createSymbolWithType(left, thisType);\n        }\n\n        function combineUnionParameters(left: Signature, right: Signature, mapper: TypeMapper | undefined) {\n            const leftCount = getParameterCount(left);\n            const rightCount = getParameterCount(right);\n            const longest = leftCount >= rightCount ? left : right;\n            const shorter = longest === left ? right : left;\n            const longestCount = longest === left ? leftCount : rightCount;\n            const eitherHasEffectiveRest = (hasEffectiveRestParameter(left) || hasEffectiveRestParameter(right));\n            const needsExtraRestElement = eitherHasEffectiveRest && !hasEffectiveRestParameter(longest);\n            const params = new Array<Symbol>(longestCount + (needsExtraRestElement ? 1 : 0));\n            for (let i = 0; i < longestCount; i++) {\n                let longestParamType = tryGetTypeAtPosition(longest, i)!;\n                if (longest === right) {\n                    longestParamType = instantiateType(longestParamType, mapper);\n                }\n                let shorterParamType = tryGetTypeAtPosition(shorter, i) || unknownType;\n                if (shorter === right) {\n                    shorterParamType = instantiateType(shorterParamType, mapper);\n                }\n                const unionParamType = getIntersectionType([longestParamType, shorterParamType]);\n                const isRestParam = eitherHasEffectiveRest && !needsExtraRestElement && i === (longestCount - 1);\n                const isOptional = i >= getMinArgumentCount(longest) && i >= getMinArgumentCount(shorter);\n                const leftName = i >= leftCount ? undefined : getParameterNameAtPosition(left, i);\n                const rightName = i >= rightCount ? undefined : getParameterNameAtPosition(right, i);\n\n                const paramName = leftName === rightName ? leftName :\n                    !leftName ? rightName :\n                    !rightName ? leftName :\n                    undefined;\n                const paramSymbol = createSymbol(\n                    SymbolFlags.FunctionScopedVariable | (isOptional && !isRestParam ? SymbolFlags.Optional : 0),\n                    paramName || `arg${i}` as __String\n                );\n                paramSymbol.type = isRestParam ? createArrayType(unionParamType) : unionParamType;\n                params[i] = paramSymbol;\n            }\n            if (needsExtraRestElement) {\n                const restParamSymbol = createSymbol(SymbolFlags.FunctionScopedVariable, \"args\" as __String);\n                restParamSymbol.type = createArrayType(getTypeAtPosition(shorter, longestCount));\n                if (shorter === right) {\n                    restParamSymbol.type = instantiateType(restParamSymbol.type, mapper);\n                }\n                params[longestCount] = restParamSymbol;\n            }\n            return params;\n        }\n\n        function combineSignaturesOfUnionMembers(left: Signature, right: Signature): Signature {\n            const typeParams = left.typeParameters || right.typeParameters;\n            let paramMapper: TypeMapper | undefined;\n            if (left.typeParameters && right.typeParameters) {\n                paramMapper = createTypeMapper(right.typeParameters, left.typeParameters);\n                // We just use the type parameter defaults from the first signature\n            }\n            const declaration = left.declaration;\n            const params = combineUnionParameters(left, right, paramMapper);\n            const thisParam = combineUnionThisParam(left.thisParameter, right.thisParameter, paramMapper);\n            const minArgCount = Math.max(left.minArgumentCount, right.minArgumentCount);\n            const result = createSignature(\n                declaration,\n                typeParams,\n                thisParam,\n                params,\n                /*resolvedReturnType*/ undefined,\n                /*resolvedTypePredicate*/ undefined,\n                minArgCount,\n                (left.flags | right.flags) & SignatureFlags.PropagatingFlags\n            );\n            result.compositeKind = TypeFlags.Union;\n            result.compositeSignatures = concatenate(left.compositeKind !== TypeFlags.Intersection && left.compositeSignatures || [left], [right]);\n            if (paramMapper) {\n                result.mapper = left.compositeKind !== TypeFlags.Intersection && left.mapper && left.compositeSignatures ? combineTypeMappers(left.mapper, paramMapper) : paramMapper;\n            }\n            return result;\n        }\n\n        function getUnionIndexInfos(types: readonly Type[]): IndexInfo[] {\n            const sourceInfos = getIndexInfosOfType(types[0]);\n            if (sourceInfos) {\n                const result = [];\n                for (const info of sourceInfos) {\n                    const indexType = info.keyType;\n                    if (every(types, t => !!getIndexInfoOfType(t, indexType))) {\n                        result.push(createIndexInfo(indexType, getUnionType(map(types, t => getIndexTypeOfType(t, indexType)!)),\n                            some(types, t => getIndexInfoOfType(t, indexType)!.isReadonly)));\n                    }\n                }\n                return result;\n            }\n            return emptyArray;\n        }\n\n        function resolveUnionTypeMembers(type: UnionType) {\n            // The members and properties collections are empty for union types. To get all properties of a union\n            // type use getPropertiesOfType (only the language service uses this).\n            const callSignatures = getUnionSignatures(map(type.types, t => t === globalFunctionType ? [unknownSignature] : getSignaturesOfType(t, SignatureKind.Call)));\n            const constructSignatures = getUnionSignatures(map(type.types, t => getSignaturesOfType(t, SignatureKind.Construct)));\n            const indexInfos = getUnionIndexInfos(type.types);\n            setStructuredTypeMembers(type, emptySymbols, callSignatures, constructSignatures, indexInfos);\n        }\n\n        function intersectTypes(type1: Type, type2: Type): Type;\n        function intersectTypes(type1: Type | undefined, type2: Type | undefined): Type | undefined;\n        function intersectTypes(type1: Type | undefined, type2: Type | undefined): Type | undefined {\n            return !type1 ? type2 : !type2 ? type1 : getIntersectionType([type1, type2]);\n        }\n\n        function findMixins(types: readonly Type[]): readonly boolean[] {\n            const constructorTypeCount = countWhere(types, (t) => getSignaturesOfType(t, SignatureKind.Construct).length > 0);\n            const mixinFlags = map(types, isMixinConstructorType);\n            if (constructorTypeCount > 0 && constructorTypeCount === countWhere(mixinFlags, (b) => b)) {\n                const firstMixinIndex = mixinFlags.indexOf(/*searchElement*/ true);\n                mixinFlags[firstMixinIndex] = false;\n            }\n            return mixinFlags;\n        }\n\n        function includeMixinType(type: Type, types: readonly Type[], mixinFlags: readonly boolean[], index: number): Type {\n            const mixedTypes: Type[] = [];\n            for (let i = 0; i < types.length; i++) {\n                if (i === index) {\n                    mixedTypes.push(type);\n                }\n                else if (mixinFlags[i]) {\n                    mixedTypes.push(getReturnTypeOfSignature(getSignaturesOfType(types[i], SignatureKind.Construct)[0]));\n                }\n            }\n            return getIntersectionType(mixedTypes);\n        }\n\n        function resolveIntersectionTypeMembers(type: IntersectionType) {\n            // The members and properties collections are empty for intersection types. To get all properties of an\n            // intersection type use getPropertiesOfType (only the language service uses this).\n            let callSignatures: Signature[] | undefined;\n            let constructSignatures: Signature[] | undefined;\n            let indexInfos: IndexInfo[] | undefined;\n            const types = type.types;\n            const mixinFlags = findMixins(types);\n            const mixinCount = countWhere(mixinFlags, (b) => b);\n            for (let i = 0; i < types.length; i++) {\n                const t = type.types[i];\n                // When an intersection type contains mixin constructor types, the construct signatures from\n                // those types are discarded and their return types are mixed into the return types of all\n                // other construct signatures in the intersection type. For example, the intersection type\n                // '{ new(...args: any[]) => A } & { new(s: string) => B }' has a single construct signature\n                // 'new(s: string) => A & B'.\n                if (!mixinFlags[i]) {\n                    let signatures = getSignaturesOfType(t, SignatureKind.Construct);\n                    if (signatures.length && mixinCount > 0) {\n                        signatures = map(signatures, s => {\n                            const clone = cloneSignature(s);\n                            clone.resolvedReturnType = includeMixinType(getReturnTypeOfSignature(s), types, mixinFlags, i);\n                            return clone;\n                        });\n                    }\n                    constructSignatures = appendSignatures(constructSignatures, signatures);\n                }\n                callSignatures = appendSignatures(callSignatures, getSignaturesOfType(t, SignatureKind.Call));\n                indexInfos = reduceLeft(getIndexInfosOfType(t), (infos, newInfo) => appendIndexInfo(infos, newInfo, /*union*/ false), indexInfos);\n            }\n            setStructuredTypeMembers(type, emptySymbols, callSignatures || emptyArray, constructSignatures || emptyArray, indexInfos || emptyArray);\n        }\n\n        function appendSignatures(signatures: Signature[] | undefined, newSignatures: readonly Signature[]) {\n            for (const sig of newSignatures) {\n                if (!signatures || every(signatures, s => !compareSignaturesIdentical(s, sig, /*partialMatch*/ false, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ false, compareTypesIdentical))) {\n                    signatures = append(signatures, sig);\n                }\n            }\n            return signatures;\n        }\n\n        function appendIndexInfo(indexInfos: IndexInfo[] | undefined, newInfo: IndexInfo, union: boolean) {\n            if (indexInfos) {\n                for (let i = 0; i < indexInfos.length; i++) {\n                    const info = indexInfos[i];\n                    if (info.keyType === newInfo.keyType) {\n                        indexInfos[i] = createIndexInfo(info.keyType,\n                            union ? getUnionType([info.type, newInfo.type]) : getIntersectionType([info.type, newInfo.type]),\n                            union ? info.isReadonly || newInfo.isReadonly : info.isReadonly && newInfo.isReadonly);\n                        return indexInfos;\n                    }\n                }\n            }\n            return append(indexInfos, newInfo);\n        }\n\n        /**\n          * Converts an AnonymousType to a ResolvedType.\n          */\n        function resolveAnonymousTypeMembers(type: AnonymousType) {\n            if (type.target) {\n                setStructuredTypeMembers(type, emptySymbols, emptyArray, emptyArray, emptyArray);\n                const members = createInstantiatedSymbolTable(getPropertiesOfObjectType(type.target), type.mapper!, /*mappingThisOnly*/ false);\n                const callSignatures = instantiateSignatures(getSignaturesOfType(type.target, SignatureKind.Call), type.mapper!);\n                const constructSignatures = instantiateSignatures(getSignaturesOfType(type.target, SignatureKind.Construct), type.mapper!);\n                const indexInfos = instantiateIndexInfos(getIndexInfosOfType(type.target), type.mapper!);\n                setStructuredTypeMembers(type, members, callSignatures, constructSignatures, indexInfos);\n                return;\n            }\n            const symbol = getMergedSymbol(type.symbol);\n            if (symbol.flags & SymbolFlags.TypeLiteral) {\n                setStructuredTypeMembers(type, emptySymbols, emptyArray, emptyArray, emptyArray);\n                const members = getMembersOfSymbol(symbol);\n                const callSignatures = getSignaturesOfSymbol(members.get(InternalSymbolName.Call));\n                const constructSignatures = getSignaturesOfSymbol(members.get(InternalSymbolName.New));\n                const indexInfos = getIndexInfosOfSymbol(symbol);\n                setStructuredTypeMembers(type, members, callSignatures, constructSignatures, indexInfos);\n                return;\n            }\n            // Combinations of function, class, enum and module\n            let members = emptySymbols;\n            let indexInfos: IndexInfo[] | undefined;\n            if (symbol.exports) {\n                members = getExportsOfSymbol(symbol);\n                if (symbol === globalThisSymbol) {\n                    const varsOnly = new Map<string, Symbol>() as SymbolTable;\n                    members.forEach(p => {\n                        if (!(p.flags & SymbolFlags.BlockScoped)) {\n                            varsOnly.set(p.escapedName, p);\n                        }\n                    });\n                    members = varsOnly;\n                }\n            }\n            let baseConstructorIndexInfo: IndexInfo | undefined;\n            setStructuredTypeMembers(type, members, emptyArray, emptyArray, emptyArray);\n            if (symbol.flags & SymbolFlags.Class) {\n                const classType = getDeclaredTypeOfClassOrInterface(symbol);\n                const baseConstructorType = getBaseConstructorTypeOfClass(classType);\n                if (baseConstructorType.flags & (TypeFlags.Object | TypeFlags.Intersection | TypeFlags.TypeVariable)) {\n                    members = createSymbolTable(getNamedOrIndexSignatureMembers(members));\n                    addInheritedMembers(members, getPropertiesOfType(baseConstructorType));\n                }\n                else if (baseConstructorType === anyType) {\n                    baseConstructorIndexInfo = createIndexInfo(stringType, anyType, /*isReadonly*/ false);\n                }\n            }\n\n            const indexSymbol = getIndexSymbolFromSymbolTable(members);\n            if (indexSymbol) {\n                indexInfos = getIndexInfosOfIndexSymbol(indexSymbol);\n            }\n            else {\n                if (baseConstructorIndexInfo) {\n                    indexInfos = append(indexInfos, baseConstructorIndexInfo);\n                }\n                if (symbol.flags & SymbolFlags.Enum && (getDeclaredTypeOfSymbol(symbol).flags & TypeFlags.Enum ||\n                    some(type.properties, prop => !!(getTypeOfSymbol(prop).flags & TypeFlags.NumberLike)))) {\n                    indexInfos = append(indexInfos, enumNumberIndexInfo);\n                }\n            }\n            setStructuredTypeMembers(type, members, emptyArray, emptyArray, indexInfos || emptyArray);\n            // We resolve the members before computing the signatures because a signature may use\n            // typeof with a qualified name expression that circularly references the type we are\n            // in the process of resolving (see issue #6072). The temporarily empty signature list\n            // will never be observed because a qualified name can't reference signatures.\n            if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method)) {\n                type.callSignatures = getSignaturesOfSymbol(symbol);\n            }\n            // And likewise for construct signatures for classes\n            if (symbol.flags & SymbolFlags.Class) {\n                const classType = getDeclaredTypeOfClassOrInterface(symbol);\n                let constructSignatures = symbol.members ? getSignaturesOfSymbol(symbol.members.get(InternalSymbolName.Constructor)) : emptyArray;\n                if (symbol.flags & SymbolFlags.Function) {\n                    constructSignatures = addRange(constructSignatures.slice(), mapDefined(\n                        type.callSignatures,\n                        sig => isJSConstructor(sig.declaration) ?\n                            createSignature(sig.declaration, sig.typeParameters, sig.thisParameter, sig.parameters, classType, /*resolvedTypePredicate*/ undefined, sig.minArgumentCount, sig.flags & SignatureFlags.PropagatingFlags) :\n                            undefined));\n                }\n                if (!constructSignatures.length) {\n                    constructSignatures = getDefaultConstructSignatures(classType);\n                }\n                type.constructSignatures = constructSignatures;\n            }\n        }\n\n        type ReplaceableIndexedAccessType = IndexedAccessType & { objectType: TypeParameter, indexType: TypeParameter };\n        function replaceIndexedAccess(instantiable: Type, type: ReplaceableIndexedAccessType, replacement: Type) {\n            // map type.indexType to 0\n            // map type.objectType to `[TReplacement]`\n            // thus making the indexed access `[TReplacement][0]` or `TReplacement`\n            return instantiateType(instantiable, createTypeMapper([type.indexType, type.objectType], [getNumberLiteralType(0), createTupleType([replacement])]));\n        }\n\n        function resolveReverseMappedTypeMembers(type: ReverseMappedType) {\n            const indexInfo = getIndexInfoOfType(type.source, stringType);\n            const modifiers = getMappedTypeModifiers(type.mappedType);\n            const readonlyMask = modifiers & MappedTypeModifiers.IncludeReadonly ? false : true;\n            const optionalMask = modifiers & MappedTypeModifiers.IncludeOptional ? 0 : SymbolFlags.Optional;\n            const indexInfos = indexInfo ? [createIndexInfo(stringType, inferReverseMappedType(indexInfo.type, type.mappedType, type.constraintType), readonlyMask && indexInfo.isReadonly)] : emptyArray;\n            const members = createSymbolTable();\n            for (const prop of getPropertiesOfType(type.source)) {\n                const checkFlags = CheckFlags.ReverseMapped | (readonlyMask && isReadonlySymbol(prop) ? CheckFlags.Readonly : 0);\n                const inferredProp = createSymbol(SymbolFlags.Property | prop.flags & optionalMask, prop.escapedName, checkFlags) as ReverseMappedSymbol;\n                inferredProp.declarations = prop.declarations;\n                inferredProp.nameType = getSymbolLinks(prop).nameType;\n                inferredProp.propertyType = getTypeOfSymbol(prop);\n                if (type.constraintType.type.flags & TypeFlags.IndexedAccess\n                    && (type.constraintType.type as IndexedAccessType).objectType.flags & TypeFlags.TypeParameter\n                    && (type.constraintType.type as IndexedAccessType).indexType.flags & TypeFlags.TypeParameter) {\n                    // A reverse mapping of `{[K in keyof T[K_1]]: T[K_1]}` is the same as that of `{[K in keyof T]: T}`, since all we care about is\n                    // inferring to the \"type parameter\" (or indexed access) shared by the constraint and template. So, to reduce the number of\n                    // type identities produced, we simplify such indexed access occurences\n                    const newTypeParam = (type.constraintType.type as IndexedAccessType).objectType;\n                    const newMappedType = replaceIndexedAccess(type.mappedType, type.constraintType.type as ReplaceableIndexedAccessType, newTypeParam);\n                    inferredProp.mappedType = newMappedType as MappedType;\n                    inferredProp.constraintType = getIndexType(newTypeParam) as IndexType;\n                }\n                else {\n                    inferredProp.mappedType = type.mappedType;\n                    inferredProp.constraintType = type.constraintType;\n                }\n                members.set(prop.escapedName, inferredProp);\n            }\n            setStructuredTypeMembers(type, members, emptyArray, emptyArray, indexInfos);\n        }\n\n        // Return the lower bound of the key type in a mapped type. Intuitively, the lower\n        // bound includes those keys that are known to always be present, for example because\n        // because of constraints on type parameters (e.g. 'keyof T' for a constrained T).\n        function getLowerBoundOfKeyType(type: Type): Type {\n            if (type.flags & TypeFlags.Index) {\n                const t = getApparentType((type as IndexType).type);\n                return isGenericTupleType(t) ? getKnownKeysOfTupleType(t) : getIndexType(t);\n            }\n            if (type.flags & TypeFlags.Conditional) {\n                if ((type as ConditionalType).root.isDistributive) {\n                    const checkType = (type as ConditionalType).checkType;\n                    const constraint = getLowerBoundOfKeyType(checkType);\n                    if (constraint !== checkType) {\n                        return getConditionalTypeInstantiation(type as ConditionalType, prependTypeMapping((type as ConditionalType).root.checkType, constraint, (type as ConditionalType).mapper));\n                    }\n                }\n                return type;\n            }\n            if (type.flags & TypeFlags.Union) {\n                return mapType(type as UnionType, getLowerBoundOfKeyType);\n            }\n            if (type.flags & TypeFlags.Intersection) {\n                return getIntersectionType(sameMap((type as UnionType).types, getLowerBoundOfKeyType));\n            }\n            return type;\n        }\n\n        function getIsLateCheckFlag(s: Symbol): CheckFlags {\n            return getCheckFlags(s) & CheckFlags.Late;\n        }\n\n        function forEachMappedTypePropertyKeyTypeAndIndexSignatureKeyType(type: Type, include: TypeFlags, stringsOnly: boolean, cb: (keyType: Type) => void) {\n            for (const prop of getPropertiesOfType(type)) {\n                cb(getLiteralTypeFromProperty(prop, include));\n            }\n            if (type.flags & TypeFlags.Any) {\n                cb(stringType);\n            }\n            else {\n                for (const info of getIndexInfosOfType(type)) {\n                    if (!stringsOnly || info.keyType.flags & (TypeFlags.String | TypeFlags.TemplateLiteral)) {\n                        cb(info.keyType);\n                    }\n                }\n            }\n        }\n\n        /** Resolve the members of a mapped type { [P in K]: T } */\n        function resolveMappedTypeMembers(type: MappedType) {\n            const members: SymbolTable = createSymbolTable();\n            let indexInfos: IndexInfo[] | undefined;\n            // Resolve upfront such that recursive references see an empty object type.\n            setStructuredTypeMembers(type, emptySymbols, emptyArray, emptyArray, emptyArray);\n            // In { [P in K]: T }, we refer to P as the type parameter type, K as the constraint type,\n            // and T as the template type.\n            const typeParameter = getTypeParameterFromMappedType(type);\n            const constraintType = getConstraintTypeFromMappedType(type);\n            const nameType = getNameTypeFromMappedType(type.target as MappedType || type);\n            const templateType = getTemplateTypeFromMappedType(type.target as MappedType || type);\n            const modifiersType = getApparentType(getModifiersTypeFromMappedType(type)); // The 'T' in 'keyof T'\n            const templateModifiers = getMappedTypeModifiers(type);\n            const include = keyofStringsOnly ? TypeFlags.StringLiteral : TypeFlags.StringOrNumberLiteralOrUnique;\n            if (isMappedTypeWithKeyofConstraintDeclaration(type)) {\n                // We have a { [P in keyof T]: X }\n                forEachMappedTypePropertyKeyTypeAndIndexSignatureKeyType(modifiersType, include, keyofStringsOnly, addMemberForKeyType);\n            }\n            else {\n                forEachType(getLowerBoundOfKeyType(constraintType), addMemberForKeyType);\n            }\n            setStructuredTypeMembers(type, members, emptyArray, emptyArray, indexInfos || emptyArray);\n\n            function addMemberForKeyType(keyType: Type) {\n                const propNameType = nameType ? instantiateType(nameType, appendTypeMapping(type.mapper, typeParameter, keyType)) : keyType;\n                forEachType(propNameType, t => addMemberForKeyTypeWorker(keyType, t));\n            }\n\n            function addMemberForKeyTypeWorker(keyType: Type, propNameType: Type) {\n                // If the current iteration type constituent is a string literal type, create a property.\n                // Otherwise, for type string create a string index signature.\n                if (isTypeUsableAsPropertyName(propNameType)) {\n                    const propName = getPropertyNameFromType(propNameType);\n                    // String enum members from separate enums with identical values\n                    // are distinct types with the same property name. Make the resulting\n                    // property symbol's name type be the union of those enum member types.\n                    const existingProp = members.get(propName) as MappedSymbol | undefined;\n                    if (existingProp) {\n                        existingProp.nameType = getUnionType([existingProp.nameType!, propNameType]);\n                        existingProp.keyType = getUnionType([existingProp.keyType, keyType]);\n                    }\n                    else {\n                        const modifiersProp = isTypeUsableAsPropertyName(keyType) ? getPropertyOfType(modifiersType, getPropertyNameFromType(keyType)) : undefined;\n                        const isOptional = !!(templateModifiers & MappedTypeModifiers.IncludeOptional ||\n                            !(templateModifiers & MappedTypeModifiers.ExcludeOptional) && modifiersProp && modifiersProp.flags & SymbolFlags.Optional);\n                        const isReadonly = !!(templateModifiers & MappedTypeModifiers.IncludeReadonly ||\n                            !(templateModifiers & MappedTypeModifiers.ExcludeReadonly) && modifiersProp && isReadonlySymbol(modifiersProp));\n                        const stripOptional = strictNullChecks && !isOptional && modifiersProp && modifiersProp.flags & SymbolFlags.Optional;\n                        const lateFlag: CheckFlags = modifiersProp ? getIsLateCheckFlag(modifiersProp) : 0;\n                        const prop = createSymbol(SymbolFlags.Property | (isOptional ? SymbolFlags.Optional : 0), propName,\n                            lateFlag | CheckFlags.Mapped | (isReadonly ? CheckFlags.Readonly : 0) | (stripOptional ? CheckFlags.StripOptional : 0)) as MappedSymbol;\n                        prop.mappedType = type;\n                        prop.nameType = propNameType;\n                        prop.keyType = keyType;\n                        if (modifiersProp) {\n                            prop.syntheticOrigin = modifiersProp;\n                            // If the mapped type has an `as XXX` clause, the property name likely won't match the declaration name and\n                            // multiple properties may map to the same name. Thus, we attach no declarations to the symbol.\n                            prop.declarations = nameType ? undefined : modifiersProp.declarations;\n                        }\n                        members.set(propName, prop);\n                    }\n                }\n                else if (isValidIndexKeyType(propNameType) || propNameType.flags & (TypeFlags.Any | TypeFlags.Enum)) {\n                    const indexKeyType = propNameType.flags & (TypeFlags.Any | TypeFlags.String) ? stringType :\n                        propNameType.flags & (TypeFlags.Number | TypeFlags.Enum) ? numberType :\n                        propNameType;\n                    const propType = instantiateType(templateType, appendTypeMapping(type.mapper, typeParameter, keyType));\n                    const indexInfo = createIndexInfo(indexKeyType, propType, !!(templateModifiers & MappedTypeModifiers.IncludeReadonly));\n                    indexInfos = appendIndexInfo(indexInfos, indexInfo, /*union*/ true);\n                }\n            }\n        }\n\n        function getTypeOfMappedSymbol(symbol: MappedSymbol) {\n            if (!symbol.type) {\n                const mappedType = symbol.mappedType;\n                if (!pushTypeResolution(symbol, TypeSystemPropertyName.Type)) {\n                    mappedType.containsError = true;\n                    return errorType;\n                }\n                const templateType = getTemplateTypeFromMappedType(mappedType.target as MappedType || mappedType);\n                const mapper = appendTypeMapping(mappedType.mapper, getTypeParameterFromMappedType(mappedType), symbol.keyType);\n                const propType = instantiateType(templateType, mapper);\n                // When creating an optional property in strictNullChecks mode, if 'undefined' isn't assignable to the\n                // type, we include 'undefined' in the type. Similarly, when creating a non-optional property in strictNullChecks\n                // mode, if the underlying property is optional we remove 'undefined' from the type.\n                let type = strictNullChecks && symbol.flags & SymbolFlags.Optional && !maybeTypeOfKind(propType, TypeFlags.Undefined | TypeFlags.Void) ? getOptionalType(propType, /*isProperty*/ true) :\n                    symbol.checkFlags & CheckFlags.StripOptional ? removeMissingOrUndefinedType(propType) :\n                    propType;\n                if (!popTypeResolution()) {\n                    error(currentNode, Diagnostics.Type_of_property_0_circularly_references_itself_in_mapped_type_1, symbolToString(symbol), typeToString(mappedType));\n                    type = errorType;\n                }\n                symbol.type = type;\n            }\n            return symbol.type;\n        }\n\n        function getTypeParameterFromMappedType(type: MappedType) {\n            return type.typeParameter ||\n                (type.typeParameter = getDeclaredTypeOfTypeParameter(getSymbolOfNode(type.declaration.typeParameter)));\n        }\n\n        function getConstraintTypeFromMappedType(type: MappedType) {\n            return type.constraintType ||\n                (type.constraintType = getConstraintOfTypeParameter(getTypeParameterFromMappedType(type)) || errorType);\n        }\n\n        function getNameTypeFromMappedType(type: MappedType) {\n            return type.declaration.nameType ?\n                type.nameType || (type.nameType = instantiateType(getTypeFromTypeNode(type.declaration.nameType), type.mapper)) :\n                undefined;\n        }\n\n        function getTemplateTypeFromMappedType(type: MappedType) {\n            return type.templateType ||\n                (type.templateType = type.declaration.type ?\n                    instantiateType(addOptionality(getTypeFromTypeNode(type.declaration.type), /*isProperty*/ true, !!(getMappedTypeModifiers(type) & MappedTypeModifiers.IncludeOptional)), type.mapper) :\n                    errorType);\n        }\n\n        function getConstraintDeclarationForMappedType(type: MappedType) {\n            return getEffectiveConstraintOfTypeParameter(type.declaration.typeParameter);\n        }\n\n        function isMappedTypeWithKeyofConstraintDeclaration(type: MappedType) {\n            const constraintDeclaration = getConstraintDeclarationForMappedType(type)!; // TODO: GH#18217\n            return constraintDeclaration.kind === SyntaxKind.TypeOperator &&\n                (constraintDeclaration as TypeOperatorNode).operator === SyntaxKind.KeyOfKeyword;\n        }\n\n        function getModifiersTypeFromMappedType(type: MappedType) {\n            if (!type.modifiersType) {\n                if (isMappedTypeWithKeyofConstraintDeclaration(type)) {\n                    // If the constraint declaration is a 'keyof T' node, the modifiers type is T. We check\n                    // AST nodes here because, when T is a non-generic type, the logic below eagerly resolves\n                    // 'keyof T' to a literal union type and we can't recover T from that type.\n                    type.modifiersType = instantiateType(getTypeFromTypeNode((getConstraintDeclarationForMappedType(type) as TypeOperatorNode).type), type.mapper);\n                }\n                else {\n                    // Otherwise, get the declared constraint type, and if the constraint type is a type parameter,\n                    // get the constraint of that type parameter. If the resulting type is an indexed type 'keyof T',\n                    // the modifiers type is T. Otherwise, the modifiers type is unknown.\n                    const declaredType = getTypeFromMappedTypeNode(type.declaration) as MappedType;\n                    const constraint = getConstraintTypeFromMappedType(declaredType);\n                    const extendedConstraint = constraint && constraint.flags & TypeFlags.TypeParameter ? getConstraintOfTypeParameter(constraint as TypeParameter) : constraint;\n                    type.modifiersType = extendedConstraint && extendedConstraint.flags & TypeFlags.Index ? instantiateType((extendedConstraint as IndexType).type, type.mapper) : unknownType;\n                }\n            }\n            return type.modifiersType;\n        }\n\n        function getMappedTypeModifiers(type: MappedType): MappedTypeModifiers {\n            const declaration = type.declaration;\n            return (declaration.readonlyToken ? declaration.readonlyToken.kind === SyntaxKind.MinusToken ? MappedTypeModifiers.ExcludeReadonly : MappedTypeModifiers.IncludeReadonly : 0) |\n                (declaration.questionToken ? declaration.questionToken.kind === SyntaxKind.MinusToken ? MappedTypeModifiers.ExcludeOptional : MappedTypeModifiers.IncludeOptional : 0);\n        }\n\n        function getMappedTypeOptionality(type: MappedType): number {\n            const modifiers = getMappedTypeModifiers(type);\n            return modifiers & MappedTypeModifiers.ExcludeOptional ? -1 : modifiers & MappedTypeModifiers.IncludeOptional ? 1 : 0;\n        }\n\n        function getCombinedMappedTypeOptionality(type: MappedType): number {\n            const optionality = getMappedTypeOptionality(type);\n            const modifiersType = getModifiersTypeFromMappedType(type);\n            return optionality || (isGenericMappedType(modifiersType) ? getMappedTypeOptionality(modifiersType) : 0);\n        }\n\n        function isPartialMappedType(type: Type) {\n            return !!(getObjectFlags(type) & ObjectFlags.Mapped && getMappedTypeModifiers(type as MappedType) & MappedTypeModifiers.IncludeOptional);\n        }\n\n        function isGenericMappedType(type: Type): type is MappedType {\n            return !!(getObjectFlags(type) & ObjectFlags.Mapped) && isGenericIndexType(getConstraintTypeFromMappedType(type as MappedType));\n        }\n\n        function resolveStructuredTypeMembers(type: StructuredType): ResolvedType {\n            if (!(type as ResolvedType).members) {\n                if (type.flags & TypeFlags.Object) {\n                    if ((type as ObjectType).objectFlags & ObjectFlags.Reference) {\n                        resolveTypeReferenceMembers(type as TypeReference);\n                    }\n                    else if ((type as ObjectType).objectFlags & ObjectFlags.ClassOrInterface) {\n                        resolveClassOrInterfaceMembers(type as InterfaceType);\n                    }\n                    else if ((type as ReverseMappedType).objectFlags & ObjectFlags.ReverseMapped) {\n                        resolveReverseMappedTypeMembers(type as ReverseMappedType);\n                    }\n                    else if ((type as ObjectType).objectFlags & ObjectFlags.Anonymous) {\n                        resolveAnonymousTypeMembers(type as AnonymousType);\n                    }\n                    else if ((type as MappedType).objectFlags & ObjectFlags.Mapped) {\n                        resolveMappedTypeMembers(type as MappedType);\n                    }\n                }\n                else if (type.flags & TypeFlags.Union) {\n                    resolveUnionTypeMembers(type as UnionType);\n                }\n                else if (type.flags & TypeFlags.Intersection) {\n                    resolveIntersectionTypeMembers(type as IntersectionType);\n                }\n            }\n            return type as ResolvedType;\n        }\n\n        /** Return properties of an object type or an empty array for other types */\n        function getPropertiesOfObjectType(type: Type): Symbol[] {\n            if (type.flags & TypeFlags.Object) {\n                return resolveStructuredTypeMembers(type as ObjectType).properties;\n            }\n            return emptyArray;\n        }\n\n        /** If the given type is an object type and that type has a property by the given name,\n          * return the symbol for that property. Otherwise return undefined.\n          */\n        function getPropertyOfObjectType(type: Type, name: __String): Symbol | undefined {\n            if (type.flags & TypeFlags.Object) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                const symbol = resolved.members.get(name);\n                if (symbol && symbolIsValue(symbol)) {\n                    return symbol;\n                }\n            }\n        }\n\n        function getPropertiesOfUnionOrIntersectionType(type: UnionOrIntersectionType): Symbol[] {\n            if (!type.resolvedProperties) {\n                const members = createSymbolTable();\n                for (const current of type.types) {\n                    for (const prop of getPropertiesOfType(current)) {\n                        if (!members.has(prop.escapedName)) {\n                            const combinedProp = getPropertyOfUnionOrIntersectionType(type, prop.escapedName);\n                            if (combinedProp) {\n                                members.set(prop.escapedName, combinedProp);\n                            }\n                        }\n                    }\n                    // The properties of a union type are those that are present in all constituent types, so\n                    // we only need to check the properties of the first type without index signature\n                    if (type.flags & TypeFlags.Union && getIndexInfosOfType(current).length === 0) {\n                        break;\n                    }\n                }\n                type.resolvedProperties = getNamedMembers(members);\n            }\n            return type.resolvedProperties;\n        }\n\n        function getPropertiesOfType(type: Type): Symbol[] {\n            type = getReducedApparentType(type);\n            return type.flags & TypeFlags.UnionOrIntersection ?\n                getPropertiesOfUnionOrIntersectionType(type as UnionType) :\n                getPropertiesOfObjectType(type);\n        }\n\n        function forEachPropertyOfType(type: Type, action: (symbol: Symbol, escapedName: __String) => void): void {\n            type = getReducedApparentType(type);\n            if (type.flags & TypeFlags.StructuredType) {\n                resolveStructuredTypeMembers(type as StructuredType).members.forEach((symbol, escapedName) => {\n                    if (isNamedMember(symbol, escapedName)) {\n                        action(symbol, escapedName);\n                    }\n                });\n            }\n        }\n\n        function isTypeInvalidDueToUnionDiscriminant(contextualType: Type, obj: ObjectLiteralExpression | JsxAttributes): boolean {\n            const list = obj.properties as NodeArray<ObjectLiteralElementLike | JsxAttributeLike>;\n            return list.some(property => {\n                const nameType = property.name && getLiteralTypeFromPropertyName(property.name);\n                const name = nameType && isTypeUsableAsPropertyName(nameType) ? getPropertyNameFromType(nameType) : undefined;\n                const expected = name === undefined ? undefined : getTypeOfPropertyOfType(contextualType, name);\n                return !!expected && isLiteralType(expected) && !isTypeAssignableTo(getTypeOfNode(property), expected);\n            });\n        }\n\n        function getAllPossiblePropertiesOfTypes(types: readonly Type[]): Symbol[] {\n            const unionType = getUnionType(types);\n            if (!(unionType.flags & TypeFlags.Union)) {\n                return getAugmentedPropertiesOfType(unionType);\n            }\n\n            const props = createSymbolTable();\n            for (const memberType of types) {\n                for (const { escapedName } of getAugmentedPropertiesOfType(memberType)) {\n                    if (!props.has(escapedName)) {\n                        const prop = createUnionOrIntersectionProperty(unionType as UnionType, escapedName);\n                        // May be undefined if the property is private\n                        if (prop) props.set(escapedName, prop);\n                    }\n                }\n            }\n            return arrayFrom(props.values());\n        }\n\n        function getConstraintOfType(type: InstantiableType | UnionOrIntersectionType): Type | undefined {\n            return type.flags & TypeFlags.TypeParameter ? getConstraintOfTypeParameter(type as TypeParameter) :\n                type.flags & TypeFlags.IndexedAccess ? getConstraintOfIndexedAccess(type as IndexedAccessType) :\n                type.flags & TypeFlags.Conditional ? getConstraintOfConditionalType(type as ConditionalType) :\n                getBaseConstraintOfType(type);\n        }\n\n        function getConstraintOfTypeParameter(typeParameter: TypeParameter): Type | undefined {\n            return hasNonCircularBaseConstraint(typeParameter) ? getConstraintFromTypeParameter(typeParameter) : undefined;\n        }\n\n        function getConstraintOfIndexedAccess(type: IndexedAccessType) {\n            return hasNonCircularBaseConstraint(type) ? getConstraintFromIndexedAccess(type) : undefined;\n        }\n\n        function getSimplifiedTypeOrConstraint(type: Type) {\n            const simplified = getSimplifiedType(type, /*writing*/ false);\n            return simplified !== type ? simplified : getConstraintOfType(type);\n        }\n\n        function getConstraintFromIndexedAccess(type: IndexedAccessType) {\n            if (isMappedTypeGenericIndexedAccess(type)) {\n                // For indexed access types of the form { [P in K]: E }[X], where K is non-generic and X is generic,\n                // we substitute an instantiation of E where P is replaced with X.\n                return substituteIndexedMappedType(type.objectType as MappedType, type.indexType);\n            }\n            const indexConstraint = getSimplifiedTypeOrConstraint(type.indexType);\n            if (indexConstraint && indexConstraint !== type.indexType) {\n                const indexedAccess = getIndexedAccessTypeOrUndefined(type.objectType, indexConstraint, type.accessFlags);\n                if (indexedAccess) {\n                    return indexedAccess;\n                }\n            }\n            const objectConstraint = getSimplifiedTypeOrConstraint(type.objectType);\n            if (objectConstraint && objectConstraint !== type.objectType) {\n                return getIndexedAccessTypeOrUndefined(objectConstraint, type.indexType, type.accessFlags);\n            }\n            return undefined;\n        }\n\n        function getDefaultConstraintOfConditionalType(type: ConditionalType) {\n            if (!type.resolvedDefaultConstraint) {\n                // An `any` branch of a conditional type would normally be viral - specifically, without special handling here,\n                // a conditional type with a single branch of type `any` would be assignable to anything, since it's constraint would simplify to\n                // just `any`. This result is _usually_ unwanted - so instead here we elide an `any` branch from the constraint type,\n                // in effect treating `any` like `never` rather than `unknown` in this location.\n                const trueConstraint = getInferredTrueTypeFromConditionalType(type);\n                const falseConstraint = getFalseTypeFromConditionalType(type);\n                type.resolvedDefaultConstraint = isTypeAny(trueConstraint) ? falseConstraint : isTypeAny(falseConstraint) ? trueConstraint : getUnionType([trueConstraint, falseConstraint]);\n            }\n            return type.resolvedDefaultConstraint;\n        }\n\n        function getConstraintOfDistributiveConditionalType(type: ConditionalType): Type | undefined {\n            // Check if we have a conditional type of the form 'T extends U ? X : Y', where T is a constrained\n            // type parameter. If so, create an instantiation of the conditional type where T is replaced\n            // with its constraint. We do this because if the constraint is a union type it will be distributed\n            // over the conditional type and possibly reduced. For example, 'T extends undefined ? never : T'\n            // removes 'undefined' from T.\n            // We skip returning a distributive constraint for a restrictive instantiation of a conditional type\n            // as the constraint for all type params (check type included) have been replace with `unknown`, which\n            // is going to produce even more false positive/negative results than the distribute constraint already does.\n            // Please note: the distributive constraint is a kludge for emulating what a negated type could to do filter\n            // a union - once negated types exist and are applied to the conditional false branch, this \"constraint\"\n            // likely doesn't need to exist.\n            if (type.root.isDistributive && type.restrictiveInstantiation !== type) {\n                const simplified = getSimplifiedType(type.checkType, /*writing*/ false);\n                const constraint = simplified === type.checkType ? getConstraintOfType(simplified) : simplified;\n                if (constraint && constraint !== type.checkType) {\n                    const instantiated = getConditionalTypeInstantiation(type, prependTypeMapping(type.root.checkType, constraint, type.mapper));\n                    if (!(instantiated.flags & TypeFlags.Never)) {\n                        return instantiated;\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        function getConstraintFromConditionalType(type: ConditionalType) {\n            return getConstraintOfDistributiveConditionalType(type) || getDefaultConstraintOfConditionalType(type);\n        }\n\n        function getConstraintOfConditionalType(type: ConditionalType) {\n            return hasNonCircularBaseConstraint(type) ? getConstraintFromConditionalType(type) : undefined;\n        }\n\n        function getEffectiveConstraintOfIntersection(types: readonly Type[], targetIsUnion: boolean) {\n            let constraints: Type[] | undefined;\n            let hasDisjointDomainType = false;\n            for (const t of types) {\n                if (t.flags & TypeFlags.Instantiable) {\n                    // We keep following constraints as long as we have an instantiable type that is known\n                    // not to be circular or infinite (hence we stop on index access types).\n                    let constraint = getConstraintOfType(t);\n                    while (constraint && constraint.flags & (TypeFlags.TypeParameter | TypeFlags.Index | TypeFlags.Conditional)) {\n                        constraint = getConstraintOfType(constraint);\n                    }\n                    if (constraint) {\n                        constraints = append(constraints, constraint);\n                        if (targetIsUnion) {\n                            constraints = append(constraints, t);\n                        }\n                    }\n                }\n                else if (t.flags & TypeFlags.DisjointDomains) {\n                    hasDisjointDomainType = true;\n                }\n            }\n            // If the target is a union type or if we are intersecting with types belonging to one of the\n            // disjoint domains, we may end up producing a constraint that hasn't been examined before.\n            if (constraints && (targetIsUnion || hasDisjointDomainType)) {\n                if (hasDisjointDomainType) {\n                    // We add any types belong to one of the disjoint domains because they might cause the final\n                    // intersection operation to reduce the union constraints.\n                    for (const t of types) {\n                        if (t.flags & TypeFlags.DisjointDomains) {\n                            constraints = append(constraints, t);\n                        }\n                    }\n                }\n                return getIntersectionType(constraints);\n            }\n            return undefined;\n        }\n\n        function getBaseConstraintOfType(type: Type): Type | undefined {\n            if (type.flags & (TypeFlags.InstantiableNonPrimitive | TypeFlags.UnionOrIntersection | TypeFlags.TemplateLiteral | TypeFlags.StringMapping)) {\n                const constraint = getResolvedBaseConstraint(type as InstantiableType | UnionOrIntersectionType);\n                return constraint !== noConstraintType && constraint !== circularConstraintType ? constraint : undefined;\n            }\n            return type.flags & TypeFlags.Index ? keyofConstraintType : undefined;\n        }\n\n        /**\n          * This is similar to `getBaseConstraintOfType` except it returns the input type if there's no base constraint, instead of `undefined`\n          * It also doesn't map indexes to `string`, as where this is used this would be unneeded (and likely undesirable)\n          */\n        function getBaseConstraintOrType(type: Type) {\n            return getBaseConstraintOfType(type) || type;\n        }\n\n        function hasNonCircularBaseConstraint(type: InstantiableType): boolean {\n            return getResolvedBaseConstraint(type) !== circularConstraintType;\n        }\n\n        /**\n          * Return the resolved base constraint of a type variable. The noConstraintType singleton is returned if the\n          * type variable has no constraint, and the circularConstraintType singleton is returned if the constraint\n          * circularly references the type variable.\n          */\n        function getResolvedBaseConstraint(type: InstantiableType | UnionOrIntersectionType): Type {\n            if (type.resolvedBaseConstraint) {\n                return type.resolvedBaseConstraint;\n            }\n            const stack: Type[] = [];\n            return type.resolvedBaseConstraint = getTypeWithThisArgument(getImmediateBaseConstraint(type), type);\n\n            function getImmediateBaseConstraint(t: Type): Type {\n                if (!t.immediateBaseConstraint) {\n                    if (!pushTypeResolution(t, TypeSystemPropertyName.ImmediateBaseConstraint)) {\n                        return circularConstraintType;\n                    }\n                    let result;\n                    // We always explore at least 10 levels of nested constraints. Thereafter, we continue to explore\n                    // up to 50 levels of nested constraints provided there are no \"deeply nested\" types on the stack\n                    // (i.e. no types for which five instantiations have been recorded on the stack). If we reach 50\n                    // levels of nesting, we are presumably exploring a repeating pattern with a long cycle that hasn't\n                    // yet triggered the deeply nested limiter. We have no test cases that actually get to 50 levels of\n                    // nesting, so it is effectively just a safety stop.\n                    if (stack.length < 10 || stack.length < 50 && !isDeeplyNestedType(t, stack, stack.length)) {\n                        stack.push(t);\n                        result = computeBaseConstraint(getSimplifiedType(t, /*writing*/ false));\n                        stack.pop();\n                    }\n                    if (!popTypeResolution()) {\n                        if (t.flags & TypeFlags.TypeParameter) {\n                            const errorNode = getConstraintDeclaration(t as TypeParameter);\n                            if (errorNode) {\n                                const diagnostic = error(errorNode, Diagnostics.Type_parameter_0_has_a_circular_constraint, typeToString(t));\n                                if (currentNode && !isNodeDescendantOf(errorNode, currentNode) && !isNodeDescendantOf(currentNode, errorNode)) {\n                                    addRelatedInfo(diagnostic, createDiagnosticForNode(currentNode, Diagnostics.Circularity_originates_in_type_at_this_location));\n                                }\n                            }\n                        }\n                        result = circularConstraintType;\n                    }\n                    t.immediateBaseConstraint = result || noConstraintType;\n                }\n                return t.immediateBaseConstraint;\n            }\n\n            function getBaseConstraint(t: Type): Type | undefined {\n                const c = getImmediateBaseConstraint(t);\n                return c !== noConstraintType && c !== circularConstraintType ? c : undefined;\n            }\n\n            function computeBaseConstraint(t: Type): Type | undefined {\n                if (t.flags & TypeFlags.TypeParameter) {\n                    const constraint = getConstraintFromTypeParameter(t as TypeParameter);\n                    return (t as TypeParameter).isThisType || !constraint ?\n                        constraint :\n                        getBaseConstraint(constraint);\n                }\n                if (t.flags & TypeFlags.UnionOrIntersection) {\n                    const types = (t as UnionOrIntersectionType).types;\n                    const baseTypes: Type[] = [];\n                    let different = false;\n                    for (const type of types) {\n                        const baseType = getBaseConstraint(type);\n                        if (baseType) {\n                            if (baseType !== type) {\n                                different = true;\n                            }\n                            baseTypes.push(baseType);\n                        }\n                        else {\n                            different = true;\n                        }\n                    }\n                    if (!different) {\n                        return t;\n                    }\n                    return t.flags & TypeFlags.Union && baseTypes.length === types.length ? getUnionType(baseTypes) :\n                        t.flags & TypeFlags.Intersection && baseTypes.length ? getIntersectionType(baseTypes) :\n                        undefined;\n                }\n                if (t.flags & TypeFlags.Index) {\n                    return keyofConstraintType;\n                }\n                if (t.flags & TypeFlags.TemplateLiteral) {\n                    const types = (t as TemplateLiteralType).types;\n                    const constraints = mapDefined(types, getBaseConstraint);\n                    return constraints.length === types.length ? getTemplateLiteralType((t as TemplateLiteralType).texts, constraints) : stringType;\n                }\n                if (t.flags & TypeFlags.StringMapping) {\n                    const constraint = getBaseConstraint((t as StringMappingType).type);\n                    return constraint ? getStringMappingType((t as StringMappingType).symbol, constraint) : stringType;\n                }\n                if (t.flags & TypeFlags.IndexedAccess) {\n                    if (isMappedTypeGenericIndexedAccess(t)) {\n                        // For indexed access types of the form { [P in K]: E }[X], where K is non-generic and X is generic,\n                        // we substitute an instantiation of E where P is replaced with X.\n                        return getBaseConstraint(substituteIndexedMappedType((t as IndexedAccessType).objectType as MappedType, (t as IndexedAccessType).indexType));\n                    }\n                    const baseObjectType = getBaseConstraint((t as IndexedAccessType).objectType);\n                    const baseIndexType = getBaseConstraint((t as IndexedAccessType).indexType);\n                    const baseIndexedAccess = baseObjectType && baseIndexType && getIndexedAccessTypeOrUndefined(baseObjectType, baseIndexType, (t as IndexedAccessType).accessFlags);\n                    return baseIndexedAccess && getBaseConstraint(baseIndexedAccess);\n                }\n                if (t.flags & TypeFlags.Conditional) {\n                    const constraint = getConstraintFromConditionalType(t as ConditionalType);\n                    return constraint && getBaseConstraint(constraint);\n                }\n                if (t.flags & TypeFlags.Substitution) {\n                    return getBaseConstraint((t as SubstitutionType).substitute);\n                }\n                return t;\n            }\n        }\n\n        function getApparentTypeOfIntersectionType(type: IntersectionType) {\n            return type.resolvedApparentType || (type.resolvedApparentType = getTypeWithThisArgument(type, type, /*apparentType*/ true));\n        }\n\n        function getResolvedTypeParameterDefault(typeParameter: TypeParameter): Type | undefined {\n            if (!typeParameter.default) {\n                if (typeParameter.target) {\n                    const targetDefault = getResolvedTypeParameterDefault(typeParameter.target);\n                    typeParameter.default = targetDefault ? instantiateType(targetDefault, typeParameter.mapper) : noConstraintType;\n                }\n                else {\n                    // To block recursion, set the initial value to the resolvingDefaultType.\n                    typeParameter.default = resolvingDefaultType;\n                    const defaultDeclaration = typeParameter.symbol && forEach(typeParameter.symbol.declarations, decl => isTypeParameterDeclaration(decl) && decl.default);\n                    const defaultType = defaultDeclaration ? getTypeFromTypeNode(defaultDeclaration) : noConstraintType;\n                    if (typeParameter.default === resolvingDefaultType) {\n                        // If we have not been called recursively, set the correct default type.\n                        typeParameter.default = defaultType;\n                    }\n                }\n            }\n            else if (typeParameter.default === resolvingDefaultType) {\n                // If we are called recursively for this type parameter, mark the default as circular.\n                typeParameter.default = circularConstraintType;\n            }\n            return typeParameter.default;\n        }\n\n        /**\n          * Gets the default type for a type parameter.\n          *\n          * If the type parameter is the result of an instantiation, this gets the instantiated\n          * default type of its target. If the type parameter has no default type or the default is\n          * circular, `undefined` is returned.\n          */\n        function getDefaultFromTypeParameter(typeParameter: TypeParameter): Type | undefined {\n            const defaultType = getResolvedTypeParameterDefault(typeParameter);\n            return defaultType !== noConstraintType && defaultType !== circularConstraintType ? defaultType : undefined;\n        }\n\n        function hasNonCircularTypeParameterDefault(typeParameter: TypeParameter) {\n            return getResolvedTypeParameterDefault(typeParameter) !== circularConstraintType;\n        }\n\n        /**\n          * Indicates whether the declaration of a typeParameter has a default type.\n          */\n        function hasTypeParameterDefault(typeParameter: TypeParameter): boolean {\n            return !!(typeParameter.symbol && forEach(typeParameter.symbol.declarations, decl => isTypeParameterDeclaration(decl) && decl.default));\n        }\n\n        function getApparentTypeOfMappedType(type: MappedType) {\n            return type.resolvedApparentType || (type.resolvedApparentType = getResolvedApparentTypeOfMappedType(type));\n        }\n\n        function getResolvedApparentTypeOfMappedType(type: MappedType) {\n            const typeVariable = getHomomorphicTypeVariable(type);\n            if (typeVariable && !type.declaration.nameType) {\n                const constraint = getConstraintOfTypeParameter(typeVariable);\n                if (constraint && (isArrayType(constraint) || isTupleType(constraint))) {\n                    return instantiateType(type, prependTypeMapping(typeVariable, constraint, type.mapper));\n                }\n            }\n            return type;\n        }\n\n        function isMappedTypeGenericIndexedAccess(type: Type) {\n            let objectType;\n            return !!(type.flags & TypeFlags.IndexedAccess && getObjectFlags(objectType = (type as IndexedAccessType).objectType) & ObjectFlags.Mapped &&\n                !isGenericMappedType(objectType) && isGenericIndexType((type as IndexedAccessType).indexType) &&\n                !(objectType as MappedType).declaration.questionToken && !(objectType as MappedType).declaration.nameType);\n        }\n\n        /**\n          * For a type parameter, return the base constraint of the type parameter. For the string, number,\n          * boolean, and symbol primitive types, return the corresponding object types. Otherwise return the\n          * type itself.\n          */\n        function getApparentType(type: Type): Type {\n            const t = !(type.flags & TypeFlags.Instantiable) ? type : getBaseConstraintOfType(type) || unknownType;\n            return getObjectFlags(t) & ObjectFlags.Mapped ? getApparentTypeOfMappedType(t as MappedType) :\n                t.flags & TypeFlags.Intersection ? getApparentTypeOfIntersectionType(t as IntersectionType) :\n                t.flags & TypeFlags.StringLike ? globalStringType :\n                t.flags & TypeFlags.NumberLike ? globalNumberType :\n                t.flags & TypeFlags.BigIntLike ? getGlobalBigIntType(/*reportErrors*/ languageVersion >= ScriptTarget.ES2020) :\n                t.flags & TypeFlags.BooleanLike ? globalBooleanType :\n                t.flags & TypeFlags.ESSymbolLike ? getGlobalESSymbolType(/*reportErrors*/ languageVersion >= ScriptTarget.ES2015) :\n                t.flags & TypeFlags.NonPrimitive ? emptyObjectType :\n                t.flags & TypeFlags.Index ? keyofConstraintType :\n                t.flags & TypeFlags.Unknown && !strictNullChecks ? emptyObjectType :\n                t;\n        }\n\n        function getReducedApparentType(type: Type): Type {\n            // Since getApparentType may return a non-reduced union or intersection type, we need to perform\n            // type reduction both before and after obtaining the apparent type. For example, given a type parameter\n            // 'T extends A | B', the type 'T & X' becomes 'A & X | B & X' after obtaining the apparent type, and\n            // that type may need further reduction to remove empty intersections.\n            return getReducedType(getApparentType(getReducedType(type)));\n        }\n\n        function createUnionOrIntersectionProperty(containingType: UnionOrIntersectionType, name: __String, skipObjectFunctionPropertyAugment?: boolean): Symbol | undefined {\n            let singleProp: Symbol | undefined;\n            let propSet: ESMap<SymbolId, Symbol> | undefined;\n            let indexTypes: Type[] | undefined;\n            const isUnion = containingType.flags & TypeFlags.Union;\n            // Flags we want to propagate to the result if they exist in all source symbols\n            let optionalFlag = isUnion ? SymbolFlags.None : SymbolFlags.Optional;\n            let syntheticFlag = CheckFlags.SyntheticMethod;\n            let checkFlags = isUnion ? 0 : CheckFlags.Readonly;\n            let mergedInstantiations = false;\n            for (const current of containingType.types) {\n                const type = getApparentType(current);\n                if (!(isErrorType(type) || type.flags & TypeFlags.Never)) {\n                    const prop = getPropertyOfType(type, name, skipObjectFunctionPropertyAugment);\n                    const modifiers = prop ? getDeclarationModifierFlagsFromSymbol(prop) : 0;\n                    if (prop) {\n                        if (isUnion) {\n                            optionalFlag |= (prop.flags & SymbolFlags.Optional);\n                        }\n                        else {\n                            optionalFlag &= prop.flags;\n                        }\n                        if (!singleProp) {\n                            singleProp = prop;\n                        }\n                        else if (prop !== singleProp) {\n                            const isInstantiation = (getTargetSymbol(prop) || prop) === (getTargetSymbol(singleProp) || singleProp);\n                            // If the symbols are instances of one another with identical types - consider the symbols\n                            // equivalent and just use the first one, which thus allows us to avoid eliding private\n                            // members when intersecting a (this-)instantiations of a class with it's raw base or another instance\n                            if (isInstantiation && compareProperties(singleProp, prop, (a, b) => a === b ? Ternary.True : Ternary.False) === Ternary.True) {\n                                // If we merged instantiations of a generic type, we replicate the symbol parent resetting behavior we used\n                                // to do when we recorded multiple distinct symbols so that we still get, eg, `Array<T>.length` printed\n                                // back and not `Array<string>.length` when we're looking at a `.length` access on a `string[] | number[]`\n                                mergedInstantiations = !!singleProp.parent && !!length(getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(singleProp.parent));\n                            }\n                            else {\n                                if (!propSet) {\n                                    propSet = new Map<SymbolId, Symbol>();\n                                    propSet.set(getSymbolId(singleProp), singleProp);\n                                }\n                                const id = getSymbolId(prop);\n                                if (!propSet.has(id)) {\n                                    propSet.set(id, prop);\n                                }\n                            }\n                        }\n                        if (isUnion && isReadonlySymbol(prop)) {\n                            checkFlags |= CheckFlags.Readonly;\n                        }\n                        else if (!isUnion && !isReadonlySymbol(prop)) {\n                            checkFlags &= ~CheckFlags.Readonly;\n                        }\n                        checkFlags |= (!(modifiers & ModifierFlags.NonPublicAccessibilityModifier) ? CheckFlags.ContainsPublic : 0) |\n                            (modifiers & ModifierFlags.Protected ? CheckFlags.ContainsProtected : 0) |\n                            (modifiers & ModifierFlags.Private ? CheckFlags.ContainsPrivate : 0) |\n                            (modifiers & ModifierFlags.Static ? CheckFlags.ContainsStatic : 0);\n                        if (!isPrototypeProperty(prop)) {\n                            syntheticFlag = CheckFlags.SyntheticProperty;\n                        }\n                    }\n                    else if (isUnion) {\n                        const indexInfo = !isLateBoundName(name) && getApplicableIndexInfoForName(type, name);\n                        if (indexInfo) {\n                            checkFlags |= CheckFlags.WritePartial | (indexInfo.isReadonly ? CheckFlags.Readonly : 0);\n                            indexTypes = append(indexTypes, isTupleType(type) ? getRestTypeOfTupleType(type) || undefinedType : indexInfo.type);\n                        }\n                        else if (isObjectLiteralType(type) && !(getObjectFlags(type) & ObjectFlags.ContainsSpread)) {\n                            checkFlags |= CheckFlags.WritePartial;\n                            indexTypes = append(indexTypes, undefinedType);\n                        }\n                        else {\n                            checkFlags |= CheckFlags.ReadPartial;\n                        }\n                    }\n                }\n            }\n            if (!singleProp || isUnion && (propSet || checkFlags & CheckFlags.Partial) && checkFlags & (CheckFlags.ContainsPrivate | CheckFlags.ContainsProtected)) {\n                // No property was found, or, in a union, a property has a private or protected declaration in one\n                // constituent, but is missing or has a different declaration in another constituent.\n                return undefined;\n            }\n            if (!propSet && !(checkFlags & CheckFlags.ReadPartial) && !indexTypes) {\n                if (mergedInstantiations) {\n                    // No symbol from a union/intersection should have a `.parent` set (since unions/intersections don't act as symbol parents)\n                    // Unless that parent is \"reconstituted\" from the \"first value declaration\" on the symbol (which is likely different than its instantiated parent!)\n                    // They also have a `.containingType` set, which affects some services endpoints behavior, like `getRootSymbol`\n                    const clone = createSymbolWithType(singleProp, (singleProp as TransientSymbol).type);\n                    clone.parent = singleProp.valueDeclaration?.symbol?.parent;\n                    clone.containingType = containingType;\n                    clone.mapper = (singleProp as TransientSymbol).mapper;\n                    return clone;\n                }\n                else {\n                    return singleProp;\n                }\n            }\n            const props = propSet ? arrayFrom(propSet.values()) : [singleProp];\n            let declarations: Declaration[] | undefined;\n            let firstType: Type | undefined;\n            let nameType: Type | undefined;\n            const propTypes: Type[] = [];\n            let writeTypes: Type[] | undefined;\n            let firstValueDeclaration: Declaration | undefined;\n            let hasNonUniformValueDeclaration = false;\n            for (const prop of props) {\n                if (!firstValueDeclaration) {\n                    firstValueDeclaration = prop.valueDeclaration;\n                }\n                else if (prop.valueDeclaration && prop.valueDeclaration !== firstValueDeclaration) {\n                    hasNonUniformValueDeclaration = true;\n                }\n                declarations = addRange(declarations, prop.declarations);\n                const type = getTypeOfSymbol(prop);\n                if (!firstType) {\n                    firstType = type;\n                    nameType = getSymbolLinks(prop).nameType;\n                }\n                const writeType = getWriteTypeOfSymbol(prop);\n                if (writeTypes || writeType !== type) {\n                    writeTypes = append(!writeTypes ? propTypes.slice() : writeTypes, writeType);\n                }\n                else if (type !== firstType) {\n                    checkFlags |= CheckFlags.HasNonUniformType;\n                }\n                if (isLiteralType(type) || isPatternLiteralType(type) || type === uniqueLiteralType) {\n                    checkFlags |= CheckFlags.HasLiteralType;\n                }\n                if (type.flags & TypeFlags.Never && type !== uniqueLiteralType) {\n                    checkFlags |= CheckFlags.HasNeverType;\n                }\n                propTypes.push(type);\n            }\n            addRange(propTypes, indexTypes);\n            const result = createSymbol(SymbolFlags.Property | optionalFlag, name, syntheticFlag | checkFlags);\n            result.containingType = containingType;\n            if (!hasNonUniformValueDeclaration && firstValueDeclaration) {\n                result.valueDeclaration = firstValueDeclaration;\n\n                // Inherit information about parent type.\n                if (firstValueDeclaration.symbol.parent) {\n                    result.parent = firstValueDeclaration.symbol.parent;\n                }\n            }\n\n            result.declarations = declarations;\n            result.nameType = nameType;\n            if (propTypes.length > 2) {\n                // When `propTypes` has the potential to explode in size when normalized, defer normalization until absolutely needed\n                result.checkFlags |= CheckFlags.DeferredType;\n                result.deferralParent = containingType;\n                result.deferralConstituents = propTypes;\n                result.deferralWriteConstituents = writeTypes;\n            }\n            else {\n                result.type = isUnion ? getUnionType(propTypes) : getIntersectionType(propTypes);\n                if (writeTypes) {\n                    result.writeType = isUnion ? getUnionType(writeTypes) : getIntersectionType(writeTypes);\n                }\n            }\n            return result;\n        }\n\n        // Return the symbol for a given property in a union or intersection type, or undefined if the property\n        // does not exist in any constituent type. Note that the returned property may only be present in some\n        // constituents, in which case the isPartial flag is set when the containing type is union type. We need\n        // these partial properties when identifying discriminant properties, but otherwise they are filtered out\n        // and do not appear to be present in the union type.\n        function getUnionOrIntersectionProperty(type: UnionOrIntersectionType, name: __String, skipObjectFunctionPropertyAugment?: boolean): Symbol | undefined {\n            let property = type.propertyCacheWithoutObjectFunctionPropertyAugment?.get(name) ||\n                !skipObjectFunctionPropertyAugment ? type.propertyCache?.get(name) : undefined;\n            if (!property) {\n                property = createUnionOrIntersectionProperty(type, name, skipObjectFunctionPropertyAugment);\n                if (property) {\n                    const properties = skipObjectFunctionPropertyAugment ?\n                        type.propertyCacheWithoutObjectFunctionPropertyAugment ||= createSymbolTable() :\n                        type.propertyCache ||= createSymbolTable();\n                    properties.set(name, property);\n                }\n            }\n            return property;\n        }\n\n        function getPropertyOfUnionOrIntersectionType(type: UnionOrIntersectionType, name: __String, skipObjectFunctionPropertyAugment?: boolean): Symbol | undefined {\n            const property = getUnionOrIntersectionProperty(type, name, skipObjectFunctionPropertyAugment);\n            // We need to filter out partial properties in union types\n            return property && !(getCheckFlags(property) & CheckFlags.ReadPartial) ? property : undefined;\n        }\n\n        /**\n          * Return the reduced form of the given type. For a union type, it is a union of the normalized constituent types.\n          * For an intersection of types containing one or more mututally exclusive discriminant properties, it is 'never'.\n          * For all other types, it is simply the type itself. Discriminant properties are considered mutually exclusive when\n          * no constituent property has type 'never', but the intersection of the constituent property types is 'never'.\n          */\n        function getReducedType(type: Type): Type {\n            if (type.flags & TypeFlags.Union && (type as UnionType).objectFlags & ObjectFlags.ContainsIntersections) {\n                return (type as UnionType).resolvedReducedType || ((type as UnionType).resolvedReducedType = getReducedUnionType(type as UnionType));\n            }\n            else if (type.flags & TypeFlags.Intersection) {\n                if (!((type as IntersectionType).objectFlags & ObjectFlags.IsNeverIntersectionComputed)) {\n                    (type as IntersectionType).objectFlags |= ObjectFlags.IsNeverIntersectionComputed |\n                        (some(getPropertiesOfUnionOrIntersectionType(type as IntersectionType), isNeverReducedProperty) ? ObjectFlags.IsNeverIntersection : 0);\n                }\n                return (type as IntersectionType).objectFlags & ObjectFlags.IsNeverIntersection ? neverType : type;\n            }\n            return type;\n        }\n\n        function getReducedUnionType(unionType: UnionType) {\n            const reducedTypes = sameMap(unionType.types, getReducedType);\n            if (reducedTypes === unionType.types) {\n                return unionType;\n            }\n            const reduced = getUnionType(reducedTypes);\n            if (reduced.flags & TypeFlags.Union) {\n                (reduced as UnionType).resolvedReducedType = reduced;\n            }\n            return reduced;\n        }\n\n        function isNeverReducedProperty(prop: Symbol) {\n            return isDiscriminantWithNeverType(prop) || isConflictingPrivateProperty(prop);\n        }\n\n        function isDiscriminantWithNeverType(prop: Symbol) {\n            // Return true for a synthetic non-optional property with non-uniform types, where at least one is\n            // a literal type and none is never, that reduces to never.\n            return !(prop.flags & SymbolFlags.Optional) &&\n                (getCheckFlags(prop) & (CheckFlags.Discriminant | CheckFlags.HasNeverType)) === CheckFlags.Discriminant &&\n                !!(getTypeOfSymbol(prop).flags & TypeFlags.Never);\n        }\n\n        function isConflictingPrivateProperty(prop: Symbol) {\n            // Return true for a synthetic property with multiple declarations, at least one of which is private.\n            return !prop.valueDeclaration && !!(getCheckFlags(prop) & CheckFlags.ContainsPrivate);\n        }\n\n        function elaborateNeverIntersection(errorInfo: DiagnosticMessageChain | undefined, type: Type) {\n            if (type.flags & TypeFlags.Intersection && getObjectFlags(type) & ObjectFlags.IsNeverIntersection) {\n                const neverProp = find(getPropertiesOfUnionOrIntersectionType(type as IntersectionType), isDiscriminantWithNeverType);\n                if (neverProp) {\n                    return chainDiagnosticMessages(errorInfo, Diagnostics.The_intersection_0_was_reduced_to_never_because_property_1_has_conflicting_types_in_some_constituents,\n                        typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.NoTypeReduction), symbolToString(neverProp));\n                }\n                const privateProp = find(getPropertiesOfUnionOrIntersectionType(type as IntersectionType), isConflictingPrivateProperty);\n                if (privateProp) {\n                    return chainDiagnosticMessages(errorInfo, Diagnostics.The_intersection_0_was_reduced_to_never_because_property_1_exists_in_multiple_constituents_and_is_private_in_some,\n                        typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.NoTypeReduction), symbolToString(privateProp));\n                }\n            }\n            return errorInfo;\n        }\n\n        /**\n          * Return the symbol for the property with the given name in the given type. Creates synthetic union properties when\n          * necessary, maps primitive types and type parameters are to their apparent types, and augments with properties from\n          * Object and Function as appropriate.\n          *\n          * @param type a type to look up property from\n          * @param name a name of property to look up in a given type\n          */\n        function getPropertyOfType(type: Type, name: __String, skipObjectFunctionPropertyAugment?: boolean): Symbol | undefined {\n            type = getReducedApparentType(type);\n            if (type.flags & TypeFlags.Object) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                const symbol = resolved.members.get(name);\n                if (symbol && symbolIsValue(symbol)) {\n                    return symbol;\n                }\n                if (skipObjectFunctionPropertyAugment) return undefined;\n                const functionType = resolved === anyFunctionType ? globalFunctionType :\n                    resolved.callSignatures.length ? globalCallableFunctionType :\n                    resolved.constructSignatures.length ? globalNewableFunctionType :\n                    undefined;\n                if (functionType) {\n                    const symbol = getPropertyOfObjectType(functionType, name);\n                    if (symbol) {\n                        return symbol;\n                    }\n                }\n                return getPropertyOfObjectType(globalObjectType, name);\n            }\n            if (type.flags & TypeFlags.UnionOrIntersection) {\n                return getPropertyOfUnionOrIntersectionType(type as UnionOrIntersectionType, name, skipObjectFunctionPropertyAugment);\n            }\n            return undefined;\n        }\n\n        function getSignaturesOfStructuredType(type: Type, kind: SignatureKind): readonly Signature[] {\n            if (type.flags & TypeFlags.StructuredType) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                return kind === SignatureKind.Call ? resolved.callSignatures : resolved.constructSignatures;\n            }\n            return emptyArray;\n        }\n\n        /**\n          * Return the signatures of the given kind in the given type. Creates synthetic union signatures when necessary and\n          * maps primitive types and type parameters are to their apparent types.\n          */\n        function getSignaturesOfType(type: Type, kind: SignatureKind): readonly Signature[] {\n            return getSignaturesOfStructuredType(getReducedApparentType(type), kind);\n        }\n\n        function findIndexInfo(indexInfos: readonly IndexInfo[], keyType: Type) {\n            return find(indexInfos, info => info.keyType === keyType);\n        }\n\n        function findApplicableIndexInfo(indexInfos: readonly IndexInfo[], keyType: Type) {\n            // Index signatures for type 'string' are considered only when no other index signatures apply.\n            let stringIndexInfo: IndexInfo | undefined;\n            let applicableInfo: IndexInfo | undefined;\n            let applicableInfos: IndexInfo[] | undefined;\n            for (const info of indexInfos) {\n                if (info.keyType === stringType) {\n                    stringIndexInfo = info;\n                }\n                else if (isApplicableIndexType(keyType, info.keyType)) {\n                    if (!applicableInfo) {\n                        applicableInfo = info;\n                    }\n                    else {\n                        (applicableInfos || (applicableInfos = [applicableInfo])).push(info);\n                    }\n                }\n            }\n            // When more than one index signature is applicable we create a synthetic IndexInfo. Instead of computing\n            // the intersected key type, we just use unknownType for the key type as nothing actually depends on the\n            // keyType property of the returned IndexInfo.\n            return applicableInfos ? createIndexInfo(unknownType, getIntersectionType(map(applicableInfos, info => info.type)),\n                    reduceLeft(applicableInfos, (isReadonly, info) => isReadonly && info.isReadonly, /*initial*/ true)) :\n                applicableInfo ? applicableInfo :\n                stringIndexInfo && isApplicableIndexType(keyType, stringType) ? stringIndexInfo :\n                undefined;\n        }\n\n        function isApplicableIndexType(source: Type, target: Type): boolean {\n            // A 'string' index signature applies to types assignable to 'string' or 'number', and a 'number' index\n            // signature applies to types assignable to 'number' and numeric string literal types.\n            return isTypeAssignableTo(source, target) ||\n                target === stringType && isTypeAssignableTo(source, numberType) ||\n                target === numberType && !!(source.flags & TypeFlags.StringLiteral) && isNumericLiteralName((source as StringLiteralType).value);\n        }\n\n        function getIndexInfosOfStructuredType(type: Type): readonly IndexInfo[] {\n            if (type.flags & TypeFlags.StructuredType) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                return resolved.indexInfos;\n            }\n            return emptyArray;\n        }\n\n        function getIndexInfosOfType(type: Type): readonly IndexInfo[] {\n            return getIndexInfosOfStructuredType(getReducedApparentType(type));\n        }\n\n        // Return the indexing info of the given kind in the given type. Creates synthetic union index types when necessary and\n        // maps primitive types and type parameters are to their apparent types.\n        function getIndexInfoOfType(type: Type, keyType: Type): IndexInfo | undefined {\n            return findIndexInfo(getIndexInfosOfType(type), keyType);\n        }\n\n        // Return the index type of the given kind in the given type. Creates synthetic union index types when necessary and\n        // maps primitive types and type parameters are to their apparent types.\n        function getIndexTypeOfType(type: Type, keyType: Type): Type | undefined {\n            return getIndexInfoOfType(type, keyType)?.type;\n        }\n\n        function getApplicableIndexInfos(type: Type, keyType: Type): IndexInfo[] {\n            return getIndexInfosOfType(type).filter(info => isApplicableIndexType(keyType, info.keyType));\n        }\n\n        function getApplicableIndexInfo(type: Type, keyType: Type): IndexInfo | undefined {\n            return findApplicableIndexInfo(getIndexInfosOfType(type), keyType);\n        }\n\n        function getApplicableIndexInfoForName(type: Type, name: __String): IndexInfo | undefined {\n            return getApplicableIndexInfo(type, isLateBoundName(name) ? esSymbolType : getStringLiteralType(unescapeLeadingUnderscores(name)));\n        }\n\n        // Return list of type parameters with duplicates removed (duplicate identifier errors are generated in the actual\n        // type checking functions).\n        function getTypeParametersFromDeclaration(declaration: DeclarationWithTypeParameters): TypeParameter[] | undefined {\n            let result: TypeParameter[] | undefined;\n            for (const node of getEffectiveTypeParameterDeclarations(declaration)) {\n                result = appendIfUnique(result, getDeclaredTypeOfTypeParameter(node.symbol));\n            }\n            return result;\n        }\n\n        function symbolsToArray(symbols: SymbolTable): Symbol[] {\n            const result: Symbol[] = [];\n            symbols.forEach((symbol, id) => {\n                if (!isReservedMemberName(id)) {\n                    result.push(symbol);\n                }\n            });\n            return result;\n        }\n\n        function isJSDocOptionalParameter(node: ParameterDeclaration) {\n            return isInJSFile(node) && (\n                // node.type should only be a JSDocOptionalType when node is a parameter of a JSDocFunctionType\n                node.type && node.type.kind === SyntaxKind.JSDocOptionalType\n                || getJSDocParameterTags(node).some(({ isBracketed, typeExpression }) =>\n                    isBracketed || !!typeExpression && typeExpression.type.kind === SyntaxKind.JSDocOptionalType));\n        }\n\n        function tryFindAmbientModule(moduleName: string, withAugmentations: boolean) {\n            if (isExternalModuleNameRelative(moduleName)) {\n                return undefined;\n            }\n            const symbol = getSymbol(globals, '\"' + moduleName + '\"' as __String, SymbolFlags.ValueModule);\n            // merged symbol is module declaration symbol combined with all augmentations\n            return symbol && withAugmentations ? getMergedSymbol(symbol) : symbol;\n        }\n\n        function isOptionalParameter(node: ParameterDeclaration | JSDocParameterTag | JSDocPropertyTag) {\n            if (hasQuestionToken(node) || isOptionalJSDocPropertyLikeTag(node) || isJSDocOptionalParameter(node)) {\n                return true;\n            }\n\n            if (node.initializer) {\n                const signature = getSignatureFromDeclaration(node.parent);\n                const parameterIndex = node.parent.parameters.indexOf(node);\n                Debug.assert(parameterIndex >= 0);\n                // Only consider syntactic or instantiated parameters as optional, not `void` parameters as this function is used\n                // in grammar checks and checking for `void` too early results in parameter types widening too early\n                // and causes some noImplicitAny errors to be lost.\n                return parameterIndex >= getMinArgumentCount(signature, MinArgumentCountFlags.StrongArityForUntypedJS | MinArgumentCountFlags.VoidIsNonOptional);\n            }\n            const iife = getImmediatelyInvokedFunctionExpression(node.parent);\n            if (iife) {\n                return !node.type &&\n                    !node.dotDotDotToken &&\n                    node.parent.parameters.indexOf(node) >= iife.arguments.length;\n            }\n\n            return false;\n        }\n\n        function isOptionalPropertyDeclaration(node: Declaration) {\n            return isPropertyDeclaration(node) && node.questionToken;\n        }\n\n        function isOptionalJSDocPropertyLikeTag(node: Node): node is JSDocPropertyLikeTag {\n            if (!isJSDocPropertyLikeTag(node)) {\n                return false;\n            }\n            const { isBracketed, typeExpression } = node;\n            return isBracketed || !!typeExpression && typeExpression.type.kind === SyntaxKind.JSDocOptionalType;\n        }\n\n        function createTypePredicate(kind: TypePredicateKind, parameterName: string | undefined, parameterIndex: number | undefined, type: Type | undefined): TypePredicate {\n            return { kind, parameterName, parameterIndex, type } as TypePredicate;\n        }\n\n        /**\n          * Gets the minimum number of type arguments needed to satisfy all non-optional type\n          * parameters.\n          */\n        function getMinTypeArgumentCount(typeParameters: readonly TypeParameter[] | undefined): number {\n            let minTypeArgumentCount = 0;\n            if (typeParameters) {\n                for (let i = 0; i < typeParameters.length; i++) {\n                    if (!hasTypeParameterDefault(typeParameters[i])) {\n                        minTypeArgumentCount = i + 1;\n                    }\n                }\n            }\n            return minTypeArgumentCount;\n        }\n\n        /**\n          * Fill in default types for unsupplied type arguments. If `typeArguments` is undefined\n          * when a default type is supplied, a new array will be created and returned.\n          *\n          * @param typeArguments The supplied type arguments.\n          * @param typeParameters The requested type parameters.\n          * @param minTypeArgumentCount The minimum number of required type arguments.\n          */\n        function fillMissingTypeArguments(typeArguments: readonly Type[], typeParameters: readonly TypeParameter[] | undefined, minTypeArgumentCount: number, isJavaScriptImplicitAny: boolean): Type[];\n        function fillMissingTypeArguments(typeArguments: readonly Type[] | undefined, typeParameters: readonly TypeParameter[] | undefined, minTypeArgumentCount: number, isJavaScriptImplicitAny: boolean): Type[] | undefined;\n        function fillMissingTypeArguments(typeArguments: readonly Type[] | undefined, typeParameters: readonly TypeParameter[] | undefined, minTypeArgumentCount: number, isJavaScriptImplicitAny: boolean) {\n            const numTypeParameters = length(typeParameters);\n            if (!numTypeParameters) {\n                return [];\n            }\n            const numTypeArguments = length(typeArguments);\n            if (isJavaScriptImplicitAny || (numTypeArguments >= minTypeArgumentCount && numTypeArguments <= numTypeParameters)) {\n                const result = typeArguments ? typeArguments.slice() : [];\n                // Map invalid forward references in default types to the error type\n                for (let i = numTypeArguments; i < numTypeParameters; i++) {\n                    result[i] = errorType;\n                }\n                const baseDefaultType = getDefaultTypeArgumentType(isJavaScriptImplicitAny);\n                for (let i = numTypeArguments; i < numTypeParameters; i++) {\n                    let defaultType = getDefaultFromTypeParameter(typeParameters![i]);\n                    if (isJavaScriptImplicitAny && defaultType && (isTypeIdenticalTo(defaultType, unknownType) || isTypeIdenticalTo(defaultType, emptyObjectType))) {\n                        defaultType = anyType;\n                    }\n                    result[i] = defaultType ? instantiateType(defaultType, createTypeMapper(typeParameters!, result)) : baseDefaultType;\n                }\n                result.length = typeParameters!.length;\n                return result;\n            }\n            return typeArguments && typeArguments.slice();\n        }\n\n        function getSignatureFromDeclaration(declaration: SignatureDeclaration | JSDocSignature): Signature {\n            const links = getNodeLinks(declaration);\n            if (!links.resolvedSignature) {\n                const parameters: Symbol[] = [];\n                let flags = SignatureFlags.None;\n                let minArgumentCount = 0;\n                let thisParameter: Symbol | undefined;\n                let hasThisParameter = false;\n                const iife = getImmediatelyInvokedFunctionExpression(declaration);\n                const isJSConstructSignature = isJSDocConstructSignature(declaration);\n                const isUntypedSignatureInJSFile = !iife &&\n                    isInJSFile(declaration) &&\n                    isValueSignatureDeclaration(declaration) &&\n                    !hasJSDocParameterTags(declaration) &&\n                    !getJSDocType(declaration);\n                if (isUntypedSignatureInJSFile) {\n                    flags |= SignatureFlags.IsUntypedSignatureInJSFile;\n                }\n\n                // If this is a JSDoc construct signature, then skip the first parameter in the\n                // parameter list.  The first parameter represents the return type of the construct\n                // signature.\n                for (let i = isJSConstructSignature ? 1 : 0; i < declaration.parameters.length; i++) {\n                    const param = declaration.parameters[i];\n\n                    let paramSymbol = param.symbol;\n                    const type = isJSDocParameterTag(param) ? (param.typeExpression && param.typeExpression.type) : param.type;\n                    // Include parameter symbol instead of property symbol in the signature\n                    if (paramSymbol && !!(paramSymbol.flags & SymbolFlags.Property) && !isBindingPattern(param.name)) {\n                        const resolvedSymbol = resolveName(param, paramSymbol.escapedName, SymbolFlags.Value, undefined, undefined, /*isUse*/ false);\n                        paramSymbol = resolvedSymbol!;\n                    }\n                    if (i === 0 && paramSymbol.escapedName === InternalSymbolName.This) {\n                        hasThisParameter = true;\n                        thisParameter = param.symbol;\n                    }\n                    else {\n                        parameters.push(paramSymbol);\n                    }\n\n                    if (type && type.kind === SyntaxKind.LiteralType) {\n                        flags |= SignatureFlags.HasLiteralTypes;\n                    }\n\n                    // Record a new minimum argument count if this is not an optional parameter\n                    const isOptionalParameter = isOptionalJSDocPropertyLikeTag(param) ||\n                        param.initializer || param.questionToken || isRestParameter(param) ||\n                        iife && parameters.length > iife.arguments.length && !type ||\n                        isJSDocOptionalParameter(param);\n                    if (!isOptionalParameter) {\n                        minArgumentCount = parameters.length;\n                    }\n                }\n\n                // If only one accessor includes a this-type annotation, the other behaves as if it had the same type annotation\n                if ((declaration.kind === SyntaxKind.GetAccessor || declaration.kind === SyntaxKind.SetAccessor) &&\n                    hasBindableName(declaration) &&\n                    (!hasThisParameter || !thisParameter)) {\n                    const otherKind = declaration.kind === SyntaxKind.GetAccessor ? SyntaxKind.SetAccessor : SyntaxKind.GetAccessor;\n                    const other = getDeclarationOfKind<AccessorDeclaration>(getSymbolOfNode(declaration), otherKind);\n                    if (other) {\n                        thisParameter = getAnnotatedAccessorThisParameter(other);\n                    }\n                }\n\n                const classType = declaration.kind === SyntaxKind.Constructor ?\n                    getDeclaredTypeOfClassOrInterface(getMergedSymbol((declaration.parent as ClassDeclaration).symbol))\n                    : undefined;\n                const typeParameters = classType ? classType.localTypeParameters : getTypeParametersFromDeclaration(declaration);\n                if (hasRestParameter(declaration) || isInJSFile(declaration) && maybeAddJsSyntheticRestParameter(declaration, parameters)) {\n                    flags |= SignatureFlags.HasRestParameter;\n                }\n                if (isConstructorTypeNode(declaration) && hasSyntacticModifier(declaration, ModifierFlags.Abstract) ||\n                    isConstructorDeclaration(declaration) && hasSyntacticModifier(declaration.parent, ModifierFlags.Abstract)) {\n                    flags |= SignatureFlags.Abstract;\n                }\n                links.resolvedSignature = createSignature(declaration, typeParameters, thisParameter, parameters,\n                    /*resolvedReturnType*/ undefined, /*resolvedTypePredicate*/ undefined,\n                    minArgumentCount, flags);\n            }\n            return links.resolvedSignature;\n        }\n\n        /**\n          * A JS function gets a synthetic rest parameter if it references `arguments` AND:\n          * 1. It has no parameters but at least one `@param` with a type that starts with `...`\n          * OR\n          * 2. It has at least one parameter, and the last parameter has a matching `@param` with a type that starts with `...`\n          */\n        function maybeAddJsSyntheticRestParameter(declaration: SignatureDeclaration | JSDocSignature, parameters: Symbol[]): boolean {\n            if (isJSDocSignature(declaration) || !containsArgumentsReference(declaration)) {\n                return false;\n            }\n            const lastParam = lastOrUndefined(declaration.parameters);\n            const lastParamTags = lastParam ? getJSDocParameterTags(lastParam) : getJSDocTags(declaration).filter(isJSDocParameterTag);\n            const lastParamVariadicType = firstDefined(lastParamTags, p =>\n                p.typeExpression && isJSDocVariadicType(p.typeExpression.type) ? p.typeExpression.type : undefined);\n\n            const syntheticArgsSymbol = createSymbol(SymbolFlags.Variable, \"args\" as __String, CheckFlags.RestParameter);\n            if (lastParamVariadicType) {\n                // Parameter has effective annotation, lock in type\n                syntheticArgsSymbol.type = createArrayType(getTypeFromTypeNode(lastParamVariadicType.type));\n            }\n            else {\n                // Parameter has no annotation\n                // By using a `DeferredType` symbol, we allow the type of this rest arg to be overriden by contextual type assignment so long as its type hasn't been\n                // cached by `getTypeOfSymbol` yet.\n                syntheticArgsSymbol.checkFlags |= CheckFlags.DeferredType;\n                syntheticArgsSymbol.deferralParent = neverType;\n                syntheticArgsSymbol.deferralConstituents = [anyArrayType];\n                syntheticArgsSymbol.deferralWriteConstituents = [anyArrayType];\n            }\n            if (lastParamVariadicType) {\n                // Replace the last parameter with a rest parameter.\n                parameters.pop();\n            }\n            parameters.push(syntheticArgsSymbol);\n            return true;\n        }\n\n        function getSignatureOfTypeTag(node: SignatureDeclaration | JSDocSignature) {\n            // should be attached to a function declaration or expression\n            if (!(isInJSFile(node) && isFunctionLikeDeclaration(node))) return undefined;\n            const typeTag = getJSDocTypeTag(node);\n            return typeTag?.typeExpression && getSingleCallSignature(getTypeFromTypeNode(typeTag.typeExpression));\n        }\n\n        function getParameterTypeOfTypeTag(func: FunctionLikeDeclaration, parameter: ParameterDeclaration) {\n            const signature = getSignatureOfTypeTag(func);\n            if (!signature) return undefined;\n            const pos = func.parameters.indexOf(parameter);\n            return parameter.dotDotDotToken ? getRestTypeAtPosition(signature, pos) : getTypeAtPosition(signature, pos);\n        }\n\n        function getReturnTypeOfTypeTag(node: SignatureDeclaration | JSDocSignature) {\n            const signature = getSignatureOfTypeTag(node);\n            return signature && getReturnTypeOfSignature(signature);\n        }\n\n        function containsArgumentsReference(declaration: SignatureDeclaration): boolean {\n            const links = getNodeLinks(declaration);\n            if (links.containsArgumentsReference === undefined) {\n                if (links.flags & NodeCheckFlags.CaptureArguments) {\n                    links.containsArgumentsReference = true;\n                }\n                else {\n                    links.containsArgumentsReference = traverse((declaration as FunctionLikeDeclaration).body!);\n                }\n            }\n            return links.containsArgumentsReference;\n\n            function traverse(node: Node): boolean {\n                if (!node) return false;\n                switch (node.kind) {\n                    case SyntaxKind.Identifier:\n                        return (node as Identifier).escapedText === argumentsSymbol.escapedName && getReferencedValueSymbol(node as Identifier) === argumentsSymbol;\n\n                    case SyntaxKind.PropertyDeclaration:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                        return (node as NamedDeclaration).name!.kind === SyntaxKind.ComputedPropertyName\n                            && traverse((node as NamedDeclaration).name!);\n\n                    case SyntaxKind.PropertyAccessExpression:\n                    case SyntaxKind.ElementAccessExpression:\n                        return traverse((node as PropertyAccessExpression | ElementAccessExpression).expression);\n\n                    case SyntaxKind.PropertyAssignment:\n                        return traverse((node as PropertyAssignment).initializer);\n\n                    default:\n                        return !nodeStartsNewLexicalEnvironment(node) && !isPartOfTypeNode(node) && !!forEachChild(node, traverse);\n                }\n            }\n        }\n\n        function getSignaturesOfSymbol(symbol: Symbol | undefined): Signature[] {\n            if (!symbol || !symbol.declarations) return emptyArray;\n            const result: Signature[] = [];\n            for (let i = 0; i < symbol.declarations.length; i++) {\n                const decl = symbol.declarations[i];\n                if (!isFunctionLike(decl)) continue;\n                // Don't include signature if node is the implementation of an overloaded function. A node is considered\n                // an implementation node if it has a body and the previous node is of the same kind and immediately\n                // precedes the implementation node (i.e. has the same parent and ends where the implementation starts).\n                if (i > 0 && (decl as FunctionLikeDeclaration).body) {\n                    const previous = symbol.declarations[i - 1];\n                    if (decl.parent === previous.parent && decl.kind === previous.kind && decl.pos === previous.end) {\n                        continue;\n                    }\n                }\n                result.push(getSignatureFromDeclaration(decl));\n            }\n            return result;\n        }\n\n        function resolveExternalModuleTypeByLiteral(name: StringLiteral) {\n            const moduleSym = resolveExternalModuleName(name, name);\n            if (moduleSym) {\n                const resolvedModuleSymbol = resolveExternalModuleSymbol(moduleSym);\n                if (resolvedModuleSymbol) {\n                    return getTypeOfSymbol(resolvedModuleSymbol);\n                }\n            }\n\n            return anyType;\n        }\n\n        function getThisTypeOfSignature(signature: Signature): Type | undefined {\n            if (signature.thisParameter) {\n                return getTypeOfSymbol(signature.thisParameter);\n            }\n        }\n\n        function getTypePredicateOfSignature(signature: Signature): TypePredicate | undefined {\n            if (!signature.resolvedTypePredicate) {\n                if (signature.target) {\n                    const targetTypePredicate = getTypePredicateOfSignature(signature.target);\n                    signature.resolvedTypePredicate = targetTypePredicate ? instantiateTypePredicate(targetTypePredicate, signature.mapper!) : noTypePredicate;\n                }\n                else if (signature.compositeSignatures) {\n                    signature.resolvedTypePredicate = getUnionOrIntersectionTypePredicate(signature.compositeSignatures, signature.compositeKind) || noTypePredicate;\n                }\n                else {\n                    const type = signature.declaration && getEffectiveReturnTypeNode(signature.declaration);\n                    let jsdocPredicate: TypePredicate | undefined;\n                    if (!type && isInJSFile(signature.declaration)) {\n                        const jsdocSignature = getSignatureOfTypeTag(signature.declaration!);\n                        if (jsdocSignature && signature !== jsdocSignature) {\n                            jsdocPredicate = getTypePredicateOfSignature(jsdocSignature);\n                        }\n                    }\n                    signature.resolvedTypePredicate = type && isTypePredicateNode(type) ?\n                        createTypePredicateFromTypePredicateNode(type, signature) :\n                        jsdocPredicate || noTypePredicate;\n                }\n                Debug.assert(!!signature.resolvedTypePredicate);\n            }\n            return signature.resolvedTypePredicate === noTypePredicate ? undefined : signature.resolvedTypePredicate;\n        }\n\n        function createTypePredicateFromTypePredicateNode(node: TypePredicateNode, signature: Signature): TypePredicate {\n            const parameterName = node.parameterName;\n            const type = node.type && getTypeFromTypeNode(node.type);\n            return parameterName.kind === SyntaxKind.ThisType ?\n                createTypePredicate(node.assertsModifier ? TypePredicateKind.AssertsThis : TypePredicateKind.This, /*parameterName*/ undefined, /*parameterIndex*/ undefined, type) :\n                createTypePredicate(node.assertsModifier ? TypePredicateKind.AssertsIdentifier : TypePredicateKind.Identifier, parameterName.escapedText as string,\n                    findIndex(signature.parameters, p => p.escapedName === parameterName.escapedText), type);\n        }\n\n        function getUnionOrIntersectionType(types: Type[], kind: TypeFlags | undefined, unionReduction?: UnionReduction) {\n            return kind !== TypeFlags.Intersection ? getUnionType(types, unionReduction) : getIntersectionType(types);\n        }\n\n        function getReturnTypeOfSignature(signature: Signature): Type {\n            if (!signature.resolvedReturnType) {\n                if (!pushTypeResolution(signature, TypeSystemPropertyName.ResolvedReturnType)) {\n                    return errorType;\n                }\n                let type = signature.target ? instantiateType(getReturnTypeOfSignature(signature.target), signature.mapper) :\n                    signature.compositeSignatures ? instantiateType(getUnionOrIntersectionType(map(signature.compositeSignatures, getReturnTypeOfSignature), signature.compositeKind, UnionReduction.Subtype), signature.mapper) :\n                    getReturnTypeFromAnnotation(signature.declaration!) ||\n                    (nodeIsMissing((signature.declaration as FunctionLikeDeclaration).body) ? anyType : getReturnTypeFromBody(signature.declaration as FunctionLikeDeclaration));\n                if (signature.flags & SignatureFlags.IsInnerCallChain) {\n                    type = addOptionalTypeMarker(type);\n                }\n                else if (signature.flags & SignatureFlags.IsOuterCallChain) {\n                    type = getOptionalType(type);\n                }\n                if (!popTypeResolution()) {\n                    if (signature.declaration) {\n                        const typeNode = getEffectiveReturnTypeNode(signature.declaration);\n                        if (typeNode) {\n                            error(typeNode, Diagnostics.Return_type_annotation_circularly_references_itself);\n                        }\n                        else if (noImplicitAny) {\n                            const declaration = signature.declaration as Declaration;\n                            const name = getNameOfDeclaration(declaration);\n                            if (name) {\n                                error(name, Diagnostics._0_implicitly_has_return_type_any_because_it_does_not_have_a_return_type_annotation_and_is_referenced_directly_or_indirectly_in_one_of_its_return_expressions, declarationNameToString(name));\n                            }\n                            else {\n                                error(declaration, Diagnostics.Function_implicitly_has_return_type_any_because_it_does_not_have_a_return_type_annotation_and_is_referenced_directly_or_indirectly_in_one_of_its_return_expressions);\n                            }\n                        }\n                    }\n                    type = anyType;\n                }\n                signature.resolvedReturnType = type;\n            }\n            return signature.resolvedReturnType;\n        }\n\n        function getReturnTypeFromAnnotation(declaration: SignatureDeclaration | JSDocSignature) {\n            if (declaration.kind === SyntaxKind.Constructor) {\n                return getDeclaredTypeOfClassOrInterface(getMergedSymbol((declaration.parent as ClassDeclaration).symbol));\n            }\n            if (isJSDocConstructSignature(declaration)) {\n                return getTypeFromTypeNode((declaration.parameters[0] as ParameterDeclaration).type!); // TODO: GH#18217\n            }\n            const typeNode = getEffectiveReturnTypeNode(declaration);\n            if (typeNode) {\n                return getTypeFromTypeNode(typeNode);\n            }\n            if (declaration.kind === SyntaxKind.GetAccessor && hasBindableName(declaration)) {\n                const jsDocType = isInJSFile(declaration) && getTypeForDeclarationFromJSDocComment(declaration);\n                if (jsDocType) {\n                    return jsDocType;\n                }\n                const setter = getDeclarationOfKind<AccessorDeclaration>(getSymbolOfNode(declaration), SyntaxKind.SetAccessor);\n                const setterType = getAnnotatedAccessorType(setter);\n                if (setterType) {\n                    return setterType;\n                }\n            }\n            return getReturnTypeOfTypeTag(declaration);\n        }\n\n        function isResolvingReturnTypeOfSignature(signature: Signature) {\n            return !signature.resolvedReturnType && findResolutionCycleStartIndex(signature, TypeSystemPropertyName.ResolvedReturnType) >= 0;\n        }\n\n        function getRestTypeOfSignature(signature: Signature): Type {\n            return tryGetRestTypeOfSignature(signature) || anyType;\n        }\n\n        function tryGetRestTypeOfSignature(signature: Signature): Type | undefined {\n            if (signatureHasRestParameter(signature)) {\n                const sigRestType = getTypeOfSymbol(signature.parameters[signature.parameters.length - 1]);\n                const restType = isTupleType(sigRestType) ? getRestTypeOfTupleType(sigRestType) : sigRestType;\n                return restType && getIndexTypeOfType(restType, numberType);\n            }\n            return undefined;\n        }\n\n        function getSignatureInstantiation(signature: Signature, typeArguments: Type[] | undefined, isJavascript: boolean, inferredTypeParameters?: readonly TypeParameter[]): Signature {\n            const instantiatedSignature = getSignatureInstantiationWithoutFillingInTypeArguments(signature, fillMissingTypeArguments(typeArguments, signature.typeParameters, getMinTypeArgumentCount(signature.typeParameters), isJavascript));\n            if (inferredTypeParameters) {\n                const returnSignature = getSingleCallOrConstructSignature(getReturnTypeOfSignature(instantiatedSignature));\n                if (returnSignature) {\n                    const newReturnSignature = cloneSignature(returnSignature);\n                    newReturnSignature.typeParameters = inferredTypeParameters;\n                    const newInstantiatedSignature = cloneSignature(instantiatedSignature);\n                    newInstantiatedSignature.resolvedReturnType = getOrCreateTypeFromSignature(newReturnSignature);\n                    return newInstantiatedSignature;\n                }\n            }\n            return instantiatedSignature;\n        }\n\n        function getSignatureInstantiationWithoutFillingInTypeArguments(signature: Signature, typeArguments: readonly Type[] | undefined): Signature {\n            const instantiations = signature.instantiations || (signature.instantiations = new Map<string, Signature>());\n            const id = getTypeListId(typeArguments);\n            let instantiation = instantiations.get(id);\n            if (!instantiation) {\n                instantiations.set(id, instantiation = createSignatureInstantiation(signature, typeArguments));\n            }\n            return instantiation;\n        }\n\n        function createSignatureInstantiation(signature: Signature, typeArguments: readonly Type[] | undefined): Signature {\n            return instantiateSignature(signature, createSignatureTypeMapper(signature, typeArguments), /*eraseTypeParameters*/ true);\n        }\n\n        function createSignatureTypeMapper(signature: Signature, typeArguments: readonly Type[] | undefined): TypeMapper {\n            return createTypeMapper(signature.typeParameters!, typeArguments);\n        }\n\n        function getErasedSignature(signature: Signature): Signature {\n            return signature.typeParameters ?\n                signature.erasedSignatureCache || (signature.erasedSignatureCache = createErasedSignature(signature)) :\n                signature;\n        }\n\n        function createErasedSignature(signature: Signature) {\n            // Create an instantiation of the signature where all type arguments are the any type.\n            return instantiateSignature(signature, createTypeEraser(signature.typeParameters!), /*eraseTypeParameters*/ true);\n        }\n\n        function getCanonicalSignature(signature: Signature): Signature {\n            return signature.typeParameters ?\n                signature.canonicalSignatureCache || (signature.canonicalSignatureCache = createCanonicalSignature(signature)) :\n                signature;\n        }\n\n        function createCanonicalSignature(signature: Signature) {\n            // Create an instantiation of the signature where each unconstrained type parameter is replaced with\n            // its original. When a generic class or interface is instantiated, each generic method in the class or\n            // interface is instantiated with a fresh set of cloned type parameters (which we need to handle scenarios\n            // where different generations of the same type parameter are in scope). This leads to a lot of new type\n            // identities, and potentially a lot of work comparing those identities, so here we create an instantiation\n            // that uses the original type identities for all unconstrained type parameters.\n            return getSignatureInstantiation(\n                signature,\n                map(signature.typeParameters, tp => tp.target && !getConstraintOfTypeParameter(tp.target) ? tp.target : tp),\n                isInJSFile(signature.declaration));\n        }\n\n        function getBaseSignature(signature: Signature) {\n            const typeParameters = signature.typeParameters;\n            if (typeParameters) {\n                if (signature.baseSignatureCache) {\n                    return signature.baseSignatureCache;\n                }\n                const typeEraser = createTypeEraser(typeParameters);\n                const baseConstraintMapper = createTypeMapper(typeParameters, map(typeParameters, tp => getConstraintOfTypeParameter(tp) || unknownType));\n                let baseConstraints: readonly Type[] = map(typeParameters, tp => instantiateType(tp, baseConstraintMapper) || unknownType);\n                // Run N type params thru the immediate constraint mapper up to N times\n                // This way any noncircular interdependent type parameters are definitely resolved to their external dependencies\n                for (let i = 0; i < typeParameters.length - 1; i++) {\n                    baseConstraints = instantiateTypes(baseConstraints, baseConstraintMapper);\n                }\n                // and then apply a type eraser to remove any remaining circularly dependent type parameters\n                baseConstraints = instantiateTypes(baseConstraints, typeEraser);\n                return signature.baseSignatureCache = instantiateSignature(signature, createTypeMapper(typeParameters, baseConstraints), /*eraseTypeParameters*/ true);\n            }\n            return signature;\n        }\n\n        function getOrCreateTypeFromSignature(signature: Signature): ObjectType {\n            // There are two ways to declare a construct signature, one is by declaring a class constructor\n            // using the constructor keyword, and the other is declaring a bare construct signature in an\n            // object type literal or interface (using the new keyword). Each way of declaring a constructor\n            // will result in a different declaration kind.\n            if (!signature.isolatedSignatureType) {\n                const kind = signature.declaration?.kind;\n\n                // If declaration is undefined, it is likely to be the signature of the default constructor.\n                const isConstructor = kind === undefined || kind === SyntaxKind.Constructor || kind === SyntaxKind.ConstructSignature || kind === SyntaxKind.ConstructorType;\n\n                const type = createObjectType(ObjectFlags.Anonymous);\n                type.members = emptySymbols;\n                type.properties = emptyArray;\n                type.callSignatures = !isConstructor ? [signature] : emptyArray;\n                type.constructSignatures = isConstructor ? [signature] : emptyArray;\n                type.indexInfos = emptyArray;\n                signature.isolatedSignatureType = type;\n            }\n\n            return signature.isolatedSignatureType;\n        }\n\n        function getIndexSymbol(symbol: Symbol): Symbol | undefined {\n            return symbol.members ? getIndexSymbolFromSymbolTable(symbol.members) : undefined;\n        }\n\n        function getIndexSymbolFromSymbolTable(symbolTable: SymbolTable): Symbol | undefined {\n            return symbolTable.get(InternalSymbolName.Index);\n        }\n\n        function createIndexInfo(keyType: Type, type: Type, isReadonly: boolean, declaration?: IndexSignatureDeclaration): IndexInfo {\n            return { keyType, type, isReadonly, declaration };\n        }\n\n        function getIndexInfosOfSymbol(symbol: Symbol): IndexInfo[] {\n            const indexSymbol = getIndexSymbol(symbol);\n            return indexSymbol ? getIndexInfosOfIndexSymbol(indexSymbol) : emptyArray;\n        }\n\n        function getIndexInfosOfIndexSymbol(indexSymbol: Symbol): IndexInfo[] {\n            if (indexSymbol.declarations) {\n                const indexInfos: IndexInfo[] = [];\n                for (const declaration of (indexSymbol.declarations as IndexSignatureDeclaration[])) {\n                    if (declaration.parameters.length === 1) {\n                        const parameter = declaration.parameters[0];\n                        if (parameter.type) {\n                            forEachType(getTypeFromTypeNode(parameter.type), keyType => {\n                                if (isValidIndexKeyType(keyType) && !findIndexInfo(indexInfos, keyType)) {\n                                    indexInfos.push(createIndexInfo(keyType, declaration.type ? getTypeFromTypeNode(declaration.type) : anyType,\n                                        hasEffectiveModifier(declaration, ModifierFlags.Readonly), declaration));\n                                }\n                            });\n                        }\n                    }\n                }\n                return indexInfos;\n            }\n            return emptyArray;\n        }\n\n        function isValidIndexKeyType(type: Type): boolean {\n            return !!(type.flags & (TypeFlags.String | TypeFlags.Number | TypeFlags.ESSymbol)) || isPatternLiteralType(type) ||\n                !!(type.flags & TypeFlags.Intersection) && !isGenericType(type) && some((type as IntersectionType).types, isValidIndexKeyType);\n        }\n\n        function getConstraintDeclaration(type: TypeParameter): TypeNode | undefined {\n            return mapDefined(filter(type.symbol && type.symbol.declarations, isTypeParameterDeclaration), getEffectiveConstraintOfTypeParameter)[0];\n        }\n\n        function getInferredTypeParameterConstraint(typeParameter: TypeParameter) {\n            let inferences: Type[] | undefined;\n            if (typeParameter.symbol?.declarations) {\n                for (const declaration of typeParameter.symbol.declarations) {\n                    if (declaration.parent.kind === SyntaxKind.InferType) {\n                        // When an 'infer T' declaration is immediately contained in a type reference node\n                        // (such as 'Foo<infer T>'), T's constraint is inferred from the constraint of the\n                        // corresponding type parameter in 'Foo'. When multiple 'infer T' declarations are\n                        // present, we form an intersection of the inferred constraint types.\n                        const [childTypeParameter = declaration.parent, grandParent] = walkUpParenthesizedTypesAndGetParentAndChild(declaration.parent.parent);\n                        if (grandParent.kind === SyntaxKind.TypeReference) {\n                            const typeReference = grandParent as TypeReferenceNode;\n                            const typeParameters = getTypeParametersForTypeReference(typeReference);\n                            if (typeParameters) {\n                                const index = typeReference.typeArguments!.indexOf(childTypeParameter as TypeNode);\n                                if (index < typeParameters.length) {\n                                    const declaredConstraint = getConstraintOfTypeParameter(typeParameters[index]);\n                                    if (declaredConstraint) {\n                                        // Type parameter constraints can reference other type parameters so\n                                        // constraints need to be instantiated. If instantiation produces the\n                                        // type parameter itself, we discard that inference. For example, in\n                                        //   type Foo<T extends string, U extends T> = [T, U];\n                                        //   type Bar<T> = T extends Foo<infer X, infer X> ? Foo<X, X> : T;\n                                        // the instantiated constraint for U is X, so we discard that inference.\n                                        const mapper = createTypeMapper(typeParameters, getEffectiveTypeArguments(typeReference, typeParameters));\n                                        const constraint = instantiateType(declaredConstraint, mapper);\n                                        if (constraint !== typeParameter) {\n                                            inferences = append(inferences, constraint);\n                                        }\n                                    }\n                                }\n                            }\n                        }\n                        // When an 'infer T' declaration is immediately contained in a rest parameter declaration, a rest type\n                        // or a named rest tuple element, we infer an 'unknown[]' constraint.\n                        else if (grandParent.kind === SyntaxKind.Parameter && (grandParent as ParameterDeclaration).dotDotDotToken ||\n                            grandParent.kind === SyntaxKind.RestType ||\n                            grandParent.kind === SyntaxKind.NamedTupleMember && (grandParent as NamedTupleMember).dotDotDotToken) {\n                            inferences = append(inferences, createArrayType(unknownType));\n                        }\n                        // When an 'infer T' declaration is immediately contained in a string template type, we infer a 'string'\n                        // constraint.\n                        else if (grandParent.kind === SyntaxKind.TemplateLiteralTypeSpan) {\n                            inferences = append(inferences, stringType);\n                        }\n                        // When an 'infer T' declaration is in the constraint position of a mapped type, we infer a 'keyof any'\n                        // constraint.\n                        else if (grandParent.kind === SyntaxKind.TypeParameter && grandParent.parent.kind === SyntaxKind.MappedType) {\n                            inferences = append(inferences, keyofConstraintType);\n                        }\n                        // When an 'infer T' declaration is the template of a mapped type, and that mapped type is the extends\n                        // clause of a conditional whose check type is also a mapped type, give it a constraint equal to the template\n                        // of the check type's mapped type\n                        else if (grandParent.kind === SyntaxKind.MappedType && (grandParent as MappedTypeNode).type &&\n                            skipParentheses((grandParent as MappedTypeNode).type!) === declaration.parent && grandParent.parent.kind === SyntaxKind.ConditionalType &&\n                            (grandParent.parent as ConditionalTypeNode).extendsType === grandParent && (grandParent.parent as ConditionalTypeNode).checkType.kind === SyntaxKind.MappedType &&\n                            ((grandParent.parent as ConditionalTypeNode).checkType as MappedTypeNode).type) {\n                            const checkMappedType = (grandParent.parent as ConditionalTypeNode).checkType as MappedTypeNode;\n                            const nodeType = getTypeFromTypeNode(checkMappedType.type!);\n                            inferences = append(inferences, instantiateType(nodeType,\n                                makeUnaryTypeMapper(getDeclaredTypeOfTypeParameter(getSymbolOfNode(checkMappedType.typeParameter)), checkMappedType.typeParameter.constraint ? getTypeFromTypeNode(checkMappedType.typeParameter.constraint) : keyofConstraintType)\n                            ));\n                        }\n                    }\n                }\n            }\n            return inferences && getIntersectionType(inferences);\n        }\n\n        /** This is a worker function. Use getConstraintOfTypeParameter which guards against circular constraints. */\n        function getConstraintFromTypeParameter(typeParameter: TypeParameter): Type | undefined {\n            if (!typeParameter.constraint) {\n                if (typeParameter.target) {\n                    const targetConstraint = getConstraintOfTypeParameter(typeParameter.target);\n                    typeParameter.constraint = targetConstraint ? instantiateType(targetConstraint, typeParameter.mapper) : noConstraintType;\n                }\n                else {\n                    const constraintDeclaration = getConstraintDeclaration(typeParameter);\n                    if (!constraintDeclaration) {\n                        typeParameter.constraint = getInferredTypeParameterConstraint(typeParameter) || noConstraintType;\n                    }\n                    else {\n                        let type = getTypeFromTypeNode(constraintDeclaration);\n                        if (type.flags & TypeFlags.Any && !isErrorType(type)) { // Allow errorType to propegate to keep downstream errors suppressed\n                            // use keyofConstraintType as the base constraint for mapped type key constraints (unknown isn;t assignable to that, but `any` was),\n                            // use unknown otherwise\n                            type = constraintDeclaration.parent.parent.kind === SyntaxKind.MappedType ? keyofConstraintType : unknownType;\n                        }\n                        typeParameter.constraint = type;\n                    }\n                }\n            }\n            return typeParameter.constraint === noConstraintType ? undefined : typeParameter.constraint;\n        }\n\n        function getParentSymbolOfTypeParameter(typeParameter: TypeParameter): Symbol | undefined {\n            const tp = getDeclarationOfKind<TypeParameterDeclaration>(typeParameter.symbol, SyntaxKind.TypeParameter)!;\n            const host = isJSDocTemplateTag(tp.parent) ? getEffectiveContainerForJSDocTemplateTag(tp.parent) : tp.parent;\n            return host && getSymbolOfNode(host);\n        }\n\n        function getTypeListId(types: readonly Type[] | undefined) {\n            let result = \"\";\n            if (types) {\n                const length = types.length;\n                let i = 0;\n                while (i < length) {\n                    const startId = types[i].id;\n                    let count = 1;\n                    while (i + count < length && types[i + count].id === startId + count) {\n                        count++;\n                    }\n                    if (result.length) {\n                        result += \",\";\n                    }\n                    result += startId;\n                    if (count > 1) {\n                        result += \":\" + count;\n                    }\n                    i += count;\n                }\n            }\n            return result;\n        }\n\n        function getAliasId(aliasSymbol: Symbol | undefined, aliasTypeArguments: readonly Type[] | undefined) {\n            return aliasSymbol ? `@${getSymbolId(aliasSymbol)}` + (aliasTypeArguments ? `:${getTypeListId(aliasTypeArguments)}` : \"\") : \"\";\n        }\n\n        // This function is used to propagate certain flags when creating new object type references and union types.\n        // It is only necessary to do so if a constituent type might be the undefined type, the null type, the type\n        // of an object literal or the anyFunctionType. This is because there are operations in the type checker\n        // that care about the presence of such types at arbitrary depth in a containing type.\n        function getPropagatingFlagsOfTypes(types: readonly Type[], excludeKinds: TypeFlags): ObjectFlags {\n            let result: ObjectFlags = 0;\n            for (const type of types) {\n                if (!(type.flags & excludeKinds)) {\n                    result |= getObjectFlags(type);\n                }\n            }\n            return result & ObjectFlags.PropagatingFlags;\n        }\n\n        function createTypeReference(target: GenericType, typeArguments: readonly Type[] | undefined): TypeReference {\n            const id = getTypeListId(typeArguments);\n            let type = target.instantiations.get(id);\n            if (!type) {\n                type = createObjectType(ObjectFlags.Reference, target.symbol) as TypeReference;\n                target.instantiations.set(id, type);\n                type.objectFlags |= typeArguments ? getPropagatingFlagsOfTypes(typeArguments, /*excludeKinds*/ 0) : 0;\n                type.target = target;\n                type.resolvedTypeArguments = typeArguments;\n            }\n            return type;\n        }\n\n        function cloneTypeReference(source: TypeReference): TypeReference {\n            const type = createType(source.flags) as TypeReference;\n            type.symbol = source.symbol;\n            type.objectFlags = source.objectFlags;\n            type.target = source.target;\n            type.resolvedTypeArguments = source.resolvedTypeArguments;\n            return type;\n        }\n\n        function createDeferredTypeReference(target: GenericType, node: TypeReferenceNode | ArrayTypeNode | TupleTypeNode, mapper?: TypeMapper, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): DeferredTypeReference {\n            if (!aliasSymbol) {\n                aliasSymbol = getAliasSymbolForTypeNode(node);\n                const localAliasTypeArguments = getTypeArgumentsForAliasSymbol(aliasSymbol);\n                aliasTypeArguments = mapper ? instantiateTypes(localAliasTypeArguments, mapper) : localAliasTypeArguments;\n            }\n            const type = createObjectType(ObjectFlags.Reference, target.symbol) as DeferredTypeReference;\n            type.target = target;\n            type.node = node;\n            type.mapper = mapper;\n            type.aliasSymbol = aliasSymbol;\n            type.aliasTypeArguments = aliasTypeArguments;\n            return type;\n        }\n\n        function getTypeArguments(type: TypeReference): readonly Type[] {\n            if (!type.resolvedTypeArguments) {\n                if (!pushTypeResolution(type, TypeSystemPropertyName.ResolvedTypeArguments)) {\n                    return type.target.localTypeParameters?.map(() => errorType) || emptyArray;\n                }\n                const node = type.node;\n                const typeArguments = !node ? emptyArray :\n                    node.kind === SyntaxKind.TypeReference ? concatenate(type.target.outerTypeParameters, getEffectiveTypeArguments(node, type.target.localTypeParameters!)) :\n                    node.kind === SyntaxKind.ArrayType ? [getTypeFromTypeNode(node.elementType)] :\n                    map(node.elements, getTypeFromTypeNode);\n                if (popTypeResolution()) {\n                    type.resolvedTypeArguments = type.mapper ? instantiateTypes(typeArguments, type.mapper) : typeArguments;\n                }\n                else {\n                    type.resolvedTypeArguments = type.target.localTypeParameters?.map(() => errorType) || emptyArray;\n                    error(\n                        type.node || currentNode,\n                        type.target.symbol ? Diagnostics.Type_arguments_for_0_circularly_reference_themselves : Diagnostics.Tuple_type_arguments_circularly_reference_themselves,\n                        type.target.symbol && symbolToString(type.target.symbol)\n                    );\n                }\n            }\n            return type.resolvedTypeArguments;\n        }\n\n        function getTypeReferenceArity(type: TypeReference): number {\n            return length(type.target.typeParameters);\n        }\n\n\n        /**\n          * Get type from type-reference that reference to class or interface\n          */\n        function getTypeFromClassOrInterfaceReference(node: NodeWithTypeArguments, symbol: Symbol): Type {\n            const type = getDeclaredTypeOfSymbol(getMergedSymbol(symbol)) as InterfaceType;\n            const typeParameters = type.localTypeParameters;\n            if (typeParameters) {\n                const numTypeArguments = length(node.typeArguments);\n                const minTypeArgumentCount = getMinTypeArgumentCount(typeParameters);\n                const isJs = isInJSFile(node);\n                const isJsImplicitAny = !noImplicitAny && isJs;\n                if (!isJsImplicitAny && (numTypeArguments < minTypeArgumentCount || numTypeArguments > typeParameters.length)) {\n                    const missingAugmentsTag = isJs && isExpressionWithTypeArguments(node) && !isJSDocAugmentsTag(node.parent);\n                    const diag = minTypeArgumentCount === typeParameters.length ?\n                        missingAugmentsTag ?\n                            Diagnostics.Expected_0_type_arguments_provide_these_with_an_extends_tag :\n                            Diagnostics.Generic_type_0_requires_1_type_argument_s :\n                        missingAugmentsTag ?\n                            Diagnostics.Expected_0_1_type_arguments_provide_these_with_an_extends_tag :\n                            Diagnostics.Generic_type_0_requires_between_1_and_2_type_arguments;\n\n                    const typeStr = typeToString(type, /*enclosingDeclaration*/ undefined, TypeFormatFlags.WriteArrayAsGenericType);\n                    error(node, diag, typeStr, minTypeArgumentCount, typeParameters.length);\n                    if (!isJs) {\n                        // TODO: Adopt same permissive behavior in TS as in JS to reduce follow-on editing experience failures (requires editing fillMissingTypeArguments)\n                        return errorType;\n                    }\n                }\n                if (node.kind === SyntaxKind.TypeReference && isDeferredTypeReferenceNode(node as TypeReferenceNode, length(node.typeArguments) !== typeParameters.length)) {\n                    return createDeferredTypeReference(type as GenericType, node as TypeReferenceNode, /*mapper*/ undefined);\n                }\n                // In a type reference, the outer type parameters of the referenced class or interface are automatically\n                // supplied as type arguments and the type reference only specifies arguments for the local type parameters\n                // of the class or interface.\n                const typeArguments = concatenate(type.outerTypeParameters, fillMissingTypeArguments(typeArgumentsFromTypeReferenceNode(node), typeParameters, minTypeArgumentCount, isJs));\n                return createTypeReference(type as GenericType, typeArguments);\n            }\n            return checkNoTypeArguments(node, symbol) ? type : errorType;\n        }\n\n        function getTypeAliasInstantiation(symbol: Symbol, typeArguments: readonly Type[] | undefined, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            const type = getDeclaredTypeOfSymbol(symbol);\n            if (type === intrinsicMarkerType && intrinsicTypeKinds.has(symbol.escapedName as string) && typeArguments && typeArguments.length === 1) {\n                return getStringMappingType(symbol, typeArguments[0]);\n            }\n            const links = getSymbolLinks(symbol);\n            const typeParameters = links.typeParameters!;\n            const id = getTypeListId(typeArguments) + getAliasId(aliasSymbol, aliasTypeArguments);\n            let instantiation = links.instantiations!.get(id);\n            if (!instantiation) {\n                links.instantiations!.set(id, instantiation = instantiateTypeWithAlias(type,\n                    createTypeMapper(typeParameters, fillMissingTypeArguments(typeArguments, typeParameters, getMinTypeArgumentCount(typeParameters), isInJSFile(symbol.valueDeclaration))),\n                    aliasSymbol, aliasTypeArguments));\n            }\n            return instantiation;\n        }\n\n        /**\n          * Get type from reference to type alias. When a type alias is generic, the declared type of the type alias may include\n          * references to the type parameters of the alias. We replace those with the actual type arguments by instantiating the\n          * declared type. Instantiations are cached using the type identities of the type arguments as the key.\n          */\n        function getTypeFromTypeAliasReference(node: NodeWithTypeArguments, symbol: Symbol): Type {\n            if (getCheckFlags(symbol) & CheckFlags.Unresolved) {\n                const typeArguments = typeArgumentsFromTypeReferenceNode(node);\n                const id = getAliasId(symbol, typeArguments);\n                let errorType = errorTypes.get(id);\n                if (!errorType) {\n                    errorType = createIntrinsicType(TypeFlags.Any, \"error\");\n                    errorType.aliasSymbol = symbol;\n                    errorType.aliasTypeArguments = typeArguments;\n                    errorTypes.set(id, errorType);\n                }\n                return errorType;\n            }\n            const type = getDeclaredTypeOfSymbol(symbol);\n            const typeParameters = getSymbolLinks(symbol).typeParameters;\n            if (typeParameters) {\n                const numTypeArguments = length(node.typeArguments);\n                const minTypeArgumentCount = getMinTypeArgumentCount(typeParameters);\n                if (numTypeArguments < minTypeArgumentCount || numTypeArguments > typeParameters.length) {\n                    error(node,\n                        minTypeArgumentCount === typeParameters.length ?\n                            Diagnostics.Generic_type_0_requires_1_type_argument_s :\n                            Diagnostics.Generic_type_0_requires_between_1_and_2_type_arguments,\n                        symbolToString(symbol),\n                        minTypeArgumentCount,\n                        typeParameters.length);\n                    return errorType;\n                }\n                // We refrain from associating a local type alias with an instantiation of a top-level type alias\n                // because the local alias may end up being referenced in an inferred return type where it is not\n                // accessible--which in turn may lead to a large structural expansion of the type when generating\n                // a .d.ts file. See #43622 for an example.\n                const aliasSymbol = getAliasSymbolForTypeNode(node);\n                const newAliasSymbol = aliasSymbol && (isLocalTypeAlias(symbol) || !isLocalTypeAlias(aliasSymbol)) ? aliasSymbol : undefined;\n                return getTypeAliasInstantiation(symbol, typeArgumentsFromTypeReferenceNode(node), newAliasSymbol, getTypeArgumentsForAliasSymbol(newAliasSymbol));\n            }\n            return checkNoTypeArguments(node, symbol) ? type : errorType;\n        }\n\n        function isLocalTypeAlias(symbol: Symbol) {\n            const declaration = symbol.declarations?.find(isTypeAlias);\n            return !!(declaration && getContainingFunction(declaration));\n        }\n\n        function getTypeReferenceName(node: TypeReferenceType): EntityNameOrEntityNameExpression | undefined {\n            switch (node.kind) {\n                case SyntaxKind.TypeReference:\n                    return node.typeName;\n                case SyntaxKind.ExpressionWithTypeArguments:\n                    // We only support expressions that are simple qualified names. For other\n                    // expressions this produces undefined.\n                    const expr = node.expression;\n                    if (isEntityNameExpression(expr)) {\n                        return expr;\n                    }\n                // fall through;\n            }\n\n            return undefined;\n        }\n\n        function getSymbolPath(symbol: Symbol): string {\n            return symbol.parent ? `${getSymbolPath(symbol.parent)}.${symbol.escapedName}` : symbol.escapedName as string;\n        }\n\n        function getUnresolvedSymbolForEntityName(name: EntityNameOrEntityNameExpression) {\n            const identifier = name.kind === SyntaxKind.QualifiedName ? name.right :\n                name.kind === SyntaxKind.PropertyAccessExpression ? name.name :\n                name;\n            const text = identifier.escapedText;\n            if (text) {\n                const parentSymbol = name.kind === SyntaxKind.QualifiedName ? getUnresolvedSymbolForEntityName(name.left) :\n                    name.kind === SyntaxKind.PropertyAccessExpression ? getUnresolvedSymbolForEntityName(name.expression) :\n                    undefined;\n                const path = parentSymbol ? `${getSymbolPath(parentSymbol)}.${text}` : text as string;\n                let result = unresolvedSymbols.get(path);\n                if (!result) {\n                    unresolvedSymbols.set(path, result = createSymbol(SymbolFlags.TypeAlias, text, CheckFlags.Unresolved));\n                    result.parent = parentSymbol;\n                    result.declaredType = unresolvedType;\n                }\n                return result;\n            }\n            return unknownSymbol;\n        }\n\n        function resolveTypeReferenceName(typeReference: TypeReferenceType, meaning: SymbolFlags, ignoreErrors?: boolean) {\n            const name = getTypeReferenceName(typeReference);\n            if (!name) {\n                return unknownSymbol;\n            }\n            const symbol = resolveEntityName(name, meaning, ignoreErrors);\n            return symbol && symbol !== unknownSymbol ? symbol :\n                ignoreErrors ? unknownSymbol : getUnresolvedSymbolForEntityName(name);\n        }\n\n        function getTypeReferenceType(node: NodeWithTypeArguments, symbol: Symbol): Type {\n            if (symbol === unknownSymbol) {\n                return errorType;\n            }\n            symbol = getExpandoSymbol(symbol) || symbol;\n            if (symbol.flags & (SymbolFlags.Class | SymbolFlags.Interface)) {\n                return getTypeFromClassOrInterfaceReference(node, symbol);\n            }\n            if (symbol.flags & SymbolFlags.TypeAlias) {\n                return getTypeFromTypeAliasReference(node, symbol);\n            }\n            // Get type from reference to named type that cannot be generic (enum or type parameter)\n            const res = tryGetDeclaredTypeOfSymbol(symbol);\n            if (res) {\n                return checkNoTypeArguments(node, symbol) ? getRegularTypeOfLiteralType(res) : errorType;\n            }\n            if (symbol.flags & SymbolFlags.Value && isJSDocTypeReference(node)) {\n                const jsdocType = getTypeFromJSDocValueReference(node, symbol);\n                if (jsdocType) {\n                    return jsdocType;\n                }\n                else {\n                    // Resolve the type reference as a Type for the purpose of reporting errors.\n                    resolveTypeReferenceName(node, SymbolFlags.Type);\n                    return getTypeOfSymbol(symbol);\n                }\n            }\n            return errorType;\n        }\n\n        /**\n          * A JSdoc TypeReference may be to a value, but resolve it as a type anyway.\n          * Example: import('./b').ConstructorFunction\n          */\n        function getTypeFromJSDocValueReference(node: NodeWithTypeArguments, symbol: Symbol): Type | undefined {\n            const links = getNodeLinks(node);\n            if (!links.resolvedJSDocType) {\n                const valueType = getTypeOfSymbol(symbol);\n                let typeType = valueType;\n                if (symbol.valueDeclaration) {\n                    const isImportTypeWithQualifier = node.kind === SyntaxKind.ImportType && (node as ImportTypeNode).qualifier;\n                    // valueType might not have a symbol, eg, {import('./b').STRING_LITERAL}\n                    if (valueType.symbol && valueType.symbol !== symbol && isImportTypeWithQualifier) {\n                        typeType = getTypeReferenceType(node, valueType.symbol);\n                    }\n                }\n                links.resolvedJSDocType = typeType;\n            }\n            return links.resolvedJSDocType;\n        }\n\n        function getSubstitutionType(baseType: Type, substitute: Type) {\n            if (substitute.flags & TypeFlags.AnyOrUnknown || substitute === baseType) {\n                return baseType;\n            }\n            const id = `${getTypeId(baseType)}>${getTypeId(substitute)}`;\n            const cached = substitutionTypes.get(id);\n            if (cached) {\n                return cached;\n            }\n            const result = createType(TypeFlags.Substitution) as SubstitutionType;\n            result.baseType = baseType;\n            result.substitute = substitute;\n            substitutionTypes.set(id, result);\n            return result;\n        }\n\n        function isUnaryTupleTypeNode(node: TypeNode) {\n            return node.kind === SyntaxKind.TupleType && (node as TupleTypeNode).elements.length === 1;\n        }\n\n        function getImpliedConstraint(type: Type, checkNode: TypeNode, extendsNode: TypeNode): Type | undefined {\n            return isUnaryTupleTypeNode(checkNode) && isUnaryTupleTypeNode(extendsNode) ? getImpliedConstraint(type, (checkNode as TupleTypeNode).elements[0], (extendsNode as TupleTypeNode).elements[0]) :\n                getActualTypeVariable(getTypeFromTypeNode(checkNode)) === getActualTypeVariable(type) ? getTypeFromTypeNode(extendsNode) :\n                undefined;\n        }\n\n        function getConditionalFlowTypeOfType(type: Type, node: Node) {\n            let constraints: Type[] | undefined;\n            let covariant = true;\n            while (node && !isStatement(node) && node.kind !== SyntaxKind.JSDoc) {\n                const parent = node.parent;\n                // only consider variance flipped by parameter locations - `keyof` types would usually be considered variance inverting, but\n                // often get used in indexed accesses where they behave sortof invariantly, but our checking is lax\n                if (parent.kind === SyntaxKind.Parameter) {\n                    covariant = !covariant;\n                }\n                // Always substitute on type parameters, regardless of variance, since even\n                // in contravariant positions, they may rely on substituted constraints to be valid\n                if ((covariant || type.flags & TypeFlags.TypeVariable) && parent.kind === SyntaxKind.ConditionalType && node === (parent as ConditionalTypeNode).trueType) {\n                    const constraint = getImpliedConstraint(type, (parent as ConditionalTypeNode).checkType, (parent as ConditionalTypeNode).extendsType);\n                    if (constraint) {\n                        constraints = append(constraints, constraint);\n                    }\n                }\n                node = parent;\n            }\n            return constraints ? getSubstitutionType(type, getIntersectionType(append(constraints, type))) : type;\n        }\n\n        function isJSDocTypeReference(node: Node): node is TypeReferenceNode {\n            return !!(node.flags & NodeFlags.JSDoc) && (node.kind === SyntaxKind.TypeReference || node.kind === SyntaxKind.ImportType);\n        }\n\n        function checkNoTypeArguments(node: NodeWithTypeArguments, symbol?: Symbol) {\n            if (node.typeArguments) {\n                error(node, Diagnostics.Type_0_is_not_generic, symbol ? symbolToString(symbol) : (node as TypeReferenceNode).typeName ? declarationNameToString((node as TypeReferenceNode).typeName) : anon);\n                return false;\n            }\n            return true;\n        }\n\n        function getIntendedTypeFromJSDocTypeReference(node: TypeReferenceNode): Type | undefined {\n            if (isIdentifier(node.typeName)) {\n                const typeArgs = node.typeArguments;\n                switch (node.typeName.escapedText) {\n                    case \"String\":\n                        checkNoTypeArguments(node);\n                        return stringType;\n                    case \"Number\":\n                        checkNoTypeArguments(node);\n                        return numberType;\n                    case \"Boolean\":\n                        checkNoTypeArguments(node);\n                        return booleanType;\n                    case \"Void\":\n                        checkNoTypeArguments(node);\n                        return voidType;\n                    case \"Undefined\":\n                        checkNoTypeArguments(node);\n                        return undefinedType;\n                    case \"Null\":\n                        checkNoTypeArguments(node);\n                        return nullType;\n                    case \"Function\":\n                    case \"function\":\n                        checkNoTypeArguments(node);\n                        return globalFunctionType;\n                    case \"array\":\n                        return (!typeArgs || !typeArgs.length) && !noImplicitAny ? anyArrayType : undefined;\n                    case \"promise\":\n                        return (!typeArgs || !typeArgs.length) && !noImplicitAny ? createPromiseType(anyType) : undefined;\n                    case \"Object\":\n                        if (typeArgs && typeArgs.length === 2) {\n                            if (isJSDocIndexSignature(node)) {\n                                const indexed = getTypeFromTypeNode(typeArgs[0]);\n                                const target = getTypeFromTypeNode(typeArgs[1]);\n                                const indexInfo = indexed === stringType || indexed === numberType ? [createIndexInfo(indexed, target, /*isReadonly*/ false)] : emptyArray;\n                                return createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, indexInfo);\n                            }\n                            return anyType;\n                        }\n                        checkNoTypeArguments(node);\n                        return !noImplicitAny ? anyType : undefined;\n                }\n            }\n        }\n\n        function getTypeFromJSDocNullableTypeNode(node: JSDocNullableType) {\n            const type = getTypeFromTypeNode(node.type);\n            return strictNullChecks ? getNullableType(type, TypeFlags.Null) : type;\n        }\n\n        function getTypeFromTypeReference(node: TypeReferenceType): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                // handle LS queries on the `const` in `x as const` by resolving to the type of `x`\n                if (isConstTypeReference(node) && isAssertionExpression(node.parent)) {\n                    links.resolvedSymbol = unknownSymbol;\n                    return links.resolvedType = checkExpressionCached(node.parent.expression);\n                }\n                let symbol: Symbol | undefined;\n                let type: Type | undefined;\n                const meaning = SymbolFlags.Type;\n                if (isJSDocTypeReference(node)) {\n                    type = getIntendedTypeFromJSDocTypeReference(node);\n                    if (!type) {\n                        symbol = resolveTypeReferenceName(node, meaning, /*ignoreErrors*/ true);\n                        if (symbol === unknownSymbol) {\n                            symbol = resolveTypeReferenceName(node, meaning | SymbolFlags.Value);\n                        }\n                        else {\n                            resolveTypeReferenceName(node, meaning); // Resolve again to mark errors, if any\n                        }\n                        type = getTypeReferenceType(node, symbol);\n                    }\n                }\n                if (!type) {\n                    symbol = resolveTypeReferenceName(node, meaning);\n                    type = getTypeReferenceType(node, symbol);\n                }\n                // Cache both the resolved symbol and the resolved type. The resolved symbol is needed when we check the\n                // type reference in checkTypeReferenceNode.\n                links.resolvedSymbol = symbol;\n                links.resolvedType = type;\n            }\n            return links.resolvedType;\n        }\n\n        function typeArgumentsFromTypeReferenceNode(node: NodeWithTypeArguments): Type[] | undefined {\n            return map(node.typeArguments, getTypeFromTypeNode);\n        }\n\n        function getTypeFromTypeQueryNode(node: TypeQueryNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                // TypeScript 1.0 spec (April 2014): 3.6.3\n                // The expression is processed as an identifier expression (section 4.3)\n                // or property access expression(section 4.10),\n                // the widened type(section 3.9) of which becomes the result.\n                const type = checkExpressionWithTypeArguments(node);\n                links.resolvedType = getRegularTypeOfLiteralType(getWidenedType(type));\n            }\n            return links.resolvedType;\n        }\n\n        function getTypeOfGlobalSymbol(symbol: Symbol | undefined, arity: number): ObjectType {\n\n            function getTypeDeclaration(symbol: Symbol): Declaration | undefined {\n                const declarations = symbol.declarations;\n                if (declarations) {\n                    for (const declaration of declarations) {\n                        switch (declaration.kind) {\n                            case SyntaxKind.ClassDeclaration:\n                            case SyntaxKind.InterfaceDeclaration:\n                            case SyntaxKind.EnumDeclaration:\n                                return declaration;\n                        }\n                    }\n                }\n            }\n\n            if (!symbol) {\n                return arity ? emptyGenericType : emptyObjectType;\n            }\n            const type = getDeclaredTypeOfSymbol(symbol);\n            if (!(type.flags & TypeFlags.Object)) {\n                error(getTypeDeclaration(symbol), Diagnostics.Global_type_0_must_be_a_class_or_interface_type, symbolName(symbol));\n                return arity ? emptyGenericType : emptyObjectType;\n            }\n            if (length((type as InterfaceType).typeParameters) !== arity) {\n                error(getTypeDeclaration(symbol), Diagnostics.Global_type_0_must_have_1_type_parameter_s, symbolName(symbol), arity);\n                return arity ? emptyGenericType : emptyObjectType;\n            }\n            return type as ObjectType;\n        }\n\n        function getGlobalValueSymbol(name: __String, reportErrors: boolean): Symbol | undefined {\n            return getGlobalSymbol(name, SymbolFlags.Value, reportErrors ? Diagnostics.Cannot_find_global_value_0 : undefined);\n        }\n\n        function getGlobalTypeSymbol(name: __String, reportErrors: boolean): Symbol | undefined {\n            return getGlobalSymbol(name, SymbolFlags.Type, reportErrors ? Diagnostics.Cannot_find_global_type_0 : undefined);\n        }\n\n        function getGlobalTypeAliasSymbol(name: __String, arity: number, reportErrors: boolean): Symbol | undefined {\n            const symbol = getGlobalSymbol(name, SymbolFlags.Type, reportErrors ? Diagnostics.Cannot_find_global_type_0 : undefined);\n            if (symbol) {\n                // Resolve the declared type of the symbol. This resolves type parameters for the type\n                // alias so that we can check arity.\n                getDeclaredTypeOfSymbol(symbol);\n                if (length(getSymbolLinks(symbol).typeParameters) !== arity) {\n                    const decl = symbol.declarations && find(symbol.declarations, isTypeAliasDeclaration);\n                    error(decl, Diagnostics.Global_type_0_must_have_1_type_parameter_s, symbolName(symbol), arity);\n                    return undefined;\n                }\n            }\n            return symbol;\n        }\n\n        function getGlobalSymbol(name: __String, meaning: SymbolFlags, diagnostic: DiagnosticMessage | undefined): Symbol | undefined {\n            // Don't track references for global symbols anyway, so value if `isReference` is arbitrary\n            return resolveName(undefined, name, meaning, diagnostic, name, /*isUse*/ false, /*excludeGlobals*/ false, /*getSpellingSuggestions*/ false);\n        }\n\n        function getGlobalType(name: __String, arity: 0, reportErrors: true): ObjectType;\n        function getGlobalType(name: __String, arity: 0, reportErrors: boolean): ObjectType | undefined;\n        function getGlobalType(name: __String, arity: number, reportErrors: true): GenericType;\n        function getGlobalType(name: __String, arity: number, reportErrors: boolean): GenericType | undefined;\n        function getGlobalType(name: __String, arity: number, reportErrors: boolean): ObjectType | undefined {\n            const symbol = getGlobalTypeSymbol(name, reportErrors);\n            return symbol || reportErrors ? getTypeOfGlobalSymbol(symbol, arity) : undefined;\n        }\n\n        function getGlobalTypedPropertyDescriptorType() {\n            // We always report an error, so store a result in the event we could not resolve the symbol to prevent reporting it multiple times\n            return deferredGlobalTypedPropertyDescriptorType ||= getGlobalType(\"TypedPropertyDescriptor\" as __String, /*arity*/ 1, /*reportErrors*/ true) || emptyGenericType;\n        }\n\n        function getGlobalTemplateStringsArrayType() {\n            // We always report an error, so store a result in the event we could not resolve the symbol to prevent reporting it multiple times\n            return deferredGlobalTemplateStringsArrayType ||= getGlobalType(\"TemplateStringsArray\" as __String, /*arity*/ 0, /*reportErrors*/ true) || emptyObjectType;\n        }\n\n        function getGlobalImportMetaType() {\n            // We always report an error, so store a result in the event we could not resolve the symbol to prevent reporting it multiple times\n            return deferredGlobalImportMetaType ||= getGlobalType(\"ImportMeta\" as __String, /*arity*/ 0, /*reportErrors*/ true) || emptyObjectType;\n        }\n\n        function getGlobalImportMetaExpressionType() {\n            if (!deferredGlobalImportMetaExpressionType) {\n                // Create a synthetic type `ImportMetaExpression { meta: MetaProperty }`\n                const symbol = createSymbol(SymbolFlags.None, \"ImportMetaExpression\" as __String);\n                const importMetaType = getGlobalImportMetaType();\n\n                const metaPropertySymbol = createSymbol(SymbolFlags.Property, \"meta\" as __String, CheckFlags.Readonly);\n                metaPropertySymbol.parent = symbol;\n                metaPropertySymbol.type = importMetaType;\n\n                const members = createSymbolTable([metaPropertySymbol]);\n                symbol.members = members;\n\n                deferredGlobalImportMetaExpressionType = createAnonymousType(symbol, members, emptyArray, emptyArray, emptyArray);\n            }\n            return deferredGlobalImportMetaExpressionType;\n        }\n\n        function getGlobalImportCallOptionsType(reportErrors: boolean) {\n            return (deferredGlobalImportCallOptionsType ||= getGlobalType(\"ImportCallOptions\" as __String, /*arity*/ 0, reportErrors)) || emptyObjectType;\n        }\n\n        function getGlobalESSymbolConstructorSymbol(reportErrors: boolean): Symbol | undefined {\n            return deferredGlobalESSymbolConstructorSymbol ||= getGlobalValueSymbol(\"Symbol\" as __String, reportErrors);\n        }\n\n        function getGlobalESSymbolConstructorTypeSymbol(reportErrors: boolean): Symbol | undefined {\n            return deferredGlobalESSymbolConstructorTypeSymbol ||= getGlobalTypeSymbol(\"SymbolConstructor\" as __String, reportErrors);\n        }\n\n        function getGlobalESSymbolType(reportErrors: boolean) {\n            return (deferredGlobalESSymbolType ||= getGlobalType(\"Symbol\" as __String, /*arity*/ 0, reportErrors)) || emptyObjectType;\n        }\n\n        function getGlobalPromiseType(reportErrors: boolean) {\n            return (deferredGlobalPromiseType ||= getGlobalType(\"Promise\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalPromiseLikeType(reportErrors: boolean) {\n            return (deferredGlobalPromiseLikeType ||= getGlobalType(\"PromiseLike\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalPromiseConstructorSymbol(reportErrors: boolean): Symbol | undefined {\n            return deferredGlobalPromiseConstructorSymbol ||= getGlobalValueSymbol(\"Promise\" as __String, reportErrors);\n        }\n\n        function getGlobalPromiseConstructorLikeType(reportErrors: boolean) {\n            return (deferredGlobalPromiseConstructorLikeType ||= getGlobalType(\"PromiseConstructorLike\" as __String, /*arity*/ 0, reportErrors)) || emptyObjectType;\n        }\n\n        function getGlobalAsyncIterableType(reportErrors: boolean) {\n            return (deferredGlobalAsyncIterableType ||= getGlobalType(\"AsyncIterable\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalAsyncIteratorType(reportErrors: boolean) {\n            return (deferredGlobalAsyncIteratorType ||= getGlobalType(\"AsyncIterator\" as __String, /*arity*/ 3, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalAsyncIterableIteratorType(reportErrors: boolean) {\n            return (deferredGlobalAsyncIterableIteratorType ||= getGlobalType(\"AsyncIterableIterator\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalAsyncGeneratorType(reportErrors: boolean) {\n            return (deferredGlobalAsyncGeneratorType ||= getGlobalType(\"AsyncGenerator\" as __String, /*arity*/ 3, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalIterableType(reportErrors: boolean) {\n            return (deferredGlobalIterableType ||= getGlobalType(\"Iterable\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalIteratorType(reportErrors: boolean) {\n            return (deferredGlobalIteratorType ||= getGlobalType(\"Iterator\" as __String, /*arity*/ 3, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalIterableIteratorType(reportErrors: boolean) {\n            return (deferredGlobalIterableIteratorType ||= getGlobalType(\"IterableIterator\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalGeneratorType(reportErrors: boolean) {\n            return (deferredGlobalGeneratorType ||= getGlobalType(\"Generator\" as __String, /*arity*/ 3, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalIteratorYieldResultType(reportErrors: boolean) {\n            return (deferredGlobalIteratorYieldResultType ||= getGlobalType(\"IteratorYieldResult\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalIteratorReturnResultType(reportErrors: boolean) {\n            return (deferredGlobalIteratorReturnResultType ||= getGlobalType(\"IteratorReturnResult\" as __String, /*arity*/ 1, reportErrors)) || emptyGenericType;\n        }\n\n        function getGlobalTypeOrUndefined(name: __String, arity = 0): ObjectType | undefined {\n            const symbol = getGlobalSymbol(name, SymbolFlags.Type, /*diagnostic*/ undefined);\n            return symbol && getTypeOfGlobalSymbol(symbol, arity) as GenericType;\n        }\n\n        function getGlobalExtractSymbol(): Symbol | undefined {\n            // We always report an error, so cache a result in the event we could not resolve the symbol to prevent reporting it multiple times\n            deferredGlobalExtractSymbol ||= getGlobalTypeAliasSymbol(\"Extract\" as __String, /*arity*/ 2, /*reportErrors*/ true) || unknownSymbol;\n            return deferredGlobalExtractSymbol === unknownSymbol ? undefined : deferredGlobalExtractSymbol;\n        }\n\n        function getGlobalOmitSymbol(): Symbol | undefined {\n            // We always report an error, so cache a result in the event we could not resolve the symbol to prevent reporting it multiple times\n            deferredGlobalOmitSymbol ||= getGlobalTypeAliasSymbol(\"Omit\" as __String, /*arity*/ 2, /*reportErrors*/ true) || unknownSymbol;\n            return deferredGlobalOmitSymbol === unknownSymbol ? undefined : deferredGlobalOmitSymbol;\n        }\n\n        function getGlobalAwaitedSymbol(reportErrors: boolean): Symbol | undefined {\n            // Only cache `unknownSymbol` if we are reporting errors so that we don't report the error more than once.\n            deferredGlobalAwaitedSymbol ||= getGlobalTypeAliasSymbol(\"Awaited\" as __String, /*arity*/ 1, reportErrors) || (reportErrors ? unknownSymbol : undefined);\n            return deferredGlobalAwaitedSymbol === unknownSymbol ? undefined : deferredGlobalAwaitedSymbol;\n        }\n\n        function getGlobalBigIntType(reportErrors: boolean) {\n            return (deferredGlobalBigIntType ||= getGlobalType(\"BigInt\" as __String, /*arity*/ 0, reportErrors)) || emptyObjectType;\n        }\n\n        /**\n          * Instantiates a global type that is generic with some element type, and returns that instantiation.\n          */\n        function createTypeFromGenericGlobalType(genericGlobalType: GenericType, typeArguments: readonly Type[]): ObjectType {\n            return genericGlobalType !== emptyGenericType ? createTypeReference(genericGlobalType, typeArguments) : emptyObjectType;\n        }\n\n        function createTypedPropertyDescriptorType(propertyType: Type): Type {\n            return createTypeFromGenericGlobalType(getGlobalTypedPropertyDescriptorType(), [propertyType]);\n        }\n\n        function createIterableType(iteratedType: Type): Type {\n            return createTypeFromGenericGlobalType(getGlobalIterableType(/*reportErrors*/ true), [iteratedType]);\n        }\n\n        function createArrayType(elementType: Type, readonly?: boolean): ObjectType {\n            return createTypeFromGenericGlobalType(readonly ? globalReadonlyArrayType : globalArrayType, [elementType]);\n        }\n\n        function getTupleElementFlags(node: TypeNode) {\n            switch (node.kind) {\n                case SyntaxKind.OptionalType:\n                    return ElementFlags.Optional;\n                case SyntaxKind.RestType:\n                    return getRestTypeElementFlags(node as RestTypeNode);\n                case SyntaxKind.NamedTupleMember:\n                    return (node as NamedTupleMember).questionToken ? ElementFlags.Optional :\n                        (node as NamedTupleMember).dotDotDotToken ? getRestTypeElementFlags(node as NamedTupleMember) :\n                        ElementFlags.Required;\n                default:\n                    return ElementFlags.Required;\n            }\n        }\n\n        function getRestTypeElementFlags(node: RestTypeNode | NamedTupleMember) {\n            return getArrayElementTypeNode(node.type) ? ElementFlags.Rest : ElementFlags.Variadic;\n        }\n\n        function getArrayOrTupleTargetType(node: ArrayTypeNode | TupleTypeNode): GenericType {\n            const readonly = isReadonlyTypeOperator(node.parent);\n            const elementType = getArrayElementTypeNode(node);\n            if (elementType) {\n                return readonly ? globalReadonlyArrayType : globalArrayType;\n            }\n            const elementFlags = map((node as TupleTypeNode).elements, getTupleElementFlags);\n            const missingName = some((node as TupleTypeNode).elements, e => e.kind !== SyntaxKind.NamedTupleMember);\n            return getTupleTargetType(elementFlags, readonly, /*associatedNames*/ missingName ? undefined : (node as TupleTypeNode).elements as readonly NamedTupleMember[]);\n        }\n\n        // Return true if the given type reference node is directly aliased or if it needs to be deferred\n        // because it is possibly contained in a circular chain of eagerly resolved types.\n        function isDeferredTypeReferenceNode(node: TypeReferenceNode | ArrayTypeNode | TupleTypeNode, hasDefaultTypeArguments?: boolean) {\n            return !!getAliasSymbolForTypeNode(node) || isResolvedByTypeAlias(node) && (\n                node.kind === SyntaxKind.ArrayType ? mayResolveTypeAlias(node.elementType) :\n                node.kind === SyntaxKind.TupleType ? some(node.elements, mayResolveTypeAlias) :\n                hasDefaultTypeArguments || some(node.typeArguments, mayResolveTypeAlias));\n        }\n\n        // Return true when the given node is transitively contained in type constructs that eagerly\n        // resolve their constituent types. We include SyntaxKind.TypeReference because type arguments\n        // of type aliases are eagerly resolved.\n        function isResolvedByTypeAlias(node: Node): boolean {\n            const parent = node.parent;\n            switch (parent.kind) {\n                case SyntaxKind.ParenthesizedType:\n                case SyntaxKind.NamedTupleMember:\n                case SyntaxKind.TypeReference:\n                case SyntaxKind.UnionType:\n                case SyntaxKind.IntersectionType:\n                case SyntaxKind.IndexedAccessType:\n                case SyntaxKind.ConditionalType:\n                case SyntaxKind.TypeOperator:\n                case SyntaxKind.ArrayType:\n                case SyntaxKind.TupleType:\n                    return isResolvedByTypeAlias(parent);\n                case SyntaxKind.TypeAliasDeclaration:\n                    return true;\n            }\n            return false;\n        }\n\n        // Return true if resolving the given node (i.e. getTypeFromTypeNode) possibly causes resolution\n        // of a type alias.\n        function mayResolveTypeAlias(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.TypeReference:\n                    return isJSDocTypeReference(node) || !!(resolveTypeReferenceName(node as TypeReferenceNode, SymbolFlags.Type).flags & SymbolFlags.TypeAlias);\n                case SyntaxKind.TypeQuery:\n                    return true;\n                case SyntaxKind.TypeOperator:\n                    return (node as TypeOperatorNode).operator !== SyntaxKind.UniqueKeyword && mayResolveTypeAlias((node as TypeOperatorNode).type);\n                case SyntaxKind.ParenthesizedType:\n                case SyntaxKind.OptionalType:\n                case SyntaxKind.NamedTupleMember:\n                case SyntaxKind.JSDocOptionalType:\n                case SyntaxKind.JSDocNullableType:\n                case SyntaxKind.JSDocNonNullableType:\n                case SyntaxKind.JSDocTypeExpression:\n                    return mayResolveTypeAlias((node as ParenthesizedTypeNode | OptionalTypeNode | JSDocTypeReferencingNode | NamedTupleMember).type);\n                case SyntaxKind.RestType:\n                    return (node as RestTypeNode).type.kind !== SyntaxKind.ArrayType || mayResolveTypeAlias(((node as RestTypeNode).type as ArrayTypeNode).elementType);\n                case SyntaxKind.UnionType:\n                case SyntaxKind.IntersectionType:\n                    return some((node as UnionOrIntersectionTypeNode).types, mayResolveTypeAlias);\n                case SyntaxKind.IndexedAccessType:\n                    return mayResolveTypeAlias((node as IndexedAccessTypeNode).objectType) || mayResolveTypeAlias((node as IndexedAccessTypeNode).indexType);\n                case SyntaxKind.ConditionalType:\n                    return mayResolveTypeAlias((node as ConditionalTypeNode).checkType) || mayResolveTypeAlias((node as ConditionalTypeNode).extendsType) ||\n                        mayResolveTypeAlias((node as ConditionalTypeNode).trueType) || mayResolveTypeAlias((node as ConditionalTypeNode).falseType);\n            }\n            return false;\n        }\n\n        function getTypeFromArrayOrTupleTypeNode(node: ArrayTypeNode | TupleTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const target = getArrayOrTupleTargetType(node);\n                if (target === emptyGenericType) {\n                    links.resolvedType = emptyObjectType;\n                }\n                else if (!(node.kind === SyntaxKind.TupleType && some(node.elements, e => !!(getTupleElementFlags(e) & ElementFlags.Variadic))) && isDeferredTypeReferenceNode(node)) {\n                    links.resolvedType = node.kind === SyntaxKind.TupleType && node.elements.length === 0 ? target :\n                        createDeferredTypeReference(target, node, /*mapper*/ undefined);\n                }\n                else {\n                    const elementTypes = node.kind === SyntaxKind.ArrayType ? [getTypeFromTypeNode(node.elementType)] : map(node.elements, getTypeFromTypeNode);\n                    links.resolvedType = createNormalizedTypeReference(target, elementTypes);\n                }\n            }\n            return links.resolvedType;\n        }\n\n        function isReadonlyTypeOperator(node: Node) {\n            return isTypeOperatorNode(node) && node.operator === SyntaxKind.ReadonlyKeyword;\n        }\n\n        function createTupleType(elementTypes: readonly Type[], elementFlags?: readonly ElementFlags[], readonly = false, namedMemberDeclarations?: readonly (NamedTupleMember | ParameterDeclaration)[]) {\n            const tupleTarget = getTupleTargetType(elementFlags || map(elementTypes, _ => ElementFlags.Required), readonly, namedMemberDeclarations);\n            return tupleTarget === emptyGenericType ? emptyObjectType :\n                elementTypes.length ? createNormalizedTypeReference(tupleTarget, elementTypes) :\n                tupleTarget;\n        }\n\n        function getTupleTargetType(elementFlags: readonly ElementFlags[], readonly: boolean, namedMemberDeclarations?: readonly (NamedTupleMember | ParameterDeclaration)[]): GenericType {\n            if (elementFlags.length === 1 && elementFlags[0] & ElementFlags.Rest) {\n                // [...X[]] is equivalent to just X[]\n                return readonly ? globalReadonlyArrayType : globalArrayType;\n            }\n            const key = map(elementFlags, f => f & ElementFlags.Required ? \"#\" : f & ElementFlags.Optional ? \"?\" : f & ElementFlags.Rest ? \".\" : \"*\").join() +\n                (readonly ? \"R\" : \"\") +\n                (namedMemberDeclarations && namedMemberDeclarations.length ? \",\" + map(namedMemberDeclarations, getNodeId).join(\",\") : \"\");\n            let type = tupleTypes.get(key);\n            if (!type) {\n                tupleTypes.set(key, type = createTupleTargetType(elementFlags, readonly, namedMemberDeclarations));\n            }\n            return type;\n        }\n\n        // We represent tuple types as type references to synthesized generic interface types created by\n        // this function. The types are of the form:\n        //\n        //   interface Tuple<T0, T1, T2, ...> extends Array<T0 | T1 | T2 | ...> { 0: T0, 1: T1, 2: T2, ... }\n        //\n        // Note that the generic type created by this function has no symbol associated with it. The same\n        // is true for each of the synthesized type parameters.\n        function createTupleTargetType(elementFlags: readonly ElementFlags[], readonly: boolean, namedMemberDeclarations: readonly (NamedTupleMember | ParameterDeclaration)[] | undefined): TupleType {\n            const arity = elementFlags.length;\n            const minLength = countWhere(elementFlags, f => !!(f & (ElementFlags.Required | ElementFlags.Variadic)));\n            let typeParameters: TypeParameter[] | undefined;\n            const properties: Symbol[] = [];\n            let combinedFlags: ElementFlags = 0;\n            if (arity) {\n                typeParameters = new Array(arity);\n                for (let i = 0; i < arity; i++) {\n                    const typeParameter = typeParameters[i] = createTypeParameter();\n                    const flags = elementFlags[i];\n                    combinedFlags |= flags;\n                    if (!(combinedFlags & ElementFlags.Variable)) {\n                        const property = createSymbol(SymbolFlags.Property | (flags & ElementFlags.Optional ? SymbolFlags.Optional : 0),\n                            \"\" + i as __String, readonly ? CheckFlags.Readonly : 0);\n                        property.tupleLabelDeclaration = namedMemberDeclarations?.[i];\n                        property.type = typeParameter;\n                        properties.push(property);\n                    }\n                }\n            }\n            const fixedLength = properties.length;\n            const lengthSymbol = createSymbol(SymbolFlags.Property, \"length\" as __String, readonly ? CheckFlags.Readonly : 0);\n            if (combinedFlags & ElementFlags.Variable) {\n                lengthSymbol.type = numberType;\n            }\n            else {\n                const literalTypes = [];\n                for (let i = minLength; i <= arity; i++) literalTypes.push(getNumberLiteralType(i));\n                lengthSymbol.type = getUnionType(literalTypes);\n            }\n            properties.push(lengthSymbol);\n            const type = createObjectType(ObjectFlags.Tuple | ObjectFlags.Reference) as TupleType & InterfaceTypeWithDeclaredMembers;\n            type.typeParameters = typeParameters;\n            type.outerTypeParameters = undefined;\n            type.localTypeParameters = typeParameters;\n            type.instantiations = new Map<string, TypeReference>();\n            type.instantiations.set(getTypeListId(type.typeParameters), type as GenericType);\n            type.target = type as GenericType;\n            type.resolvedTypeArguments = type.typeParameters;\n            type.thisType = createTypeParameter();\n            type.thisType.isThisType = true;\n            type.thisType.constraint = type;\n            type.declaredProperties = properties;\n            type.declaredCallSignatures = emptyArray;\n            type.declaredConstructSignatures = emptyArray;\n            type.declaredIndexInfos = emptyArray;\n            type.elementFlags = elementFlags;\n            type.minLength = minLength;\n            type.fixedLength = fixedLength;\n            type.hasRestElement = !!(combinedFlags & ElementFlags.Variable);\n            type.combinedFlags = combinedFlags;\n            type.readonly = readonly;\n            type.labeledElementDeclarations = namedMemberDeclarations;\n            return type;\n        }\n\n        function createNormalizedTypeReference(target: GenericType, typeArguments: readonly Type[] | undefined) {\n            return target.objectFlags & ObjectFlags.Tuple ? createNormalizedTupleType(target as TupleType, typeArguments!) : createTypeReference(target, typeArguments);\n        }\n\n        function createNormalizedTupleType(target: TupleType, elementTypes: readonly Type[]): Type {\n            if (!(target.combinedFlags & ElementFlags.NonRequired)) {\n                // No need to normalize when we only have regular required elements\n                return createTypeReference(target, elementTypes);\n            }\n            if (target.combinedFlags & ElementFlags.Variadic) {\n                // Transform [A, ...(X | Y | Z)] into [A, ...X] | [A, ...Y] | [A, ...Z]\n                const unionIndex = findIndex(elementTypes, (t, i) => !!(target.elementFlags[i] & ElementFlags.Variadic && t.flags & (TypeFlags.Never | TypeFlags.Union)));\n                if (unionIndex >= 0) {\n                    return checkCrossProductUnion(map(elementTypes, (t, i) => target.elementFlags[i] & ElementFlags.Variadic ? t : unknownType)) ?\n                        mapType(elementTypes[unionIndex], t => createNormalizedTupleType(target, replaceElement(elementTypes, unionIndex, t))) :\n                        errorType;\n                }\n            }\n            // We have optional, rest, or variadic elements that may need normalizing. Normalization ensures that all variadic\n            // elements are generic and that the tuple type has one of the following layouts, disregarding variadic elements:\n            // (1) Zero or more required elements, followed by zero or more optional elements, followed by zero or one rest element.\n            // (2) Zero or more required elements, followed by a rest element, followed by zero or more required elements.\n            // In either layout, zero or more generic variadic elements may be present at any location.\n            const expandedTypes: Type[] = [];\n            const expandedFlags: ElementFlags[] = [];\n            let expandedDeclarations: (NamedTupleMember | ParameterDeclaration)[] | undefined = [];\n            let lastRequiredIndex = -1;\n            let firstRestIndex = -1;\n            let lastOptionalOrRestIndex = -1;\n            for (let i = 0; i < elementTypes.length; i++) {\n                const type = elementTypes[i];\n                const flags = target.elementFlags[i];\n                if (flags & ElementFlags.Variadic) {\n                    if (type.flags & TypeFlags.InstantiableNonPrimitive || isGenericMappedType(type)) {\n                        // Generic variadic elements stay as they are.\n                        addElement(type, ElementFlags.Variadic, target.labeledElementDeclarations?.[i]);\n                    }\n                    else if (isTupleType(type)) {\n                        const elements = getTypeArguments(type);\n                        if (elements.length + expandedTypes.length >= 10_000) {\n                            error(currentNode, isPartOfTypeNode(currentNode!)\n                                ? Diagnostics.Type_produces_a_tuple_type_that_is_too_large_to_represent\n                                : Diagnostics.Expression_produces_a_tuple_type_that_is_too_large_to_represent);\n                            return errorType;\n                        }\n                        // Spread variadic elements with tuple types into the resulting tuple.\n                        forEach(elements, (t, n) => addElement(t, type.target.elementFlags[n], type.target.labeledElementDeclarations?.[n]));\n                    }\n                    else {\n                        // Treat everything else as an array type and create a rest element.\n                        addElement(isArrayLikeType(type) && getIndexTypeOfType(type, numberType) || errorType, ElementFlags.Rest, target.labeledElementDeclarations?.[i]);\n                    }\n                }\n                else {\n                    // Copy other element kinds with no change.\n                    addElement(type, flags, target.labeledElementDeclarations?.[i]);\n                }\n            }\n            // Turn optional elements preceding the last required element into required elements\n            for (let i = 0; i < lastRequiredIndex; i++) {\n                if (expandedFlags[i] & ElementFlags.Optional) expandedFlags[i] = ElementFlags.Required;\n            }\n            if (firstRestIndex >= 0 && firstRestIndex < lastOptionalOrRestIndex) {\n                // Turn elements between first rest and last optional/rest into a single rest element\n                expandedTypes[firstRestIndex] = getUnionType(sameMap(expandedTypes.slice(firstRestIndex, lastOptionalOrRestIndex + 1),\n                    (t, i) => expandedFlags[firstRestIndex + i] & ElementFlags.Variadic ? getIndexedAccessType(t, numberType) : t));\n                expandedTypes.splice(firstRestIndex + 1, lastOptionalOrRestIndex - firstRestIndex);\n                expandedFlags.splice(firstRestIndex + 1, lastOptionalOrRestIndex - firstRestIndex);\n                expandedDeclarations?.splice(firstRestIndex + 1, lastOptionalOrRestIndex - firstRestIndex);\n            }\n            const tupleTarget = getTupleTargetType(expandedFlags, target.readonly, expandedDeclarations);\n            return tupleTarget === emptyGenericType ? emptyObjectType :\n                expandedFlags.length ? createTypeReference(tupleTarget, expandedTypes) :\n                tupleTarget;\n\n            function addElement(type: Type, flags: ElementFlags, declaration: NamedTupleMember | ParameterDeclaration | undefined) {\n                if (flags & ElementFlags.Required) {\n                    lastRequiredIndex = expandedFlags.length;\n                }\n                if (flags & ElementFlags.Rest && firstRestIndex < 0) {\n                    firstRestIndex = expandedFlags.length;\n                }\n                if (flags & (ElementFlags.Optional | ElementFlags.Rest)) {\n                    lastOptionalOrRestIndex = expandedFlags.length;\n                }\n                expandedTypes.push(type);\n                expandedFlags.push(flags);\n                if (expandedDeclarations && declaration) {\n                    expandedDeclarations.push(declaration);\n                }\n                else {\n                    expandedDeclarations = undefined;\n                }\n            }\n        }\n\n        function sliceTupleType(type: TupleTypeReference, index: number, endSkipCount = 0) {\n            const target = type.target;\n            const endIndex = getTypeReferenceArity(type) - endSkipCount;\n            return index > target.fixedLength ? getRestArrayTypeOfTupleType(type) || createTupleType(emptyArray) :\n                createTupleType(getTypeArguments(type).slice(index, endIndex), target.elementFlags.slice(index, endIndex),\n                    /*readonly*/ false, target.labeledElementDeclarations && target.labeledElementDeclarations.slice(index, endIndex));\n        }\n\n        function getKnownKeysOfTupleType(type: TupleTypeReference) {\n            return getUnionType(append(arrayOf(type.target.fixedLength, i => getStringLiteralType(\"\" + i)),\n                getIndexType(type.target.readonly ? globalReadonlyArrayType : globalArrayType)));\n        }\n\n        // Return count of starting consecutive tuple elements of the given kind(s)\n        function getStartElementCount(type: TupleType, flags: ElementFlags) {\n            const index = findIndex(type.elementFlags, f => !(f & flags));\n            return index >= 0 ? index : type.elementFlags.length;\n        }\n\n        // Return count of ending consecutive tuple elements of the given kind(s)\n        function getEndElementCount(type: TupleType, flags: ElementFlags) {\n            return type.elementFlags.length - findLastIndex(type.elementFlags, f => !(f & flags)) - 1;\n        }\n\n        function getTypeFromOptionalTypeNode(node: OptionalTypeNode): Type {\n            return addOptionality(getTypeFromTypeNode(node.type), /*isProperty*/ true);\n        }\n\n        function getTypeId(type: Type): TypeId {\n            return type.id;\n        }\n\n        function containsType(types: readonly Type[], type: Type): boolean {\n            return binarySearch(types, type, getTypeId, compareValues) >= 0;\n        }\n\n        function insertType(types: Type[], type: Type): boolean {\n            const index = binarySearch(types, type, getTypeId, compareValues);\n            if (index < 0) {\n                types.splice(~index, 0, type);\n                return true;\n            }\n            return false;\n        }\n\n        function addTypeToUnion(typeSet: Type[], includes: TypeFlags, type: Type) {\n            const flags = type.flags;\n            if (flags & TypeFlags.Union) {\n                return addTypesToUnion(typeSet, includes | (isNamedUnionType(type) ? TypeFlags.Union : 0), (type as UnionType).types);\n            }\n            // We ignore 'never' types in unions\n            if (!(flags & TypeFlags.Never)) {\n                includes |= flags & TypeFlags.IncludesMask;\n                if (flags & TypeFlags.Instantiable) includes |= TypeFlags.IncludesInstantiable;\n                if (type === wildcardType) includes |= TypeFlags.IncludesWildcard;\n                if (!strictNullChecks && flags & TypeFlags.Nullable) {\n                    if (!(getObjectFlags(type) & ObjectFlags.ContainsWideningType)) includes |= TypeFlags.IncludesNonWideningType;\n                }\n                else {\n                    const len = typeSet.length;\n                    const index = len && type.id > typeSet[len - 1].id ? ~len : binarySearch(typeSet, type, getTypeId, compareValues);\n                    if (index < 0) {\n                        typeSet.splice(~index, 0, type);\n                    }\n                }\n            }\n            return includes;\n        }\n\n        // Add the given types to the given type set. Order is preserved, duplicates are removed,\n        // and nested types of the given kind are flattened into the set.\n        function addTypesToUnion(typeSet: Type[], includes: TypeFlags, types: readonly Type[]): TypeFlags {\n            for (const type of types) {\n                includes = addTypeToUnion(typeSet, includes, type);\n            }\n            return includes;\n        }\n\n        function removeSubtypes(types: Type[], hasObjectTypes: boolean): Type[] | undefined {\n            // [] and [T] immediately reduce to [] and [T] respectively\n            if (types.length < 2) {\n                return types;\n            }\n\n            const id = getTypeListId(types);\n            const match = subtypeReductionCache.get(id);\n            if (match) {\n                return match;\n            }\n\n            // We assume that redundant primitive types have already been removed from the types array and that there\n            // are no any and unknown types in the array. Thus, the only possible supertypes for primitive types are empty\n            // object types, and if none of those are present we can exclude primitive types from the subtype check.\n            const hasEmptyObject = hasObjectTypes && some(types, t => !!(t.flags & TypeFlags.Object) && !isGenericMappedType(t) && isEmptyResolvedType(resolveStructuredTypeMembers(t as ObjectType)));\n            const len = types.length;\n            let i = len;\n            let count = 0;\n            while (i > 0) {\n                i--;\n                const source = types[i];\n                if (hasEmptyObject || source.flags & TypeFlags.StructuredOrInstantiable) {\n                    // Find the first property with a unit type, if any. When constituents have a property by the same name\n                    // but of a different unit type, we can quickly disqualify them from subtype checks. This helps subtype\n                    // reduction of large discriminated union types.\n                    const keyProperty = source.flags & (TypeFlags.Object | TypeFlags.Intersection | TypeFlags.InstantiableNonPrimitive) ?\n                        find(getPropertiesOfType(source), p => isUnitType(getTypeOfSymbol(p))) :\n                        undefined;\n                    const keyPropertyType = keyProperty && getRegularTypeOfLiteralType(getTypeOfSymbol(keyProperty));\n                    for (const target of types) {\n                        if (source !== target) {\n                            if (count === 100000) {\n                                // After 100000 subtype checks we estimate the remaining amount of work by assuming the\n                                // same ratio of checks per element. If the estimated number of remaining type checks is\n                                // greater than 1M we deem the union type too complex to represent. This for example\n                                // caps union types at 1000 unique object types.\n                                const estimatedCount = (count / (len - i)) * len;\n                                if (estimatedCount > 1000000) {\n                                    tracing?.instant(tracing.Phase.CheckTypes, \"removeSubtypes_DepthLimit\", { typeIds: types.map(t => t.id) });\n                                    error(currentNode, Diagnostics.Expression_produces_a_union_type_that_is_too_complex_to_represent);\n                                    return undefined;\n                                }\n                            }\n                            count++;\n                            if (keyProperty && target.flags & (TypeFlags.Object | TypeFlags.Intersection | TypeFlags.InstantiableNonPrimitive)) {\n                                const t = getTypeOfPropertyOfType(target, keyProperty.escapedName);\n                                if (t && isUnitType(t) && getRegularTypeOfLiteralType(t) !== keyPropertyType) {\n                                    continue;\n                                }\n                            }\n                            if (isTypeRelatedTo(source, target, strictSubtypeRelation) && (\n                                !(getObjectFlags(getTargetType(source)) & ObjectFlags.Class) ||\n                                !(getObjectFlags(getTargetType(target)) & ObjectFlags.Class) ||\n                                isTypeDerivedFrom(source, target))) {\n                                orderedRemoveItemAt(types, i);\n                                break;\n                            }\n                        }\n                    }\n                }\n            }\n            subtypeReductionCache.set(id, types);\n            return types;\n        }\n\n        function removeRedundantLiteralTypes(types: Type[], includes: TypeFlags, reduceVoidUndefined: boolean) {\n            let i = types.length;\n            while (i > 0) {\n                i--;\n                const t = types[i];\n                const flags = t.flags;\n                const remove =\n                    flags & (TypeFlags.StringLiteral | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) && includes & TypeFlags.String ||\n                    flags & TypeFlags.NumberLiteral && includes & TypeFlags.Number ||\n                    flags & TypeFlags.BigIntLiteral && includes & TypeFlags.BigInt ||\n                    flags & TypeFlags.UniqueESSymbol && includes & TypeFlags.ESSymbol ||\n                    reduceVoidUndefined && flags & TypeFlags.Undefined && includes & TypeFlags.Void ||\n                    isFreshLiteralType(t) && containsType(types, (t as LiteralType).regularType);\n                if (remove) {\n                    orderedRemoveItemAt(types, i);\n                }\n            }\n        }\n\n        function removeStringLiteralsMatchedByTemplateLiterals(types: Type[]) {\n            const templates = filter(types, isPatternLiteralType) as TemplateLiteralType[];\n            if (templates.length) {\n                let i = types.length;\n                while (i > 0) {\n                    i--;\n                    const t = types[i];\n                    if (t.flags & TypeFlags.StringLiteral && some(templates, template => isTypeMatchedByTemplateLiteralType(t, template))) {\n                        orderedRemoveItemAt(types, i);\n                    }\n                }\n            }\n        }\n\n        function isNamedUnionType(type: Type) {\n            return !!(type.flags & TypeFlags.Union && (type.aliasSymbol || (type as UnionType).origin));\n        }\n\n        function addNamedUnions(namedUnions: Type[], types: readonly Type[]) {\n            for (const t of types) {\n                if (t.flags & TypeFlags.Union) {\n                    const origin = (t as UnionType).origin;\n                    if (t.aliasSymbol || origin && !(origin.flags & TypeFlags.Union)) {\n                        pushIfUnique(namedUnions, t);\n                    }\n                    else if (origin && origin.flags & TypeFlags.Union) {\n                        addNamedUnions(namedUnions, (origin as UnionType).types);\n                    }\n                }\n            }\n        }\n\n        function createOriginUnionOrIntersectionType(flags: TypeFlags, types: Type[]) {\n            const result = createOriginType(flags) as UnionOrIntersectionType;\n            result.types = types;\n            return result;\n        }\n\n        // We sort and deduplicate the constituent types based on object identity. If the subtypeReduction\n        // flag is specified we also reduce the constituent type set to only include types that aren't subtypes\n        // of other types. Subtype reduction is expensive for large union types and is possible only when union\n        // types are known not to circularly reference themselves (as is the case with union types created by\n        // expression constructs such as array literals and the || and ?: operators). Named types can\n        // circularly reference themselves and therefore cannot be subtype reduced during their declaration.\n        // For example, \"type Item = string | (() => Item\" is a named type that circularly references itself.\n        function getUnionType(types: readonly Type[], unionReduction: UnionReduction = UnionReduction.Literal, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[], origin?: Type): Type {\n            if (types.length === 0) {\n                return neverType;\n            }\n            if (types.length === 1) {\n                return types[0];\n            }\n            let typeSet: Type[] | undefined = [];\n            const includes = addTypesToUnion(typeSet, 0, types);\n            if (unionReduction !== UnionReduction.None) {\n                if (includes & TypeFlags.AnyOrUnknown) {\n                    return includes & TypeFlags.Any ?\n                        includes & TypeFlags.IncludesWildcard ? wildcardType : anyType :\n                        includes & TypeFlags.Null || containsType(typeSet, unknownType) ? unknownType : nonNullUnknownType;\n                }\n                if (exactOptionalPropertyTypes && includes & TypeFlags.Undefined) {\n                    const missingIndex = binarySearch(typeSet, missingType, getTypeId, compareValues);\n                    if (missingIndex >= 0 && containsType(typeSet, undefinedType)) {\n                        orderedRemoveItemAt(typeSet, missingIndex);\n                    }\n                }\n                if (includes & (TypeFlags.Literal | TypeFlags.UniqueESSymbol | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) || includes & TypeFlags.Void && includes & TypeFlags.Undefined) {\n                    removeRedundantLiteralTypes(typeSet, includes, !!(unionReduction & UnionReduction.Subtype));\n                }\n                if (includes & TypeFlags.StringLiteral && includes & TypeFlags.TemplateLiteral) {\n                    removeStringLiteralsMatchedByTemplateLiterals(typeSet);\n                }\n                if (unionReduction === UnionReduction.Subtype) {\n                    typeSet = removeSubtypes(typeSet, !!(includes & TypeFlags.Object));\n                    if (!typeSet) {\n                        return errorType;\n                    }\n                }\n                if (typeSet.length === 0) {\n                    return includes & TypeFlags.Null ? includes & TypeFlags.IncludesNonWideningType ? nullType : nullWideningType :\n                        includes & TypeFlags.Undefined ? includes & TypeFlags.IncludesNonWideningType ? undefinedType : undefinedWideningType :\n                        neverType;\n                }\n            }\n            if (!origin && includes & TypeFlags.Union) {\n                const namedUnions: Type[] = [];\n                addNamedUnions(namedUnions, types);\n                const reducedTypes: Type[] = [];\n                for (const t of typeSet) {\n                    if (!some(namedUnions, union => containsType((union as UnionType).types, t))) {\n                        reducedTypes.push(t);\n                    }\n                }\n                if (!aliasSymbol && namedUnions.length === 1 && reducedTypes.length === 0) {\n                    return namedUnions[0];\n                }\n                // We create a denormalized origin type only when the union was created from one or more named unions\n                // (unions with alias symbols or origins) and when there is no overlap between those named unions.\n                const namedTypesCount = reduceLeft(namedUnions, (sum, union) => sum + (union as UnionType).types.length, 0);\n                if (namedTypesCount + reducedTypes.length === typeSet.length) {\n                    for (const t of namedUnions) {\n                        insertType(reducedTypes, t);\n                    }\n                    origin = createOriginUnionOrIntersectionType(TypeFlags.Union, reducedTypes);\n                }\n            }\n            const objectFlags = (includes & TypeFlags.NotPrimitiveUnion ? 0 : ObjectFlags.PrimitiveUnion) |\n                (includes & TypeFlags.Intersection ? ObjectFlags.ContainsIntersections : 0);\n            return getUnionTypeFromSortedList(typeSet, objectFlags, aliasSymbol, aliasTypeArguments, origin);\n        }\n\n        function getUnionOrIntersectionTypePredicate(signatures: readonly Signature[], kind: TypeFlags | undefined): TypePredicate | undefined {\n            let first: TypePredicate | undefined;\n            const types: Type[] = [];\n            for (const sig of signatures) {\n                const pred = getTypePredicateOfSignature(sig);\n                if (!pred || pred.kind === TypePredicateKind.AssertsThis || pred.kind === TypePredicateKind.AssertsIdentifier) {\n                    if (kind !== TypeFlags.Intersection) {\n                        continue;\n                    }\n                    else {\n                        return; // intersections demand all members be type predicates for the result to have a predicate\n                    }\n                }\n\n                if (first) {\n                    if (!typePredicateKindsMatch(first, pred)) {\n                        // No common type predicate.\n                        return undefined;\n                    }\n                }\n                else {\n                    first = pred;\n                }\n                types.push(pred.type);\n            }\n            if (!first) {\n                // No signatures had a type predicate.\n                return undefined;\n            }\n            const compositeType = getUnionOrIntersectionType(types, kind);\n            return createTypePredicate(first.kind, first.parameterName, first.parameterIndex, compositeType);\n        }\n\n        function typePredicateKindsMatch(a: TypePredicate, b: TypePredicate): boolean {\n            return a.kind === b.kind && a.parameterIndex === b.parameterIndex;\n        }\n\n        // This function assumes the constituent type list is sorted and deduplicated.\n        function getUnionTypeFromSortedList(types: Type[], objectFlags: ObjectFlags, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[], origin?: Type): Type {\n            if (types.length === 0) {\n                return neverType;\n            }\n            if (types.length === 1) {\n                return types[0];\n            }\n            const typeKey = !origin ? getTypeListId(types) :\n                origin.flags & TypeFlags.Union ? `|${getTypeListId((origin as UnionType).types)}` :\n                origin.flags & TypeFlags.Intersection ? `&${getTypeListId((origin as IntersectionType).types)}` :\n                `#${(origin as IndexType).type.id}|${getTypeListId(types)}`; // origin type id alone is insufficient, as `keyof x` may resolve to multiple WIP values while `x` is still resolving\n            const id = typeKey + getAliasId(aliasSymbol, aliasTypeArguments);\n            let type = unionTypes.get(id);\n            if (!type) {\n                type = createType(TypeFlags.Union) as UnionType;\n                type.objectFlags = objectFlags | getPropagatingFlagsOfTypes(types, /*excludeKinds*/ TypeFlags.Nullable);\n                type.types = types;\n                type.origin = origin;\n                type.aliasSymbol = aliasSymbol;\n                type.aliasTypeArguments = aliasTypeArguments;\n                if (types.length === 2 && types[0].flags & TypeFlags.BooleanLiteral && types[1].flags & TypeFlags.BooleanLiteral) {\n                    type.flags |= TypeFlags.Boolean;\n                    (type as UnionType & IntrinsicType).intrinsicName = \"boolean\";\n                }\n                unionTypes.set(id, type);\n            }\n            return type;\n        }\n\n        function getTypeFromUnionTypeNode(node: UnionTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const aliasSymbol = getAliasSymbolForTypeNode(node);\n                links.resolvedType = getUnionType(map(node.types, getTypeFromTypeNode), UnionReduction.Literal,\n                    aliasSymbol, getTypeArgumentsForAliasSymbol(aliasSymbol));\n            }\n            return links.resolvedType;\n        }\n\n        function addTypeToIntersection(typeSet: ESMap<string, Type>, includes: TypeFlags, type: Type) {\n            const flags = type.flags;\n            if (flags & TypeFlags.Intersection) {\n                return addTypesToIntersection(typeSet, includes, (type as IntersectionType).types);\n            }\n            if (isEmptyAnonymousObjectType(type)) {\n                if (!(includes & TypeFlags.IncludesEmptyObject)) {\n                    includes |= TypeFlags.IncludesEmptyObject;\n                    typeSet.set(type.id.toString(), type);\n                }\n            }\n            else {\n                if (flags & TypeFlags.AnyOrUnknown) {\n                    if (type === wildcardType) includes |= TypeFlags.IncludesWildcard;\n                }\n                else if (strictNullChecks || !(flags & TypeFlags.Nullable)) {\n                    if (exactOptionalPropertyTypes && type === missingType) {\n                        includes |= TypeFlags.IncludesMissingType;\n                        type = undefinedType;\n                    }\n                    if (!typeSet.has(type.id.toString())) {\n                        if (type.flags & TypeFlags.Unit && includes & TypeFlags.Unit) {\n                            // We have seen two distinct unit types which means we should reduce to an\n                            // empty intersection. Adding TypeFlags.NonPrimitive causes that to happen.\n                            includes |= TypeFlags.NonPrimitive;\n                        }\n                        typeSet.set(type.id.toString(), type);\n                    }\n                }\n                includes |= flags & TypeFlags.IncludesMask;\n            }\n            return includes;\n        }\n\n        // Add the given types to the given type set. Order is preserved, freshness is removed from literal\n        // types, duplicates are removed, and nested types of the given kind are flattened into the set.\n        function addTypesToIntersection(typeSet: ESMap<string, Type>, includes: TypeFlags, types: readonly Type[]) {\n            for (const type of types) {\n                includes = addTypeToIntersection(typeSet, includes, getRegularTypeOfLiteralType(type));\n            }\n            return includes;\n        }\n\n        function removeRedundantPrimitiveTypes(types: Type[], includes: TypeFlags) {\n            let i = types.length;\n            while (i > 0) {\n                i--;\n                const t = types[i];\n                const remove =\n                    t.flags & TypeFlags.String && includes & TypeFlags.StringLiteral ||\n                    t.flags & TypeFlags.Number && includes & TypeFlags.NumberLiteral ||\n                    t.flags & TypeFlags.BigInt && includes & TypeFlags.BigIntLiteral ||\n                    t.flags & TypeFlags.ESSymbol && includes & TypeFlags.UniqueESSymbol;\n                if (remove) {\n                    orderedRemoveItemAt(types, i);\n                }\n            }\n        }\n\n        // Check that the given type has a match in every union. A given type is matched by\n        // an identical type, and a literal type is additionally matched by its corresponding\n        // primitive type.\n        function eachUnionContains(unionTypes: UnionType[], type: Type) {\n            for (const u of unionTypes) {\n                if (!containsType(u.types, type)) {\n                    const primitive = type.flags & TypeFlags.StringLiteral ? stringType :\n                        type.flags & TypeFlags.NumberLiteral ? numberType :\n                        type.flags & TypeFlags.BigIntLiteral ? bigintType :\n                        type.flags & TypeFlags.UniqueESSymbol ? esSymbolType :\n                        undefined;\n                    if (!primitive || !containsType(u.types, primitive)) {\n                        return false;\n                    }\n                }\n            }\n            return true;\n        }\n\n        /**\n          * Returns `true` if the intersection of the template literals and string literals is the empty set, eg `get${string}` & \"setX\", and should reduce to `never`\n          */\n        function extractRedundantTemplateLiterals(types: Type[]): boolean {\n            let i = types.length;\n            const literals = filter(types, t => !!(t.flags & TypeFlags.StringLiteral));\n            while (i > 0) {\n                i--;\n                const t = types[i];\n                if (!(t.flags & TypeFlags.TemplateLiteral)) continue;\n                for (const t2 of literals) {\n                    if (isTypeSubtypeOf(t2, t)) {\n                        // eg, ``get${T}` & \"getX\"` is just `\"getX\"`\n                        orderedRemoveItemAt(types, i);\n                        break;\n                    }\n                    else if (isPatternLiteralType(t)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function eachIsUnionContaining(types: Type[], flag: TypeFlags) {\n            return every(types, t => !!(t.flags & TypeFlags.Union) && some((t as UnionType).types, tt => !!(tt.flags & flag)));\n        }\n\n        function removeFromEach(types: Type[], flag: TypeFlags) {\n            for (let i = 0; i < types.length; i++) {\n                types[i] = filterType(types[i], t => !(t.flags & flag));\n            }\n        }\n\n        // If the given list of types contains more than one union of primitive types, replace the\n        // first with a union containing an intersection of those primitive types, then remove the\n        // other unions and return true. Otherwise, do nothing and return false.\n        function intersectUnionsOfPrimitiveTypes(types: Type[]) {\n            let unionTypes: UnionType[] | undefined;\n            const index = findIndex(types, t => !!(getObjectFlags(t) & ObjectFlags.PrimitiveUnion));\n            if (index < 0) {\n                return false;\n            }\n            let i = index + 1;\n            // Remove all but the first union of primitive types and collect them in\n            // the unionTypes array.\n            while (i < types.length) {\n                const t = types[i];\n                if (getObjectFlags(t) & ObjectFlags.PrimitiveUnion) {\n                    (unionTypes || (unionTypes = [types[index] as UnionType])).push(t as UnionType);\n                    orderedRemoveItemAt(types, i);\n                }\n                else {\n                    i++;\n                }\n            }\n            // Return false if there was only one union of primitive types\n            if (!unionTypes) {\n                return false;\n            }\n            // We have more than one union of primitive types, now intersect them. For each\n            // type in each union we check if the type is matched in every union and if so\n            // we include it in the result.\n            const checked: Type[] = [];\n            const result: Type[] = [];\n            for (const u of unionTypes) {\n                for (const t of u.types) {\n                    if (insertType(checked, t)) {\n                        if (eachUnionContains(unionTypes, t)) {\n                            insertType(result, t);\n                        }\n                    }\n                }\n            }\n            // Finally replace the first union with the result\n            types[index] = getUnionTypeFromSortedList(result, ObjectFlags.PrimitiveUnion);\n            return true;\n        }\n\n        function createIntersectionType(types: Type[], aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]) {\n            const result = createType(TypeFlags.Intersection) as IntersectionType;\n            result.objectFlags = getPropagatingFlagsOfTypes(types, /*excludeKinds*/ TypeFlags.Nullable);\n            result.types = types;\n            result.aliasSymbol = aliasSymbol;\n            result.aliasTypeArguments = aliasTypeArguments;\n            return result;\n        }\n\n        // We normalize combinations of intersection and union types based on the distributive property of the '&'\n        // operator. Specifically, because X & (A | B) is equivalent to X & A | X & B, we can transform intersection\n        // types with union type constituents into equivalent union types with intersection type constituents and\n        // effectively ensure that union types are always at the top level in type representations.\n        //\n        // We do not perform structural deduplication on intersection types. Intersection types are created only by the &\n        // type operator and we can't reduce those because we want to support recursive intersection types. For example,\n        // a type alias of the form \"type List<T> = T & { next: List<T> }\" cannot be reduced during its declaration.\n        // Also, unlike union types, the order of the constituent types is preserved in order that overload resolution\n        // for intersections of types with signatures can be deterministic.\n        function getIntersectionType(types: readonly Type[], aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            const typeMembershipMap: ESMap<string, Type> = new Map();\n            const includes = addTypesToIntersection(typeMembershipMap, 0, types);\n            const typeSet: Type[] = arrayFrom(typeMembershipMap.values());\n            // An intersection type is considered empty if it contains\n            // the type never, or\n            // more than one unit type or,\n            // an object type and a nullable type (null or undefined), or\n            // a string-like type and a type known to be non-string-like, or\n            // a number-like type and a type known to be non-number-like, or\n            // a symbol-like type and a type known to be non-symbol-like, or\n            // a void-like type and a type known to be non-void-like, or\n            // a non-primitive type and a type known to be primitive.\n            if (includes & TypeFlags.Never) {\n                return contains(typeSet, silentNeverType) ? silentNeverType : neverType;\n            }\n            if (strictNullChecks && includes & TypeFlags.Nullable && includes & (TypeFlags.Object | TypeFlags.NonPrimitive | TypeFlags.IncludesEmptyObject) ||\n                includes & TypeFlags.NonPrimitive && includes & (TypeFlags.DisjointDomains & ~TypeFlags.NonPrimitive) ||\n                includes & TypeFlags.StringLike && includes & (TypeFlags.DisjointDomains & ~TypeFlags.StringLike) ||\n                includes & TypeFlags.NumberLike && includes & (TypeFlags.DisjointDomains & ~TypeFlags.NumberLike) ||\n                includes & TypeFlags.BigIntLike && includes & (TypeFlags.DisjointDomains & ~TypeFlags.BigIntLike) ||\n                includes & TypeFlags.ESSymbolLike && includes & (TypeFlags.DisjointDomains & ~TypeFlags.ESSymbolLike) ||\n                includes & TypeFlags.VoidLike && includes & (TypeFlags.DisjointDomains & ~TypeFlags.VoidLike)) {\n                return neverType;\n            }\n            if (includes & TypeFlags.TemplateLiteral && includes & TypeFlags.StringLiteral && extractRedundantTemplateLiterals(typeSet)) {\n                return neverType;\n            }\n            if (includes & TypeFlags.Any) {\n                return includes & TypeFlags.IncludesWildcard ? wildcardType : anyType;\n            }\n            if (!strictNullChecks && includes & TypeFlags.Nullable) {\n                return includes & TypeFlags.Undefined ? undefinedType : nullType;\n            }\n            if (includes & TypeFlags.String && includes & TypeFlags.StringLiteral ||\n                includes & TypeFlags.Number && includes & TypeFlags.NumberLiteral ||\n                includes & TypeFlags.BigInt && includes & TypeFlags.BigIntLiteral ||\n                includes & TypeFlags.ESSymbol && includes & TypeFlags.UniqueESSymbol) {\n                removeRedundantPrimitiveTypes(typeSet, includes);\n            }\n            if (includes & TypeFlags.IncludesEmptyObject && includes & TypeFlags.Object) {\n                orderedRemoveItemAt(typeSet, findIndex(typeSet, isEmptyAnonymousObjectType));\n            }\n            if (includes & TypeFlags.IncludesMissingType) {\n                typeSet[typeSet.indexOf(undefinedType)] = missingType;\n            }\n            if (typeSet.length === 0) {\n                return unknownType;\n            }\n            if (typeSet.length === 1) {\n                return typeSet[0];\n            }\n            const id = getTypeListId(typeSet) + getAliasId(aliasSymbol, aliasTypeArguments);\n            let result = intersectionTypes.get(id);\n            if (!result) {\n                if (includes & TypeFlags.Union) {\n                    if (intersectUnionsOfPrimitiveTypes(typeSet)) {\n                        // When the intersection creates a reduced set (which might mean that *all* union types have\n                        // disappeared), we restart the operation to get a new set of combined flags. Once we have\n                        // reduced we'll never reduce again, so this occurs at most once.\n                        result = getIntersectionType(typeSet, aliasSymbol, aliasTypeArguments);\n                    }\n                    else if (eachIsUnionContaining(typeSet, TypeFlags.Undefined)) {\n                        const undefinedOrMissingType = exactOptionalPropertyTypes && some(typeSet, t => containsType((t as UnionType).types, missingType)) ? missingType : undefinedType;\n                        removeFromEach(typeSet, TypeFlags.Undefined);\n                        result = getUnionType([getIntersectionType(typeSet), undefinedOrMissingType], UnionReduction.Literal, aliasSymbol, aliasTypeArguments);\n                    }\n                    else if (eachIsUnionContaining(typeSet, TypeFlags.Null)) {\n                        removeFromEach(typeSet, TypeFlags.Null);\n                        result = getUnionType([getIntersectionType(typeSet), nullType], UnionReduction.Literal, aliasSymbol, aliasTypeArguments);\n                    }\n                    else {\n                        // We are attempting to construct a type of the form X & (A | B) & (C | D). Transform this into a type of\n                        // the form X & A & C | X & A & D | X & B & C | X & B & D. If the estimated size of the resulting union type\n                        // exceeds 100000 constituents, report an error.\n                        if (!checkCrossProductUnion(typeSet)) {\n                            return errorType;\n                        }\n                        const constituents = getCrossProductIntersections(typeSet);\n                        // We attach a denormalized origin type when at least one constituent of the cross-product union is an\n                        // intersection (i.e. when the intersection didn't just reduce one or more unions to smaller unions).\n                        const origin = some(constituents, t => !!(t.flags & TypeFlags.Intersection)) ? createOriginUnionOrIntersectionType(TypeFlags.Intersection, typeSet) : undefined;\n                        result = getUnionType(constituents, UnionReduction.Literal, aliasSymbol, aliasTypeArguments, origin);\n                    }\n                }\n                else {\n                    result = createIntersectionType(typeSet, aliasSymbol, aliasTypeArguments);\n                }\n                intersectionTypes.set(id, result);\n            }\n            return result;\n        }\n\n        function getCrossProductUnionSize(types: readonly Type[]) {\n            return reduceLeft(types, (n, t) => t.flags & TypeFlags.Union ? n * (t as UnionType).types.length : t.flags & TypeFlags.Never ? 0 : n, 1);\n        }\n\n        function checkCrossProductUnion(types: readonly Type[]) {\n            const size = getCrossProductUnionSize(types);\n            if (size >= 100000) {\n                tracing?.instant(tracing.Phase.CheckTypes, \"checkCrossProductUnion_DepthLimit\", { typeIds: types.map(t => t.id), size });\n                error(currentNode, Diagnostics.Expression_produces_a_union_type_that_is_too_complex_to_represent);\n                return false;\n            }\n            return true;\n        }\n\n        function getCrossProductIntersections(types: readonly Type[]) {\n            const count = getCrossProductUnionSize(types);\n            const intersections: Type[] = [];\n            for (let i = 0; i < count; i++) {\n                const constituents = types.slice();\n                let n = i;\n                for (let j = types.length - 1; j >= 0; j--) {\n                    if (types[j].flags & TypeFlags.Union) {\n                        const sourceTypes = (types[j] as UnionType).types;\n                        const length = sourceTypes.length;\n                        constituents[j] = sourceTypes[n % length];\n                        n = Math.floor(n / length);\n                    }\n                }\n                const t = getIntersectionType(constituents);\n                if (!(t.flags & TypeFlags.Never)) intersections.push(t);\n            }\n            return intersections;\n        }\n\n        function getTypeFromIntersectionTypeNode(node: IntersectionTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const aliasSymbol = getAliasSymbolForTypeNode(node);\n                links.resolvedType = getIntersectionType(map(node.types, getTypeFromTypeNode),\n                    aliasSymbol, getTypeArgumentsForAliasSymbol(aliasSymbol));\n            }\n            return links.resolvedType;\n        }\n\n        function createIndexType(type: InstantiableType | UnionOrIntersectionType, stringsOnly: boolean) {\n            const result = createType(TypeFlags.Index) as IndexType;\n            result.type = type;\n            result.stringsOnly = stringsOnly;\n            return result;\n        }\n\n        function createOriginIndexType(type: InstantiableType | UnionOrIntersectionType) {\n            const result = createOriginType(TypeFlags.Index) as IndexType;\n            result.type = type;\n            return result;\n        }\n\n        function getIndexTypeForGenericType(type: InstantiableType | UnionOrIntersectionType, stringsOnly: boolean) {\n            return stringsOnly ?\n                type.resolvedStringIndexType || (type.resolvedStringIndexType = createIndexType(type, /*stringsOnly*/ true)) :\n                type.resolvedIndexType || (type.resolvedIndexType = createIndexType(type, /*stringsOnly*/ false));\n        }\n\n        /**\n          * This roughly mirrors `resolveMappedTypeMembers` in the nongeneric case, except only reports a union of the keys calculated,\n          * rather than manufacturing the properties. We can't just fetch the `constraintType` since that would ignore mappings\n          * and mapping the `constraintType` directly ignores how mapped types map _properties_ and not keys (thus ignoring subtype\n          * reduction in the constraintType) when possible.\n          * @param noIndexSignatures Indicates if _string_ index signatures should be elided. (other index signatures are always reported)\n          */\n        function getIndexTypeForMappedType(type: MappedType, stringsOnly: boolean, noIndexSignatures: boolean | undefined) {\n            const typeParameter = getTypeParameterFromMappedType(type);\n            const constraintType = getConstraintTypeFromMappedType(type);\n            const nameType = getNameTypeFromMappedType(type.target as MappedType || type);\n            if (!nameType && !noIndexSignatures) {\n                // no mapping and no filtering required, just quickly bail to returning the constraint in the common case\n                return constraintType;\n            }\n            const keyTypes: Type[] = [];\n            if (isMappedTypeWithKeyofConstraintDeclaration(type)) {\n                // We have a { [P in keyof T]: X }\n\n                // `getApparentType` on the T in a generic mapped type can trigger a circularity\n                // (conditionals and `infer` types create a circular dependency in the constraint resolution)\n                // so we only eagerly manifest the keys if the constraint is nongeneric\n                if (!isGenericIndexType(constraintType)) {\n                    const modifiersType = getApparentType(getModifiersTypeFromMappedType(type)); // The 'T' in 'keyof T'\n                    forEachMappedTypePropertyKeyTypeAndIndexSignatureKeyType(modifiersType, TypeFlags.StringOrNumberLiteralOrUnique, stringsOnly, addMemberForKeyType);\n                }\n                else {\n                    // we have a generic index and a homomorphic mapping (but a distributive key remapping) - we need to defer the whole `keyof whatever` for later\n                    // since it's not safe to resolve the shape of modifier type\n                    return getIndexTypeForGenericType(type, stringsOnly);\n                }\n            }\n            else {\n                forEachType(getLowerBoundOfKeyType(constraintType), addMemberForKeyType);\n            }\n            if (isGenericIndexType(constraintType)) { // include the generic component in the resulting type\n                forEachType(constraintType, addMemberForKeyType);\n            }\n            // we had to pick apart the constraintType to potentially map/filter it - compare the final resulting list with the original constraintType,\n            // so we can return the union that preserves aliases/origin data if possible\n            const result = noIndexSignatures ? filterType(getUnionType(keyTypes), t => !(t.flags & (TypeFlags.Any | TypeFlags.String))) : getUnionType(keyTypes);\n            if (result.flags & TypeFlags.Union && constraintType.flags & TypeFlags.Union && getTypeListId((result as UnionType).types) === getTypeListId((constraintType as UnionType).types)){\n                return constraintType;\n            }\n            return result;\n\n            function addMemberForKeyType(keyType: Type) {\n                const propNameType = nameType ? instantiateType(nameType, appendTypeMapping(type.mapper, typeParameter, keyType)) : keyType;\n                // `keyof` currently always returns `string | number` for concrete `string` index signatures - the below ternary keeps that behavior for mapped types\n                // See `getLiteralTypeFromProperties` where there's a similar ternary to cause the same behavior.\n                keyTypes.push(propNameType === stringType ? stringOrNumberType : propNameType);\n            }\n        }\n\n        // Ordinarily we reduce a keyof M, where M is a mapped type { [P in K as N<P>]: X }, to simply N<K>. This however presumes\n        // that N distributes over union types, i.e. that N<A | B | C> is equivalent to N<A> | N<B> | N<C>. Specifically, we only\n        // want to perform the reduction when the name type of a mapped type is distributive with respect to the type variable\n        // introduced by the 'in' clause of the mapped type. Note that non-generic types are considered to be distributive because\n        // they're the same type regardless of what's being distributed over.\n        function hasDistributiveNameType(mappedType: MappedType) {\n            const typeVariable = getTypeParameterFromMappedType(mappedType);\n            return isDistributive(getNameTypeFromMappedType(mappedType) || typeVariable);\n            function isDistributive(type: Type): boolean {\n                return type.flags & (TypeFlags.AnyOrUnknown | TypeFlags.Primitive | TypeFlags.Never | TypeFlags.TypeParameter | TypeFlags.Object | TypeFlags.NonPrimitive) ? true :\n                    type.flags & TypeFlags.Conditional ? (type as ConditionalType).root.isDistributive && (type as ConditionalType).checkType === typeVariable :\n                    type.flags & (TypeFlags.UnionOrIntersection | TypeFlags.TemplateLiteral) ? every((type as UnionOrIntersectionType | TemplateLiteralType).types, isDistributive) :\n                    type.flags & TypeFlags.IndexedAccess ? isDistributive((type as IndexedAccessType).objectType) && isDistributive((type as IndexedAccessType).indexType) :\n                    type.flags & TypeFlags.Substitution ? isDistributive((type as SubstitutionType).substitute) :\n                    type.flags & TypeFlags.StringMapping ? isDistributive((type as StringMappingType).type) :\n                    false;\n            }\n        }\n\n        function getLiteralTypeFromPropertyName(name: PropertyName) {\n            if (isPrivateIdentifier(name)) {\n                return neverType;\n            }\n            return isIdentifier(name) ? getStringLiteralType(unescapeLeadingUnderscores(name.escapedText)) :\n                getRegularTypeOfLiteralType(isComputedPropertyName(name) ? checkComputedPropertyName(name) : checkExpression(name));\n        }\n\n        function getLiteralTypeFromProperty(prop: Symbol, include: TypeFlags, includeNonPublic?: boolean) {\n            if (includeNonPublic || !(getDeclarationModifierFlagsFromSymbol(prop) & ModifierFlags.NonPublicAccessibilityModifier)) {\n                let type = getSymbolLinks(getLateBoundSymbol(prop)).nameType;\n                if (!type) {\n                    const name = getNameOfDeclaration(prop.valueDeclaration) as PropertyName;\n                    type = prop.escapedName === InternalSymbolName.Default ? getStringLiteralType(\"default\") :\n                        name && getLiteralTypeFromPropertyName(name) || (!isKnownSymbol(prop) ? getStringLiteralType(symbolName(prop)) : undefined);\n                }\n                if (type && type.flags & include) {\n                    return type;\n                }\n            }\n            return neverType;\n        }\n\n        function isKeyTypeIncluded(keyType: Type, include: TypeFlags): boolean {\n            return !!(keyType.flags & include || keyType.flags & TypeFlags.Intersection && some((keyType as IntersectionType).types, t => isKeyTypeIncluded(t, include)));\n        }\n\n        function getLiteralTypeFromProperties(type: Type, include: TypeFlags, includeOrigin: boolean) {\n            const origin = includeOrigin && (getObjectFlags(type) & (ObjectFlags.ClassOrInterface | ObjectFlags.Reference) || type.aliasSymbol) ? createOriginIndexType(type) : undefined;\n            const propertyTypes = map(getPropertiesOfType(type), prop => getLiteralTypeFromProperty(prop, include));\n            const indexKeyTypes = map(getIndexInfosOfType(type), info => info !== enumNumberIndexInfo && isKeyTypeIncluded(info.keyType, include) ?\n                info.keyType === stringType && include & TypeFlags.Number ? stringOrNumberType : info.keyType : neverType);\n            return getUnionType(concatenate(propertyTypes, indexKeyTypes), UnionReduction.Literal,\n                /*aliasSymbol*/ undefined, /*aliasTypeArguments*/ undefined, origin);\n        }\n\n        /**\n          * A union type which is reducible upon instantiation (meaning some members are removed under certain instantiations)\n          * must be kept generic, as that instantiation information needs to flow through the type system. By replacing all\n          * type parameters in the union with a special never type that is treated as a literal in `getReducedType`, we can cause the `getReducedType` logic\n          * to reduce the resulting type if possible (since only intersections with conflicting literal-typed properties are reducible).\n          */\n        function isPossiblyReducibleByInstantiation(type: UnionType): boolean {\n            return some(type.types, t => {\n                const uniqueFilled = getUniqueLiteralFilledInstantiation(t);\n                return getReducedType(uniqueFilled) !== uniqueFilled;\n            });\n        }\n\n        function getIndexType(type: Type, stringsOnly = keyofStringsOnly, noIndexSignatures?: boolean): Type {\n            type = getReducedType(type);\n            return type.flags & TypeFlags.Union ? isPossiblyReducibleByInstantiation(type as UnionType)\n                    ? getIndexTypeForGenericType(type as InstantiableType | UnionOrIntersectionType, stringsOnly)\n                    : getIntersectionType(map((type as UnionType).types, t => getIndexType(t, stringsOnly, noIndexSignatures))) :\n                type.flags & TypeFlags.Intersection ? getUnionType(map((type as IntersectionType).types, t => getIndexType(t, stringsOnly, noIndexSignatures))) :\n                type.flags & TypeFlags.InstantiableNonPrimitive || isGenericTupleType(type) || isGenericMappedType(type) && !hasDistributiveNameType(type) ? getIndexTypeForGenericType(type as InstantiableType | UnionOrIntersectionType, stringsOnly) :\n                getObjectFlags(type) & ObjectFlags.Mapped ? getIndexTypeForMappedType(type as MappedType, stringsOnly, noIndexSignatures) :\n                type === wildcardType ? wildcardType :\n                type.flags & TypeFlags.Unknown ? neverType :\n                type.flags & (TypeFlags.Any | TypeFlags.Never) ? keyofConstraintType :\n                getLiteralTypeFromProperties(type, (noIndexSignatures ? TypeFlags.StringLiteral : TypeFlags.StringLike) | (stringsOnly ? 0 : TypeFlags.NumberLike | TypeFlags.ESSymbolLike),\n                    stringsOnly === keyofStringsOnly && !noIndexSignatures);\n        }\n\n        function getExtractStringType(type: Type) {\n            if (keyofStringsOnly) {\n                return type;\n            }\n            const extractTypeAlias = getGlobalExtractSymbol();\n            return extractTypeAlias ? getTypeAliasInstantiation(extractTypeAlias, [type, stringType]) : stringType;\n        }\n\n        function getIndexTypeOrString(type: Type): Type {\n            const indexType = getExtractStringType(getIndexType(type));\n            return indexType.flags & TypeFlags.Never ? stringType : indexType;\n        }\n\n        function getTypeFromTypeOperatorNode(node: TypeOperatorNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                switch (node.operator) {\n                    case SyntaxKind.KeyOfKeyword:\n                        links.resolvedType = getIndexType(getTypeFromTypeNode(node.type));\n                        break;\n                    case SyntaxKind.UniqueKeyword:\n                        links.resolvedType = node.type.kind === SyntaxKind.SymbolKeyword\n                            ? getESSymbolLikeTypeForNode(walkUpParenthesizedTypes(node.parent))\n                            : errorType;\n                        break;\n                    case SyntaxKind.ReadonlyKeyword:\n                        links.resolvedType = getTypeFromTypeNode(node.type);\n                        break;\n                    default:\n                        throw Debug.assertNever(node.operator);\n                }\n            }\n            return links.resolvedType;\n        }\n\n        function getTypeFromTemplateTypeNode(node: TemplateLiteralTypeNode) {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                links.resolvedType = getTemplateLiteralType(\n                    [node.head.text, ...map(node.templateSpans, span => span.literal.text)],\n                    map(node.templateSpans, span => getTypeFromTypeNode(span.type)));\n            }\n            return links.resolvedType;\n        }\n\n        function getTemplateLiteralType(texts: readonly string[], types: readonly Type[]): Type {\n            const unionIndex = findIndex(types, t => !!(t.flags & (TypeFlags.Never | TypeFlags.Union)));\n            if (unionIndex >= 0) {\n                return checkCrossProductUnion(types) ?\n                    mapType(types[unionIndex], t => getTemplateLiteralType(texts, replaceElement(types, unionIndex, t))) :\n                    errorType;\n            }\n            if (contains(types, wildcardType)) {\n                return wildcardType;\n            }\n            const newTypes: Type[] = [];\n            const newTexts: string[] = [];\n            let text = texts[0];\n            if (!addSpans(texts, types)) {\n                return stringType;\n            }\n            if (newTypes.length === 0) {\n                return getStringLiteralType(text);\n            }\n            newTexts.push(text);\n            if (every(newTexts, t => t === \"\") && every(newTypes, t => !!(t.flags & TypeFlags.String))) {\n                return stringType;\n            }\n            const id = `${getTypeListId(newTypes)}|${map(newTexts, t => t.length).join(\",\")}|${newTexts.join(\"\")}`;\n            let type = templateLiteralTypes.get(id);\n            if (!type) {\n                templateLiteralTypes.set(id, type = createTemplateLiteralType(newTexts, newTypes));\n            }\n            return type;\n\n            function addSpans(texts: readonly string[] | string, types: readonly Type[]): boolean {\n                const isTextsArray = isArray(texts);\n                for (let i = 0; i < types.length; i++) {\n                    const t = types[i];\n                    const addText = isTextsArray ? texts[i + 1] : texts;\n                    if (t.flags & (TypeFlags.Literal | TypeFlags.Null | TypeFlags.Undefined)) {\n                        text += getTemplateStringForType(t) || \"\";\n                        text += addText;\n                        if (!isTextsArray) return true;\n                    }\n                    else if (t.flags & TypeFlags.TemplateLiteral) {\n                        text += (t as TemplateLiteralType).texts[0];\n                        if (!addSpans((t as TemplateLiteralType).texts, (t as TemplateLiteralType).types)) return false;\n                        text += addText;\n                        if (!isTextsArray) return true;\n                    }\n                    else if (isGenericIndexType(t) || isPatternLiteralPlaceholderType(t)) {\n                        newTypes.push(t);\n                        newTexts.push(text);\n                        text = addText;\n                    }\n                    else if (t.flags & TypeFlags.Intersection) {\n                        const added = addSpans(texts[i + 1], (t as IntersectionType).types);\n                        if (!added) return false;\n                    }\n                    else if (isTextsArray) {\n                        return false;\n                    }\n                }\n                return true;\n            }\n        }\n\n        function getTemplateStringForType(type: Type) {\n            return type.flags & TypeFlags.StringLiteral ? (type as StringLiteralType).value :\n                type.flags & TypeFlags.NumberLiteral ? \"\" + (type as NumberLiteralType).value :\n                type.flags & TypeFlags.BigIntLiteral ? pseudoBigIntToString((type as BigIntLiteralType).value) :\n                type.flags & (TypeFlags.BooleanLiteral | TypeFlags.Nullable) ? (type as IntrinsicType).intrinsicName :\n                undefined;\n        }\n\n        function createTemplateLiteralType(texts: readonly string[], types: readonly Type[]) {\n            const type = createType(TypeFlags.TemplateLiteral) as TemplateLiteralType;\n            type.texts = texts;\n            type.types = types;\n            return type;\n        }\n\n        function getStringMappingType(symbol: Symbol, type: Type): Type {\n            return type.flags & (TypeFlags.Union | TypeFlags.Never) ? mapType(type, t => getStringMappingType(symbol, t)) :\n                isGenericIndexType(type) ? getStringMappingTypeForGenericType(symbol, type) :\n                type.flags & TypeFlags.StringLiteral ? getStringLiteralType(applyStringMapping(symbol, (type as StringLiteralType).value)) :\n                type;\n        }\n\n        function applyStringMapping(symbol: Symbol, str: string) {\n            switch (intrinsicTypeKinds.get(symbol.escapedName as string)) {\n                case IntrinsicTypeKind.Uppercase: return str.toUpperCase();\n                case IntrinsicTypeKind.Lowercase: return str.toLowerCase();\n                case IntrinsicTypeKind.Capitalize: return str.charAt(0).toUpperCase() + str.slice(1);\n                case IntrinsicTypeKind.Uncapitalize: return str.charAt(0).toLowerCase() + str.slice(1);\n            }\n            return str;\n        }\n\n        function getStringMappingTypeForGenericType(symbol: Symbol, type: Type): Type {\n            const id = `${getSymbolId(symbol)},${getTypeId(type)}`;\n            let result = stringMappingTypes.get(id);\n            if (!result) {\n                stringMappingTypes.set(id, result = createStringMappingType(symbol, type));\n            }\n            return result;\n        }\n\n        function createStringMappingType(symbol: Symbol, type: Type) {\n            const result = createType(TypeFlags.StringMapping) as StringMappingType;\n            result.symbol = symbol;\n            result.type = type;\n            return result;\n        }\n\n        function createIndexedAccessType(objectType: Type, indexType: Type, accessFlags: AccessFlags, aliasSymbol: Symbol | undefined, aliasTypeArguments: readonly Type[] | undefined) {\n            const type = createType(TypeFlags.IndexedAccess) as IndexedAccessType;\n            type.objectType = objectType;\n            type.indexType = indexType;\n            type.accessFlags = accessFlags;\n            type.aliasSymbol = aliasSymbol;\n            type.aliasTypeArguments = aliasTypeArguments;\n            return type;\n        }\n\n        /**\n          * Returns if a type is or consists of a JSLiteral object type\n          * In addition to objects which are directly literals,\n          * * unions where every element is a jsliteral\n          * * intersections where at least one element is a jsliteral\n          * * and instantiable types constrained to a jsliteral\n          * Should all count as literals and not print errors on access or assignment of possibly existing properties.\n          * This mirrors the behavior of the index signature propagation, to which this behaves similarly (but doesn't affect assignability or inference).\n          */\n        function isJSLiteralType(type: Type): boolean {\n            if (noImplicitAny) {\n                return false; // Flag is meaningless under `noImplicitAny` mode\n            }\n            if (getObjectFlags(type) & ObjectFlags.JSLiteral) {\n                return true;\n            }\n            if (type.flags & TypeFlags.Union) {\n                return every((type as UnionType).types, isJSLiteralType);\n            }\n            if (type.flags & TypeFlags.Intersection) {\n                return some((type as IntersectionType).types, isJSLiteralType);\n            }\n            if (type.flags & TypeFlags.Instantiable) {\n                const constraint = getResolvedBaseConstraint(type);\n                return constraint !== type && isJSLiteralType(constraint);\n            }\n            return false;\n        }\n\n        function getPropertyNameFromIndex(indexType: Type, accessNode: StringLiteral | Identifier | PrivateIdentifier | ObjectBindingPattern | ArrayBindingPattern | ComputedPropertyName | NumericLiteral | IndexedAccessTypeNode | ElementAccessExpression | SyntheticExpression | undefined) {\n            return isTypeUsableAsPropertyName(indexType) ?\n                getPropertyNameFromType(indexType) :\n                    accessNode && isPropertyName(accessNode) ?\n                        // late bound names are handled in the first branch, so here we only need to handle normal names\n                        getPropertyNameForPropertyNameNode(accessNode) :\n                        undefined;\n        }\n\n        function isUncalledFunctionReference(node: Node, symbol: Symbol) {\n            if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method)) {\n                const parent = findAncestor(node.parent, n => !isAccessExpression(n)) || node.parent;\n                if (isCallLikeExpression(parent)) {\n                    return isCallOrNewExpression(parent) && isIdentifier(node) && hasMatchingArgument(parent, node);\n                }\n                return every(symbol.declarations, d => !isFunctionLike(d) || !!(getCombinedNodeFlags(d) & NodeFlags.Deprecated));\n            }\n            return true;\n        }\n\n        function getPropertyTypeForIndexType(originalObjectType: Type, objectType: Type, indexType: Type, fullIndexType: Type, accessNode: ElementAccessExpression | IndexedAccessTypeNode | PropertyName | BindingName | SyntheticExpression | undefined, accessFlags: AccessFlags) {\n            const accessExpression = accessNode && accessNode.kind === SyntaxKind.ElementAccessExpression ? accessNode : undefined;\n            const propName = accessNode && isPrivateIdentifier(accessNode) ? undefined : getPropertyNameFromIndex(indexType, accessNode);\n\n            if (propName !== undefined) {\n                if (accessFlags & AccessFlags.Contextual) {\n                    return getTypeOfPropertyOfContextualType(objectType, propName) || anyType;\n                }\n                const prop = getPropertyOfType(objectType, propName);\n                if (prop) {\n                    if (accessFlags & AccessFlags.ReportDeprecated && accessNode && prop.declarations && isDeprecatedSymbol(prop) && isUncalledFunctionReference(accessNode, prop)) {\n                        const deprecatedNode = accessExpression?.argumentExpression ?? (isIndexedAccessTypeNode(accessNode) ? accessNode.indexType : accessNode);\n                        addDeprecatedSuggestion(deprecatedNode, prop.declarations, propName as string);\n                    }\n                    if (accessExpression) {\n                        markPropertyAsReferenced(prop, accessExpression, isSelfTypeAccess(accessExpression.expression, objectType.symbol));\n                        if (isAssignmentToReadonlyEntity(accessExpression, prop, getAssignmentTargetKind(accessExpression))) {\n                            error(accessExpression.argumentExpression, Diagnostics.Cannot_assign_to_0_because_it_is_a_read_only_property, symbolToString(prop));\n                            return undefined;\n                        }\n                        if (accessFlags & AccessFlags.CacheSymbol) {\n                            getNodeLinks(accessNode!).resolvedSymbol = prop;\n                        }\n                        if (isThisPropertyAccessInConstructor(accessExpression, prop)) {\n                            return autoType;\n                        }\n                    }\n                    const propType = getTypeOfSymbol(prop);\n                    return accessExpression && getAssignmentTargetKind(accessExpression) !== AssignmentKind.Definite ?\n                        getFlowTypeOfReference(accessExpression, propType) :\n                        propType;\n                }\n                if (everyType(objectType, isTupleType) && isNumericLiteralName(propName) && +propName >= 0) {\n                    if (accessNode && everyType(objectType, t => !(t as TupleTypeReference).target.hasRestElement) && !(accessFlags & AccessFlags.NoTupleBoundsCheck)) {\n                        const indexNode = getIndexNodeForAccessExpression(accessNode);\n                        if (isTupleType(objectType)) {\n                            error(indexNode, Diagnostics.Tuple_type_0_of_length_1_has_no_element_at_index_2,\n                                typeToString(objectType), getTypeReferenceArity(objectType), unescapeLeadingUnderscores(propName));\n                        }\n                        else {\n                            error(indexNode, Diagnostics.Property_0_does_not_exist_on_type_1, unescapeLeadingUnderscores(propName), typeToString(objectType));\n                        }\n                    }\n                    errorIfWritingToReadonlyIndex(getIndexInfoOfType(objectType, numberType));\n                    return mapType(objectType, t => {\n                        const restType = getRestTypeOfTupleType(t as TupleTypeReference) || undefinedType;\n                        return accessFlags & AccessFlags.IncludeUndefined ? getUnionType([restType, undefinedType]) : restType;\n                    });\n                }\n            }\n            if (!(indexType.flags & TypeFlags.Nullable) && isTypeAssignableToKind(indexType, TypeFlags.StringLike | TypeFlags.NumberLike | TypeFlags.ESSymbolLike)) {\n                if (objectType.flags & (TypeFlags.Any | TypeFlags.Never)) {\n                    return objectType;\n                }\n                // If no index signature is applicable, we default to the string index signature. In effect, this means the string\n                // index signature applies even when accessing with a symbol-like type.\n                const indexInfo = getApplicableIndexInfo(objectType, indexType) || getIndexInfoOfType(objectType, stringType);\n                if (indexInfo) {\n                    if (accessFlags & AccessFlags.NoIndexSignatures && indexInfo.keyType !== numberType) {\n                        if (accessExpression) {\n                            error(accessExpression, Diagnostics.Type_0_cannot_be_used_to_index_type_1, typeToString(indexType), typeToString(originalObjectType));\n                        }\n                        return undefined;\n                    }\n                    if (accessNode && indexInfo.keyType === stringType && !isTypeAssignableToKind(indexType, TypeFlags.String | TypeFlags.Number)) {\n                        const indexNode = getIndexNodeForAccessExpression(accessNode);\n                        error(indexNode, Diagnostics.Type_0_cannot_be_used_as_an_index_type, typeToString(indexType));\n                        return accessFlags & AccessFlags.IncludeUndefined ? getUnionType([indexInfo.type, undefinedType]) : indexInfo.type;\n                    }\n                    errorIfWritingToReadonlyIndex(indexInfo);\n                    return accessFlags & AccessFlags.IncludeUndefined ? getUnionType([indexInfo.type, undefinedType]) : indexInfo.type;\n                }\n                if (indexType.flags & TypeFlags.Never) {\n                    return neverType;\n                }\n                if (isJSLiteralType(objectType)) {\n                    return anyType;\n                }\n                if (accessExpression && !isConstEnumObjectType(objectType)) {\n                    if (isObjectLiteralType(objectType)) {\n                        if (noImplicitAny && indexType.flags & (TypeFlags.StringLiteral | TypeFlags.NumberLiteral)) {\n                            diagnostics.add(createDiagnosticForNode(accessExpression, Diagnostics.Property_0_does_not_exist_on_type_1, (indexType as StringLiteralType).value, typeToString(objectType)));\n                            return undefinedType;\n                        }\n                        else if (indexType.flags & (TypeFlags.Number | TypeFlags.String)) {\n                            const types = map((objectType as ResolvedType).properties, property => {\n                                return getTypeOfSymbol(property);\n                            });\n                            return getUnionType(append(types, undefinedType));\n                        }\n                    }\n\n                    if (objectType.symbol === globalThisSymbol && propName !== undefined && globalThisSymbol.exports!.has(propName) && (globalThisSymbol.exports!.get(propName)!.flags & SymbolFlags.BlockScoped)) {\n                        error(accessExpression, Diagnostics.Property_0_does_not_exist_on_type_1, unescapeLeadingUnderscores(propName), typeToString(objectType));\n                    }\n                    else if (noImplicitAny && !compilerOptions.suppressImplicitAnyIndexErrors && !(accessFlags & AccessFlags.SuppressNoImplicitAnyError)) {\n                        if (propName !== undefined && typeHasStaticProperty(propName, objectType)) {\n                            const typeName = typeToString(objectType);\n                            error(accessExpression, Diagnostics.Property_0_does_not_exist_on_type_1_Did_you_mean_to_access_the_static_member_2_instead, propName as string, typeName, typeName + \"[\" + getTextOfNode(accessExpression.argumentExpression) + \"]\");\n                        }\n                        else if (getIndexTypeOfType(objectType, numberType)) {\n                            error(accessExpression.argumentExpression, Diagnostics.Element_implicitly_has_an_any_type_because_index_expression_is_not_of_type_number);\n                        }\n                        else {\n                            let suggestion: string | undefined;\n                            if (propName !== undefined && (suggestion = getSuggestionForNonexistentProperty(propName as string, objectType))) {\n                                if (suggestion !== undefined) {\n                                    error(accessExpression.argumentExpression, Diagnostics.Property_0_does_not_exist_on_type_1_Did_you_mean_2, propName as string, typeToString(objectType), suggestion);\n                                }\n                            }\n                            else {\n                                const suggestion = getSuggestionForNonexistentIndexSignature(objectType, accessExpression, indexType);\n                                if (suggestion !== undefined) {\n                                    error(accessExpression, Diagnostics.Element_implicitly_has_an_any_type_because_type_0_has_no_index_signature_Did_you_mean_to_call_1, typeToString(objectType), suggestion);\n                                }\n                                else {\n                                    let errorInfo: DiagnosticMessageChain | undefined;\n                                    if (indexType.flags & TypeFlags.EnumLiteral) {\n                                        errorInfo = chainDiagnosticMessages(/* details */ undefined, Diagnostics.Property_0_does_not_exist_on_type_1, \"[\" + typeToString(indexType) + \"]\", typeToString(objectType));\n                                    }\n                                    else if (indexType.flags & TypeFlags.UniqueESSymbol) {\n                                        const symbolName = getFullyQualifiedName((indexType as UniqueESSymbolType).symbol, accessExpression);\n                                        errorInfo = chainDiagnosticMessages(/* details */ undefined, Diagnostics.Property_0_does_not_exist_on_type_1, \"[\" + symbolName + \"]\", typeToString(objectType));\n                                    }\n                                    else if (indexType.flags & TypeFlags.StringLiteral) {\n                                        errorInfo = chainDiagnosticMessages(/* details */ undefined, Diagnostics.Property_0_does_not_exist_on_type_1, (indexType as StringLiteralType).value, typeToString(objectType));\n                                    }\n                                    else if (indexType.flags & TypeFlags.NumberLiteral) {\n                                        errorInfo = chainDiagnosticMessages(/* details */ undefined, Diagnostics.Property_0_does_not_exist_on_type_1, (indexType as NumberLiteralType).value, typeToString(objectType));\n                                    }\n                                    else if (indexType.flags & (TypeFlags.Number | TypeFlags.String)) {\n                                        errorInfo = chainDiagnosticMessages(/* details */ undefined, Diagnostics.No_index_signature_with_a_parameter_of_type_0_was_found_on_type_1, typeToString(indexType), typeToString(objectType));\n                                    }\n\n                                    errorInfo = chainDiagnosticMessages(\n                                        errorInfo,\n                                        Diagnostics.Element_implicitly_has_an_any_type_because_expression_of_type_0_can_t_be_used_to_index_type_1, typeToString(fullIndexType), typeToString(objectType)\n                                    );\n                                    diagnostics.add(createDiagnosticForNodeFromMessageChain(accessExpression, errorInfo));\n                                }\n                            }\n                        }\n                    }\n                    return undefined;\n                }\n            }\n            if (isJSLiteralType(objectType)) {\n                return anyType;\n            }\n            if (accessNode) {\n                const indexNode = getIndexNodeForAccessExpression(accessNode);\n                if (indexType.flags & (TypeFlags.StringLiteral | TypeFlags.NumberLiteral)) {\n                    error(indexNode, Diagnostics.Property_0_does_not_exist_on_type_1, \"\" + (indexType as StringLiteralType | NumberLiteralType).value, typeToString(objectType));\n                }\n                else if (indexType.flags & (TypeFlags.String | TypeFlags.Number)) {\n                    error(indexNode, Diagnostics.Type_0_has_no_matching_index_signature_for_type_1, typeToString(objectType), typeToString(indexType));\n                }\n                else {\n                    error(indexNode, Diagnostics.Type_0_cannot_be_used_as_an_index_type, typeToString(indexType));\n                }\n            }\n            if (isTypeAny(indexType)) {\n                return indexType;\n            }\n            return undefined;\n\n            function errorIfWritingToReadonlyIndex(indexInfo: IndexInfo | undefined): void {\n                if (indexInfo && indexInfo.isReadonly && accessExpression && (isAssignmentTarget(accessExpression) || isDeleteTarget(accessExpression))) {\n                    error(accessExpression, Diagnostics.Index_signature_in_type_0_only_permits_reading, typeToString(objectType));\n                }\n            }\n        }\n\n        function getIndexNodeForAccessExpression(accessNode: ElementAccessExpression | IndexedAccessTypeNode | PropertyName | BindingName | SyntheticExpression) {\n            return accessNode.kind === SyntaxKind.ElementAccessExpression ? accessNode.argumentExpression :\n                accessNode.kind === SyntaxKind.IndexedAccessType ? accessNode.indexType :\n                accessNode.kind === SyntaxKind.ComputedPropertyName ? accessNode.expression :\n                accessNode;\n        }\n\n        function isPatternLiteralPlaceholderType(type: Type) {\n            return !!(type.flags & (TypeFlags.Any | TypeFlags.String | TypeFlags.Number | TypeFlags.BigInt));\n        }\n\n        function isPatternLiteralType(type: Type) {\n            return !!(type.flags & TypeFlags.TemplateLiteral) && every((type as TemplateLiteralType).types, isPatternLiteralPlaceholderType);\n        }\n\n        function isGenericType(type: Type): boolean {\n            return !!getGenericObjectFlags(type);\n        }\n\n        function isGenericObjectType(type: Type): boolean {\n            return !!(getGenericObjectFlags(type) & ObjectFlags.IsGenericObjectType);\n        }\n\n        function isGenericIndexType(type: Type): boolean {\n            return !!(getGenericObjectFlags(type) & ObjectFlags.IsGenericIndexType);\n        }\n\n        function getGenericObjectFlags(type: Type): ObjectFlags {\n            if (type.flags & TypeFlags.UnionOrIntersection) {\n                if (!((type as UnionOrIntersectionType).objectFlags & ObjectFlags.IsGenericTypeComputed)) {\n                    (type as UnionOrIntersectionType).objectFlags |= ObjectFlags.IsGenericTypeComputed |\n                        reduceLeft((type as UnionOrIntersectionType).types, (flags, t) => flags | getGenericObjectFlags(t), 0);\n                }\n                return (type as UnionOrIntersectionType).objectFlags & ObjectFlags.IsGenericType;\n            }\n            if (type.flags & TypeFlags.Substitution) {\n                if (!((type as SubstitutionType).objectFlags & ObjectFlags.IsGenericTypeComputed)) {\n                    (type as SubstitutionType).objectFlags |= ObjectFlags.IsGenericTypeComputed |\n                        getGenericObjectFlags((type as SubstitutionType).substitute) | getGenericObjectFlags((type as SubstitutionType).baseType);\n                }\n                return (type as SubstitutionType).objectFlags & ObjectFlags.IsGenericType;\n            }\n            return (type.flags & TypeFlags.InstantiableNonPrimitive || isGenericMappedType(type) || isGenericTupleType(type) ? ObjectFlags.IsGenericObjectType : 0) |\n                (type.flags & (TypeFlags.InstantiableNonPrimitive | TypeFlags.Index | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) && !isPatternLiteralType(type) ? ObjectFlags.IsGenericIndexType : 0);\n        }\n\n        function getSimplifiedType(type: Type, writing: boolean): Type {\n            return type.flags & TypeFlags.IndexedAccess ? getSimplifiedIndexedAccessType(type as IndexedAccessType, writing) :\n                type.flags & TypeFlags.Conditional ? getSimplifiedConditionalType(type as ConditionalType, writing) :\n                type;\n        }\n\n        function distributeIndexOverObjectType(objectType: Type, indexType: Type, writing: boolean) {\n            // (T | U)[K] -> T[K] | U[K] (reading)\n            // (T | U)[K] -> T[K] & U[K] (writing)\n            // (T & U)[K] -> T[K] & U[K]\n            if (objectType.flags & TypeFlags.UnionOrIntersection) {\n                const types = map((objectType as UnionOrIntersectionType).types, t => getSimplifiedType(getIndexedAccessType(t, indexType), writing));\n                return objectType.flags & TypeFlags.Intersection || writing ? getIntersectionType(types) : getUnionType(types);\n            }\n        }\n\n        function distributeObjectOverIndexType(objectType: Type, indexType: Type, writing: boolean) {\n            // T[A | B] -> T[A] | T[B] (reading)\n            // T[A | B] -> T[A] & T[B] (writing)\n            if (indexType.flags & TypeFlags.Union) {\n                const types = map((indexType as UnionType).types, t => getSimplifiedType(getIndexedAccessType(objectType, t), writing));\n                return writing ? getIntersectionType(types) : getUnionType(types);\n            }\n        }\n\n        // Transform an indexed access to a simpler form, if possible. Return the simpler form, or return\n        // the type itself if no transformation is possible. The writing flag indicates that the type is\n        // the target of an assignment.\n        function getSimplifiedIndexedAccessType(type: IndexedAccessType, writing: boolean): Type {\n            const cache = writing ? \"simplifiedForWriting\" : \"simplifiedForReading\";\n            if (type[cache]) {\n                return type[cache] === circularConstraintType ? type : type[cache]!;\n            }\n            type[cache] = circularConstraintType;\n            // We recursively simplify the object type as it may in turn be an indexed access type. For example, with\n            // '{ [P in T]: { [Q in U]: number } }[T][U]' we want to first simplify the inner indexed access type.\n            const objectType = getSimplifiedType(type.objectType, writing);\n            const indexType = getSimplifiedType(type.indexType, writing);\n            // T[A | B] -> T[A] | T[B] (reading)\n            // T[A | B] -> T[A] & T[B] (writing)\n            const distributedOverIndex = distributeObjectOverIndexType(objectType, indexType, writing);\n            if (distributedOverIndex) {\n                return type[cache] = distributedOverIndex;\n            }\n            // Only do the inner distributions if the index can no longer be instantiated to cause index distribution again\n            if (!(indexType.flags & TypeFlags.Instantiable)) {\n                // (T | U)[K] -> T[K] | U[K] (reading)\n                // (T | U)[K] -> T[K] & U[K] (writing)\n                // (T & U)[K] -> T[K] & U[K]\n                const distributedOverObject = distributeIndexOverObjectType(objectType, indexType, writing);\n                if (distributedOverObject) {\n                    return type[cache] = distributedOverObject;\n                }\n            }\n            // So ultimately (reading):\n            // ((A & B) | C)[K1 | K2] -> ((A & B) | C)[K1] | ((A & B) | C)[K2] -> (A & B)[K1] | C[K1] | (A & B)[K2] | C[K2] -> (A[K1] & B[K1]) | C[K1] | (A[K2] & B[K2]) | C[K2]\n\n            // A generic tuple type indexed by a number exists only when the index type doesn't select a\n            // fixed element. We simplify to either the combined type of all elements (when the index type\n            // the actual number type) or to the combined type of all non-fixed elements.\n            if (isGenericTupleType(objectType) && indexType.flags & TypeFlags.NumberLike) {\n                const elementType = getElementTypeOfSliceOfTupleType(objectType, indexType.flags & TypeFlags.Number ? 0 : objectType.target.fixedLength, /*endSkipCount*/ 0, writing);\n                if (elementType) {\n                    return type[cache] = elementType;\n                }\n            }\n            // If the object type is a mapped type { [P in K]: E }, where K is generic, instantiate E using a mapper\n            // that substitutes the index type for P. For example, for an index access { [P in K]: Box<T[P]> }[X], we\n            // construct the type Box<T[X]>.\n            if (isGenericMappedType(objectType) && !objectType.declaration.nameType) {\n                return type[cache] = mapType(substituteIndexedMappedType(objectType, type.indexType), t => getSimplifiedType(t, writing));\n            }\n            return type[cache] = type;\n        }\n\n        function getSimplifiedConditionalType(type: ConditionalType, writing: boolean) {\n            const checkType = type.checkType;\n            const extendsType = type.extendsType;\n            const trueType = getTrueTypeFromConditionalType(type);\n            const falseType = getFalseTypeFromConditionalType(type);\n            // Simplifications for types of the form `T extends U ? T : never` and `T extends U ? never : T`.\n            if (falseType.flags & TypeFlags.Never && getActualTypeVariable(trueType) === getActualTypeVariable(checkType)) {\n                if (checkType.flags & TypeFlags.Any || isTypeAssignableTo(getRestrictiveInstantiation(checkType), getRestrictiveInstantiation(extendsType))) { // Always true\n                    return getSimplifiedType(trueType, writing);\n                }\n                else if (isIntersectionEmpty(checkType, extendsType)) { // Always false\n                    return neverType;\n                }\n            }\n            else if (trueType.flags & TypeFlags.Never && getActualTypeVariable(falseType) === getActualTypeVariable(checkType)) {\n                if (!(checkType.flags & TypeFlags.Any) && isTypeAssignableTo(getRestrictiveInstantiation(checkType), getRestrictiveInstantiation(extendsType))) { // Always true\n                    return neverType;\n                }\n                else if (checkType.flags & TypeFlags.Any || isIntersectionEmpty(checkType, extendsType)) { // Always false\n                    return getSimplifiedType(falseType, writing);\n                }\n            }\n            return type;\n        }\n\n        /**\n          * Invokes union simplification logic to determine if an intersection is considered empty as a union constituent\n          */\n        function isIntersectionEmpty(type1: Type, type2: Type) {\n            return !!(getUnionType([intersectTypes(type1, type2), neverType]).flags & TypeFlags.Never);\n        }\n\n        function substituteIndexedMappedType(objectType: MappedType, index: Type) {\n            const mapper = createTypeMapper([getTypeParameterFromMappedType(objectType)], [index]);\n            const templateMapper = combineTypeMappers(objectType.mapper, mapper);\n            return instantiateType(getTemplateTypeFromMappedType(objectType), templateMapper);\n        }\n\n        function getIndexedAccessType(objectType: Type, indexType: Type, accessFlags = AccessFlags.None, accessNode?: ElementAccessExpression | IndexedAccessTypeNode | PropertyName | BindingName | SyntheticExpression, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            return getIndexedAccessTypeOrUndefined(objectType, indexType, accessFlags, accessNode, aliasSymbol, aliasTypeArguments) || (accessNode ? errorType : unknownType);\n        }\n\n        function indexTypeLessThan(indexType: Type, limit: number) {\n            return everyType(indexType, t => {\n                if (t.flags & TypeFlags.StringOrNumberLiteral) {\n                    const propName = getPropertyNameFromType(t as StringLiteralType | NumberLiteralType);\n                    if (isNumericLiteralName(propName)) {\n                        const index = +propName;\n                        return index >= 0 && index < limit;\n                    }\n                }\n                return false;\n            });\n        }\n\n        function getIndexedAccessTypeOrUndefined(objectType: Type, indexType: Type, accessFlags = AccessFlags.None, accessNode?: ElementAccessExpression | IndexedAccessTypeNode | PropertyName | BindingName | SyntheticExpression, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type | undefined {\n            if (objectType === wildcardType || indexType === wildcardType) {\n                return wildcardType;\n            }\n            // If the object type has a string index signature and no other members we know that the result will\n            // always be the type of that index signature and we can simplify accordingly.\n            if (isStringIndexSignatureOnlyType(objectType) && !(indexType.flags & TypeFlags.Nullable) && isTypeAssignableToKind(indexType, TypeFlags.String | TypeFlags.Number)) {\n                indexType = stringType;\n            }\n            // In noUncheckedIndexedAccess mode, indexed access operations that occur in an expression in a read position and resolve to\n            // an index signature have 'undefined' included in their type.\n            if (compilerOptions.noUncheckedIndexedAccess && accessFlags & AccessFlags.ExpressionPosition) accessFlags |= AccessFlags.IncludeUndefined;\n            // If the index type is generic, or if the object type is generic and doesn't originate in an expression and\n            // the operation isn't exclusively indexing the fixed (non-variadic) portion of a tuple type, we are performing\n            // a higher-order index access where we cannot meaningfully access the properties of the object type. Note that\n            // for a generic T and a non-generic K, we eagerly resolve T[K] if it originates in an expression. This is to\n            // preserve backwards compatibility. For example, an element access 'this[\"foo\"]' has always been resolved\n            // eagerly using the constraint type of 'this' at the given location.\n            if (isGenericIndexType(indexType) || (accessNode && accessNode.kind !== SyntaxKind.IndexedAccessType ?\n                isGenericTupleType(objectType) && !indexTypeLessThan(indexType, objectType.target.fixedLength) :\n                isGenericObjectType(objectType) && !(isTupleType(objectType) && indexTypeLessThan(indexType, objectType.target.fixedLength)))) {\n                if (objectType.flags & TypeFlags.AnyOrUnknown) {\n                    return objectType;\n                }\n                // Defer the operation by creating an indexed access type.\n                const persistentAccessFlags = accessFlags & AccessFlags.Persistent;\n                const id = objectType.id + \",\" + indexType.id + \",\" + persistentAccessFlags + getAliasId(aliasSymbol, aliasTypeArguments);\n                let type = indexedAccessTypes.get(id);\n                if (!type) {\n                    indexedAccessTypes.set(id, type = createIndexedAccessType(objectType, indexType, persistentAccessFlags, aliasSymbol, aliasTypeArguments));\n                }\n\n                return type;\n            }\n            // In the following we resolve T[K] to the type of the property in T selected by K.\n            // We treat boolean as different from other unions to improve errors;\n            // skipping straight to getPropertyTypeForIndexType gives errors with 'boolean' instead of 'true'.\n            const apparentObjectType = getReducedApparentType(objectType);\n            if (indexType.flags & TypeFlags.Union && !(indexType.flags & TypeFlags.Boolean)) {\n                const propTypes: Type[] = [];\n                let wasMissingProp = false;\n                for (const t of (indexType as UnionType).types) {\n                    const propType = getPropertyTypeForIndexType(objectType, apparentObjectType, t, indexType, accessNode, accessFlags | (wasMissingProp ? AccessFlags.SuppressNoImplicitAnyError : 0));\n                    if (propType) {\n                        propTypes.push(propType);\n                    }\n                    else if (!accessNode) {\n                        // If there's no error node, we can immeditely stop, since error reporting is off\n                        return undefined;\n                    }\n                    else {\n                        // Otherwise we set a flag and return at the end of the loop so we still mark all errors\n                        wasMissingProp = true;\n                    }\n                }\n                if (wasMissingProp) {\n                    return undefined;\n                }\n                return accessFlags & AccessFlags.Writing\n                    ? getIntersectionType(propTypes, aliasSymbol, aliasTypeArguments)\n                    : getUnionType(propTypes, UnionReduction.Literal, aliasSymbol, aliasTypeArguments);\n            }\n            return getPropertyTypeForIndexType(objectType, apparentObjectType, indexType, indexType, accessNode, accessFlags | AccessFlags.CacheSymbol | AccessFlags.ReportDeprecated);\n        }\n\n        function getTypeFromIndexedAccessTypeNode(node: IndexedAccessTypeNode) {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const objectType = getTypeFromTypeNode(node.objectType);\n                const indexType = getTypeFromTypeNode(node.indexType);\n                const potentialAlias = getAliasSymbolForTypeNode(node);\n                const resolved = getIndexedAccessType(objectType, indexType, AccessFlags.None, node, potentialAlias, getTypeArgumentsForAliasSymbol(potentialAlias));\n                links.resolvedType = resolved.flags & TypeFlags.IndexedAccess &&\n                    (resolved as IndexedAccessType).objectType === objectType &&\n                    (resolved as IndexedAccessType).indexType === indexType ?\n                    getConditionalFlowTypeOfType(resolved, node) : resolved;\n            }\n            return links.resolvedType;\n        }\n\n        function getTypeFromMappedTypeNode(node: MappedTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const type = createObjectType(ObjectFlags.Mapped, node.symbol) as MappedType;\n                type.declaration = node;\n                type.aliasSymbol = getAliasSymbolForTypeNode(node);\n                type.aliasTypeArguments = getTypeArgumentsForAliasSymbol(type.aliasSymbol);\n                links.resolvedType = type;\n                // Eagerly resolve the constraint type which forces an error if the constraint type circularly\n                // references itself through one or more type aliases.\n                getConstraintTypeFromMappedType(type);\n            }\n            return links.resolvedType;\n        }\n\n        function getActualTypeVariable(type: Type): Type {\n            if (type.flags & TypeFlags.Substitution) {\n                return (type as SubstitutionType).baseType;\n            }\n            if (type.flags & TypeFlags.IndexedAccess && (\n                (type as IndexedAccessType).objectType.flags & TypeFlags.Substitution ||\n                (type as IndexedAccessType).indexType.flags & TypeFlags.Substitution)) {\n                return getIndexedAccessType(getActualTypeVariable((type as IndexedAccessType).objectType), getActualTypeVariable((type as IndexedAccessType).indexType));\n            }\n            return type;\n        }\n\n        function maybeCloneTypeParameter(p: TypeParameter) {\n            const constraint = getConstraintOfTypeParameter(p);\n            return constraint && (isGenericObjectType(constraint) || isGenericIndexType(constraint)) ? cloneTypeParameter(p) : p;\n        }\n\n        function isTypicalNondistributiveConditional(root: ConditionalRoot) {\n            return !root.isDistributive && isSingletonTupleType(root.node.checkType) && isSingletonTupleType(root.node.extendsType);\n        }\n\n        function isSingletonTupleType(node: TypeNode) {\n            return isTupleTypeNode(node) && length(node.elements) === 1 && !isOptionalTypeNode(node.elements[0]) && !isRestTypeNode(node.elements[0]);\n        }\n\n        /**\n          * We syntactually check for common nondistributive conditional shapes and unwrap them into\n          * the intended comparison - we do this so we can check if the unwrapped types are generic or\n          * not and appropriately defer condition calculation\n          */\n        function unwrapNondistributiveConditionalTuple(root: ConditionalRoot, type: Type) {\n            return isTypicalNondistributiveConditional(root) && isTupleType(type) ? getTypeArguments(type)[0] : type;\n        }\n\n        function getConditionalType(root: ConditionalRoot, mapper: TypeMapper | undefined, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            let result;\n            let extraTypes: Type[] | undefined;\n            let tailCount = 0;\n            // We loop here for an immediately nested conditional type in the false position, effectively treating\n            // types of the form 'A extends B ? X : C extends D ? Y : E extends F ? Z : ...' as a single construct for\n            // purposes of resolution. We also loop here when resolution of a conditional type ends in resolution of\n            // another (or, through recursion, possibly the same) conditional type. In the potentially tail-recursive\n            // cases we increment the tail recursion counter and stop after 1000 iterations.\n            while (true) {\n                if (tailCount === 1000) {\n                    error(currentNode, Diagnostics.Type_instantiation_is_excessively_deep_and_possibly_infinite);\n                    result = errorType;\n                    break;\n                }\n                const isUnwrapped = isTypicalNondistributiveConditional(root);\n                const checkType = instantiateType(unwrapNondistributiveConditionalTuple(root, getActualTypeVariable(root.checkType)), mapper);\n                const checkTypeInstantiable = isGenericType(checkType);\n                const extendsType = instantiateType(unwrapNondistributiveConditionalTuple(root, root.extendsType), mapper);\n                if (checkType === wildcardType || extendsType === wildcardType) {\n                    return wildcardType;\n                }\n                let combinedMapper: TypeMapper | undefined;\n                if (root.inferTypeParameters) {\n                    // When we're looking at making an inference for an infer type, when we get its constraint, it'll automagically be\n                    // instantiated with the context, so it doesn't need the mapper for the inference contex - however the constraint\n                    // may refer to another _root_, _uncloned_ `infer` type parameter [1], or to something mapped by `mapper` [2].\n                    // [1] Eg, if we have `Foo<T, U extends T>` and `Foo<number, infer B>` - `B` is constrained to `T`, which, in turn, has been instantiated\n                    // as `number`\n                    // Conversely, if we have `Foo<infer A, infer B>`, `B` is still constrained to `T` and `T` is instantiated as `A`\n                    // [2] Eg, if we have `Foo<T, U extends T>` and `Foo<Q, infer B>` where `Q` is mapped by `mapper` into `number` - `B` is constrained to `T`\n                    // which is in turn instantiated as `Q`, which is in turn instantiated as `number`.\n                    // So we need to:\n                    //    * Clone the type parameters so their constraints can be instantiated in the context of `mapper` (otherwise theyd only get inference context information)\n                    //    * Set the clones to both map the conditional's enclosing `mapper` and the original params\n                    //    * instantiate the extends type with the clones\n                    //    * incorporate all of the component mappers into the combined mapper for the true and false members\n                    // This means we have three mappers that need applying:\n                    //    * The original `mapper` used to create this conditional\n                    //    * The mapper that maps the old root type parameter to the clone (`freshMapper`)\n                    //    * The mapper that maps the clone to its inference result (`context.mapper`)\n                    const freshParams = sameMap(root.inferTypeParameters, maybeCloneTypeParameter);\n                    const freshMapper = freshParams !== root.inferTypeParameters ? createTypeMapper(root.inferTypeParameters, freshParams) : undefined;\n                    const context = createInferenceContext(freshParams, /*signature*/ undefined, InferenceFlags.None);\n                    if (freshMapper) {\n                        const freshCombinedMapper = combineTypeMappers(mapper, freshMapper);\n                        for (const p of freshParams) {\n                            if (root.inferTypeParameters.indexOf(p) === -1) {\n                                p.mapper = freshCombinedMapper;\n                            }\n                        }\n                    }\n                    // We skip inference of the possible `infer` types unles the `extendsType` _is_ an infer type\n                    // if it was, it's trivial to say that extendsType = checkType, however such a pattern is used to\n                    // \"reset\" the type being build up during constraint calculation and avoid making an apparently \"infinite\" constraint\n                    // so in those cases we refain from performing inference and retain the uninfered type parameter\n                    if (!checkTypeInstantiable || !some(root.inferTypeParameters, t => t === extendsType)) {\n                        // We don't want inferences from constraints as they may cause us to eagerly resolve the\n                        // conditional type instead of deferring resolution. Also, we always want strict function\n                        // types rules (i.e. proper contravariance) for inferences.\n                        inferTypes(context.inferences, checkType, instantiateType(extendsType, freshMapper), InferencePriority.NoConstraints | InferencePriority.AlwaysStrict);\n                    }\n                    const innerMapper = combineTypeMappers(freshMapper, context.mapper);\n                    // It's possible for 'infer T' type paramteters to be given uninstantiated constraints when the\n                    // those type parameters are used in type references (see getInferredTypeParameterConstraint). For\n                    // that reason we need context.mapper to be first in the combined mapper. See #42636 for examples.\n                    combinedMapper = mapper ? combineTypeMappers(innerMapper, mapper) : innerMapper;\n                }\n                // Instantiate the extends type including inferences for 'infer T' type parameters\n                const inferredExtendsType = combinedMapper ? instantiateType(unwrapNondistributiveConditionalTuple(root, root.extendsType), combinedMapper) : extendsType;\n                // We attempt to resolve the conditional type only when the check and extends types are non-generic\n                if (!checkTypeInstantiable && !isGenericType(inferredExtendsType)) {\n                    // Return falseType for a definitely false extends check. We check an instantiations of the two\n                    // types with type parameters mapped to the wildcard type, the most permissive instantiations\n                    // possible (the wildcard type is assignable to and from all types). If those are not related,\n                    // then no instantiations will be and we can just return the false branch type.\n                    if (!(inferredExtendsType.flags & TypeFlags.AnyOrUnknown) && ((checkType.flags & TypeFlags.Any && !isUnwrapped) || !isTypeAssignableTo(getPermissiveInstantiation(checkType), getPermissiveInstantiation(inferredExtendsType)))) {\n                        // Return union of trueType and falseType for 'any' since it matches anything\n                        if (checkType.flags & TypeFlags.Any && !isUnwrapped) {\n                            (extraTypes || (extraTypes = [])).push(instantiateType(getTypeFromTypeNode(root.node.trueType), combinedMapper || mapper));\n                        }\n                        // If falseType is an immediately nested conditional type that isn't distributive or has an\n                        // identical checkType, switch to that type and loop.\n                        const falseType = getTypeFromTypeNode(root.node.falseType);\n                        if (falseType.flags & TypeFlags.Conditional) {\n                            const newRoot = (falseType as ConditionalType).root;\n                            if (newRoot.node.parent === root.node && (!newRoot.isDistributive || newRoot.checkType === root.checkType)) {\n                                root = newRoot;\n                                continue;\n                            }\n                            if (canTailRecurse(falseType, mapper)) {\n                                continue;\n                            }\n                        }\n                        result = instantiateType(falseType, mapper);\n                        break;\n                    }\n                    // Return trueType for a definitely true extends check. We check instantiations of the two\n                    // types with type parameters mapped to their restrictive form, i.e. a form of the type parameter\n                    // that has no constraint. This ensures that, for example, the type\n                    //   type Foo<T extends { x: any }> = T extends { x: string } ? string : number\n                    // doesn't immediately resolve to 'string' instead of being deferred.\n                    if (inferredExtendsType.flags & TypeFlags.AnyOrUnknown || isTypeAssignableTo(getRestrictiveInstantiation(checkType), getRestrictiveInstantiation(inferredExtendsType))) {\n                        const trueType = getTypeFromTypeNode(root.node.trueType);\n                        const trueMapper = combinedMapper || mapper;\n                        if (canTailRecurse(trueType, trueMapper)) {\n                            continue;\n                        }\n                        result = instantiateType(trueType, trueMapper);\n                        break;\n                    }\n                }\n                // Return a deferred type for a check that is neither definitely true nor definitely false\n                result = createType(TypeFlags.Conditional) as ConditionalType;\n                result.root = root;\n                result.checkType = instantiateType(root.checkType, mapper);\n                result.extendsType = instantiateType(root.extendsType, mapper);\n                result.mapper = mapper;\n                result.combinedMapper = combinedMapper;\n                result.aliasSymbol = aliasSymbol || root.aliasSymbol;\n                result.aliasTypeArguments = aliasSymbol ? aliasTypeArguments : instantiateTypes(root.aliasTypeArguments, mapper!); // TODO: GH#18217\n                break;\n            }\n            return extraTypes ? getUnionType(append(extraTypes, result)) : result;\n            // We tail-recurse for generic conditional types that (a) have not already been evaluated and cached, and\n            // (b) are non distributive, have a check type that is unaffected by instantiation, or have a non-union check\n            // type. Note that recursion is possible only through aliased conditional types, so we only increment the tail\n            // recursion counter for those.\n            function canTailRecurse(newType: Type, newMapper: TypeMapper | undefined) {\n                if (newType.flags & TypeFlags.Conditional && newMapper) {\n                    const newRoot = (newType as ConditionalType).root;\n                    if (newRoot.outerTypeParameters) {\n                        const typeParamMapper = combineTypeMappers((newType as ConditionalType).mapper, newMapper);\n                        const typeArguments = map(newRoot.outerTypeParameters, t => getMappedType(t, typeParamMapper));\n                        const newRootMapper = createTypeMapper(newRoot.outerTypeParameters, typeArguments);\n                        const newCheckType = newRoot.isDistributive ? getMappedType(newRoot.checkType, newRootMapper) : undefined;\n                        if (!newCheckType || newCheckType === newRoot.checkType || !(newCheckType.flags & (TypeFlags.Union | TypeFlags.Never))) {\n                            root = newRoot;\n                            mapper = newRootMapper;\n                            aliasSymbol = undefined;\n                            aliasTypeArguments = undefined;\n                            if (newRoot.aliasSymbol) {\n                                tailCount++;\n                            }\n                            return true;\n                        }\n                    }\n                }\n                return false;\n            }\n        }\n\n        function getTrueTypeFromConditionalType(type: ConditionalType) {\n            return type.resolvedTrueType || (type.resolvedTrueType = instantiateType(getTypeFromTypeNode(type.root.node.trueType), type.mapper));\n        }\n\n        function getFalseTypeFromConditionalType(type: ConditionalType) {\n            return type.resolvedFalseType || (type.resolvedFalseType = instantiateType(getTypeFromTypeNode(type.root.node.falseType), type.mapper));\n        }\n\n        function getInferredTrueTypeFromConditionalType(type: ConditionalType) {\n            return type.resolvedInferredTrueType || (type.resolvedInferredTrueType = type.combinedMapper ? instantiateType(getTypeFromTypeNode(type.root.node.trueType), type.combinedMapper) : getTrueTypeFromConditionalType(type));\n        }\n\n        function getInferTypeParameters(node: ConditionalTypeNode): TypeParameter[] | undefined {\n            let result: TypeParameter[] | undefined;\n            if (node.locals) {\n                node.locals.forEach(symbol => {\n                    if (symbol.flags & SymbolFlags.TypeParameter) {\n                        result = append(result, getDeclaredTypeOfSymbol(symbol));\n                    }\n                });\n            }\n            return result;\n        }\n\n        function isDistributionDependent(root: ConditionalRoot) {\n            return root.isDistributive && (\n                isTypeParameterPossiblyReferenced(root.checkType as TypeParameter, root.node.trueType) ||\n                isTypeParameterPossiblyReferenced(root.checkType as TypeParameter, root.node.falseType));\n        }\n\n        function getTypeFromConditionalTypeNode(node: ConditionalTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                const checkType = getTypeFromTypeNode(node.checkType);\n                const aliasSymbol = getAliasSymbolForTypeNode(node);\n                const aliasTypeArguments = getTypeArgumentsForAliasSymbol(aliasSymbol);\n                const allOuterTypeParameters = getOuterTypeParameters(node, /*includeThisTypes*/ true);\n                const outerTypeParameters = aliasTypeArguments ? allOuterTypeParameters : filter(allOuterTypeParameters, tp => isTypeParameterPossiblyReferenced(tp, node));\n                const root: ConditionalRoot = {\n                    node,\n                    checkType,\n                    extendsType: getTypeFromTypeNode(node.extendsType),\n                    isDistributive: !!(checkType.flags & TypeFlags.TypeParameter),\n                    inferTypeParameters: getInferTypeParameters(node),\n                    outerTypeParameters,\n                    instantiations: undefined,\n                    aliasSymbol,\n                    aliasTypeArguments\n                };\n                links.resolvedType = getConditionalType(root, /*mapper*/ undefined);\n                if (outerTypeParameters) {\n                    root.instantiations = new Map<string, Type>();\n                    root.instantiations.set(getTypeListId(outerTypeParameters), links.resolvedType);\n                }\n            }\n            return links.resolvedType;\n        }\n\n        function getTypeFromInferTypeNode(node: InferTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                links.resolvedType = getDeclaredTypeOfTypeParameter(getSymbolOfNode(node.typeParameter));\n            }\n            return links.resolvedType;\n        }\n\n        function getIdentifierChain(node: EntityName): Identifier[] {\n            if (isIdentifier(node)) {\n                return [node];\n            }\n            else {\n                return append(getIdentifierChain(node.left), node.right);\n            }\n        }\n\n        function getTypeFromImportTypeNode(node: ImportTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                if (node.isTypeOf && node.typeArguments) { // Only the non-typeof form can make use of type arguments\n                    error(node, Diagnostics.Type_arguments_cannot_be_used_here);\n                    links.resolvedSymbol = unknownSymbol;\n                    return links.resolvedType = errorType;\n                }\n                if (!isLiteralImportTypeNode(node)) {\n                    error(node.argument, Diagnostics.String_literal_expected);\n                    links.resolvedSymbol = unknownSymbol;\n                    return links.resolvedType = errorType;\n                }\n                const targetMeaning = node.isTypeOf ? SymbolFlags.Value : node.flags & NodeFlags.JSDoc ? SymbolFlags.Value | SymbolFlags.Type : SymbolFlags.Type;\n                // TODO: Future work: support unions/generics/whatever via a deferred import-type\n                const innerModuleSymbol = resolveExternalModuleName(node, node.argument.literal);\n                if (!innerModuleSymbol) {\n                    links.resolvedSymbol = unknownSymbol;\n                    return links.resolvedType = errorType;\n                }\n                const moduleSymbol = resolveExternalModuleSymbol(innerModuleSymbol, /*dontResolveAlias*/ false);\n                if (!nodeIsMissing(node.qualifier)) {\n                    const nameStack: Identifier[] = getIdentifierChain(node.qualifier!);\n                    let currentNamespace = moduleSymbol;\n                    let current: Identifier | undefined;\n                    while (current = nameStack.shift()) {\n                        const meaning = nameStack.length ? SymbolFlags.Namespace : targetMeaning;\n                        // typeof a.b.c is normally resolved using `checkExpression` which in turn defers to `checkQualifiedName`\n                        // That, in turn, ultimately uses `getPropertyOfType` on the type of the symbol, which differs slightly from\n                        // the `exports` lookup process that only looks up namespace members which is used for most type references\n                        const mergedResolvedSymbol = getMergedSymbol(resolveSymbol(currentNamespace));\n                        const next = node.isTypeOf\n                            ? getPropertyOfType(getTypeOfSymbol(mergedResolvedSymbol), current.escapedText)\n                            : getSymbol(getExportsOfSymbol(mergedResolvedSymbol), current.escapedText, meaning);\n                        if (!next) {\n                            error(current, Diagnostics.Namespace_0_has_no_exported_member_1, getFullyQualifiedName(currentNamespace), declarationNameToString(current));\n                            return links.resolvedType = errorType;\n                        }\n                        getNodeLinks(current).resolvedSymbol = next;\n                        getNodeLinks(current.parent).resolvedSymbol = next;\n                        currentNamespace = next;\n                    }\n                    links.resolvedType = resolveImportSymbolType(node, links, currentNamespace, targetMeaning);\n                }\n                else {\n                    if (moduleSymbol.flags & targetMeaning) {\n                        links.resolvedType = resolveImportSymbolType(node, links, moduleSymbol, targetMeaning);\n                    }\n                    else {\n                        const errorMessage = targetMeaning === SymbolFlags.Value\n                            ? Diagnostics.Module_0_does_not_refer_to_a_value_but_is_used_as_a_value_here\n                            : Diagnostics.Module_0_does_not_refer_to_a_type_but_is_used_as_a_type_here_Did_you_mean_typeof_import_0;\n\n                        error(node, errorMessage, node.argument.literal.text);\n\n                        links.resolvedSymbol = unknownSymbol;\n                        links.resolvedType = errorType;\n                    }\n                }\n            }\n            return links.resolvedType;\n        }\n\n        function resolveImportSymbolType(node: ImportTypeNode, links: NodeLinks, symbol: Symbol, meaning: SymbolFlags) {\n            const resolvedSymbol = resolveSymbol(symbol);\n            links.resolvedSymbol = resolvedSymbol;\n            if (meaning === SymbolFlags.Value) {\n                return getTypeOfSymbol(symbol); // intentionally doesn't use resolved symbol so type is cached as expected on the alias\n            }\n            else {\n                return getTypeReferenceType(node, resolvedSymbol); // getTypeReferenceType doesn't handle aliases - it must get the resolved symbol\n            }\n        }\n\n        function getTypeFromTypeLiteralOrFunctionOrConstructorTypeNode(node: TypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                // Deferred resolution of members is handled by resolveObjectTypeMembers\n                const aliasSymbol = getAliasSymbolForTypeNode(node);\n                if (getMembersOfSymbol(node.symbol).size === 0 && !aliasSymbol) {\n                    links.resolvedType = emptyTypeLiteralType;\n                }\n                else {\n                    let type = createObjectType(ObjectFlags.Anonymous, node.symbol);\n                    type.aliasSymbol = aliasSymbol;\n                    type.aliasTypeArguments = getTypeArgumentsForAliasSymbol(aliasSymbol);\n                    if (isJSDocTypeLiteral(node) && node.isArrayType) {\n                        type = createArrayType(type);\n                    }\n                    links.resolvedType = type;\n                }\n            }\n            return links.resolvedType;\n        }\n\n        function getAliasSymbolForTypeNode(node: Node) {\n            let host = node.parent;\n            while (isParenthesizedTypeNode(host) || isJSDocTypeExpression(host) || isTypeOperatorNode(host) && host.operator === SyntaxKind.ReadonlyKeyword) {\n                host = host.parent;\n            }\n            return isTypeAlias(host) ? getSymbolOfNode(host) : undefined;\n        }\n\n        function getTypeArgumentsForAliasSymbol(symbol: Symbol | undefined) {\n            return symbol ? getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(symbol) : undefined;\n        }\n\n        function isNonGenericObjectType(type: Type) {\n            return !!(type.flags & TypeFlags.Object) && !isGenericMappedType(type);\n        }\n\n        function isEmptyObjectTypeOrSpreadsIntoEmptyObject(type: Type) {\n            return isEmptyObjectType(type) || !!(type.flags & (TypeFlags.Null | TypeFlags.Undefined | TypeFlags.BooleanLike | TypeFlags.NumberLike | TypeFlags.BigIntLike | TypeFlags.StringLike | TypeFlags.EnumLike | TypeFlags.NonPrimitive | TypeFlags.Index));\n        }\n\n        function tryMergeUnionOfObjectTypeAndEmptyObject(type: Type, readonly: boolean): Type {\n            if (!(type.flags & TypeFlags.Union)) {\n                return type;\n            }\n            if (every((type as UnionType).types, isEmptyObjectTypeOrSpreadsIntoEmptyObject)) {\n                return find((type as UnionType).types, isEmptyObjectType) || emptyObjectType;\n            }\n            const firstType = find((type as UnionType).types, t => !isEmptyObjectTypeOrSpreadsIntoEmptyObject(t));\n            if (!firstType) {\n                return type;\n            }\n            const secondType = find((type as UnionType).types, t => t !== firstType && !isEmptyObjectTypeOrSpreadsIntoEmptyObject(t));\n            if (secondType) {\n                return type;\n            }\n            return getAnonymousPartialType(firstType);\n\n            function getAnonymousPartialType(type: Type) {\n                // gets the type as if it had been spread, but where everything in the spread is made optional\n                const members = createSymbolTable();\n                for (const prop of getPropertiesOfType(type)) {\n                    if (getDeclarationModifierFlagsFromSymbol(prop) & (ModifierFlags.Private | ModifierFlags.Protected)) {\n                        // do nothing, skip privates\n                    }\n                    else if (isSpreadableProperty(prop)) {\n                        const isSetonlyAccessor = prop.flags & SymbolFlags.SetAccessor && !(prop.flags & SymbolFlags.GetAccessor);\n                        const flags = SymbolFlags.Property | SymbolFlags.Optional;\n                        const result = createSymbol(flags, prop.escapedName, getIsLateCheckFlag(prop) | (readonly ? CheckFlags.Readonly : 0));\n                        result.type = isSetonlyAccessor ? undefinedType : addOptionality(getTypeOfSymbol(prop), /*isProperty*/ true);\n                        result.declarations = prop.declarations;\n                        result.nameType = getSymbolLinks(prop).nameType;\n                        result.syntheticOrigin = prop;\n                        members.set(prop.escapedName, result);\n                    }\n                }\n                const spread = createAnonymousType(type.symbol, members, emptyArray, emptyArray, getIndexInfosOfType(type));\n                spread.objectFlags |= ObjectFlags.ObjectLiteral | ObjectFlags.ContainsObjectOrArrayLiteral;\n                return spread;\n            }\n        }\n\n        /**\n          * Since the source of spread types are object literals, which are not binary,\n          * this function should be called in a left folding style, with left = previous result of getSpreadType\n          * and right = the new element to be spread.\n          */\n        function getSpreadType(left: Type, right: Type, symbol: Symbol | undefined, objectFlags: ObjectFlags, readonly: boolean): Type {\n            if (left.flags & TypeFlags.Any || right.flags & TypeFlags.Any) {\n                return anyType;\n            }\n            if (left.flags & TypeFlags.Unknown || right.flags & TypeFlags.Unknown) {\n                return unknownType;\n            }\n            if (left.flags & TypeFlags.Never) {\n                return right;\n            }\n            if (right.flags & TypeFlags.Never) {\n                return left;\n            }\n            left = tryMergeUnionOfObjectTypeAndEmptyObject(left, readonly);\n            if (left.flags & TypeFlags.Union) {\n                return checkCrossProductUnion([left, right])\n                    ? mapType(left, t => getSpreadType(t, right, symbol, objectFlags, readonly))\n                    : errorType;\n            }\n            right = tryMergeUnionOfObjectTypeAndEmptyObject(right, readonly);\n            if (right.flags & TypeFlags.Union) {\n                return checkCrossProductUnion([left, right])\n                    ? mapType(right, t => getSpreadType(left, t, symbol, objectFlags, readonly))\n                    : errorType;\n            }\n            if (right.flags & (TypeFlags.BooleanLike | TypeFlags.NumberLike | TypeFlags.BigIntLike | TypeFlags.StringLike | TypeFlags.EnumLike | TypeFlags.NonPrimitive | TypeFlags.Index)) {\n                return left;\n            }\n\n            if (isGenericObjectType(left) || isGenericObjectType(right)) {\n                if (isEmptyObjectType(left)) {\n                    return right;\n                }\n                // When the left type is an intersection, we may need to merge the last constituent of the\n                // intersection with the right type. For example when the left type is 'T & { a: string }'\n                // and the right type is '{ b: string }' we produce 'T & { a: string, b: string }'.\n                if (left.flags & TypeFlags.Intersection) {\n                    const types = (left as IntersectionType).types;\n                    const lastLeft = types[types.length - 1];\n                    if (isNonGenericObjectType(lastLeft) && isNonGenericObjectType(right)) {\n                        return getIntersectionType(concatenate(types.slice(0, types.length - 1), [getSpreadType(lastLeft, right, symbol, objectFlags, readonly)]));\n                    }\n                }\n                return getIntersectionType([left, right]);\n            }\n\n            const members = createSymbolTable();\n            const skippedPrivateMembers = new Set<__String>();\n            const indexInfos = left === emptyObjectType ? getIndexInfosOfType(right) : getUnionIndexInfos([left, right]);\n\n            for (const rightProp of getPropertiesOfType(right)) {\n                if (getDeclarationModifierFlagsFromSymbol(rightProp) & (ModifierFlags.Private | ModifierFlags.Protected)) {\n                    skippedPrivateMembers.add(rightProp.escapedName);\n                }\n                else if (isSpreadableProperty(rightProp)) {\n                    members.set(rightProp.escapedName, getSpreadSymbol(rightProp, readonly));\n                }\n            }\n\n            for (const leftProp of getPropertiesOfType(left)) {\n                if (skippedPrivateMembers.has(leftProp.escapedName) || !isSpreadableProperty(leftProp)) {\n                    continue;\n                }\n                if (members.has(leftProp.escapedName)) {\n                    const rightProp = members.get(leftProp.escapedName)!;\n                    const rightType = getTypeOfSymbol(rightProp);\n                    if (rightProp.flags & SymbolFlags.Optional) {\n                        const declarations = concatenate(leftProp.declarations, rightProp.declarations);\n                        const flags = SymbolFlags.Property | (leftProp.flags & SymbolFlags.Optional);\n                        const result = createSymbol(flags, leftProp.escapedName);\n                        result.type = getUnionType([getTypeOfSymbol(leftProp), removeMissingOrUndefinedType(rightType)], UnionReduction.Subtype);\n                        result.leftSpread = leftProp;\n                        result.rightSpread = rightProp;\n                        result.declarations = declarations;\n                        result.nameType = getSymbolLinks(leftProp).nameType;\n                        members.set(leftProp.escapedName, result);\n                    }\n                }\n                else {\n                    members.set(leftProp.escapedName, getSpreadSymbol(leftProp, readonly));\n                }\n            }\n\n            const spread = createAnonymousType(symbol, members, emptyArray, emptyArray, sameMap(indexInfos, info => getIndexInfoWithReadonly(info, readonly)));\n            spread.objectFlags |= ObjectFlags.ObjectLiteral | ObjectFlags.ContainsObjectOrArrayLiteral | ObjectFlags.ContainsSpread | objectFlags;\n            return spread;\n        }\n\n        /** We approximate own properties as non-methods plus methods that are inside the object literal */\n        function isSpreadableProperty(prop: Symbol): boolean {\n            return !some(prop.declarations, isPrivateIdentifierClassElementDeclaration) &&\n                (!(prop.flags & (SymbolFlags.Method | SymbolFlags.GetAccessor | SymbolFlags.SetAccessor)) ||\n                    !prop.declarations?.some(decl => isClassLike(decl.parent)));\n        }\n\n        function getSpreadSymbol(prop: Symbol, readonly: boolean) {\n            const isSetonlyAccessor = prop.flags & SymbolFlags.SetAccessor && !(prop.flags & SymbolFlags.GetAccessor);\n            if (!isSetonlyAccessor && readonly === isReadonlySymbol(prop)) {\n                return prop;\n            }\n            const flags = SymbolFlags.Property | (prop.flags & SymbolFlags.Optional);\n            const result = createSymbol(flags, prop.escapedName, getIsLateCheckFlag(prop) | (readonly ? CheckFlags.Readonly : 0));\n            result.type = isSetonlyAccessor ? undefinedType : getTypeOfSymbol(prop);\n            result.declarations = prop.declarations;\n            result.nameType = getSymbolLinks(prop).nameType;\n            result.syntheticOrigin = prop;\n            return result;\n        }\n\n        function getIndexInfoWithReadonly(info: IndexInfo, readonly: boolean) {\n            return info.isReadonly !== readonly ? createIndexInfo(info.keyType, info.type, readonly, info.declaration) : info;\n        }\n\n        function createLiteralType(flags: TypeFlags, value: string | number | PseudoBigInt, symbol?: Symbol, regularType?: LiteralType) {\n            const type = createType(flags) as LiteralType;\n            type.symbol = symbol!;\n            type.value = value;\n            type.regularType = regularType || type;\n            return type;\n        }\n\n        function getFreshTypeOfLiteralType(type: Type): Type {\n            if (type.flags & TypeFlags.Literal) {\n                if (!(type as LiteralType).freshType) {\n                    const freshType = createLiteralType(type.flags, (type as LiteralType).value, (type as LiteralType).symbol, type as LiteralType);\n                    freshType.freshType = freshType;\n                    (type as LiteralType).freshType = freshType;\n                }\n                return (type as LiteralType).freshType;\n            }\n            return type;\n        }\n\n        function getRegularTypeOfLiteralType(type: Type): Type {\n            return type.flags & TypeFlags.Literal ? (type as LiteralType).regularType :\n                type.flags & TypeFlags.Union ? ((type as UnionType).regularType || ((type as UnionType).regularType = mapType(type, getRegularTypeOfLiteralType) as UnionType)) :\n                type;\n        }\n\n        function isFreshLiteralType(type: Type) {\n            return !!(type.flags & TypeFlags.Literal) && (type as LiteralType).freshType === type;\n        }\n\n        function getStringLiteralType(value: string): StringLiteralType {\n            let type;\n            return stringLiteralTypes.get(value) ||\n                (stringLiteralTypes.set(value, type = createLiteralType(TypeFlags.StringLiteral, value) as StringLiteralType), type);\n        }\n\n        function getNumberLiteralType(value: number): NumberLiteralType {\n            let type;\n            return numberLiteralTypes.get(value) ||\n                (numberLiteralTypes.set(value, type = createLiteralType(TypeFlags.NumberLiteral, value) as NumberLiteralType), type);\n        }\n\n        function getBigIntLiteralType(value: PseudoBigInt): BigIntLiteralType {\n            let type;\n            const key = pseudoBigIntToString(value);\n            return bigIntLiteralTypes.get(key) ||\n                (bigIntLiteralTypes.set(key, type = createLiteralType(TypeFlags.BigIntLiteral, value) as BigIntLiteralType), type);\n        }\n\n        function getEnumLiteralType(value: string | number, enumId: number, symbol: Symbol): LiteralType {\n            let type;\n            const qualifier = typeof value === \"string\" ? \"@\" : \"#\";\n            const key = enumId + qualifier + value;\n            const flags = TypeFlags.EnumLiteral | (typeof value === \"string\" ? TypeFlags.StringLiteral : TypeFlags.NumberLiteral);\n            return enumLiteralTypes.get(key) ||\n                (enumLiteralTypes.set(key, type = createLiteralType(flags, value, symbol)), type);\n        }\n\n        function getTypeFromLiteralTypeNode(node: LiteralTypeNode): Type {\n            if (node.literal.kind === SyntaxKind.NullKeyword) {\n                return nullType;\n            }\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                links.resolvedType = getRegularTypeOfLiteralType(checkExpression(node.literal));\n            }\n            return links.resolvedType;\n        }\n\n        function createUniqueESSymbolType(symbol: Symbol) {\n            const type = createType(TypeFlags.UniqueESSymbol) as UniqueESSymbolType;\n            type.symbol = symbol;\n            type.escapedName = `__@${type.symbol.escapedName}@${getSymbolId(type.symbol)}` as __String;\n            return type;\n        }\n\n        function getESSymbolLikeTypeForNode(node: Node) {\n            if (isValidESSymbolDeclaration(node)) {\n                const symbol = isCommonJsExportPropertyAssignment(node) ? getSymbolOfNode((node as BinaryExpression).left) : getSymbolOfNode(node);\n                if (symbol) {\n                    const links = getSymbolLinks(symbol);\n                    return links.uniqueESSymbolType || (links.uniqueESSymbolType = createUniqueESSymbolType(symbol));\n                }\n            }\n            return esSymbolType;\n        }\n\n        function getThisType(node: Node): Type {\n            const container = getThisContainer(node, /*includeArrowFunctions*/ false);\n            const parent = container && container.parent;\n            if (parent && (isClassLike(parent) || parent.kind === SyntaxKind.InterfaceDeclaration)) {\n                if (!isStatic(container) &&\n                    (!isConstructorDeclaration(container) || isNodeDescendantOf(node, container.body))) {\n                    return getDeclaredTypeOfClassOrInterface(getSymbolOfNode(parent as ClassLikeDeclaration | InterfaceDeclaration)).thisType!;\n                }\n            }\n\n            // inside x.prototype = { ... }\n            if (parent && isObjectLiteralExpression(parent) && isBinaryExpression(parent.parent) && getAssignmentDeclarationKind(parent.parent) === AssignmentDeclarationKind.Prototype) {\n                return getDeclaredTypeOfClassOrInterface(getSymbolOfNode(parent.parent.left)!.parent!).thisType!;\n            }\n            // /** @return {this} */\n            // x.prototype.m = function() { ... }\n            const host = node.flags & NodeFlags.JSDoc ? getHostSignatureFromJSDoc(node) : undefined;\n            if (host && isFunctionExpression(host) && isBinaryExpression(host.parent) && getAssignmentDeclarationKind(host.parent) === AssignmentDeclarationKind.PrototypeProperty) {\n                return getDeclaredTypeOfClassOrInterface(getSymbolOfNode(host.parent.left)!.parent!).thisType!;\n            }\n            // inside constructor function C() { ... }\n            if (isJSConstructor(container) && isNodeDescendantOf(node, container.body)) {\n                return getDeclaredTypeOfClassOrInterface(getSymbolOfNode(container)).thisType!;\n            }\n            error(node, Diagnostics.A_this_type_is_available_only_in_a_non_static_member_of_a_class_or_interface);\n            return errorType;\n        }\n\n        function getTypeFromThisTypeNode(node: ThisExpression | ThisTypeNode): Type {\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                links.resolvedType = getThisType(node);\n            }\n            return links.resolvedType;\n        }\n\n        function getTypeFromRestTypeNode(node: RestTypeNode | NamedTupleMember) {\n            return getTypeFromTypeNode(getArrayElementTypeNode(node.type) || node.type);\n        }\n\n        function getArrayElementTypeNode(node: TypeNode): TypeNode | undefined {\n            switch (node.kind) {\n                case SyntaxKind.ParenthesizedType:\n                    return getArrayElementTypeNode((node as ParenthesizedTypeNode).type);\n                case SyntaxKind.TupleType:\n                    if ((node as TupleTypeNode).elements.length === 1) {\n                        node = (node as TupleTypeNode).elements[0];\n                        if (node.kind === SyntaxKind.RestType || node.kind === SyntaxKind.NamedTupleMember && (node as NamedTupleMember).dotDotDotToken) {\n                            return getArrayElementTypeNode((node as RestTypeNode | NamedTupleMember).type);\n                        }\n                    }\n                    break;\n                case SyntaxKind.ArrayType:\n                    return (node as ArrayTypeNode).elementType;\n            }\n            return undefined;\n        }\n\n        function getTypeFromNamedTupleTypeNode(node: NamedTupleMember): Type {\n            const links = getNodeLinks(node);\n            return links.resolvedType || (links.resolvedType =\n                    node.dotDotDotToken ? getTypeFromRestTypeNode(node) :\n                    addOptionality(getTypeFromTypeNode(node.type), /*isProperty*/ true, !!node.questionToken));\n        }\n\n        function getTypeFromTypeNode(node: TypeNode): Type {\n            return getConditionalFlowTypeOfType(getTypeFromTypeNodeWorker(node), node);\n        }\n\n        function getTypeFromTypeNodeWorker(node: TypeNode): Type {\n            switch (node.kind) {\n                case SyntaxKind.AnyKeyword:\n                case SyntaxKind.JSDocAllType:\n                case SyntaxKind.JSDocUnknownType:\n                    return anyType;\n                case SyntaxKind.UnknownKeyword:\n                    return unknownType;\n                case SyntaxKind.StringKeyword:\n                    return stringType;\n                case SyntaxKind.NumberKeyword:\n                    return numberType;\n                case SyntaxKind.BigIntKeyword:\n                    return bigintType;\n                case SyntaxKind.BooleanKeyword:\n                    return booleanType;\n                case SyntaxKind.SymbolKeyword:\n                    return esSymbolType;\n                case SyntaxKind.VoidKeyword:\n                    return voidType;\n                case SyntaxKind.UndefinedKeyword:\n                    return undefinedType;\n                case SyntaxKind.NullKeyword as TypeNodeSyntaxKind:\n                    // TODO(rbuckton): `NullKeyword` is no longer a `TypeNode`, but we defensively allow it here because of incorrect casts in the Language Service.\n                    return nullType;\n                case SyntaxKind.NeverKeyword:\n                    return neverType;\n                case SyntaxKind.ObjectKeyword:\n                    return node.flags & NodeFlags.JavaScriptFile && !noImplicitAny ? anyType : nonPrimitiveType;\n                case SyntaxKind.IntrinsicKeyword:\n                    return intrinsicMarkerType;\n                case SyntaxKind.ThisType:\n                case SyntaxKind.ThisKeyword as TypeNodeSyntaxKind:\n                    // TODO(rbuckton): `ThisKeyword` is no longer a `TypeNode`, but we defensively allow it here because of incorrect casts in the Language Service and because of `isPartOfTypeNode`.\n                    return getTypeFromThisTypeNode(node as ThisExpression | ThisTypeNode);\n                case SyntaxKind.LiteralType:\n                    return getTypeFromLiteralTypeNode(node as LiteralTypeNode);\n                case SyntaxKind.TypeReference:\n                    return getTypeFromTypeReference(node as TypeReferenceNode);\n                case SyntaxKind.TypePredicate:\n                    return (node as TypePredicateNode).assertsModifier ? voidType : booleanType;\n                case SyntaxKind.ExpressionWithTypeArguments:\n                    return getTypeFromTypeReference(node as ExpressionWithTypeArguments);\n                case SyntaxKind.TypeQuery:\n                    return getTypeFromTypeQueryNode(node as TypeQueryNode);\n                case SyntaxKind.ArrayType:\n                case SyntaxKind.TupleType:\n                    return getTypeFromArrayOrTupleTypeNode(node as ArrayTypeNode | TupleTypeNode);\n                case SyntaxKind.OptionalType:\n                    return getTypeFromOptionalTypeNode(node as OptionalTypeNode);\n                case SyntaxKind.UnionType:\n                    return getTypeFromUnionTypeNode(node as UnionTypeNode);\n                case SyntaxKind.IntersectionType:\n                    return getTypeFromIntersectionTypeNode(node as IntersectionTypeNode);\n                case SyntaxKind.JSDocNullableType:\n                    return getTypeFromJSDocNullableTypeNode(node as JSDocNullableType);\n                case SyntaxKind.JSDocOptionalType:\n                    return addOptionality(getTypeFromTypeNode((node as JSDocOptionalType).type));\n                case SyntaxKind.NamedTupleMember:\n                    return getTypeFromNamedTupleTypeNode(node as NamedTupleMember);\n                case SyntaxKind.ParenthesizedType:\n                case SyntaxKind.JSDocNonNullableType:\n                case SyntaxKind.JSDocTypeExpression:\n                    return getTypeFromTypeNode((node as ParenthesizedTypeNode | JSDocTypeReferencingNode | JSDocTypeExpression | NamedTupleMember).type);\n                case SyntaxKind.RestType:\n                    return getTypeFromRestTypeNode(node as RestTypeNode);\n                case SyntaxKind.JSDocVariadicType:\n                    return getTypeFromJSDocVariadicType(node as JSDocVariadicType);\n                case SyntaxKind.FunctionType:\n                case SyntaxKind.ConstructorType:\n                case SyntaxKind.TypeLiteral:\n                case SyntaxKind.JSDocTypeLiteral:\n                case SyntaxKind.JSDocFunctionType:\n                case SyntaxKind.JSDocSignature:\n                    return getTypeFromTypeLiteralOrFunctionOrConstructorTypeNode(node);\n                case SyntaxKind.TypeOperator:\n                    return getTypeFromTypeOperatorNode(node as TypeOperatorNode);\n                case SyntaxKind.IndexedAccessType:\n                    return getTypeFromIndexedAccessTypeNode(node as IndexedAccessTypeNode);\n                case SyntaxKind.MappedType:\n                    return getTypeFromMappedTypeNode(node as MappedTypeNode);\n                case SyntaxKind.ConditionalType:\n                    return getTypeFromConditionalTypeNode(node as ConditionalTypeNode);\n                case SyntaxKind.InferType:\n                    return getTypeFromInferTypeNode(node as InferTypeNode);\n                case SyntaxKind.TemplateLiteralType:\n                    return getTypeFromTemplateTypeNode(node as TemplateLiteralTypeNode);\n                case SyntaxKind.ImportType:\n                    return getTypeFromImportTypeNode(node as ImportTypeNode);\n                // This function assumes that an identifier, qualified name, or property access expression is a type expression\n                // Callers should first ensure this by calling `isPartOfTypeNode`\n                // TODO(rbuckton): These aren't valid TypeNodes, but we treat them as such because of `isPartOfTypeNode`, which returns `true` for things that aren't `TypeNode`s.\n                case SyntaxKind.Identifier as TypeNodeSyntaxKind:\n                case SyntaxKind.QualifiedName as TypeNodeSyntaxKind:\n                case SyntaxKind.PropertyAccessExpression as TypeNodeSyntaxKind:\n                    const symbol = getSymbolAtLocation(node);\n                    return symbol ? getDeclaredTypeOfSymbol(symbol) : errorType;\n                default:\n                    return errorType;\n            }\n        }\n\n        function instantiateList<T>(items: readonly T[], mapper: TypeMapper, instantiator: (item: T, mapper: TypeMapper) => T): readonly T[];\n        function instantiateList<T>(items: readonly T[] | undefined, mapper: TypeMapper, instantiator: (item: T, mapper: TypeMapper) => T): readonly T[] | undefined;\n        function instantiateList<T>(items: readonly T[] | undefined, mapper: TypeMapper, instantiator: (item: T, mapper: TypeMapper) => T): readonly T[] | undefined {\n            if (items && items.length) {\n                for (let i = 0; i < items.length; i++) {\n                    const item = items[i];\n                    const mapped = instantiator(item, mapper);\n                    if (item !== mapped) {\n                        const result = i === 0 ? [] : items.slice(0, i);\n                        result.push(mapped);\n                        for (i++; i < items.length; i++) {\n                            result.push(instantiator(items[i], mapper));\n                        }\n                        return result;\n                    }\n                }\n            }\n            return items;\n        }\n\n        function instantiateTypes(types: readonly Type[], mapper: TypeMapper): readonly Type[];\n        function instantiateTypes(types: readonly Type[] | undefined, mapper: TypeMapper): readonly Type[] | undefined;\n        function instantiateTypes(types: readonly Type[] | undefined, mapper: TypeMapper): readonly Type[] | undefined {\n            return instantiateList<Type>(types, mapper, instantiateType);\n        }\n\n        function instantiateSignatures(signatures: readonly Signature[], mapper: TypeMapper): readonly Signature[] {\n            return instantiateList<Signature>(signatures, mapper, instantiateSignature);\n        }\n\n        function instantiateIndexInfos(indexInfos: readonly IndexInfo[], mapper: TypeMapper): readonly IndexInfo[] {\n            return instantiateList<IndexInfo>(indexInfos, mapper, instantiateIndexInfo);\n        }\n\n        function createTypeMapper(sources: readonly TypeParameter[], targets: readonly Type[] | undefined): TypeMapper {\n            return sources.length === 1 ? makeUnaryTypeMapper(sources[0], targets ? targets[0] : anyType) : makeArrayTypeMapper(sources, targets);\n        }\n\n        function getMappedType(type: Type, mapper: TypeMapper): Type {\n            switch (mapper.kind) {\n                case TypeMapKind.Simple:\n                    return type === mapper.source ? mapper.target : type;\n                case TypeMapKind.Array:\n                    const sources = mapper.sources;\n                    const targets = mapper.targets;\n                    for (let i = 0; i < sources.length; i++) {\n                        if (type === sources[i]) {\n                            return targets ? targets[i] : anyType;\n                        }\n                    }\n                    return type;\n                case TypeMapKind.Function:\n                    return mapper.func(type);\n                case TypeMapKind.Composite:\n                case TypeMapKind.Merged:\n                    const t1 = getMappedType(type, mapper.mapper1);\n                    return t1 !== type && mapper.kind === TypeMapKind.Composite ? instantiateType(t1, mapper.mapper2) : getMappedType(t1, mapper.mapper2);\n            }\n        }\n\n        function makeUnaryTypeMapper(source: Type, target: Type): TypeMapper {\n            return { kind: TypeMapKind.Simple, source, target };\n        }\n\n        function makeArrayTypeMapper(sources: readonly TypeParameter[], targets: readonly Type[] | undefined): TypeMapper {\n            return { kind: TypeMapKind.Array, sources, targets };\n        }\n\n        function makeFunctionTypeMapper(func: (t: Type) => Type): TypeMapper {\n            return { kind: TypeMapKind.Function, func };\n        }\n\n        function makeCompositeTypeMapper(kind: TypeMapKind.Composite | TypeMapKind.Merged, mapper1: TypeMapper, mapper2: TypeMapper): TypeMapper {\n            return { kind, mapper1, mapper2 };\n        }\n\n        function createTypeEraser(sources: readonly TypeParameter[]): TypeMapper {\n            return createTypeMapper(sources, /*targets*/ undefined);\n        }\n\n        /**\n          * Maps forward-references to later types parameters to the empty object type.\n          * This is used during inference when instantiating type parameter defaults.\n          */\n        function createBackreferenceMapper(context: InferenceContext, index: number): TypeMapper {\n            return makeFunctionTypeMapper(t => findIndex(context.inferences, info => info.typeParameter === t) >= index ? unknownType : t);\n        }\n\n        function combineTypeMappers(mapper1: TypeMapper | undefined, mapper2: TypeMapper): TypeMapper {\n            return mapper1 ? makeCompositeTypeMapper(TypeMapKind.Composite, mapper1, mapper2) : mapper2;\n        }\n\n        function mergeTypeMappers(mapper1: TypeMapper | undefined, mapper2: TypeMapper): TypeMapper {\n            return mapper1 ? makeCompositeTypeMapper(TypeMapKind.Merged, mapper1, mapper2) : mapper2;\n        }\n\n        function prependTypeMapping(source: Type, target: Type, mapper: TypeMapper | undefined) {\n            return !mapper ? makeUnaryTypeMapper(source, target) : makeCompositeTypeMapper(TypeMapKind.Merged, makeUnaryTypeMapper(source, target), mapper);\n        }\n\n        function appendTypeMapping(mapper: TypeMapper | undefined, source: Type, target: Type) {\n            return !mapper ? makeUnaryTypeMapper(source, target) : makeCompositeTypeMapper(TypeMapKind.Merged, mapper, makeUnaryTypeMapper(source, target));\n        }\n\n        function getRestrictiveTypeParameter(tp: TypeParameter) {\n            return tp.constraint === unknownType ? tp : tp.restrictiveInstantiation || (\n                tp.restrictiveInstantiation = createTypeParameter(tp.symbol),\n                (tp.restrictiveInstantiation as TypeParameter).constraint = unknownType,\n                tp.restrictiveInstantiation\n            );\n        }\n\n        function cloneTypeParameter(typeParameter: TypeParameter): TypeParameter {\n            const result = createTypeParameter(typeParameter.symbol);\n            result.target = typeParameter;\n            return result;\n        }\n\n        function instantiateTypePredicate(predicate: TypePredicate, mapper: TypeMapper): TypePredicate {\n            return createTypePredicate(predicate.kind, predicate.parameterName, predicate.parameterIndex, instantiateType(predicate.type, mapper));\n        }\n\n        function instantiateSignature(signature: Signature, mapper: TypeMapper, eraseTypeParameters?: boolean): Signature {\n            let freshTypeParameters: TypeParameter[] | undefined;\n            if (signature.typeParameters && !eraseTypeParameters) {\n                // First create a fresh set of type parameters, then include a mapping from the old to the\n                // new type parameters in the mapper function. Finally store this mapper in the new type\n                // parameters such that we can use it when instantiating constraints.\n                freshTypeParameters = map(signature.typeParameters, cloneTypeParameter);\n                mapper = combineTypeMappers(createTypeMapper(signature.typeParameters, freshTypeParameters), mapper);\n                for (const tp of freshTypeParameters) {\n                    tp.mapper = mapper;\n                }\n            }\n            // Don't compute resolvedReturnType and resolvedTypePredicate now,\n            // because using `mapper` now could trigger inferences to become fixed. (See `createInferenceContext`.)\n            // See GH#17600.\n            const result = createSignature(signature.declaration, freshTypeParameters,\n                signature.thisParameter && instantiateSymbol(signature.thisParameter, mapper),\n                instantiateList(signature.parameters, mapper, instantiateSymbol),\n                /*resolvedReturnType*/ undefined,\n                /*resolvedTypePredicate*/ undefined,\n                signature.minArgumentCount,\n                signature.flags & SignatureFlags.PropagatingFlags);\n            result.target = signature;\n            result.mapper = mapper;\n            return result;\n        }\n\n        function instantiateSymbol(symbol: Symbol, mapper: TypeMapper): Symbol {\n            const links = getSymbolLinks(symbol);\n            if (links.type && !couldContainTypeVariables(links.type)) {\n                // If the type of the symbol is already resolved, and if that type could not possibly\n                // be affected by instantiation, simply return the symbol itself.\n                return symbol;\n            }\n            if (getCheckFlags(symbol) & CheckFlags.Instantiated) {\n                // If symbol being instantiated is itself a instantiation, fetch the original target and combine the\n                // type mappers. This ensures that original type identities are properly preserved and that aliases\n                // always reference a non-aliases.\n                symbol = links.target!;\n                mapper = combineTypeMappers(links.mapper, mapper);\n            }\n            // Keep the flags from the symbol we're instantiating.  Mark that is instantiated, and\n            // also transient so that we can just store data on it directly.\n            const result = createSymbol(symbol.flags, symbol.escapedName, CheckFlags.Instantiated | getCheckFlags(symbol) & (CheckFlags.Readonly | CheckFlags.Late | CheckFlags.OptionalParameter | CheckFlags.RestParameter));\n            result.declarations = symbol.declarations;\n            result.parent = symbol.parent;\n            result.target = symbol;\n            result.mapper = mapper;\n            if (symbol.valueDeclaration) {\n                result.valueDeclaration = symbol.valueDeclaration;\n            }\n            if (links.nameType) {\n                result.nameType = links.nameType;\n            }\n            return result;\n        }\n\n        function getObjectTypeInstantiation(type: AnonymousType | DeferredTypeReference, mapper: TypeMapper, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]) {\n            const declaration = type.objectFlags & ObjectFlags.Reference ? (type as TypeReference).node! :\n                type.objectFlags & ObjectFlags.InstantiationExpressionType ? (type as InstantiationExpressionType).node :\n                type.symbol.declarations![0];\n            const links = getNodeLinks(declaration);\n            const target = type.objectFlags & ObjectFlags.Reference ? links.resolvedType! as DeferredTypeReference :\n                type.objectFlags & ObjectFlags.Instantiated ? type.target! : type;\n            let typeParameters = links.outerTypeParameters;\n            if (!typeParameters) {\n                // The first time an anonymous type is instantiated we compute and store a list of the type\n                // parameters that are in scope (and therefore potentially referenced). For type literals that\n                // aren't the right hand side of a generic type alias declaration we optimize by reducing the\n                // set of type parameters to those that are possibly referenced in the literal.\n                let outerTypeParameters = getOuterTypeParameters(declaration, /*includeThisTypes*/ true);\n                if (isJSConstructor(declaration)) {\n                    const templateTagParameters = getTypeParametersFromDeclaration(declaration as DeclarationWithTypeParameters);\n                    outerTypeParameters = addRange(outerTypeParameters, templateTagParameters);\n                }\n                typeParameters = outerTypeParameters || emptyArray;\n                const allDeclarations = type.objectFlags & (ObjectFlags.Reference | ObjectFlags.InstantiationExpressionType) ? [declaration] : type.symbol.declarations!;\n                typeParameters = (target.objectFlags & (ObjectFlags.Reference | ObjectFlags.InstantiationExpressionType) || target.symbol.flags & SymbolFlags.Method || target.symbol.flags & SymbolFlags.TypeLiteral) && !target.aliasTypeArguments ?\n                    filter(typeParameters, tp => some(allDeclarations, d => isTypeParameterPossiblyReferenced(tp, d))) :\n                    typeParameters;\n                links.outerTypeParameters = typeParameters;\n            }\n            if (typeParameters.length) {\n                // We are instantiating an anonymous type that has one or more type parameters in scope. Apply the\n                // mapper to the type parameters to produce the effective list of type arguments, and compute the\n                // instantiation cache key from the type IDs of the type arguments.\n                const combinedMapper = combineTypeMappers(type.mapper, mapper);\n                const typeArguments = map(typeParameters, t => getMappedType(t, combinedMapper));\n                const newAliasSymbol = aliasSymbol || type.aliasSymbol;\n                const newAliasTypeArguments = aliasSymbol ? aliasTypeArguments : instantiateTypes(type.aliasTypeArguments, mapper);\n                const id = getTypeListId(typeArguments) + getAliasId(newAliasSymbol, newAliasTypeArguments);\n                if (!target.instantiations) {\n                    target.instantiations = new Map<string, Type>();\n                    target.instantiations.set(getTypeListId(typeParameters) + getAliasId(target.aliasSymbol, target.aliasTypeArguments), target);\n                }\n                let result = target.instantiations.get(id);\n                if (!result) {\n                    const newMapper = createTypeMapper(typeParameters, typeArguments);\n                    result = target.objectFlags & ObjectFlags.Reference ? createDeferredTypeReference((type as DeferredTypeReference).target, (type as DeferredTypeReference).node, newMapper, newAliasSymbol, newAliasTypeArguments) :\n                        target.objectFlags & ObjectFlags.Mapped ? instantiateMappedType(target as MappedType, newMapper, newAliasSymbol, newAliasTypeArguments) :\n                        instantiateAnonymousType(target, newMapper, newAliasSymbol, newAliasTypeArguments);\n                    target.instantiations.set(id, result);\n                }\n                return result;\n            }\n            return type;\n        }\n\n        function maybeTypeParameterReference(node: Node) {\n            return !(node.parent.kind === SyntaxKind.TypeReference && (node.parent as TypeReferenceNode).typeArguments && node === (node.parent as TypeReferenceNode).typeName ||\n                node.parent.kind === SyntaxKind.ImportType && (node.parent as ImportTypeNode).typeArguments && node === (node.parent as ImportTypeNode).qualifier);\n        }\n\n        function isTypeParameterPossiblyReferenced(tp: TypeParameter, node: Node) {\n            // If the type parameter doesn't have exactly one declaration, if there are invening statement blocks\n            // between the node and the type parameter declaration, if the node contains actual references to the\n            // type parameter, or if the node contains type queries, we consider the type parameter possibly referenced.\n            if (tp.symbol && tp.symbol.declarations && tp.symbol.declarations.length === 1) {\n                const container = tp.symbol.declarations[0].parent;\n                for (let n = node; n !== container; n = n.parent) {\n                    if (!n || n.kind === SyntaxKind.Block || n.kind === SyntaxKind.ConditionalType && forEachChild((n as ConditionalTypeNode).extendsType, containsReference)) {\n                        return true;\n                    }\n                }\n                return containsReference(node);\n            }\n            return true;\n            function containsReference(node: Node): boolean {\n                switch (node.kind) {\n                    case SyntaxKind.ThisType:\n                        return !!tp.isThisType;\n                    case SyntaxKind.Identifier:\n                        return !tp.isThisType && isPartOfTypeNode(node) && maybeTypeParameterReference(node) &&\n                            getTypeFromTypeNodeWorker(node as TypeNode) === tp; // use worker because we're looking for === equality\n                    case SyntaxKind.TypeQuery:\n                        return true;\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.MethodSignature:\n                        return !(node as FunctionLikeDeclaration).type && !!(node as FunctionLikeDeclaration).body ||\n                            some((node as FunctionLikeDeclaration).typeParameters, containsReference) ||\n                            some((node as FunctionLikeDeclaration).parameters, containsReference) ||\n                            !!(node as FunctionLikeDeclaration).type && containsReference((node as FunctionLikeDeclaration).type!);\n                }\n                return !!forEachChild(node, containsReference);\n            }\n        }\n\n        function getHomomorphicTypeVariable(type: MappedType) {\n            const constraintType = getConstraintTypeFromMappedType(type);\n            if (constraintType.flags & TypeFlags.Index) {\n                const typeVariable = getActualTypeVariable((constraintType as IndexType).type);\n                if (typeVariable.flags & TypeFlags.TypeParameter) {\n                    return typeVariable as TypeParameter;\n                }\n            }\n            return undefined;\n        }\n\n        function instantiateMappedType(type: MappedType, mapper: TypeMapper, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            // For a homomorphic mapped type { [P in keyof T]: X }, where T is some type variable, the mapping\n            // operation depends on T as follows:\n            // * If T is a primitive type no mapping is performed and the result is simply T.\n            // * If T is a union type we distribute the mapped type over the union.\n            // * If T is an array we map to an array where the element type has been transformed.\n            // * If T is a tuple we map to a tuple where the element types have been transformed.\n            // * Otherwise we map to an object type where the type of each property has been transformed.\n            // For example, when T is instantiated to a union type A | B, we produce { [P in keyof A]: X } |\n            // { [P in keyof B]: X }, and when when T is instantiated to a union type A | undefined, we produce\n            // { [P in keyof A]: X } | undefined.\n            const typeVariable = getHomomorphicTypeVariable(type);\n            if (typeVariable) {\n                const mappedTypeVariable = instantiateType(typeVariable, mapper);\n                if (typeVariable !== mappedTypeVariable) {\n                    return mapTypeWithAlias(getReducedType(mappedTypeVariable), t => {\n                        if (t.flags & (TypeFlags.AnyOrUnknown | TypeFlags.InstantiableNonPrimitive | TypeFlags.Object | TypeFlags.Intersection) && t !== wildcardType && !isErrorType(t)) {\n                            if (!type.declaration.nameType) {\n                                let constraint;\n                                if (isArrayType(t) || t.flags & TypeFlags.Any && findResolutionCycleStartIndex(typeVariable, TypeSystemPropertyName.ImmediateBaseConstraint) < 0 &&\n                                    (constraint = getConstraintOfTypeParameter(typeVariable)) && everyType(constraint, or(isArrayType, isTupleType))) {\n                                    return instantiateMappedArrayType(t, type, prependTypeMapping(typeVariable, t, mapper));\n                                }\n                                if (isGenericTupleType(t)) {\n                                    return instantiateMappedGenericTupleType(t, type, typeVariable, mapper);\n                                }\n                                if (isTupleType(t)) {\n                                    return instantiateMappedTupleType(t, type, prependTypeMapping(typeVariable, t, mapper));\n                                }\n                            }\n                            return instantiateAnonymousType(type, prependTypeMapping(typeVariable, t, mapper));\n                        }\n                        return t;\n                    }, aliasSymbol, aliasTypeArguments);\n                }\n            }\n            // If the constraint type of the instantiation is the wildcard type, return the wildcard type.\n            return instantiateType(getConstraintTypeFromMappedType(type), mapper) === wildcardType ? wildcardType : instantiateAnonymousType(type, mapper, aliasSymbol, aliasTypeArguments);\n        }\n\n        function getModifiedReadonlyState(state: boolean, modifiers: MappedTypeModifiers) {\n            return modifiers & MappedTypeModifiers.IncludeReadonly ? true : modifiers & MappedTypeModifiers.ExcludeReadonly ? false : state;\n        }\n\n        function instantiateMappedGenericTupleType(tupleType: TupleTypeReference, mappedType: MappedType, typeVariable: TypeVariable, mapper: TypeMapper) {\n            // When a tuple type is generic (i.e. when it contains variadic elements), we want to eagerly map the\n            // non-generic elements and defer mapping the generic elements. In order to facilitate this, we transform\n            // M<[A, B?, ...T, ...C[]] into [...M<[A]>, ...M<[B?]>, ...M<T>, ...M<C[]>] and then rely on tuple type\n            // normalization to resolve the non-generic parts of the resulting tuple.\n            const elementFlags = tupleType.target.elementFlags;\n            const elementTypes = map(getTypeArguments(tupleType), (t, i) => {\n                const singleton = elementFlags[i] & ElementFlags.Variadic ? t :\n                    elementFlags[i] & ElementFlags.Rest ? createArrayType(t) :\n                    createTupleType([t], [elementFlags[i]]);\n                // The singleton is never a generic tuple type, so it is safe to recurse here.\n                return instantiateMappedType(mappedType, prependTypeMapping(typeVariable, singleton, mapper));\n            });\n            const newReadonly = getModifiedReadonlyState(tupleType.target.readonly, getMappedTypeModifiers(mappedType));\n            return createTupleType(elementTypes, map(elementTypes, _ => ElementFlags.Variadic), newReadonly);\n        }\n\n        function instantiateMappedArrayType(arrayType: Type, mappedType: MappedType, mapper: TypeMapper) {\n            const elementType = instantiateMappedTypeTemplate(mappedType, numberType, /*isOptional*/ true, mapper);\n            return isErrorType(elementType) ? errorType :\n                createArrayType(elementType, getModifiedReadonlyState(isReadonlyArrayType(arrayType), getMappedTypeModifiers(mappedType)));\n        }\n\n        function instantiateMappedTupleType(tupleType: TupleTypeReference, mappedType: MappedType, mapper: TypeMapper) {\n            const elementFlags = tupleType.target.elementFlags;\n            const elementTypes = map(getTypeArguments(tupleType), (_, i) =>\n                instantiateMappedTypeTemplate(mappedType, getStringLiteralType(\"\" + i), !!(elementFlags[i] & ElementFlags.Optional), mapper));\n            const modifiers = getMappedTypeModifiers(mappedType);\n            const newTupleModifiers = modifiers & MappedTypeModifiers.IncludeOptional ? map(elementFlags, f => f & ElementFlags.Required ? ElementFlags.Optional : f) :\n                modifiers & MappedTypeModifiers.ExcludeOptional ? map(elementFlags, f => f & ElementFlags.Optional ? ElementFlags.Required : f) :\n                elementFlags;\n            const newReadonly = getModifiedReadonlyState(tupleType.target.readonly, modifiers);\n            return contains(elementTypes, errorType) ? errorType :\n                createTupleType(elementTypes, newTupleModifiers, newReadonly, tupleType.target.labeledElementDeclarations);\n        }\n\n        function instantiateMappedTypeTemplate(type: MappedType, key: Type, isOptional: boolean, mapper: TypeMapper) {\n            const templateMapper = appendTypeMapping(mapper, getTypeParameterFromMappedType(type), key);\n            const propType = instantiateType(getTemplateTypeFromMappedType(type.target as MappedType || type), templateMapper);\n            const modifiers = getMappedTypeModifiers(type);\n            return strictNullChecks && modifiers & MappedTypeModifiers.IncludeOptional && !maybeTypeOfKind(propType, TypeFlags.Undefined | TypeFlags.Void) ? getOptionalType(propType, /*isProperty*/ true) :\n                strictNullChecks && modifiers & MappedTypeModifiers.ExcludeOptional && isOptional ? getTypeWithFacts(propType, TypeFacts.NEUndefined) :\n                propType;\n        }\n\n        function instantiateAnonymousType(type: AnonymousType, mapper: TypeMapper, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): AnonymousType {\n            const result = createObjectType(type.objectFlags | ObjectFlags.Instantiated, type.symbol) as AnonymousType;\n            if (type.objectFlags & ObjectFlags.Mapped) {\n                (result as MappedType).declaration = (type as MappedType).declaration;\n                // C.f. instantiateSignature\n                const origTypeParameter = getTypeParameterFromMappedType(type as MappedType);\n                const freshTypeParameter = cloneTypeParameter(origTypeParameter);\n                (result as MappedType).typeParameter = freshTypeParameter;\n                mapper = combineTypeMappers(makeUnaryTypeMapper(origTypeParameter, freshTypeParameter), mapper);\n                freshTypeParameter.mapper = mapper;\n            }\n            if (type.objectFlags & ObjectFlags.InstantiationExpressionType) {\n                (result as InstantiationExpressionType).node = (type as InstantiationExpressionType).node;\n            }\n            result.target = type;\n            result.mapper = mapper;\n            result.aliasSymbol = aliasSymbol || type.aliasSymbol;\n            result.aliasTypeArguments = aliasSymbol ? aliasTypeArguments : instantiateTypes(type.aliasTypeArguments, mapper);\n            return result;\n        }\n\n        function getConditionalTypeInstantiation(type: ConditionalType, mapper: TypeMapper, aliasSymbol?: Symbol, aliasTypeArguments?: readonly Type[]): Type {\n            const root = type.root;\n            if (root.outerTypeParameters) {\n                // We are instantiating a conditional type that has one or more type parameters in scope. Apply the\n                // mapper to the type parameters to produce the effective list of type arguments, and compute the\n                // instantiation cache key from the type IDs of the type arguments.\n                const typeArguments = map(root.outerTypeParameters, t => getMappedType(t, mapper));\n                const id = getTypeListId(typeArguments) + getAliasId(aliasSymbol, aliasTypeArguments);\n                let result = root.instantiations!.get(id);\n                if (!result) {\n                    const newMapper = createTypeMapper(root.outerTypeParameters, typeArguments);\n                    const checkType = root.checkType;\n                    const distributionType = root.isDistributive ? getMappedType(checkType, newMapper) : undefined;\n                    // Distributive conditional types are distributed over union types. For example, when the\n                    // distributive conditional type T extends U ? X : Y is instantiated with A | B for T, the\n                    // result is (A extends U ? X : Y) | (B extends U ? X : Y).\n                    result = distributionType && checkType !== distributionType && distributionType.flags & (TypeFlags.Union | TypeFlags.Never) ?\n                        mapTypeWithAlias(getReducedType(distributionType), t => getConditionalType(root, prependTypeMapping(checkType, t, newMapper)), aliasSymbol, aliasTypeArguments) :\n                        getConditionalType(root, newMapper, aliasSymbol, aliasTypeArguments);\n                    root.instantiations!.set(id, result);\n                }\n                return result;\n            }\n            return type;\n        }\n\n        function instantiateType(type: Type, mapper: TypeMapper | undefined): Type;\n        function instantiateType(type: Type | undefined, mapper: TypeMapper | undefined): Type | undefined;\n        function instantiateType(type: Type | undefined, mapper: TypeMapper | undefined): Type | undefined {\n            return type && mapper ? instantiateTypeWithAlias(type, mapper, /*aliasSymbol*/ undefined, /*aliasTypeArguments*/ undefined) : type;\n        }\n\n        function instantiateTypeWithAlias(type: Type, mapper: TypeMapper, aliasSymbol: Symbol | undefined, aliasTypeArguments: readonly Type[] | undefined): Type {\n            if (!couldContainTypeVariables(type)) {\n                return type;\n            }\n            if (instantiationDepth === 100 || instantiationCount >= 5000000) {\n                // We have reached 100 recursive type instantiations, or 5M type instantiations caused by the same statement\n                // or expression. There is a very high likelyhood we're dealing with a combination of infinite generic types\n                // that perpetually generate new type identities, so we stop the recursion here by yielding the error type.\n                tracing?.instant(tracing.Phase.CheckTypes, \"instantiateType_DepthLimit\", { typeId: type.id, instantiationDepth, instantiationCount });\n                error(currentNode, Diagnostics.Type_instantiation_is_excessively_deep_and_possibly_infinite);\n                return errorType;\n            }\n            totalInstantiationCount++;\n            instantiationCount++;\n            instantiationDepth++;\n            const result = instantiateTypeWorker(type, mapper, aliasSymbol, aliasTypeArguments);\n            instantiationDepth--;\n            return result;\n        }\n\n        function instantiateTypeWorker(type: Type, mapper: TypeMapper, aliasSymbol: Symbol | undefined, aliasTypeArguments: readonly Type[] | undefined): Type {\n            const flags = type.flags;\n            if (flags & TypeFlags.TypeParameter) {\n                return getMappedType(type, mapper);\n            }\n            if (flags & TypeFlags.Object) {\n                const objectFlags = (type as ObjectType).objectFlags;\n                if (objectFlags & (ObjectFlags.Reference | ObjectFlags.Anonymous | ObjectFlags.Mapped)) {\n                    if (objectFlags & ObjectFlags.Reference && !(type as TypeReference).node) {\n                        const resolvedTypeArguments = (type as TypeReference).resolvedTypeArguments;\n                        const newTypeArguments = instantiateTypes(resolvedTypeArguments, mapper);\n                        return newTypeArguments !== resolvedTypeArguments ? createNormalizedTypeReference((type as TypeReference).target, newTypeArguments) : type;\n                    }\n                    if (objectFlags & ObjectFlags.ReverseMapped) {\n                        return instantiateReverseMappedType(type as ReverseMappedType, mapper);\n                    }\n                    return getObjectTypeInstantiation(type as TypeReference | AnonymousType | MappedType, mapper, aliasSymbol, aliasTypeArguments);\n                }\n                return type;\n            }\n            if (flags & TypeFlags.UnionOrIntersection) {\n                const origin = type.flags & TypeFlags.Union ? (type as UnionType).origin : undefined;\n                const types = origin && origin.flags & TypeFlags.UnionOrIntersection ? (origin as UnionOrIntersectionType).types : (type as UnionOrIntersectionType).types;\n                const newTypes = instantiateTypes(types, mapper);\n                if (newTypes === types && aliasSymbol === type.aliasSymbol) {\n                    return type;\n                }\n                const newAliasSymbol = aliasSymbol || type.aliasSymbol;\n                const newAliasTypeArguments = aliasSymbol ? aliasTypeArguments : instantiateTypes(type.aliasTypeArguments, mapper);\n                return flags & TypeFlags.Intersection || origin && origin.flags & TypeFlags.Intersection ?\n                    getIntersectionType(newTypes, newAliasSymbol, newAliasTypeArguments) :\n                    getUnionType(newTypes, UnionReduction.Literal, newAliasSymbol, newAliasTypeArguments);\n            }\n            if (flags & TypeFlags.Index) {\n                return getIndexType(instantiateType((type as IndexType).type, mapper));\n            }\n            if (flags & TypeFlags.TemplateLiteral) {\n                return getTemplateLiteralType((type as TemplateLiteralType).texts, instantiateTypes((type as TemplateLiteralType).types, mapper));\n            }\n            if (flags & TypeFlags.StringMapping) {\n                return getStringMappingType((type as StringMappingType).symbol, instantiateType((type as StringMappingType).type, mapper));\n            }\n            if (flags & TypeFlags.IndexedAccess) {\n                const newAliasSymbol = aliasSymbol || type.aliasSymbol;\n                const newAliasTypeArguments = aliasSymbol ? aliasTypeArguments : instantiateTypes(type.aliasTypeArguments, mapper);\n                return getIndexedAccessType(instantiateType((type as IndexedAccessType).objectType, mapper), instantiateType((type as IndexedAccessType).indexType, mapper), (type as IndexedAccessType).accessFlags, /*accessNode*/ undefined, newAliasSymbol, newAliasTypeArguments);\n            }\n            if (flags & TypeFlags.Conditional) {\n                return getConditionalTypeInstantiation(type as ConditionalType, combineTypeMappers((type as ConditionalType).mapper, mapper), aliasSymbol, aliasTypeArguments);\n            }\n            if (flags & TypeFlags.Substitution) {\n                const maybeVariable = instantiateType((type as SubstitutionType).baseType, mapper);\n                if (maybeVariable.flags & TypeFlags.TypeVariable) {\n                    return getSubstitutionType(maybeVariable as TypeVariable, instantiateType((type as SubstitutionType).substitute, mapper));\n                }\n                else {\n                    const sub = instantiateType((type as SubstitutionType).substitute, mapper);\n                    if (sub.flags & TypeFlags.AnyOrUnknown || isTypeAssignableTo(getRestrictiveInstantiation(maybeVariable), getRestrictiveInstantiation(sub))) {\n                        return maybeVariable;\n                    }\n                    return sub;\n                }\n            }\n            return type;\n        }\n\n        function instantiateReverseMappedType(type: ReverseMappedType, mapper: TypeMapper) {\n            const innerMappedType = instantiateType(type.mappedType, mapper);\n            if (!(getObjectFlags(innerMappedType) & ObjectFlags.Mapped)) {\n                return type;\n            }\n            const innerIndexType = instantiateType(type.constraintType, mapper);\n            if (!(innerIndexType.flags & TypeFlags.Index)) {\n                return type;\n            }\n            const instantiated = inferTypeForHomomorphicMappedType(\n                instantiateType(type.source, mapper),\n                innerMappedType as MappedType,\n                innerIndexType as IndexType\n            );\n            if (instantiated) {\n                return instantiated;\n            }\n            return type; // Nested invocation of `inferTypeForHomomorphicMappedType` or the `source` instantiated into something unmappable\n        }\n\n        function getUniqueLiteralFilledInstantiation(type: Type) {\n            return type.flags & (TypeFlags.Primitive | TypeFlags.AnyOrUnknown | TypeFlags.Never) ? type :\n                type.uniqueLiteralFilledInstantiation || (type.uniqueLiteralFilledInstantiation = instantiateType(type, uniqueLiteralMapper));\n        }\n\n        function getPermissiveInstantiation(type: Type) {\n            return type.flags & (TypeFlags.Primitive | TypeFlags.AnyOrUnknown | TypeFlags.Never) ? type :\n                type.permissiveInstantiation || (type.permissiveInstantiation = instantiateType(type, permissiveMapper));\n        }\n\n        function getRestrictiveInstantiation(type: Type) {\n            if (type.flags & (TypeFlags.Primitive | TypeFlags.AnyOrUnknown | TypeFlags.Never)) {\n                return type;\n            }\n            if (type.restrictiveInstantiation) {\n                return type.restrictiveInstantiation;\n            }\n            type.restrictiveInstantiation = instantiateType(type, restrictiveMapper);\n            // We set the following so we don't attempt to set the restrictive instance of a restrictive instance\n            // which is redundant - we'll produce new type identities, but all type params have already been mapped.\n            // This also gives us a way to detect restrictive instances upon comparisons and _disable_ the \"distributeive constraint\"\n            // assignability check for them, which is distinctly unsafe, as once you have a restrctive instance, all the type parameters\n            // are constrained to `unknown` and produce tons of false positives/negatives!\n            type.restrictiveInstantiation.restrictiveInstantiation = type.restrictiveInstantiation;\n            return type.restrictiveInstantiation;\n        }\n\n        function instantiateIndexInfo(info: IndexInfo, mapper: TypeMapper) {\n            return createIndexInfo(info.keyType, instantiateType(info.type, mapper), info.isReadonly, info.declaration);\n        }\n\n        // Returns true if the given expression contains (at any level of nesting) a function or arrow expression\n        // that is subject to contextual typing.\n        function isContextSensitive(node: Expression | MethodDeclaration | ObjectLiteralElementLike | JsxAttributeLike | JsxChild): boolean {\n            Debug.assert(node.kind !== SyntaxKind.MethodDeclaration || isObjectLiteralMethod(node));\n            switch (node.kind) {\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.FunctionDeclaration: // Function declarations can have context when annotated with a jsdoc @type\n                    return isContextSensitiveFunctionLikeDeclaration(node as FunctionExpression | ArrowFunction | MethodDeclaration);\n                case SyntaxKind.ObjectLiteralExpression:\n                    return some((node as ObjectLiteralExpression).properties, isContextSensitive);\n                case SyntaxKind.ArrayLiteralExpression:\n                    return some((node as ArrayLiteralExpression).elements, isContextSensitive);\n                case SyntaxKind.ConditionalExpression:\n                    return isContextSensitive((node as ConditionalExpression).whenTrue) ||\n                        isContextSensitive((node as ConditionalExpression).whenFalse);\n                case SyntaxKind.BinaryExpression:\n                    return ((node as BinaryExpression).operatorToken.kind === SyntaxKind.BarBarToken || (node as BinaryExpression).operatorToken.kind === SyntaxKind.QuestionQuestionToken) &&\n                        (isContextSensitive((node as BinaryExpression).left) || isContextSensitive((node as BinaryExpression).right));\n                case SyntaxKind.PropertyAssignment:\n                    return isContextSensitive((node as PropertyAssignment).initializer);\n                case SyntaxKind.ParenthesizedExpression:\n                    return isContextSensitive((node as ParenthesizedExpression).expression);\n                case SyntaxKind.JsxAttributes:\n                    return some((node as JsxAttributes).properties, isContextSensitive) || isJsxOpeningElement(node.parent) && some(node.parent.parent.children, isContextSensitive);\n                case SyntaxKind.JsxAttribute: {\n                    // If there is no initializer, JSX attribute has a boolean value of true which is not context sensitive.\n                    const { initializer } = node as JsxAttribute;\n                    return !!initializer && isContextSensitive(initializer);\n                }\n                case SyntaxKind.JsxExpression: {\n                    // It is possible to that node.expression is undefined (e.g <div x={} />)\n                    const { expression } = node as JsxExpression;\n                    return !!expression && isContextSensitive(expression);\n                }\n            }\n\n            return false;\n        }\n\n        function isContextSensitiveFunctionLikeDeclaration(node: FunctionLikeDeclaration): boolean {\n            return (!isFunctionDeclaration(node) || isInJSFile(node) && !!getTypeForDeclarationFromJSDocComment(node)) &&\n                (hasContextSensitiveParameters(node) || hasContextSensitiveReturnExpression(node));\n        }\n\n        function hasContextSensitiveReturnExpression(node: FunctionLikeDeclaration) {\n            // TODO(anhans): A block should be context-sensitive if it has a context-sensitive return value.\n            return !node.typeParameters && !getEffectiveReturnTypeNode(node) && !!node.body && node.body.kind !== SyntaxKind.Block && isContextSensitive(node.body);\n        }\n\n        function isContextSensitiveFunctionOrObjectLiteralMethod(func: Node): func is FunctionExpression | ArrowFunction | MethodDeclaration {\n            return (isInJSFile(func) && isFunctionDeclaration(func) || isFunctionExpressionOrArrowFunction(func) || isObjectLiteralMethod(func)) &&\n                isContextSensitiveFunctionLikeDeclaration(func);\n        }\n\n        function getTypeWithoutSignatures(type: Type): Type {\n            if (type.flags & TypeFlags.Object) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                if (resolved.constructSignatures.length || resolved.callSignatures.length) {\n                    const result = createObjectType(ObjectFlags.Anonymous, type.symbol);\n                    result.members = resolved.members;\n                    result.properties = resolved.properties;\n                    result.callSignatures = emptyArray;\n                    result.constructSignatures = emptyArray;\n                    result.indexInfos = emptyArray;\n                    return result;\n                }\n            }\n            else if (type.flags & TypeFlags.Intersection) {\n                return getIntersectionType(map((type as IntersectionType).types, getTypeWithoutSignatures));\n            }\n            return type;\n        }\n\n        // TYPE CHECKING\n\n        function isTypeIdenticalTo(source: Type, target: Type): boolean {\n            return isTypeRelatedTo(source, target, identityRelation);\n        }\n\n        function compareTypesIdentical(source: Type, target: Type): Ternary {\n            return isTypeRelatedTo(source, target, identityRelation) ? Ternary.True : Ternary.False;\n        }\n\n        function compareTypesAssignable(source: Type, target: Type): Ternary {\n            return isTypeRelatedTo(source, target, assignableRelation) ? Ternary.True : Ternary.False;\n        }\n\n        function compareTypesSubtypeOf(source: Type, target: Type): Ternary {\n            return isTypeRelatedTo(source, target, subtypeRelation) ? Ternary.True : Ternary.False;\n        }\n\n        function isTypeSubtypeOf(source: Type, target: Type): boolean {\n            return isTypeRelatedTo(source, target, subtypeRelation);\n        }\n\n        function isTypeAssignableTo(source: Type, target: Type): boolean {\n            return isTypeRelatedTo(source, target, assignableRelation);\n        }\n\n        // An object type S is considered to be derived from an object type T if\n        // S is a union type and every constituent of S is derived from T,\n        // T is a union type and S is derived from at least one constituent of T, or\n        // S is a type variable with a base constraint that is derived from T,\n        // T is one of the global types Object and Function and S is a subtype of T, or\n        // T occurs directly or indirectly in an 'extends' clause of S.\n        // Note that this check ignores type parameters and only considers the\n        // inheritance hierarchy.\n        function isTypeDerivedFrom(source: Type, target: Type): boolean {\n            return source.flags & TypeFlags.Union ? every((source as UnionType).types, t => isTypeDerivedFrom(t, target)) :\n                target.flags & TypeFlags.Union ? some((target as UnionType).types, t => isTypeDerivedFrom(source, t)) :\n                source.flags & TypeFlags.InstantiableNonPrimitive ? isTypeDerivedFrom(getBaseConstraintOfType(source) || unknownType, target) :\n                target === globalObjectType ? !!(source.flags & (TypeFlags.Object | TypeFlags.NonPrimitive)) :\n                target === globalFunctionType ? !!(source.flags & TypeFlags.Object) && isFunctionObjectType(source as ObjectType) :\n                hasBaseType(source, getTargetType(target)) || (isArrayType(target) && !isReadonlyArrayType(target) && isTypeDerivedFrom(source, globalReadonlyArrayType));\n        }\n\n        /**\n          * This is *not* a bi-directional relationship.\n          * If one needs to check both directions for comparability, use a second call to this function or 'checkTypeComparableTo'.\n          *\n          * A type S is comparable to a type T if some (but not necessarily all) of the possible values of S are also possible values of T.\n          * It is used to check following cases:\n          *   - the types of the left and right sides of equality/inequality operators (`===`, `!==`, `==`, `!=`).\n          *   - the types of `case` clause expressions and their respective `switch` expressions.\n          *   - the type of an expression in a type assertion with the type being asserted.\n          */\n        function isTypeComparableTo(source: Type, target: Type): boolean {\n            return isTypeRelatedTo(source, target, comparableRelation);\n        }\n\n        function areTypesComparable(type1: Type, type2: Type): boolean {\n            return isTypeComparableTo(type1, type2) || isTypeComparableTo(type2, type1);\n        }\n\n        function checkTypeAssignableTo(source: Type, target: Type, errorNode: Node | undefined, headMessage?: DiagnosticMessage, containingMessageChain?: () => DiagnosticMessageChain | undefined, errorOutputObject?: { errors?: Diagnostic[] }): boolean {\n            return checkTypeRelatedTo(source, target, assignableRelation, errorNode, headMessage, containingMessageChain, errorOutputObject);\n        }\n\n        /**\n          * Like `checkTypeAssignableTo`, but if it would issue an error, instead performs structural comparisons of the types using the given expression node to\n          * attempt to issue more specific errors on, for example, specific object literal properties or tuple members.\n          */\n        function checkTypeAssignableToAndOptionallyElaborate(source: Type, target: Type, errorNode: Node | undefined, expr: Expression | undefined, headMessage?: DiagnosticMessage, containingMessageChain?: () => DiagnosticMessageChain | undefined): boolean {\n            return checkTypeRelatedToAndOptionallyElaborate(source, target, assignableRelation, errorNode, expr, headMessage, containingMessageChain, /*errorOutputContainer*/ undefined);\n        }\n\n        function checkTypeRelatedToAndOptionallyElaborate(\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            errorNode: Node | undefined,\n            expr: Expression | undefined,\n            headMessage: DiagnosticMessage | undefined,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ): boolean {\n            if (isTypeRelatedTo(source, target, relation)) return true;\n            if (!errorNode || !elaborateError(expr, source, target, relation, headMessage, containingMessageChain, errorOutputContainer)) {\n                return checkTypeRelatedTo(source, target, relation, errorNode, headMessage, containingMessageChain, errorOutputContainer);\n            }\n            return false;\n        }\n\n        function isOrHasGenericConditional(type: Type): boolean {\n            return !!(type.flags & TypeFlags.Conditional || (type.flags & TypeFlags.Intersection && some((type as IntersectionType).types, isOrHasGenericConditional)));\n        }\n\n        function elaborateError(\n            node: Expression | undefined,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            headMessage: DiagnosticMessage | undefined,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ): boolean {\n            if (!node || isOrHasGenericConditional(target)) return false;\n            if (!checkTypeRelatedTo(source, target, relation, /*errorNode*/ undefined)\n                && elaborateDidYouMeanToCallOrConstruct(node, source, target, relation, headMessage, containingMessageChain, errorOutputContainer)) {\n                return true;\n            }\n            switch (node.kind) {\n                case SyntaxKind.JsxExpression:\n                case SyntaxKind.ParenthesizedExpression:\n                    return elaborateError((node as ParenthesizedExpression | JsxExpression).expression, source, target, relation, headMessage, containingMessageChain, errorOutputContainer);\n                case SyntaxKind.BinaryExpression:\n                    switch ((node as BinaryExpression).operatorToken.kind) {\n                        case SyntaxKind.EqualsToken:\n                        case SyntaxKind.CommaToken:\n                            return elaborateError((node as BinaryExpression).right, source, target, relation, headMessage, containingMessageChain, errorOutputContainer);\n                    }\n                    break;\n                case SyntaxKind.ObjectLiteralExpression:\n                    return elaborateObjectLiteral(node as ObjectLiteralExpression, source, target, relation, containingMessageChain, errorOutputContainer);\n                case SyntaxKind.ArrayLiteralExpression:\n                    return elaborateArrayLiteral(node as ArrayLiteralExpression, source, target, relation, containingMessageChain, errorOutputContainer);\n                case SyntaxKind.JsxAttributes:\n                    return elaborateJsxComponents(node as JsxAttributes, source, target, relation, containingMessageChain, errorOutputContainer);\n                case SyntaxKind.ArrowFunction:\n                    return elaborateArrowFunction(node as ArrowFunction, source, target, relation, containingMessageChain, errorOutputContainer);\n            }\n            return false;\n        }\n\n        function elaborateDidYouMeanToCallOrConstruct(\n            node: Expression,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            headMessage: DiagnosticMessage | undefined,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ): boolean {\n            const callSignatures = getSignaturesOfType(source, SignatureKind.Call);\n            const constructSignatures = getSignaturesOfType(source, SignatureKind.Construct);\n            for (const signatures of [constructSignatures, callSignatures]) {\n                if (some(signatures, s => {\n                    const returnType = getReturnTypeOfSignature(s);\n                    return !(returnType.flags & (TypeFlags.Any | TypeFlags.Never)) && checkTypeRelatedTo(returnType, target, relation, /*errorNode*/ undefined);\n                })) {\n                    const resultObj: { errors?: Diagnostic[] } = errorOutputContainer || {};\n                    checkTypeAssignableTo(source, target, node, headMessage, containingMessageChain, resultObj);\n                    const diagnostic = resultObj.errors![resultObj.errors!.length - 1];\n                    addRelatedInfo(diagnostic, createDiagnosticForNode(\n                        node,\n                        signatures === constructSignatures ? Diagnostics.Did_you_mean_to_use_new_with_this_expression : Diagnostics.Did_you_mean_to_call_this_expression\n                    ));\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function elaborateArrowFunction(\n            node: ArrowFunction,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ): boolean {\n            // Don't elaborate blocks\n            if (isBlock(node.body)) {\n                return false;\n            }\n            // Or functions with annotated parameter types\n            if (some(node.parameters, ts.hasType)) {\n                return false;\n            }\n            const sourceSig = getSingleCallSignature(source);\n            if (!sourceSig) {\n                return false;\n            }\n            const targetSignatures = getSignaturesOfType(target, SignatureKind.Call);\n            if (!length(targetSignatures)) {\n                return false;\n            }\n            const returnExpression = node.body;\n            const sourceReturn = getReturnTypeOfSignature(sourceSig);\n            const targetReturn = getUnionType(map(targetSignatures, getReturnTypeOfSignature));\n            if (!checkTypeRelatedTo(sourceReturn, targetReturn, relation, /*errorNode*/ undefined)) {\n                const elaborated = returnExpression && elaborateError(returnExpression, sourceReturn, targetReturn, relation, /*headMessage*/ undefined, containingMessageChain, errorOutputContainer);\n                if (elaborated) {\n                    return elaborated;\n                }\n                const resultObj: { errors?: Diagnostic[] } = errorOutputContainer || {};\n                checkTypeRelatedTo(sourceReturn, targetReturn, relation, returnExpression, /*message*/ undefined, containingMessageChain, resultObj);\n                if (resultObj.errors) {\n                    if (target.symbol && length(target.symbol.declarations)) {\n                        addRelatedInfo(resultObj.errors[resultObj.errors.length - 1], createDiagnosticForNode(\n                            target.symbol.declarations![0],\n                            Diagnostics.The_expected_type_comes_from_the_return_type_of_this_signature,\n                        ));\n                    }\n                    if ((getFunctionFlags(node) & FunctionFlags.Async) === 0\n                        // exclude cases where source itself is promisy - this way we don't make a suggestion when relating\n                        // an IPromise and a Promise that are slightly different\n                        && !getTypeOfPropertyOfType(sourceReturn, \"then\" as __String)\n                        && checkTypeRelatedTo(createPromiseType(sourceReturn), targetReturn, relation, /*errorNode*/ undefined)\n                    ) {\n                        addRelatedInfo(resultObj.errors[resultObj.errors.length - 1], createDiagnosticForNode(\n                            node,\n                            Diagnostics.Did_you_mean_to_mark_this_function_as_async\n                        ));\n                    }\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function getBestMatchIndexedAccessTypeOrUndefined(source: Type, target: Type, nameType: Type) {\n            const idx = getIndexedAccessTypeOrUndefined(target, nameType);\n            if (idx) {\n                return idx;\n            }\n            if (target.flags & TypeFlags.Union) {\n                const best = getBestMatchingType(source, target as UnionType);\n                if (best) {\n                    return getIndexedAccessTypeOrUndefined(best, nameType);\n                }\n            }\n        }\n\n        function checkExpressionForMutableLocationWithContextualType(next: Expression, sourcePropType: Type) {\n            next.contextualType = sourcePropType;\n            try {\n                return checkExpressionForMutableLocation(next, CheckMode.Contextual, sourcePropType);\n            }\n            finally {\n                next.contextualType = undefined;\n            }\n        }\n\n        type ElaborationIterator = IterableIterator<{ errorNode: Node, innerExpression: Expression | undefined, nameType: Type, errorMessage?: DiagnosticMessage | undefined }>;\n        /**\n          * For every element returned from the iterator, checks that element to issue an error on a property of that element's type\n          * If that element would issue an error, we first attempt to dive into that element's inner expression and issue a more specific error by recuring into `elaborateError`\n          * Otherwise, we issue an error on _every_ element which fail the assignability check\n          */\n        function elaborateElementwise(\n            iterator: ElaborationIterator,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ) {\n            // Assignability failure - check each prop individually, and if that fails, fall back on the bad error span\n            let reportedError = false;\n            for (let status = iterator.next(); !status.done; status = iterator.next()) {\n                const { errorNode: prop, innerExpression: next, nameType, errorMessage } = status.value;\n                let targetPropType = getBestMatchIndexedAccessTypeOrUndefined(source, target, nameType);\n                if (!targetPropType || targetPropType.flags & TypeFlags.IndexedAccess) continue; // Don't elaborate on indexes on generic variables\n                let sourcePropType = getIndexedAccessTypeOrUndefined(source, nameType);\n                if (!sourcePropType) continue;\n                const propName = getPropertyNameFromIndex(nameType, /*accessNode*/ undefined);\n                if (!checkTypeRelatedTo(sourcePropType, targetPropType, relation, /*errorNode*/ undefined)) {\n                    const elaborated = next && elaborateError(next, sourcePropType, targetPropType, relation, /*headMessage*/ undefined, containingMessageChain, errorOutputContainer);\n                    reportedError = true;\n                    if (!elaborated) {\n                        // Issue error on the prop itself, since the prop couldn't elaborate the error\n                        const resultObj: { errors?: Diagnostic[] } = errorOutputContainer || {};\n                        // Use the expression type, if available\n                        const specificSource = next ? checkExpressionForMutableLocationWithContextualType(next, sourcePropType) : sourcePropType;\n                        if (exactOptionalPropertyTypes && isExactOptionalPropertyMismatch(specificSource, targetPropType)) {\n                            const diag = createDiagnosticForNode(prop, Diagnostics.Type_0_is_not_assignable_to_type_1_with_exactOptionalPropertyTypes_Colon_true_Consider_adding_undefined_to_the_type_of_the_target, typeToString(specificSource), typeToString(targetPropType));\n                            diagnostics.add(diag);\n                            resultObj.errors = [diag];\n                        }\n                        else {\n                            const targetIsOptional = !!(propName && (getPropertyOfType(target, propName) || unknownSymbol).flags & SymbolFlags.Optional);\n                            const sourceIsOptional = !!(propName && (getPropertyOfType(source, propName) || unknownSymbol).flags & SymbolFlags.Optional);\n                            targetPropType = removeMissingType(targetPropType, targetIsOptional);\n                            sourcePropType = removeMissingType(sourcePropType, targetIsOptional && sourceIsOptional);\n                            const result = checkTypeRelatedTo(specificSource, targetPropType, relation, prop, errorMessage, containingMessageChain, resultObj);\n                            if (result && specificSource !== sourcePropType) {\n                                // If for whatever reason the expression type doesn't yield an error, make sure we still issue an error on the sourcePropType\n                                checkTypeRelatedTo(sourcePropType, targetPropType, relation, prop, errorMessage, containingMessageChain, resultObj);\n                            }\n                        }\n                        if (resultObj.errors) {\n                            const reportedDiag = resultObj.errors[resultObj.errors.length - 1];\n                            const propertyName = isTypeUsableAsPropertyName(nameType) ? getPropertyNameFromType(nameType) : undefined;\n                            const targetProp = propertyName !== undefined ? getPropertyOfType(target, propertyName) : undefined;\n\n                            let issuedElaboration = false;\n                            if (!targetProp) {\n                                const indexInfo = getApplicableIndexInfo(target, nameType);\n                                if (indexInfo && indexInfo.declaration && !getSourceFileOfNode(indexInfo.declaration).hasNoDefaultLib) {\n                                    issuedElaboration = true;\n                                    addRelatedInfo(reportedDiag, createDiagnosticForNode(indexInfo.declaration, Diagnostics.The_expected_type_comes_from_this_index_signature));\n                                }\n                            }\n\n                            if (!issuedElaboration && (targetProp && length(targetProp.declarations) || target.symbol && length(target.symbol.declarations))) {\n                                const targetNode = targetProp && length(targetProp.declarations) ? targetProp.declarations![0] : target.symbol.declarations![0];\n                                if (!getSourceFileOfNode(targetNode).hasNoDefaultLib) {\n                                    addRelatedInfo(reportedDiag, createDiagnosticForNode(\n                                        targetNode,\n                                        Diagnostics.The_expected_type_comes_from_property_0_which_is_declared_here_on_type_1,\n                                        propertyName && !(nameType.flags & TypeFlags.UniqueESSymbol) ? unescapeLeadingUnderscores(propertyName) : typeToString(nameType),\n                                        typeToString(target)\n                                    ));\n                                }\n                            }\n                        }\n                    }\n                }\n            }\n            return reportedError;\n        }\n\n        function *generateJsxAttributes(node: JsxAttributes): ElaborationIterator {\n            if (!length(node.properties)) return;\n            for (const prop of node.properties) {\n                if (isJsxSpreadAttribute(prop) || isHyphenatedJsxName(idText(prop.name))) continue;\n                yield { errorNode: prop.name, innerExpression: prop.initializer, nameType: getStringLiteralType(idText(prop.name)) };\n            }\n        }\n\n        function *generateJsxChildren(node: JsxElement, getInvalidTextDiagnostic: () => DiagnosticMessage): ElaborationIterator {\n            if (!length(node.children)) return;\n            let memberOffset = 0;\n            for (let i = 0; i < node.children.length; i++) {\n                const child = node.children[i];\n                const nameType = getNumberLiteralType(i - memberOffset);\n                const elem = getElaborationElementForJsxChild(child, nameType, getInvalidTextDiagnostic);\n                if (elem) {\n                    yield elem;\n                }\n                else {\n                    memberOffset++;\n                }\n            }\n        }\n\n        function getElaborationElementForJsxChild(child: JsxChild, nameType: LiteralType, getInvalidTextDiagnostic: () => DiagnosticMessage) {\n            switch (child.kind) {\n                case SyntaxKind.JsxExpression:\n                    // child is of the type of the expression\n                    return { errorNode: child, innerExpression: child.expression, nameType };\n                case SyntaxKind.JsxText:\n                    if (child.containsOnlyTriviaWhiteSpaces) {\n                        break; // Whitespace only jsx text isn't real jsx text\n                    }\n                    // child is a string\n                    return { errorNode: child, innerExpression: undefined, nameType, errorMessage: getInvalidTextDiagnostic() };\n                case SyntaxKind.JsxElement:\n                case SyntaxKind.JsxSelfClosingElement:\n                case SyntaxKind.JsxFragment:\n                    // child is of type JSX.Element\n                    return { errorNode: child, innerExpression: child, nameType };\n                default:\n                    return Debug.assertNever(child, \"Found invalid jsx child\");\n            }\n        }\n\n        function elaborateJsxComponents(\n            node: JsxAttributes,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ) {\n            let result = elaborateElementwise(generateJsxAttributes(node), source, target, relation, containingMessageChain, errorOutputContainer);\n            let invalidTextDiagnostic: DiagnosticMessage | undefined;\n            if (isJsxOpeningElement(node.parent) && isJsxElement(node.parent.parent)) {\n                const containingElement = node.parent.parent;\n                const childPropName = getJsxElementChildrenPropertyName(getJsxNamespaceAt(node));\n                const childrenPropName = childPropName === undefined ? \"children\" : unescapeLeadingUnderscores(childPropName);\n                const childrenNameType = getStringLiteralType(childrenPropName);\n                const childrenTargetType = getIndexedAccessType(target, childrenNameType);\n                const validChildren = getSemanticJsxChildren(containingElement.children);\n                if (!length(validChildren)) {\n                    return result;\n                }\n                const moreThanOneRealChildren = length(validChildren) > 1;\n                const arrayLikeTargetParts = filterType(childrenTargetType, isArrayOrTupleLikeType);\n                const nonArrayLikeTargetParts = filterType(childrenTargetType, t => !isArrayOrTupleLikeType(t));\n                if (moreThanOneRealChildren) {\n                    if (arrayLikeTargetParts !== neverType) {\n                        const realSource = createTupleType(checkJsxChildren(containingElement, CheckMode.Normal));\n                        const children = generateJsxChildren(containingElement, getInvalidTextualChildDiagnostic);\n                        result = elaborateElementwise(children, realSource, arrayLikeTargetParts, relation, containingMessageChain, errorOutputContainer) || result;\n                    }\n                    else if (!isTypeRelatedTo(getIndexedAccessType(source, childrenNameType), childrenTargetType, relation)) {\n                        // arity mismatch\n                        result = true;\n                        const diag = error(\n                            containingElement.openingElement.tagName,\n                            Diagnostics.This_JSX_tag_s_0_prop_expects_a_single_child_of_type_1_but_multiple_children_were_provided,\n                            childrenPropName,\n                            typeToString(childrenTargetType)\n                        );\n                        if (errorOutputContainer && errorOutputContainer.skipLogging) {\n                            (errorOutputContainer.errors || (errorOutputContainer.errors = [])).push(diag);\n                        }\n                    }\n                }\n                else {\n                    if (nonArrayLikeTargetParts !== neverType) {\n                        const child = validChildren[0];\n                        const elem = getElaborationElementForJsxChild(child, childrenNameType, getInvalidTextualChildDiagnostic);\n                        if (elem) {\n                            result = elaborateElementwise(\n                                (function*() { yield elem; })(),\n                                source,\n                                target,\n                                relation,\n                                containingMessageChain,\n                                errorOutputContainer\n                            ) || result;\n                        }\n                    }\n                    else if (!isTypeRelatedTo(getIndexedAccessType(source, childrenNameType), childrenTargetType, relation)) {\n                        // arity mismatch\n                        result = true;\n                        const diag = error(\n                            containingElement.openingElement.tagName,\n                            Diagnostics.This_JSX_tag_s_0_prop_expects_type_1_which_requires_multiple_children_but_only_a_single_child_was_provided,\n                            childrenPropName,\n                            typeToString(childrenTargetType)\n                        );\n                        if (errorOutputContainer && errorOutputContainer.skipLogging) {\n                            (errorOutputContainer.errors || (errorOutputContainer.errors = [])).push(diag);\n                        }\n                    }\n                }\n            }\n            return result;\n\n            function getInvalidTextualChildDiagnostic() {\n                if (!invalidTextDiagnostic) {\n                    const tagNameText = getTextOfNode(node.parent.tagName);\n                    const childPropName = getJsxElementChildrenPropertyName(getJsxNamespaceAt(node));\n                    const childrenPropName = childPropName === undefined ? \"children\" : unescapeLeadingUnderscores(childPropName);\n                    const childrenTargetType = getIndexedAccessType(target, getStringLiteralType(childrenPropName));\n                    const diagnostic = Diagnostics._0_components_don_t_accept_text_as_child_elements_Text_in_JSX_has_the_type_string_but_the_expected_type_of_1_is_2;\n                    invalidTextDiagnostic = { ...diagnostic, key: \"!!ALREADY FORMATTED!!\", message: formatMessage(/*_dummy*/ undefined, diagnostic, tagNameText, childrenPropName, typeToString(childrenTargetType)) };\n                }\n                return invalidTextDiagnostic;\n            }\n        }\n\n        function *generateLimitedTupleElements(node: ArrayLiteralExpression, target: Type): ElaborationIterator {\n            const len = length(node.elements);\n            if (!len) return;\n            for (let i = 0; i < len; i++) {\n                // Skip elements which do not exist in the target - a length error on the tuple overall is likely better than an error on a mismatched index signature\n                if (isTupleLikeType(target) && !getPropertyOfType(target, (\"\" + i) as __String)) continue;\n                const elem = node.elements[i];\n                if (isOmittedExpression(elem)) continue;\n                const nameType = getNumberLiteralType(i);\n                yield { errorNode: elem, innerExpression: elem, nameType };\n            }\n        }\n\n        function elaborateArrayLiteral(\n            node: ArrayLiteralExpression,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ) {\n            if (target.flags & TypeFlags.Primitive) return false;\n            if (isTupleLikeType(source)) {\n                return elaborateElementwise(generateLimitedTupleElements(node, target), source, target, relation, containingMessageChain, errorOutputContainer);\n            }\n            // recreate a tuple from the elements, if possible\n            // Since we're re-doing the expression type, we need to reapply the contextual type\n            const oldContext = node.contextualType;\n            node.contextualType = target;\n            try {\n                const tupleizedType = checkArrayLiteral(node, CheckMode.Contextual, /*forceTuple*/ true);\n                node.contextualType = oldContext;\n                if (isTupleLikeType(tupleizedType)) {\n                    return elaborateElementwise(generateLimitedTupleElements(node, target), tupleizedType, target, relation, containingMessageChain, errorOutputContainer);\n                }\n                return false;\n            }\n            finally {\n                node.contextualType = oldContext;\n            }\n        }\n\n        function *generateObjectLiteralElements(node: ObjectLiteralExpression): ElaborationIterator {\n            if (!length(node.properties)) return;\n            for (const prop of node.properties) {\n                if (isSpreadAssignment(prop)) continue;\n                const type = getLiteralTypeFromProperty(getSymbolOfNode(prop), TypeFlags.StringOrNumberLiteralOrUnique);\n                if (!type || (type.flags & TypeFlags.Never)) {\n                    continue;\n                }\n                switch (prop.kind) {\n                    case SyntaxKind.SetAccessor:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.ShorthandPropertyAssignment:\n                        yield { errorNode: prop.name, innerExpression: undefined, nameType: type };\n                        break;\n                    case SyntaxKind.PropertyAssignment:\n                        yield { errorNode: prop.name, innerExpression: prop.initializer, nameType: type, errorMessage: isComputedNonLiteralName(prop.name) ? Diagnostics.Type_of_computed_property_s_value_is_0_which_is_not_assignable_to_type_1 : undefined };\n                        break;\n                    default:\n                        Debug.assertNever(prop);\n                }\n            }\n        }\n\n        function elaborateObjectLiteral(\n            node: ObjectLiteralExpression,\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } | undefined\n        ) {\n            if (target.flags & TypeFlags.Primitive) return false;\n            return elaborateElementwise(generateObjectLiteralElements(node), source, target, relation, containingMessageChain, errorOutputContainer);\n        }\n\n        /**\n          * This is *not* a bi-directional relationship.\n          * If one needs to check both directions for comparability, use a second call to this function or 'isTypeComparableTo'.\n          */\n        function checkTypeComparableTo(source: Type, target: Type, errorNode: Node, headMessage?: DiagnosticMessage, containingMessageChain?: () => DiagnosticMessageChain | undefined): boolean {\n            return checkTypeRelatedTo(source, target, comparableRelation, errorNode, headMessage, containingMessageChain);\n        }\n\n        function isSignatureAssignableTo(source: Signature,\n            target: Signature,\n            ignoreReturnTypes: boolean): boolean {\n            return compareSignaturesRelated(source, target, ignoreReturnTypes ? SignatureCheckMode.IgnoreReturnTypes : 0, /*reportErrors*/ false,\n                /*errorReporter*/ undefined, /*errorReporter*/ undefined, compareTypesAssignable, /*reportUnreliableMarkers*/ undefined) !== Ternary.False;\n        }\n\n        type ErrorReporter = (message: DiagnosticMessage, arg0?: string, arg1?: string) => void;\n\n        /**\n          * Returns true if `s` is `(...args: any[]) => any` or `(this: any, ...args: any[]) => any`\n          */\n        function isAnySignature(s: Signature) {\n            return !s.typeParameters && (!s.thisParameter || isTypeAny(getTypeOfParameter(s.thisParameter))) && s.parameters.length === 1 &&\n                signatureHasRestParameter(s) && (getTypeOfParameter(s.parameters[0]) === anyArrayType || isTypeAny(getTypeOfParameter(s.parameters[0]))) &&\n                isTypeAny(getReturnTypeOfSignature(s));\n        }\n\n        /**\n          * See signatureRelatedTo, compareSignaturesIdentical\n          */\n        function compareSignaturesRelated(source: Signature,\n            target: Signature,\n            checkMode: SignatureCheckMode,\n            reportErrors: boolean,\n            errorReporter: ErrorReporter | undefined,\n            incompatibleErrorReporter: ((source: Type, target: Type) => void) | undefined,\n            compareTypes: TypeComparer,\n            reportUnreliableMarkers: TypeMapper | undefined): Ternary {\n            // TODO (drosen): De-duplicate code between related functions.\n            if (source === target) {\n                return Ternary.True;\n            }\n\n            if (isAnySignature(target)) {\n                return Ternary.True;\n            }\n\n            const targetCount = getParameterCount(target);\n            const sourceHasMoreParameters = !hasEffectiveRestParameter(target) &&\n                (checkMode & SignatureCheckMode.StrictArity ? hasEffectiveRestParameter(source) || getParameterCount(source) > targetCount : getMinArgumentCount(source) > targetCount);\n            if (sourceHasMoreParameters) {\n                return Ternary.False;\n            }\n\n            if (source.typeParameters && source.typeParameters !== target.typeParameters) {\n                target = getCanonicalSignature(target);\n                source = instantiateSignatureInContextOf(source, target, /*inferenceContext*/ undefined, compareTypes);\n            }\n\n            const sourceCount = getParameterCount(source);\n            const sourceRestType = getNonArrayRestType(source);\n            const targetRestType = getNonArrayRestType(target);\n            if (sourceRestType || targetRestType) {\n                void instantiateType(sourceRestType || targetRestType, reportUnreliableMarkers);\n            }\n\n            const kind = target.declaration ? target.declaration.kind : SyntaxKind.Unknown;\n            const strictVariance = !(checkMode & SignatureCheckMode.Callback) && strictFunctionTypes && kind !== SyntaxKind.MethodDeclaration &&\n                kind !== SyntaxKind.MethodSignature && kind !== SyntaxKind.Constructor;\n            let result = Ternary.True;\n\n            const sourceThisType = getThisTypeOfSignature(source);\n            if (sourceThisType && sourceThisType !== voidType) {\n                const targetThisType = getThisTypeOfSignature(target);\n                if (targetThisType) {\n                    // void sources are assignable to anything.\n                    const related = !strictVariance && compareTypes(sourceThisType, targetThisType, /*reportErrors*/ false)\n                        || compareTypes(targetThisType, sourceThisType, reportErrors);\n                    if (!related) {\n                        if (reportErrors) {\n                            errorReporter!(Diagnostics.The_this_types_of_each_signature_are_incompatible);\n                        }\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n            }\n\n            const paramCount = sourceRestType || targetRestType ? Math.min(sourceCount, targetCount) : Math.max(sourceCount, targetCount);\n            const restIndex = sourceRestType || targetRestType ? paramCount - 1 : -1;\n\n            for (let i = 0; i < paramCount; i++) {\n                const sourceType = i === restIndex ? getRestTypeAtPosition(source, i) : tryGetTypeAtPosition(source, i);\n                const targetType = i === restIndex ? getRestTypeAtPosition(target, i) : tryGetTypeAtPosition(target, i);\n                if (sourceType && targetType) {\n                    // In order to ensure that any generic type Foo<T> is at least co-variant with respect to T no matter\n                    // how Foo uses T, we need to relate parameters bi-variantly (given that parameters are input positions,\n                    // they naturally relate only contra-variantly). However, if the source and target parameters both have\n                    // function types with a single call signature, we know we are relating two callback parameters. In\n                    // that case it is sufficient to only relate the parameters of the signatures co-variantly because,\n                    // similar to return values, callback parameters are output positions. This means that a Promise<T>,\n                    // where T is used only in callback parameter positions, will be co-variant (as opposed to bi-variant)\n                    // with respect to T.\n                    const sourceSig = checkMode & SignatureCheckMode.Callback ? undefined : getSingleCallSignature(getNonNullableType(sourceType));\n                    const targetSig = checkMode & SignatureCheckMode.Callback ? undefined : getSingleCallSignature(getNonNullableType(targetType));\n                    const callbacks = sourceSig && targetSig && !getTypePredicateOfSignature(sourceSig) && !getTypePredicateOfSignature(targetSig) &&\n                        (getFalsyFlags(sourceType) & TypeFlags.Nullable) === (getFalsyFlags(targetType) & TypeFlags.Nullable);\n                    let related = callbacks ?\n                        compareSignaturesRelated(targetSig, sourceSig, (checkMode & SignatureCheckMode.StrictArity) | (strictVariance ? SignatureCheckMode.StrictCallback : SignatureCheckMode.BivariantCallback), reportErrors, errorReporter, incompatibleErrorReporter, compareTypes, reportUnreliableMarkers) :\n                        !(checkMode & SignatureCheckMode.Callback) && !strictVariance && compareTypes(sourceType, targetType, /*reportErrors*/ false) || compareTypes(targetType, sourceType, reportErrors);\n                    // With strict arity, (x: number | undefined) => void is a subtype of (x?: number | undefined) => void\n                    if (related && checkMode & SignatureCheckMode.StrictArity && i >= getMinArgumentCount(source) && i < getMinArgumentCount(target) && compareTypes(sourceType, targetType, /*reportErrors*/ false)) {\n                        related = Ternary.False;\n                    }\n                    if (!related) {\n                        if (reportErrors) {\n                            errorReporter!(Diagnostics.Types_of_parameters_0_and_1_are_incompatible,\n                                unescapeLeadingUnderscores(getParameterNameAtPosition(source, i)),\n                                unescapeLeadingUnderscores(getParameterNameAtPosition(target, i)));\n                        }\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n            }\n\n            if (!(checkMode & SignatureCheckMode.IgnoreReturnTypes)) {\n                // If a signature resolution is already in-flight, skip issuing a circularity error\n                // here and just use the `any` type directly\n                const targetReturnType = isResolvingReturnTypeOfSignature(target) ? anyType\n                    : target.declaration && isJSConstructor(target.declaration) ? getDeclaredTypeOfClassOrInterface(getMergedSymbol(target.declaration.symbol))\n                    : getReturnTypeOfSignature(target);\n                if (targetReturnType === voidType || targetReturnType === anyType) {\n                    return result;\n                }\n                const sourceReturnType = isResolvingReturnTypeOfSignature(source) ? anyType\n                    : source.declaration && isJSConstructor(source.declaration) ? getDeclaredTypeOfClassOrInterface(getMergedSymbol(source.declaration.symbol))\n                    : getReturnTypeOfSignature(source);\n\n                // The following block preserves behavior forbidding boolean returning functions from being assignable to type guard returning functions\n                const targetTypePredicate = getTypePredicateOfSignature(target);\n                if (targetTypePredicate) {\n                    const sourceTypePredicate = getTypePredicateOfSignature(source);\n                    if (sourceTypePredicate) {\n                        result &= compareTypePredicateRelatedTo(sourceTypePredicate, targetTypePredicate, reportErrors, errorReporter, compareTypes);\n                    }\n                    else if (isIdentifierTypePredicate(targetTypePredicate)) {\n                        if (reportErrors) {\n                            errorReporter!(Diagnostics.Signature_0_must_be_a_type_predicate, signatureToString(source));\n                        }\n                        return Ternary.False;\n                    }\n                }\n                else {\n                    // When relating callback signatures, we still need to relate return types bi-variantly as otherwise\n                    // the containing type wouldn't be co-variant. For example, interface Foo<T> { add(cb: () => T): void }\n                    // wouldn't be co-variant for T without this rule.\n                    result &= checkMode & SignatureCheckMode.BivariantCallback && compareTypes(targetReturnType, sourceReturnType, /*reportErrors*/ false) ||\n                        compareTypes(sourceReturnType, targetReturnType, reportErrors);\n                    if (!result && reportErrors && incompatibleErrorReporter) {\n                        incompatibleErrorReporter(sourceReturnType, targetReturnType);\n                    }\n                }\n\n            }\n\n            return result;\n        }\n\n        function compareTypePredicateRelatedTo(\n            source: TypePredicate,\n            target: TypePredicate,\n            reportErrors: boolean,\n            errorReporter: ErrorReporter | undefined,\n            compareTypes: (s: Type, t: Type, reportErrors?: boolean) => Ternary): Ternary {\n            if (source.kind !== target.kind) {\n                if (reportErrors) {\n                    errorReporter!(Diagnostics.A_this_based_type_guard_is_not_compatible_with_a_parameter_based_type_guard);\n                    errorReporter!(Diagnostics.Type_predicate_0_is_not_assignable_to_1, typePredicateToString(source), typePredicateToString(target));\n                }\n                return Ternary.False;\n            }\n\n            if (source.kind === TypePredicateKind.Identifier || source.kind === TypePredicateKind.AssertsIdentifier) {\n                if (source.parameterIndex !== (target as IdentifierTypePredicate).parameterIndex) {\n                    if (reportErrors) {\n                        errorReporter!(Diagnostics.Parameter_0_is_not_in_the_same_position_as_parameter_1, source.parameterName, (target as IdentifierTypePredicate).parameterName);\n                        errorReporter!(Diagnostics.Type_predicate_0_is_not_assignable_to_1, typePredicateToString(source), typePredicateToString(target));\n                    }\n                    return Ternary.False;\n                }\n            }\n\n            const related = source.type === target.type ? Ternary.True :\n                source.type && target.type ? compareTypes(source.type, target.type, reportErrors) :\n                Ternary.False;\n            if (related === Ternary.False && reportErrors) {\n                errorReporter!(Diagnostics.Type_predicate_0_is_not_assignable_to_1, typePredicateToString(source), typePredicateToString(target));\n            }\n            return related;\n        }\n\n        function isImplementationCompatibleWithOverload(implementation: Signature, overload: Signature): boolean {\n            const erasedSource = getErasedSignature(implementation);\n            const erasedTarget = getErasedSignature(overload);\n\n            // First see if the return types are compatible in either direction.\n            const sourceReturnType = getReturnTypeOfSignature(erasedSource);\n            const targetReturnType = getReturnTypeOfSignature(erasedTarget);\n            if (targetReturnType === voidType\n                || isTypeRelatedTo(targetReturnType, sourceReturnType, assignableRelation)\n                || isTypeRelatedTo(sourceReturnType, targetReturnType, assignableRelation)) {\n\n                return isSignatureAssignableTo(erasedSource, erasedTarget, /*ignoreReturnTypes*/ true);\n            }\n\n            return false;\n        }\n\n        function isEmptyResolvedType(t: ResolvedType) {\n            return t !== anyFunctionType &&\n                t.properties.length === 0 &&\n                t.callSignatures.length === 0 &&\n                t.constructSignatures.length === 0 &&\n                t.indexInfos.length === 0;\n        }\n\n        function isEmptyObjectType(type: Type): boolean {\n            return type.flags & TypeFlags.Object ? !isGenericMappedType(type) && isEmptyResolvedType(resolveStructuredTypeMembers(type as ObjectType)) :\n                type.flags & TypeFlags.NonPrimitive ? true :\n                type.flags & TypeFlags.Union ? some((type as UnionType).types, isEmptyObjectType) :\n                type.flags & TypeFlags.Intersection ? every((type as UnionType).types, isEmptyObjectType) :\n                false;\n        }\n\n        function isEmptyAnonymousObjectType(type: Type) {\n            return !!(getObjectFlags(type) & ObjectFlags.Anonymous && (\n                (type as ResolvedType).members && isEmptyResolvedType(type as ResolvedType) ||\n                type.symbol && type.symbol.flags & SymbolFlags.TypeLiteral && getMembersOfSymbol(type.symbol).size === 0));\n        }\n\n        function isStringIndexSignatureOnlyType(type: Type): boolean {\n            return type.flags & TypeFlags.Object && !isGenericMappedType(type) && getPropertiesOfType(type).length === 0 && getIndexInfosOfType(type).length === 1 && !!getIndexInfoOfType(type, stringType) ||\n                type.flags & TypeFlags.UnionOrIntersection && every((type as UnionOrIntersectionType).types, isStringIndexSignatureOnlyType) ||\n                false;\n        }\n\n        function isEnumTypeRelatedTo(sourceSymbol: Symbol, targetSymbol: Symbol, errorReporter?: ErrorReporter) {\n            if (sourceSymbol === targetSymbol) {\n                return true;\n            }\n            const id = getSymbolId(sourceSymbol) + \",\" + getSymbolId(targetSymbol);\n            const entry = enumRelation.get(id);\n            if (entry !== undefined && !(!(entry & RelationComparisonResult.Reported) && entry & RelationComparisonResult.Failed && errorReporter)) {\n                return !!(entry & RelationComparisonResult.Succeeded);\n            }\n            if (sourceSymbol.escapedName !== targetSymbol.escapedName || !(sourceSymbol.flags & SymbolFlags.RegularEnum) || !(targetSymbol.flags & SymbolFlags.RegularEnum)) {\n                enumRelation.set(id, RelationComparisonResult.Failed | RelationComparisonResult.Reported);\n                return false;\n            }\n            const targetEnumType = getTypeOfSymbol(targetSymbol);\n            for (const property of getPropertiesOfType(getTypeOfSymbol(sourceSymbol))) {\n                if (property.flags & SymbolFlags.EnumMember) {\n                    const targetProperty = getPropertyOfType(targetEnumType, property.escapedName);\n                    if (!targetProperty || !(targetProperty.flags & SymbolFlags.EnumMember)) {\n                        if (errorReporter) {\n                            errorReporter(Diagnostics.Property_0_is_missing_in_type_1, symbolName(property),\n                                typeToString(getDeclaredTypeOfSymbol(targetSymbol), /*enclosingDeclaration*/ undefined, TypeFormatFlags.UseFullyQualifiedType));\n                            enumRelation.set(id, RelationComparisonResult.Failed | RelationComparisonResult.Reported);\n                        }\n                        else {\n                            enumRelation.set(id, RelationComparisonResult.Failed);\n                        }\n                        return false;\n                    }\n                }\n            }\n            enumRelation.set(id, RelationComparisonResult.Succeeded);\n            return true;\n        }\n\n        function isSimpleTypeRelatedTo(source: Type, target: Type, relation: ESMap<string, RelationComparisonResult>, errorReporter?: ErrorReporter) {\n            const s = source.flags;\n            const t = target.flags;\n            if (t & TypeFlags.AnyOrUnknown || s & TypeFlags.Never || source === wildcardType) return true;\n            if (t & TypeFlags.Never) return false;\n            if (s & TypeFlags.StringLike && t & TypeFlags.String) return true;\n            if (s & TypeFlags.StringLiteral && s & TypeFlags.EnumLiteral &&\n                t & TypeFlags.StringLiteral && !(t & TypeFlags.EnumLiteral) &&\n                (source as StringLiteralType).value === (target as StringLiteralType).value) return true;\n            if (s & TypeFlags.NumberLike && t & TypeFlags.Number) return true;\n            if (s & TypeFlags.NumberLiteral && s & TypeFlags.EnumLiteral &&\n                t & TypeFlags.NumberLiteral && !(t & TypeFlags.EnumLiteral) &&\n                (source as NumberLiteralType).value === (target as NumberLiteralType).value) return true;\n            if (s & TypeFlags.BigIntLike && t & TypeFlags.BigInt) return true;\n            if (s & TypeFlags.BooleanLike && t & TypeFlags.Boolean) return true;\n            if (s & TypeFlags.ESSymbolLike && t & TypeFlags.ESSymbol) return true;\n            if (s & TypeFlags.Enum && t & TypeFlags.Enum && isEnumTypeRelatedTo(source.symbol, target.symbol, errorReporter)) return true;\n            if (s & TypeFlags.EnumLiteral && t & TypeFlags.EnumLiteral) {\n                if (s & TypeFlags.Union && t & TypeFlags.Union && isEnumTypeRelatedTo(source.symbol, target.symbol, errorReporter)) return true;\n                if (s & TypeFlags.Literal && t & TypeFlags.Literal &&\n                    (source as LiteralType).value === (target as LiteralType).value &&\n                    isEnumTypeRelatedTo(getParentOfSymbol(source.symbol)!, getParentOfSymbol(target.symbol)!, errorReporter)) return true;\n            }\n            // In non-strictNullChecks mode, `undefined` and `null` are assignable to anything except `never`.\n            // Since unions and intersections may reduce to `never`, we exclude them here.\n            if (s & TypeFlags.Undefined && (!strictNullChecks && !(t & TypeFlags.UnionOrIntersection) || t & (TypeFlags.Undefined | TypeFlags.Void))) return true;\n            if (s & TypeFlags.Null && (!strictNullChecks && !(t & TypeFlags.UnionOrIntersection) || t & TypeFlags.Null)) return true;\n            if (s & TypeFlags.Object && t & TypeFlags.NonPrimitive) return true;\n            if (relation === assignableRelation || relation === comparableRelation) {\n                if (s & TypeFlags.Any) return true;\n                // Type number or any numeric literal type is assignable to any numeric enum type or any\n                // numeric enum literal type. This rule exists for backwards compatibility reasons because\n                // bit-flag enum types sometimes look like literal enum types with numeric literal values.\n                if (s & (TypeFlags.Number | TypeFlags.NumberLiteral) && !(s & TypeFlags.EnumLiteral) && (\n                    t & TypeFlags.Enum || relation === assignableRelation && t & TypeFlags.NumberLiteral && t & TypeFlags.EnumLiteral)) return true;\n            }\n            return false;\n        }\n\n        function isTypeRelatedTo(source: Type, target: Type, relation: ESMap<string, RelationComparisonResult>) {\n            if (isFreshLiteralType(source)) {\n                source = (source as FreshableType).regularType;\n            }\n            if (isFreshLiteralType(target)) {\n                target = (target as FreshableType).regularType;\n            }\n            if (source === target) {\n                return true;\n            }\n            if (relation !== identityRelation) {\n                if (relation === comparableRelation && !(target.flags & TypeFlags.Never) && isSimpleTypeRelatedTo(target, source, relation) || isSimpleTypeRelatedTo(source, target, relation)) {\n                    return true;\n                }\n            }\n            else if (!((source.flags | target.flags) & (TypeFlags.UnionOrIntersection | TypeFlags.IndexedAccess | TypeFlags.Conditional | TypeFlags.Substitution))) {\n                // We have excluded types that may simplify to other forms, so types must have identical flags\n                if (source.flags !== target.flags) return false;\n                if (source.flags & TypeFlags.Singleton) return true;\n            }\n            if (source.flags & TypeFlags.Object && target.flags & TypeFlags.Object) {\n                const related = relation.get(getRelationKey(source, target, IntersectionState.None, relation, /*ignoreConstraints*/ false));\n                if (related !== undefined) {\n                    return !!(related & RelationComparisonResult.Succeeded);\n                }\n            }\n            if (source.flags & TypeFlags.StructuredOrInstantiable || target.flags & TypeFlags.StructuredOrInstantiable) {\n                return checkTypeRelatedTo(source, target, relation, /*errorNode*/ undefined);\n            }\n            return false;\n        }\n\n        function isIgnoredJsxProperty(source: Type, sourceProp: Symbol) {\n            return getObjectFlags(source) & ObjectFlags.JsxAttributes && isHyphenatedJsxName(sourceProp.escapedName);\n        }\n\n        function getNormalizedType(type: Type, writing: boolean): Type {\n            while (true) {\n                let t = isFreshLiteralType(type) ? (type as FreshableType).regularType :\n                    getObjectFlags(type) & ObjectFlags.Reference && (type as TypeReference).node ? createTypeReference((type as TypeReference).target, getTypeArguments(type as TypeReference)) :\n                    type.flags & TypeFlags.UnionOrIntersection ? getReducedType(type) :\n                    type.flags & TypeFlags.Substitution ? writing ? (type as SubstitutionType).baseType : (type as SubstitutionType).substitute :\n                    type.flags & TypeFlags.Simplifiable ? getSimplifiedType(type, writing) :\n                    type;\n                t = getSingleBaseForNonAugmentingSubtype(t) || t;\n                if (t === type) break;\n                type = t;\n            }\n            return type;\n        }\n\n        /**\n          * Checks if 'source' is related to 'target' (e.g.: is a assignable to).\n          * @param source The left-hand-side of the relation.\n          * @param target The right-hand-side of the relation.\n          * @param relation The relation considered. One of 'identityRelation', 'subtypeRelation', 'assignableRelation', or 'comparableRelation'.\n          * Used as both to determine which checks are performed and as a cache of previously computed results.\n          * @param errorNode The suggested node upon which all errors will be reported, if defined. This may or may not be the actual node used.\n          * @param headMessage If the error chain should be prepended by a head message, then headMessage will be used.\n          * @param containingMessageChain A chain of errors to prepend any new errors found.\n          * @param errorOutputContainer Return the diagnostic. Do not log if 'skipLogging' is truthy.\n          */\n        function checkTypeRelatedTo(\n            source: Type,\n            target: Type,\n            relation: ESMap<string, RelationComparisonResult>,\n            errorNode: Node | undefined,\n            headMessage?: DiagnosticMessage,\n            containingMessageChain?: () => DiagnosticMessageChain | undefined,\n            errorOutputContainer?: { errors?: Diagnostic[], skipLogging?: boolean },\n        ): boolean {\n\n            let errorInfo: DiagnosticMessageChain | undefined;\n            let relatedInfo: [DiagnosticRelatedInformation, ...DiagnosticRelatedInformation[]] | undefined;\n            let maybeKeys: string[];\n            let sourceStack: Type[];\n            let targetStack: Type[];\n            let maybeCount = 0;\n            let sourceDepth = 0;\n            let targetDepth = 0;\n            let expandingFlags = ExpandingFlags.None;\n            let overflow = false;\n            let overrideNextErrorInfo = 0; // How many `reportRelationError` calls should be skipped in the elaboration pyramid\n            let lastSkippedInfo: [Type, Type] | undefined;\n            let incompatibleStack: [DiagnosticMessage, (string | number)?, (string | number)?, (string | number)?, (string | number)?][] | undefined;\n            let inPropertyCheck = false;\n\n            Debug.assert(relation !== identityRelation || !errorNode, \"no error reporting in identity checking\");\n\n            const result = isRelatedTo(source, target, RecursionFlags.Both, /*reportErrors*/ !!errorNode, headMessage);\n            if (incompatibleStack) {\n                reportIncompatibleStack();\n            }\n            if (overflow) {\n                tracing?.instant(tracing.Phase.CheckTypes, \"checkTypeRelatedTo_DepthLimit\", { sourceId: source.id, targetId: target.id, depth: sourceDepth, targetDepth });\n                const diag = error(errorNode || currentNode, Diagnostics.Excessive_stack_depth_comparing_types_0_and_1, typeToString(source), typeToString(target));\n                if (errorOutputContainer) {\n                    (errorOutputContainer.errors || (errorOutputContainer.errors = [])).push(diag);\n                }\n            }\n            else if (errorInfo) {\n                if (containingMessageChain) {\n                    const chain = containingMessageChain();\n                    if (chain) {\n                        concatenateDiagnosticMessageChains(chain, errorInfo);\n                        errorInfo = chain;\n                    }\n                }\n\n                let relatedInformation: DiagnosticRelatedInformation[] | undefined;\n                // Check if we should issue an extra diagnostic to produce a quickfix for a slightly incorrect import statement\n                if (headMessage && errorNode && !result && source.symbol) {\n                    const links = getSymbolLinks(source.symbol);\n                    if (links.originatingImport && !isImportCall(links.originatingImport)) {\n                        const helpfulRetry = checkTypeRelatedTo(getTypeOfSymbol(links.target!), target, relation, /*errorNode*/ undefined);\n                        if (helpfulRetry) {\n                            // Likely an incorrect import. Issue a helpful diagnostic to produce a quickfix to change the import\n                            const diag = createDiagnosticForNode(links.originatingImport, Diagnostics.Type_originates_at_this_import_A_namespace_style_import_cannot_be_called_or_constructed_and_will_cause_a_failure_at_runtime_Consider_using_a_default_import_or_import_require_here_instead);\n                            relatedInformation = append(relatedInformation, diag); // Cause the error to appear with the error that triggered it\n                        }\n                    }\n                }\n                const diag = createDiagnosticForNodeFromMessageChain(errorNode!, errorInfo, relatedInformation);\n                if (relatedInfo) {\n                    addRelatedInfo(diag, ...relatedInfo);\n                }\n                if (errorOutputContainer) {\n                    (errorOutputContainer.errors || (errorOutputContainer.errors = [])).push(diag);\n                }\n                if (!errorOutputContainer || !errorOutputContainer.skipLogging) {\n                    diagnostics.add(diag);\n                }\n            }\n            if (errorNode && errorOutputContainer && errorOutputContainer.skipLogging && result === Ternary.False) {\n                Debug.assert(!!errorOutputContainer.errors, \"missed opportunity to interact with error.\");\n            }\n\n\n            return result !== Ternary.False;\n\n            function resetErrorInfo(saved: ReturnType<typeof captureErrorCalculationState>) {\n                errorInfo = saved.errorInfo;\n                lastSkippedInfo = saved.lastSkippedInfo;\n                incompatibleStack = saved.incompatibleStack;\n                overrideNextErrorInfo = saved.overrideNextErrorInfo;\n                relatedInfo = saved.relatedInfo;\n            }\n\n            function captureErrorCalculationState() {\n                return {\n                    errorInfo,\n                    lastSkippedInfo,\n                    incompatibleStack: incompatibleStack?.slice(),\n                    overrideNextErrorInfo,\n                    relatedInfo: relatedInfo?.slice() as [DiagnosticRelatedInformation, ...DiagnosticRelatedInformation[]] | undefined,\n                };\n            }\n\n            function reportIncompatibleError(message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number) {\n                overrideNextErrorInfo++; // Suppress the next relation error\n                lastSkippedInfo = undefined; // Reset skipped info cache\n                (incompatibleStack ||= []).push([message, arg0, arg1, arg2, arg3]);\n            }\n\n            function reportIncompatibleStack() {\n                const stack = incompatibleStack || [];\n                incompatibleStack = undefined;\n                const info = lastSkippedInfo;\n                lastSkippedInfo = undefined;\n                if (stack.length === 1) {\n                    reportError(...stack[0]);\n                    if (info) {\n                        // Actually do the last relation error\n                        reportRelationError(/*headMessage*/ undefined, ...info);\n                    }\n                    return;\n                }\n                // The first error will be the innermost, while the last will be the outermost - so by popping off the end,\n                // we can build from left to right\n                let path = \"\";\n                const secondaryRootErrors: [DiagnosticMessage, (string | number)?, (string | number)?, (string | number)?, (string | number)?][] = [];\n                while (stack.length) {\n                    const [msg, ...args] = stack.pop()!;\n                    switch (msg.code) {\n                        case Diagnostics.Types_of_property_0_are_incompatible.code: {\n                            // Parenthesize a `new` if there is one\n                            if (path.indexOf(\"new \") === 0) {\n                                path = `(${path})`;\n                            }\n                            const str = \"\" + args[0];\n                            // If leading, just print back the arg (irrespective of if it's a valid identifier)\n                            if (path.length === 0) {\n                                path = `${str}`;\n                            }\n                            // Otherwise write a dotted name if possible\n                            else if (isIdentifierText(str, getEmitScriptTarget(compilerOptions))) {\n                                path = `${path}.${str}`;\n                            }\n                            // Failing that, check if the name is already a computed name\n                            else if (str[0] === \"[\" && str[str.length - 1] === \"]\") {\n                                path = `${path}${str}`;\n                            }\n                            // And finally write out a computed name as a last resort\n                            else {\n                                path = `${path}[${str}]`;\n                            }\n                            break;\n                        }\n                        case Diagnostics.Call_signature_return_types_0_and_1_are_incompatible.code:\n                        case Diagnostics.Construct_signature_return_types_0_and_1_are_incompatible.code:\n                        case Diagnostics.Call_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code:\n                        case Diagnostics.Construct_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code: {\n                            if (path.length === 0) {\n                                // Don't flatten signature compatability errors at the start of a chain - instead prefer\n                                // to unify (the with no arguments bit is excessive for printback) and print them back\n                                let mappedMsg = msg;\n                                if (msg.code === Diagnostics.Call_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code) {\n                                    mappedMsg = Diagnostics.Call_signature_return_types_0_and_1_are_incompatible;\n                                }\n                                else if (msg.code === Diagnostics.Construct_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code) {\n                                    mappedMsg = Diagnostics.Construct_signature_return_types_0_and_1_are_incompatible;\n                                }\n                                secondaryRootErrors.unshift([mappedMsg, args[0], args[1]]);\n                            }\n                            else {\n                                const prefix = (msg.code === Diagnostics.Construct_signature_return_types_0_and_1_are_incompatible.code ||\n                                    msg.code === Diagnostics.Construct_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code)\n                                        ? \"new \"\n                                        : \"\";\n                                const params = (msg.code === Diagnostics.Call_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code ||\n                                    msg.code === Diagnostics.Construct_signatures_with_no_arguments_have_incompatible_return_types_0_and_1.code)\n                                        ? \"\"\n                                        : \"...\";\n                                path = `${prefix}${path}(${params})`;\n                            }\n                            break;\n                        }\n                        case Diagnostics.Type_at_position_0_in_source_is_not_compatible_with_type_at_position_1_in_target.code: {\n                            secondaryRootErrors.unshift([Diagnostics.Type_at_position_0_in_source_is_not_compatible_with_type_at_position_1_in_target, args[0], args[1]]);\n                            break;\n                        }\n                        case Diagnostics.Type_at_positions_0_through_1_in_source_is_not_compatible_with_type_at_position_2_in_target.code: {\n                            secondaryRootErrors.unshift([Diagnostics.Type_at_positions_0_through_1_in_source_is_not_compatible_with_type_at_position_2_in_target, args[0], args[1], args[2]]);\n                            break;\n                        }\n                        default:\n                            return Debug.fail(`Unhandled Diagnostic: ${msg.code}`);\n                    }\n                }\n                if (path) {\n                    reportError(path[path.length - 1] === \")\"\n                        ? Diagnostics.The_types_returned_by_0_are_incompatible_between_these_types\n                        : Diagnostics.The_types_of_0_are_incompatible_between_these_types,\n                        path\n                    );\n                }\n                else {\n                    // Remove the innermost secondary error as it will duplicate the error already reported by `reportRelationError` on entry\n                    secondaryRootErrors.shift();\n                }\n                for (const [msg, ...args] of secondaryRootErrors) {\n                    const originalValue = msg.elidedInCompatabilityPyramid;\n                    msg.elidedInCompatabilityPyramid = false; // Temporarily override elision to ensure error is reported\n                    reportError(msg, ...args);\n                    msg.elidedInCompatabilityPyramid = originalValue;\n                }\n                if (info) {\n                    // Actually do the last relation error\n                    reportRelationError(/*headMessage*/ undefined, ...info);\n                }\n            }\n\n            function reportError(message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): void {\n                Debug.assert(!!errorNode);\n                if (incompatibleStack) reportIncompatibleStack();\n                if (message.elidedInCompatabilityPyramid) return;\n                errorInfo = chainDiagnosticMessages(errorInfo, message, arg0, arg1, arg2, arg3);\n            }\n\n            function associateRelatedInfo(info: DiagnosticRelatedInformation) {\n                Debug.assert(!!errorInfo);\n                if (!relatedInfo) {\n                    relatedInfo = [info];\n                }\n                else {\n                    relatedInfo.push(info);\n                }\n            }\n\n            function reportRelationError(message: DiagnosticMessage | undefined, source: Type, target: Type) {\n                if (incompatibleStack) reportIncompatibleStack();\n                const [sourceType, targetType] = getTypeNamesForErrorDisplay(source, target);\n                let generalizedSource = source;\n                let generalizedSourceType = sourceType;\n\n                if (isLiteralType(source) && !typeCouldHaveTopLevelSingletonTypes(target)) {\n                    generalizedSource = getBaseTypeOfLiteralType(source);\n                    Debug.assert(!isTypeAssignableTo(generalizedSource, target), \"generalized source shouldn't be assignable\");\n                    generalizedSourceType = getTypeNameForErrorDisplay(generalizedSource);\n                }\n\n                if (target.flags & TypeFlags.TypeParameter && target !== markerSuperType && target !== markerSubType) {\n                    const constraint = getBaseConstraintOfType(target);\n                    let needsOriginalSource;\n                    if (constraint && (isTypeAssignableTo(generalizedSource, constraint) || (needsOriginalSource = isTypeAssignableTo(source, constraint)))) {\n                        reportError(\n                            Diagnostics._0_is_assignable_to_the_constraint_of_type_1_but_1_could_be_instantiated_with_a_different_subtype_of_constraint_2,\n                            needsOriginalSource ? sourceType : generalizedSourceType,\n                            targetType,\n                            typeToString(constraint),\n                        );\n                    }\n                    else {\n                        errorInfo = undefined;\n                        reportError(\n                            Diagnostics._0_could_be_instantiated_with_an_arbitrary_type_which_could_be_unrelated_to_1,\n                            targetType,\n                            generalizedSourceType\n                        );\n                    }\n                }\n\n                if (!message) {\n                    if (relation === comparableRelation) {\n                        message = Diagnostics.Type_0_is_not_comparable_to_type_1;\n                    }\n                    else if (sourceType === targetType) {\n                        message = Diagnostics.Type_0_is_not_assignable_to_type_1_Two_different_types_with_this_name_exist_but_they_are_unrelated;\n                    }\n                    else if (exactOptionalPropertyTypes && getExactOptionalUnassignableProperties(source, target).length) {\n                        message = Diagnostics.Type_0_is_not_assignable_to_type_1_with_exactOptionalPropertyTypes_Colon_true_Consider_adding_undefined_to_the_types_of_the_target_s_properties;\n                    }\n                    else {\n                        if (source.flags & TypeFlags.StringLiteral && target.flags & TypeFlags.Union) {\n                            const suggestedType = getSuggestedTypeForNonexistentStringLiteralType(source as StringLiteralType, target as UnionType);\n                            if (suggestedType) {\n                                reportError(Diagnostics.Type_0_is_not_assignable_to_type_1_Did_you_mean_2, generalizedSourceType, targetType, typeToString(suggestedType));\n                                return;\n                            }\n                        }\n                        message = Diagnostics.Type_0_is_not_assignable_to_type_1;\n                    }\n                }\n                else if (message === Diagnostics.Argument_of_type_0_is_not_assignable_to_parameter_of_type_1\n                    && exactOptionalPropertyTypes\n                    && getExactOptionalUnassignableProperties(source, target).length) {\n                    message = Diagnostics.Argument_of_type_0_is_not_assignable_to_parameter_of_type_1_with_exactOptionalPropertyTypes_Colon_true_Consider_adding_undefined_to_the_types_of_the_target_s_properties;\n                }\n\n                reportError(message, generalizedSourceType, targetType);\n            }\n\n            function tryElaborateErrorsForPrimitivesAndObjects(source: Type, target: Type) {\n                const sourceType = symbolValueDeclarationIsContextSensitive(source.symbol) ? typeToString(source, source.symbol.valueDeclaration) : typeToString(source);\n                const targetType = symbolValueDeclarationIsContextSensitive(target.symbol) ? typeToString(target, target.symbol.valueDeclaration) : typeToString(target);\n\n                if ((globalStringType === source && stringType === target) ||\n                    (globalNumberType === source && numberType === target) ||\n                    (globalBooleanType === source && booleanType === target) ||\n                    (getGlobalESSymbolType(/*reportErrors*/ false) === source && esSymbolType === target)) {\n                    reportError(Diagnostics._0_is_a_primitive_but_1_is_a_wrapper_object_Prefer_using_0_when_possible, targetType, sourceType);\n                }\n            }\n\n            /**\n              * Try and elaborate array and tuple errors. Returns false\n              * if we have found an elaboration, or we should ignore\n              * any other elaborations when relating the `source` and\n              * `target` types.\n              */\n            function tryElaborateArrayLikeErrors(source: Type, target: Type, reportErrors: boolean): boolean {\n                /**\n                  * The spec for elaboration is:\n                  * - If the source is a readonly tuple and the target is a mutable array or tuple, elaborate on mutability and skip property elaborations.\n                  * - If the source is a tuple then skip property elaborations if the target is an array or tuple.\n                  * - If the source is a readonly array and the target is a mutable array or tuple, elaborate on mutability and skip property elaborations.\n                  * - If the source an array then skip property elaborations if the target is a tuple.\n                  */\n                if (isTupleType(source)) {\n                    if (source.target.readonly && isMutableArrayOrTuple(target)) {\n                        if (reportErrors) {\n                            reportError(Diagnostics.The_type_0_is_readonly_and_cannot_be_assigned_to_the_mutable_type_1, typeToString(source), typeToString(target));\n                        }\n                        return false;\n                    }\n                    return isTupleType(target) || isArrayType(target);\n                }\n                if (isReadonlyArrayType(source) && isMutableArrayOrTuple(target)) {\n                    if (reportErrors) {\n                        reportError(Diagnostics.The_type_0_is_readonly_and_cannot_be_assigned_to_the_mutable_type_1, typeToString(source), typeToString(target));\n                    }\n                    return false;\n                }\n                if (isTupleType(target)) {\n                    return isArrayType(source);\n                }\n                return true;\n            }\n\n            function isRelatedToWorker(source: Type, target: Type, reportErrors: boolean) {\n                return isRelatedTo(source, target, RecursionFlags.Both, reportErrors);\n            }\n\n            /**\n              * Compare two types and return\n              * * Ternary.True if they are related with no assumptions,\n              * * Ternary.Maybe if they are related with assumptions of other relationships, or\n              * * Ternary.False if they are not related.\n              */\n            function isRelatedTo(originalSource: Type, originalTarget: Type, recursionFlags: RecursionFlags = RecursionFlags.Both, reportErrors = false, headMessage?: DiagnosticMessage, intersectionState = IntersectionState.None): Ternary {\n                // Before normalization: if `source` is type an object type, and `target` is primitive,\n                // skip all the checks we don't need and just return `isSimpleTypeRelatedTo` result\n                if (originalSource.flags & TypeFlags.Object && originalTarget.flags & TypeFlags.Primitive) {\n                    if (isSimpleTypeRelatedTo(originalSource, originalTarget, relation, reportErrors ? reportError : undefined)) {\n                        return Ternary.True;\n                    }\n                    if (reportErrors) {\n                        reportErrorResults(originalSource, originalTarget, originalSource, originalTarget, headMessage);\n                    }\n                    return Ternary.False;\n                }\n\n                // Normalize the source and target types: Turn fresh literal types into regular literal types,\n                // turn deferred type references into regular type references, simplify indexed access and\n                // conditional types, and resolve substitution types to either the substitution (on the source\n                // side) or the type variable (on the target side).\n                const source = getNormalizedType(originalSource, /*writing*/ false);\n                let target = getNormalizedType(originalTarget, /*writing*/ true);\n\n                if (source === target) return Ternary.True;\n\n                if (relation === identityRelation) {\n                    if (source.flags !== target.flags) return Ternary.False;\n                    if (source.flags & TypeFlags.Singleton) return Ternary.True;\n                    traceUnionsOrIntersectionsTooLarge(source, target);\n                    return recursiveTypeRelatedTo(source, target, /*reportErrors*/ false, IntersectionState.None, recursionFlags);\n                }\n\n                // We fastpath comparing a type parameter to exactly its constraint, as this is _super_ common,\n                // and otherwise, for type parameters in large unions, causes us to need to compare the union to itself,\n                // as we break down the _target_ union first, _then_ get the source constraint - so for every\n                // member of the target, we attempt to find a match in the source. This avoids that in cases where\n                // the target is exactly the constraint.\n                if (source.flags & TypeFlags.TypeParameter && getConstraintOfType(source) === target) {\n                    return Ternary.True;\n                }\n\n                // See if we're relating a definitely non-nullable type to a union that includes null and/or undefined\n                // plus a single non-nullable type. If so, remove null and/or undefined from the target type.\n                if (source.flags & TypeFlags.DefinitelyNonNullable && target.flags & TypeFlags.Union) {\n                    const types = (target as UnionType).types;\n                    const candidate = types.length === 2 && types[0].flags & TypeFlags.Nullable ? types[1] :\n                        types.length === 3 && types[0].flags & TypeFlags.Nullable && types[1].flags & TypeFlags.Nullable ? types[2] :\n                        undefined;\n                    if (candidate && !(candidate.flags & TypeFlags.Nullable)) {\n                        target = getNormalizedType(candidate, /*writing*/ true);\n                        if (source === target) return Ternary.True;\n                    }\n                }\n\n                if (relation === comparableRelation && !(target.flags & TypeFlags.Never) && isSimpleTypeRelatedTo(target, source, relation) ||\n                    isSimpleTypeRelatedTo(source, target, relation, reportErrors ? reportError : undefined)) return Ternary.True;\n\n                if (source.flags & TypeFlags.StructuredOrInstantiable || target.flags & TypeFlags.StructuredOrInstantiable) {\n                    const isPerformingExcessPropertyChecks = !(intersectionState & IntersectionState.Target) && (isObjectLiteralType(source) && getObjectFlags(source) & ObjectFlags.FreshLiteral);\n                    if (isPerformingExcessPropertyChecks) {\n                        if (hasExcessProperties(source as FreshObjectLiteralType, target, reportErrors)) {\n                            if (reportErrors) {\n                                reportRelationError(headMessage, source, originalTarget.aliasSymbol ? originalTarget : target);\n                            }\n                            return Ternary.False;\n                        }\n                    }\n\n                    const isPerformingCommonPropertyChecks = relation !== comparableRelation && !(intersectionState & IntersectionState.Target) &&\n                        source.flags & (TypeFlags.Primitive | TypeFlags.Object | TypeFlags.Intersection) && source !== globalObjectType &&\n                        target.flags & (TypeFlags.Object | TypeFlags.Intersection) && isWeakType(target) &&\n                        (getPropertiesOfType(source).length > 0 || typeHasCallOrConstructSignatures(source));\n                    const isComparingJsxAttributes = !!(getObjectFlags(source) & ObjectFlags.JsxAttributes);\n                    if (isPerformingCommonPropertyChecks && !hasCommonProperties(source, target, isComparingJsxAttributes)) {\n                        if (reportErrors) {\n                            const sourceString = typeToString(originalSource.aliasSymbol ? originalSource : source);\n                            const targetString = typeToString(originalTarget.aliasSymbol ? originalTarget : target);\n                            const calls = getSignaturesOfType(source, SignatureKind.Call);\n                            const constructs = getSignaturesOfType(source, SignatureKind.Construct);\n                            if (calls.length > 0 && isRelatedTo(getReturnTypeOfSignature(calls[0]), target, RecursionFlags.Source, /*reportErrors*/ false) ||\n                                constructs.length > 0 && isRelatedTo(getReturnTypeOfSignature(constructs[0]), target, RecursionFlags.Source, /*reportErrors*/ false)) {\n                                reportError(Diagnostics.Value_of_type_0_has_no_properties_in_common_with_type_1_Did_you_mean_to_call_it, sourceString, targetString);\n                            }\n                            else {\n                                reportError(Diagnostics.Type_0_has_no_properties_in_common_with_type_1, sourceString, targetString);\n                            }\n                        }\n                        return Ternary.False;\n                    }\n\n                    traceUnionsOrIntersectionsTooLarge(source, target);\n\n                    const skipCaching = source.flags & TypeFlags.Union && (source as UnionType).types.length < 4 && !(target.flags & TypeFlags.Union) ||\n                        target.flags & TypeFlags.Union && (target as UnionType).types.length < 4 && !(source.flags & TypeFlags.StructuredOrInstantiable);\n                    let result = skipCaching ?\n                        unionOrIntersectionRelatedTo(source, target, reportErrors, intersectionState) :\n                        recursiveTypeRelatedTo(source, target, reportErrors, intersectionState, recursionFlags);\n                    // For certain combinations involving intersections and optional, excess, or mismatched properties we need\n                    // an extra property check where the intersection is viewed as a single object. The following are motivating\n                    // examples that all should be errors, but aren't without this extra property check:\n                    //\n                    //   let obj: { a: { x: string } } & { c: number } = { a: { x: 'hello', y: 2 }, c: 5 };  // Nested excess property\n                    //\n                    //   declare let wrong: { a: { y: string } };\n                    //   let weak: { a?: { x?: number } } & { c?: string } = wrong;  // Nested weak object type\n                    //\n                    //   function foo<T extends object>(x: { a?: string }, y: T & { a: boolean }) {\n                    //     x = y;  // Mismatched property in source intersection\n                    //   }\n                    //\n                    // We suppress recursive intersection property checks because they can generate lots of work when relating\n                    // recursive intersections that are structurally similar but not exactly identical. See #37854.\n                    if (result && !inPropertyCheck && (\n                        target.flags & TypeFlags.Intersection && (isPerformingExcessPropertyChecks || isPerformingCommonPropertyChecks) ||\n                        isNonGenericObjectType(target) && !isArrayType(target) && !isTupleType(target) && source.flags & TypeFlags.Intersection && getApparentType(source).flags & TypeFlags.StructuredType && !some((source as IntersectionType).types, t => !!(getObjectFlags(t) & ObjectFlags.NonInferrableType)))) {\n                        inPropertyCheck = true;\n                        result &= recursiveTypeRelatedTo(source, target, reportErrors, IntersectionState.PropertyCheck, recursionFlags);\n                        inPropertyCheck = false;\n                    }\n                    if (result) {\n                        return result;\n                    }\n                }\n\n                if (reportErrors) {\n                    reportErrorResults(originalSource, originalTarget, source, target, headMessage);\n                }\n                return Ternary.False;\n            }\n\n            function reportErrorResults(originalSource: Type, originalTarget: Type, source: Type, target: Type, headMessage: DiagnosticMessage | undefined) {\n                const sourceHasBase = !!getSingleBaseForNonAugmentingSubtype(originalSource);\n                const targetHasBase = !!getSingleBaseForNonAugmentingSubtype(originalTarget);\n                source = (originalSource.aliasSymbol || sourceHasBase) ? originalSource : source;\n                target = (originalTarget.aliasSymbol || targetHasBase) ? originalTarget : target;\n                let maybeSuppress = overrideNextErrorInfo > 0;\n                if (maybeSuppress) {\n                    overrideNextErrorInfo--;\n                }\n                if (source.flags & TypeFlags.Object && target.flags & TypeFlags.Object) {\n                    const currentError = errorInfo;\n                    tryElaborateArrayLikeErrors(source, target, /*reportErrors*/ true);\n                    if (errorInfo !== currentError) {\n                        maybeSuppress = !!errorInfo;\n                    }\n                }\n                if (source.flags & TypeFlags.Object && target.flags & TypeFlags.Primitive) {\n                    tryElaborateErrorsForPrimitivesAndObjects(source, target);\n                }\n                else if (source.symbol && source.flags & TypeFlags.Object && globalObjectType === source) {\n                    reportError(Diagnostics.The_Object_type_is_assignable_to_very_few_other_types_Did_you_mean_to_use_the_any_type_instead);\n                }\n                else if (getObjectFlags(source) & ObjectFlags.JsxAttributes && target.flags & TypeFlags.Intersection) {\n                    const targetTypes = (target as IntersectionType).types;\n                    const intrinsicAttributes = getJsxType(JsxNames.IntrinsicAttributes, errorNode);\n                    const intrinsicClassAttributes = getJsxType(JsxNames.IntrinsicClassAttributes, errorNode);\n                    if (!isErrorType(intrinsicAttributes) && !isErrorType(intrinsicClassAttributes) &&\n                        (contains(targetTypes, intrinsicAttributes) || contains(targetTypes, intrinsicClassAttributes))) {\n                        // do not report top error\n                        return;\n                    }\n                }\n                else {\n                    errorInfo = elaborateNeverIntersection(errorInfo, originalTarget);\n                }\n                if (!headMessage && maybeSuppress) {\n                    lastSkippedInfo = [source, target];\n                    // Used by, eg, missing property checking to replace the top-level message with a more informative one\n                    return;\n                }\n                reportRelationError(headMessage, source, target);\n                if (strictNullChecks && source.flags & TypeFlags.TypeVariable && source.symbol?.declarations?.[0] && !getConstraintOfType(source as TypeVariable) && isRelatedTo(emptyObjectType, extractTypesOfKind(target, ~TypeFlags.NonPrimitive))) {\n                    associateRelatedInfo(createDiagnosticForNode(source.symbol.declarations[0], Diagnostics.This_type_parameter_probably_needs_an_extends_object_constraint));\n                }\n            }\n\n            function traceUnionsOrIntersectionsTooLarge(source: Type, target: Type): void {\n                if (!tracing) {\n                    return;\n                }\n\n                if ((source.flags & TypeFlags.UnionOrIntersection) && (target.flags & TypeFlags.UnionOrIntersection)) {\n                    const sourceUnionOrIntersection = source as UnionOrIntersectionType;\n                    const targetUnionOrIntersection = target as UnionOrIntersectionType;\n\n                    if (sourceUnionOrIntersection.objectFlags & targetUnionOrIntersection.objectFlags & ObjectFlags.PrimitiveUnion) {\n                        // There's a fast path for comparing primitive unions\n                        return;\n                    }\n\n                    const sourceSize = sourceUnionOrIntersection.types.length;\n                    const targetSize = targetUnionOrIntersection.types.length;\n                    if (sourceSize * targetSize > 1E6) {\n                        tracing.instant(tracing.Phase.CheckTypes, \"traceUnionsOrIntersectionsTooLarge_DepthLimit\", {\n                            sourceId: source.id,\n                            sourceSize,\n                            targetId: target.id,\n                            targetSize,\n                            pos: errorNode?.pos,\n                            end: errorNode?.end\n                        });\n                    }\n                }\n            }\n\n            function getTypeOfPropertyInTypes(types: Type[], name: __String) {\n                const appendPropType = (propTypes: Type[] | undefined, type: Type) => {\n                    type = getApparentType(type);\n                    const prop = type.flags & TypeFlags.UnionOrIntersection ? getPropertyOfUnionOrIntersectionType(type as UnionOrIntersectionType, name) : getPropertyOfObjectType(type, name);\n                    const propType = prop && getTypeOfSymbol(prop) || getApplicableIndexInfoForName(type, name)?.type || undefinedType;\n                    return append(propTypes, propType);\n                };\n                return getUnionType(reduceLeft(types, appendPropType, /*initial*/ undefined) || emptyArray);\n            }\n\n            function hasExcessProperties(source: FreshObjectLiteralType, target: Type, reportErrors: boolean): boolean {\n                if (!isExcessPropertyCheckTarget(target) || !noImplicitAny && getObjectFlags(target) & ObjectFlags.JSLiteral) {\n                    return false; // Disable excess property checks on JS literals to simulate having an implicit \"index signature\" - but only outside of noImplicitAny\n                }\n                const isComparingJsxAttributes = !!(getObjectFlags(source) & ObjectFlags.JsxAttributes);\n                if ((relation === assignableRelation || relation === comparableRelation) &&\n                    (isTypeSubsetOf(globalObjectType, target) || (!isComparingJsxAttributes && isEmptyObjectType(target)))) {\n                    return false;\n                }\n                let reducedTarget = target;\n                let checkTypes: Type[] | undefined;\n                if (target.flags & TypeFlags.Union) {\n                    reducedTarget = findMatchingDiscriminantType(source, target as UnionType, isRelatedTo) || filterPrimitivesIfContainsNonPrimitive(target as UnionType);\n                    checkTypes = reducedTarget.flags & TypeFlags.Union ? (reducedTarget as UnionType).types : [reducedTarget];\n                }\n                for (const prop of getPropertiesOfType(source)) {\n                    if (shouldCheckAsExcessProperty(prop, source.symbol) && !isIgnoredJsxProperty(source, prop)) {\n                        if (!isKnownProperty(reducedTarget, prop.escapedName, isComparingJsxAttributes)) {\n                            if (reportErrors) {\n                                // Report error in terms of object types in the target as those are the only ones\n                                // we check in isKnownProperty.\n                                const errorTarget = filterType(reducedTarget, isExcessPropertyCheckTarget);\n                                // We know *exactly* where things went wrong when comparing the types.\n                                // Use this property as the error node as this will be more helpful in\n                                // reasoning about what went wrong.\n                                if (!errorNode) return Debug.fail();\n                                if (isJsxAttributes(errorNode) || isJsxOpeningLikeElement(errorNode) || isJsxOpeningLikeElement(errorNode.parent)) {\n                                    // JsxAttributes has an object-literal flag and undergo same type-assignablity check as normal object-literal.\n                                    // However, using an object-literal error message will be very confusing to the users so we give different a message.\n                                    if (prop.valueDeclaration && isJsxAttribute(prop.valueDeclaration) && getSourceFileOfNode(errorNode) === getSourceFileOfNode(prop.valueDeclaration.name)) {\n                                        // Note that extraneous children (as in `<NoChild>extra</NoChild>`) don't pass this check,\n                                        // since `children` is a SyntaxKind.PropertySignature instead of a SyntaxKind.JsxAttribute.\n                                        errorNode = prop.valueDeclaration.name;\n                                    }\n                                    const propName = symbolToString(prop);\n                                    const suggestionSymbol = getSuggestedSymbolForNonexistentJSXAttribute(propName, errorTarget);\n                                    const suggestion = suggestionSymbol ? symbolToString(suggestionSymbol) : undefined;\n                                    if (suggestion) {\n                                        reportError(Diagnostics.Property_0_does_not_exist_on_type_1_Did_you_mean_2, propName, typeToString(errorTarget), suggestion);\n                                    }\n                                    else {\n                                        reportError(Diagnostics.Property_0_does_not_exist_on_type_1, propName, typeToString(errorTarget));\n                                    }\n                                }\n                                else {\n                                    // use the property's value declaration if the property is assigned inside the literal itself\n                                    const objectLiteralDeclaration = source.symbol?.declarations && firstOrUndefined(source.symbol.declarations);\n                                    let suggestion: string | undefined;\n                                    if (prop.valueDeclaration && findAncestor(prop.valueDeclaration, d => d === objectLiteralDeclaration) && getSourceFileOfNode(objectLiteralDeclaration) === getSourceFileOfNode(errorNode)) {\n                                        const propDeclaration = prop.valueDeclaration as ObjectLiteralElementLike;\n                                        Debug.assertNode(propDeclaration, isObjectLiteralElementLike);\n\n                                        errorNode = propDeclaration;\n\n                                        const name = propDeclaration.name!;\n                                        if (isIdentifier(name)) {\n                                            suggestion = getSuggestionForNonexistentProperty(name, errorTarget);\n                                        }\n                                    }\n                                    if (suggestion !== undefined) {\n                                        reportError(Diagnostics.Object_literal_may_only_specify_known_properties_but_0_does_not_exist_in_type_1_Did_you_mean_to_write_2,\n                                            symbolToString(prop), typeToString(errorTarget), suggestion);\n                                    }\n                                    else {\n                                        reportError(Diagnostics.Object_literal_may_only_specify_known_properties_and_0_does_not_exist_in_type_1,\n                                            symbolToString(prop), typeToString(errorTarget));\n                                    }\n                                }\n                            }\n                            return true;\n                        }\n                        if (checkTypes && !isRelatedTo(getTypeOfSymbol(prop), getTypeOfPropertyInTypes(checkTypes, prop.escapedName), RecursionFlags.Both, reportErrors)) {\n                            if (reportErrors) {\n                                reportIncompatibleError(Diagnostics.Types_of_property_0_are_incompatible, symbolToString(prop));\n                            }\n                            return true;\n                        }\n                    }\n                }\n                return false;\n            }\n\n            function shouldCheckAsExcessProperty(prop: Symbol, container: Symbol) {\n                return prop.valueDeclaration && container.valueDeclaration && prop.valueDeclaration.parent === container.valueDeclaration;\n            }\n\n            function unionOrIntersectionRelatedTo(source: Type, target: Type, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                // Note that these checks are specifically ordered to produce correct results. In particular,\n                // we need to deconstruct unions before intersections (because unions are always at the top),\n                // and we need to handle \"each\" relations before \"some\" relations for the same kind of type.\n                if (source.flags & TypeFlags.Union) {\n                    return relation === comparableRelation ?\n                        someTypeRelatedToType(source as UnionType, target, reportErrors && !(source.flags & TypeFlags.Primitive), intersectionState) :\n                        eachTypeRelatedToType(source as UnionType, target, reportErrors && !(source.flags & TypeFlags.Primitive), intersectionState);\n                }\n                if (target.flags & TypeFlags.Union) {\n                    return typeRelatedToSomeType(getRegularTypeOfObjectLiteral(source), target as UnionType, reportErrors && !(source.flags & TypeFlags.Primitive) && !(target.flags & TypeFlags.Primitive));\n                }\n                if (target.flags & TypeFlags.Intersection) {\n                    return typeRelatedToEachType(getRegularTypeOfObjectLiteral(source), target as IntersectionType, reportErrors, IntersectionState.Target);\n                }\n                // Source is an intersection. For the comparable relation, if the target is a primitive type we hoist the\n                // constraints of all non-primitive types in the source into a new intersection. We do this because the\n                // intersection may further constrain the constraints of the non-primitive types. For example, given a type\n                // parameter 'T extends 1 | 2', the intersection 'T & 1' should be reduced to '1' such that it doesn't\n                // appear to be comparable to '2'.\n                if (relation === comparableRelation && target.flags & TypeFlags.Primitive) {\n                    const constraints = sameMap((source as IntersectionType).types, getBaseConstraintOrType);\n                    if (constraints !== (source as IntersectionType).types) {\n                        source = getIntersectionType(constraints);\n                        if (!(source.flags & TypeFlags.Intersection)) {\n                            return isRelatedTo(source, target, RecursionFlags.Source, /*reportErrors*/ false);\n                        }\n                    }\n                }\n                // Check to see if any constituents of the intersection are immediately related to the target.\n                // Don't report errors though. Elaborating on whether a source constituent is related to the target is\n                // not actually useful and leads to some confusing error messages. Instead, we rely on the caller\n                // checking whether the full intersection viewed as an object is related to the target.\n                return someTypeRelatedToType(source as IntersectionType, target, /*reportErrors*/ false, IntersectionState.Source);\n            }\n\n            function eachTypeRelatedToSomeType(source: UnionOrIntersectionType, target: UnionOrIntersectionType): Ternary {\n                let result = Ternary.True;\n                const sourceTypes = source.types;\n                for (const sourceType of sourceTypes) {\n                    const related = typeRelatedToSomeType(sourceType, target, /*reportErrors*/ false);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function typeRelatedToSomeType(source: Type, target: UnionOrIntersectionType, reportErrors: boolean): Ternary {\n                const targetTypes = target.types;\n                if (target.flags & TypeFlags.Union) {\n                    if (containsType(targetTypes, source)) {\n                        return Ternary.True;\n                    }\n                    const match = getMatchingUnionConstituentForType(target as UnionType, source);\n                    if (match) {\n                        const related = isRelatedTo(source, match, RecursionFlags.Target, /*reportErrors*/ false);\n                        if (related) {\n                            return related;\n                        }\n                    }\n                }\n                for (const type of targetTypes) {\n                    const related = isRelatedTo(source, type, RecursionFlags.Target, /*reportErrors*/ false);\n                    if (related) {\n                        return related;\n                    }\n                }\n                if (reportErrors) {\n                    // Elaborate only if we can find a best matching type in the target union\n                    const bestMatchingType = getBestMatchingType(source, target, isRelatedTo);\n                    if (bestMatchingType) {\n                        isRelatedTo(source, bestMatchingType, RecursionFlags.Target, /*reportErrors*/ true);\n                    }\n                }\n                return Ternary.False;\n            }\n\n            function typeRelatedToEachType(source: Type, target: IntersectionType, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                let result = Ternary.True;\n                const targetTypes = target.types;\n                for (const targetType of targetTypes) {\n                    const related = isRelatedTo(source, targetType, RecursionFlags.Target, reportErrors, /*headMessage*/ undefined, intersectionState);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function someTypeRelatedToType(source: UnionOrIntersectionType, target: Type, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                const sourceTypes = source.types;\n                if (source.flags & TypeFlags.Union && containsType(sourceTypes, target)) {\n                    return Ternary.True;\n                }\n                const len = sourceTypes.length;\n                for (let i = 0; i < len; i++) {\n                    const related = isRelatedTo(sourceTypes[i], target, RecursionFlags.Source, reportErrors && i === len - 1, /*headMessage*/ undefined, intersectionState);\n                    if (related) {\n                        return related;\n                    }\n                }\n                return Ternary.False;\n            }\n\n            function getUndefinedStrippedTargetIfNeeded(source: Type, target: Type) {\n                // As a builtin type, `undefined` is a very low type ID - making it almsot always first, making this a very fast check to see\n                // if we need to strip `undefined` from the target\n                if (source.flags & TypeFlags.Union && target.flags & TypeFlags.Union &&\n                    !((source as UnionType).types[0].flags & TypeFlags.Undefined) && (target as UnionType).types[0].flags & TypeFlags.Undefined) {\n                    return extractTypesOfKind(target, ~TypeFlags.Undefined);\n                }\n                return target;\n            }\n\n            function eachTypeRelatedToType(source: UnionOrIntersectionType, target: Type, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                let result = Ternary.True;\n                const sourceTypes = source.types;\n                // We strip `undefined` from the target if the `source` trivially doesn't contain it for our correspondence-checking fastpath\n                // since `undefined` is frequently added by optionality and would otherwise spoil a potentially useful correspondence\n                const undefinedStrippedTarget = getUndefinedStrippedTargetIfNeeded(source, target as UnionType);\n                for (let i = 0; i < sourceTypes.length; i++) {\n                    const sourceType = sourceTypes[i];\n                    if (undefinedStrippedTarget.flags & TypeFlags.Union && sourceTypes.length >= (undefinedStrippedTarget as UnionType).types.length && sourceTypes.length % (undefinedStrippedTarget as UnionType).types.length === 0) {\n                        // many unions are mappings of one another; in such cases, simply comparing members at the same index can shortcut the comparison\n                        // such unions will have identical lengths, and their corresponding elements will match up. Another common scenario is where a large\n                        // union has a union of objects intersected with it. In such cases, if the input was, eg `(\"a\" | \"b\" | \"c\") & (string | boolean | {} | {whatever})`,\n                        // the result will have the structure `\"a\" | \"b\" | \"c\" | \"a\" & {} | \"b\" & {} | \"c\" & {} | \"a\" & {whatever} | \"b\" & {whatever} | \"c\" & {whatever}`\n                        // - the resulting union has a length which is a multiple of the original union, and the elements correspond modulo the length of the original union\n                        const related = isRelatedTo(sourceType, (undefinedStrippedTarget as UnionType).types[i % (undefinedStrippedTarget as UnionType).types.length], RecursionFlags.Both, /*reportErrors*/ false, /*headMessage*/ undefined, intersectionState);\n                        if (related) {\n                            result &= related;\n                            continue;\n                        }\n                    }\n                    const related = isRelatedTo(sourceType, target, RecursionFlags.Source, reportErrors, /*headMessage*/ undefined, intersectionState);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function typeArgumentsRelatedTo(sources: readonly Type[] = emptyArray, targets: readonly Type[] = emptyArray, variances: readonly VarianceFlags[] = emptyArray, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                if (sources.length !== targets.length && relation === identityRelation) {\n                    return Ternary.False;\n                }\n                const length = sources.length <= targets.length ? sources.length : targets.length;\n                let result = Ternary.True;\n                for (let i = 0; i < length; i++) {\n                    // When variance information isn't available we default to covariance. This happens\n                    // in the process of computing variance information for recursive types and when\n                    // comparing 'this' type arguments.\n                    const varianceFlags = i < variances.length ? variances[i] : VarianceFlags.Covariant;\n                    const variance = varianceFlags & VarianceFlags.VarianceMask;\n                    // We ignore arguments for independent type parameters (because they're never witnessed).\n                    if (variance !== VarianceFlags.Independent) {\n                        const s = sources[i];\n                        const t = targets[i];\n                        let related = Ternary.True;\n                        if (varianceFlags & VarianceFlags.Unmeasurable) {\n                            // Even an `Unmeasurable` variance works out without a structural check if the source and target are _identical_.\n                            // We can't simply assume invariance, because `Unmeasurable` marks nonlinear relations, for example, a relation tained by\n                            // the `-?` modifier in a mapped type (where, no matter how the inputs are related, the outputs still might not be)\n                            related = relation === identityRelation ? isRelatedTo(s, t, RecursionFlags.Both, /*reportErrors*/ false) : compareTypesIdentical(s, t);\n                        }\n                        else if (variance === VarianceFlags.Covariant) {\n                            related = isRelatedTo(s, t, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                        }\n                        else if (variance === VarianceFlags.Contravariant) {\n                            related = isRelatedTo(t, s, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                        }\n                        else if (variance === VarianceFlags.Bivariant) {\n                            // In the bivariant case we first compare contravariantly without reporting\n                            // errors. Then, if that doesn't succeed, we compare covariantly with error\n                            // reporting. Thus, error elaboration will be based on the the covariant check,\n                            // which is generally easier to reason about.\n                            related = isRelatedTo(t, s, RecursionFlags.Both, /*reportErrors*/ false);\n                            if (!related) {\n                                related = isRelatedTo(s, t, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                            }\n                        }\n                        else {\n                            // In the invariant case we first compare covariantly, and only when that\n                            // succeeds do we proceed to compare contravariantly. Thus, error elaboration\n                            // will typically be based on the covariant check.\n                            related = isRelatedTo(s, t, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                            if (related) {\n                                related &= isRelatedTo(t, s, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                            }\n                        }\n                        if (!related) {\n                            return Ternary.False;\n                        }\n                        result &= related;\n                    }\n                }\n                return result;\n            }\n\n            // Determine if possibly recursive types are related. First, check if the result is already available in the global cache.\n            // Second, check if we have already started a comparison of the given two types in which case we assume the result to be true.\n            // Third, check if both types are part of deeply nested chains of generic type instantiations and if so assume the types are\n            // equal and infinitely expanding. Fourth, if we have reached a depth of 100 nested comparisons, assume we have runaway recursion\n            // and issue an error. Otherwise, actually compare the structure of the two types.\n            function recursiveTypeRelatedTo(source: Type, target: Type, reportErrors: boolean, intersectionState: IntersectionState, recursionFlags: RecursionFlags): Ternary {\n                if (overflow) {\n                    return Ternary.False;\n                }\n                const keyIntersectionState = intersectionState | (inPropertyCheck ? IntersectionState.InPropertyCheck : 0);\n                const id = getRelationKey(source, target, keyIntersectionState, relation, /*ingnoreConstraints*/ false);\n                const entry = relation.get(id);\n                if (entry !== undefined) {\n                    if (reportErrors && entry & RelationComparisonResult.Failed && !(entry & RelationComparisonResult.Reported)) {\n                        // We are elaborating errors and the cached result is an unreported failure. The result will be reported\n                        // as a failure, and should be updated as a reported failure by the bottom of this function.\n                    }\n                    else {\n                        if (outofbandVarianceMarkerHandler) {\n                            // We're in the middle of variance checking - integrate any unmeasurable/unreliable flags from this cached component\n                            const saved = entry & RelationComparisonResult.ReportsMask;\n                            if (saved & RelationComparisonResult.ReportsUnmeasurable) {\n                                instantiateType(source, makeFunctionTypeMapper(reportUnmeasurableMarkers));\n                            }\n                            if (saved & RelationComparisonResult.ReportsUnreliable) {\n                                instantiateType(source, makeFunctionTypeMapper(reportUnreliableMarkers));\n                            }\n                        }\n                        return entry & RelationComparisonResult.Succeeded ? Ternary.True : Ternary.False;\n                    }\n                }\n                if (!maybeKeys) {\n                    maybeKeys = [];\n                    sourceStack = [];\n                    targetStack = [];\n                }\n                else {\n                    // A key that starts with \"*\" is an indication that we have type references that reference constrained\n                    // type parameters. For such keys we also check against the key we would have gotten if all type parameters\n                    // were unconstrained.\n                    const broadestEquivalentId = id.startsWith(\"*\") ? getRelationKey(source, target, keyIntersectionState, relation, /*ignoreConstraints*/ true) : undefined;\n                    for (let i = 0; i < maybeCount; i++) {\n                        // If source and target are already being compared, consider them related with assumptions\n                        if (id === maybeKeys[i] || broadestEquivalentId && broadestEquivalentId === maybeKeys[i]) {\n                            return Ternary.Maybe;\n                        }\n                    }\n                    if (sourceDepth === 100 || targetDepth === 100) {\n                        overflow = true;\n                        return Ternary.False;\n                    }\n                }\n                const maybeStart = maybeCount;\n                maybeKeys[maybeCount] = id;\n                maybeCount++;\n                const saveExpandingFlags = expandingFlags;\n                if (recursionFlags & RecursionFlags.Source) {\n                    sourceStack[sourceDepth] = source;\n                    sourceDepth++;\n                    if (!(expandingFlags & ExpandingFlags.Source) && isDeeplyNestedType(source, sourceStack, sourceDepth)) expandingFlags |= ExpandingFlags.Source;\n                }\n                if (recursionFlags & RecursionFlags.Target) {\n                    targetStack[targetDepth] = target;\n                    targetDepth++;\n                    if (!(expandingFlags & ExpandingFlags.Target) && isDeeplyNestedType(target, targetStack, targetDepth)) expandingFlags |= ExpandingFlags.Target;\n                }\n                let originalHandler: typeof outofbandVarianceMarkerHandler;\n                let propagatingVarianceFlags: RelationComparisonResult = 0;\n                if (outofbandVarianceMarkerHandler) {\n                    originalHandler = outofbandVarianceMarkerHandler;\n                    outofbandVarianceMarkerHandler = onlyUnreliable => {\n                        propagatingVarianceFlags |= onlyUnreliable ? RelationComparisonResult.ReportsUnreliable : RelationComparisonResult.ReportsUnmeasurable;\n                        return originalHandler!(onlyUnreliable);\n                    };\n                }\n\n                let result: Ternary;\n                if (expandingFlags === ExpandingFlags.Both) {\n                    tracing?.instant(tracing.Phase.CheckTypes, \"recursiveTypeRelatedTo_DepthLimit\", {\n                        sourceId: source.id,\n                        sourceIdStack: sourceStack.map(t => t.id),\n                        targetId: target.id,\n                        targetIdStack: targetStack.map(t => t.id),\n                        depth: sourceDepth,\n                        targetDepth\n                    });\n                    result = Ternary.Maybe;\n                }\n                else {\n                    tracing?.push(tracing.Phase.CheckTypes, \"structuredTypeRelatedTo\", { sourceId: source.id, targetId: target.id });\n                    result = structuredTypeRelatedTo(source, target, reportErrors, intersectionState);\n                    tracing?.pop();\n                }\n\n                if (outofbandVarianceMarkerHandler) {\n                    outofbandVarianceMarkerHandler = originalHandler;\n                }\n                if (recursionFlags & RecursionFlags.Source) {\n                    sourceDepth--;\n                }\n                if (recursionFlags & RecursionFlags.Target) {\n                    targetDepth--;\n                }\n                expandingFlags = saveExpandingFlags;\n                if (result) {\n                    if (result === Ternary.True || (sourceDepth === 0 && targetDepth === 0)) {\n                        if (result === Ternary.True || result === Ternary.Maybe) {\n                            // If result is definitely true, record all maybe keys as having succeeded. Also, record Ternary.Maybe\n                            // results as having succeeded once we reach depth 0, but never record Ternary.Unknown results.\n                            for (let i = maybeStart; i < maybeCount; i++) {\n                                relation.set(maybeKeys[i], RelationComparisonResult.Succeeded | propagatingVarianceFlags);\n                            }\n                        }\n                        maybeCount = maybeStart;\n                    }\n                }\n                else {\n                    // A false result goes straight into global cache (when something is false under\n                    // assumptions it will also be false without assumptions)\n                    relation.set(id, (reportErrors ? RelationComparisonResult.Reported : 0) | RelationComparisonResult.Failed | propagatingVarianceFlags);\n                    maybeCount = maybeStart;\n                }\n                return result;\n            }\n\n            function structuredTypeRelatedTo(source: Type, target: Type, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                if (intersectionState & IntersectionState.PropertyCheck) {\n                    return propertiesRelatedTo(source, target, reportErrors, /*excludedProperties*/ undefined, IntersectionState.None);\n                }\n                let result: Ternary;\n                let originalErrorInfo: DiagnosticMessageChain | undefined;\n                let varianceCheckFailed = false;\n                const saveErrorInfo = captureErrorCalculationState();\n                let sourceFlags = source.flags;\n                const targetFlags = target.flags;\n                if (relation === identityRelation) {\n                    // We've already checked that source.flags and target.flags are identical\n                    if (sourceFlags & TypeFlags.UnionOrIntersection) {\n                        let result = eachTypeRelatedToSomeType(source as UnionOrIntersectionType, target as UnionOrIntersectionType);\n                        if (result) {\n                            result &= eachTypeRelatedToSomeType(target as UnionOrIntersectionType, source as UnionOrIntersectionType);\n                        }\n                        return result;\n                    }\n                    if (sourceFlags & TypeFlags.Index) {\n                        return isRelatedTo((source as IndexType).type, (target as IndexType).type, RecursionFlags.Both, /*reportErrors*/ false);\n                    }\n                    if (sourceFlags & TypeFlags.IndexedAccess) {\n                        if (result = isRelatedTo((source as IndexedAccessType).objectType, (target as IndexedAccessType).objectType, RecursionFlags.Both, /*reportErrors*/ false)) {\n                            if (result &= isRelatedTo((source as IndexedAccessType).indexType, (target as IndexedAccessType).indexType, RecursionFlags.Both, /*reportErrors*/ false)) {\n                                return result;\n                            }\n                        }\n                    }\n                    if (sourceFlags & TypeFlags.Conditional) {\n                        if ((source as ConditionalType).root.isDistributive === (target as ConditionalType).root.isDistributive) {\n                            if (result = isRelatedTo((source as ConditionalType).checkType, (target as ConditionalType).checkType, RecursionFlags.Both, /*reportErrors*/ false)) {\n                                if (result &= isRelatedTo((source as ConditionalType).extendsType, (target as ConditionalType).extendsType, RecursionFlags.Both, /*reportErrors*/ false)) {\n                                    if (result &= isRelatedTo(getTrueTypeFromConditionalType(source as ConditionalType), getTrueTypeFromConditionalType(target as ConditionalType), RecursionFlags.Both, /*reportErrors*/ false)) {\n                                        if (result &= isRelatedTo(getFalseTypeFromConditionalType(source as ConditionalType), getFalseTypeFromConditionalType(target as ConditionalType), RecursionFlags.Both, /*reportErrors*/ false)) {\n                                            return result;\n                                        }\n                                    }\n                                }\n                            }\n                        }\n                    }\n                    if (sourceFlags & TypeFlags.Substitution) {\n                        return isRelatedTo((source as SubstitutionType).substitute, (target as SubstitutionType).substitute, RecursionFlags.Both, /*reportErrors*/ false);\n                    }\n                    if (!(sourceFlags & TypeFlags.Object)) {\n                        return Ternary.False;\n                    }\n                }\n                else if (sourceFlags & TypeFlags.UnionOrIntersection || targetFlags & TypeFlags.UnionOrIntersection) {\n                    if (result = unionOrIntersectionRelatedTo(source, target, reportErrors, intersectionState)) {\n                        return result;\n                    }\n                    if (source.flags & TypeFlags.Intersection || source.flags & TypeFlags.TypeParameter && target.flags & TypeFlags.Union) {\n                        // The combined constraint of an intersection type is the intersection of the constraints of\n                        // the constituents. When an intersection type contains instantiable types with union type\n                        // constraints, there are situations where we need to examine the combined constraint. One is\n                        // when the target is a union type. Another is when the intersection contains types belonging\n                        // to one of the disjoint domains. For example, given type variables T and U, each with the\n                        // constraint 'string | number', the combined constraint of 'T & U' is 'string | number' and\n                        // we need to check this constraint against a union on the target side. Also, given a type\n                        // variable V constrained to 'string | number', 'V & number' has a combined constraint of\n                        // 'string & number | number & number' which reduces to just 'number'.\n                        // This also handles type parameters, as a type parameter with a union constraint compared against a union\n                        // needs to have its constraint hoisted into an intersection with said type parameter, this way\n                        // the type param can be compared with itself in the target (with the influence of its constraint to match other parts)\n                        // For example, if `T extends 1 | 2` and `U extends 2 | 3` and we compare `T & U` to `T & U & (1 | 2 | 3)`\n                        const constraint = getEffectiveConstraintOfIntersection(source.flags & TypeFlags.Intersection ? (source as IntersectionType).types: [source], !!(target.flags & TypeFlags.Union));\n                        if (constraint && everyType(constraint, c => c !== source)) { // Skip comparison if expansion contains the source itself\n                            // TODO: Stack errors so we get a pyramid for the \"normal\" comparison above, _and_ a second for this\n                            if (result = isRelatedTo(constraint, target, RecursionFlags.Source, /*reportErrors*/ false, /*headMessage*/ undefined, intersectionState)) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                    }\n                    // The ordered decomposition above doesn't handle all cases. Specifically, we also need to handle:\n                    // Source is instantiable (e.g. source has union or intersection constraint).\n                    // Source is an object, target is a union (e.g. { a, b: boolean } <=> { a, b: true } | { a, b: false }).\n                    // Source is an intersection, target is an object (e.g. { a } & { b } <=> { a, b }).\n                    // Source is an intersection, target is a union (e.g. { a } & { b: boolean } <=> { a, b: true } | { a, b: false }).\n                    // Source is an intersection, target instantiable (e.g. string & { tag } <=> T[\"a\"] constrained to string & { tag }).\n                    if (!(sourceFlags & TypeFlags.Instantiable ||\n                        sourceFlags & TypeFlags.Object && targetFlags & TypeFlags.Union ||\n                        sourceFlags & TypeFlags.Intersection && targetFlags & (TypeFlags.Object | TypeFlags.Union | TypeFlags.Instantiable))) {\n                        return Ternary.False;\n                    }\n                }\n\n                // We limit alias variance probing to only object and conditional types since their alias behavior\n                // is more predictable than other, interned types, which may or may not have an alias depending on\n                // the order in which things were checked.\n                if (sourceFlags & (TypeFlags.Object | TypeFlags.Conditional) && source.aliasSymbol && source.aliasTypeArguments &&\n                    source.aliasSymbol === target.aliasSymbol && !(isMarkerType(source) || isMarkerType(target))) {\n                    const variances = getAliasVariances(source.aliasSymbol);\n                    if (variances === emptyArray) {\n                        return Ternary.Unknown;\n                    }\n                    const varianceResult = relateVariances(source.aliasTypeArguments, target.aliasTypeArguments, variances, intersectionState);\n                    if (varianceResult !== undefined) {\n                        return varianceResult;\n                    }\n                }\n\n                // For a generic type T and a type U that is assignable to T, [...U] is assignable to T, U is assignable to readonly [...T],\n                // and U is assignable to [...T] when U is constrained to a mutable array or tuple type.\n                if (isSingleElementGenericTupleType(source) && !source.target.readonly && (result = isRelatedTo(getTypeArguments(source)[0], target, RecursionFlags.Source)) ||\n                    isSingleElementGenericTupleType(target) && (target.target.readonly || isMutableArrayOrTuple(getBaseConstraintOfType(source) || source)) && (result = isRelatedTo(source, getTypeArguments(target)[0], RecursionFlags.Target))) {\n                    return result;\n                }\n\n                if (targetFlags & TypeFlags.TypeParameter) {\n                    // A source type { [P in Q]: X } is related to a target type T if keyof T is related to Q and X is related to T[Q].\n                    if (getObjectFlags(source) & ObjectFlags.Mapped && !(source as MappedType).declaration.nameType && isRelatedTo(getIndexType(target), getConstraintTypeFromMappedType(source as MappedType), RecursionFlags.Both)) {\n\n                        if (!(getMappedTypeModifiers(source as MappedType) & MappedTypeModifiers.IncludeOptional)) {\n                            const templateType = getTemplateTypeFromMappedType(source as MappedType);\n                            const indexedAccessType = getIndexedAccessType(target, getTypeParameterFromMappedType(source as MappedType));\n                            if (result = isRelatedTo(templateType, indexedAccessType, RecursionFlags.Both, reportErrors)) {\n                                return result;\n                            }\n                        }\n                    }\n                }\n                else if (targetFlags & TypeFlags.Index) {\n                    const targetType = (target as IndexType).type;\n                    // A keyof S is related to a keyof T if T is related to S.\n                    if (sourceFlags & TypeFlags.Index) {\n                        if (result = isRelatedTo(targetType, (source as IndexType).type, RecursionFlags.Both, /*reportErrors*/ false)) {\n                            return result;\n                        }\n                    }\n                    if (isTupleType(targetType)) {\n                        // An index type can have a tuple type target when the tuple type contains variadic elements.\n                        // Check if the source is related to the known keys of the tuple type.\n                        if (result = isRelatedTo(source, getKnownKeysOfTupleType(targetType), RecursionFlags.Target, reportErrors)) {\n                            return result;\n                        }\n                    }\n                    else {\n                        // A type S is assignable to keyof T if S is assignable to keyof C, where C is the\n                        // simplified form of T or, if T doesn't simplify, the constraint of T.\n                        const constraint = getSimplifiedTypeOrConstraint(targetType);\n                        if (constraint) {\n                            // We require Ternary.True here such that circular constraints don't cause\n                            // false positives. For example, given 'T extends { [K in keyof T]: string }',\n                            // 'keyof T' has itself as its constraint and produces a Ternary.Maybe when\n                            // related to other types.\n                            if (isRelatedTo(source, getIndexType(constraint, (target as IndexType).stringsOnly), RecursionFlags.Target, reportErrors) === Ternary.True) {\n                                return Ternary.True;\n                            }\n                        }\n                        else if (isGenericMappedType(targetType)) {\n                            // generic mapped types that don't simplify or have a constraint still have a very simple set of keys we can compare against\n                            // - their nameType or constraintType.\n                            // In many ways, this comparison is a deferred version of what `getIndexTypeForMappedType` does to actually resolve the keys for _non_-generic types\n\n                            const nameType = getNameTypeFromMappedType(targetType);\n                            const constraintType = getConstraintTypeFromMappedType(targetType);\n                            let targetKeys;\n                            if (nameType && isMappedTypeWithKeyofConstraintDeclaration(targetType)) {\n                                // we need to get the apparent mappings and union them with the generic mappings, since some properties may be\n                                // missing from the `constraintType` which will otherwise be mapped in the object\n                                const modifiersType = getApparentType(getModifiersTypeFromMappedType(targetType));\n                                const mappedKeys: Type[] = [];\n                                forEachMappedTypePropertyKeyTypeAndIndexSignatureKeyType(\n                                    modifiersType,\n                                    TypeFlags.StringOrNumberLiteralOrUnique,\n                                    /*stringsOnly*/ false,\n                                    t => void mappedKeys.push(instantiateType(nameType, appendTypeMapping(targetType.mapper, getTypeParameterFromMappedType(targetType), t)))\n                                );\n                                // We still need to include the non-apparent (and thus still generic) keys in the target side of the comparison (in case they're in the source side)\n                                targetKeys = getUnionType([...mappedKeys, nameType]);\n                            }\n                            else {\n                                targetKeys = nameType || constraintType;\n                            }\n                            if (isRelatedTo(source, targetKeys, RecursionFlags.Target, reportErrors) === Ternary.True) {\n                                return Ternary.True;\n                            }\n                        }\n                    }\n                }\n                else if (targetFlags & TypeFlags.IndexedAccess) {\n                    if (sourceFlags & TypeFlags.IndexedAccess) {\n                        // Relate components directly before falling back to constraint relationships\n                        // A type S[K] is related to a type T[J] if S is related to T and K is related to J.\n                        if (result = isRelatedTo((source as IndexedAccessType).objectType, (target as IndexedAccessType).objectType, RecursionFlags.Both, reportErrors)) {\n                            result &= isRelatedTo((source as IndexedAccessType).indexType, (target as IndexedAccessType).indexType, RecursionFlags.Both, reportErrors);\n                        }\n                        if (result) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                        if (reportErrors) {\n                            originalErrorInfo = errorInfo;\n                        }\n                    }\n                    // A type S is related to a type T[K] if S is related to C, where C is the base\n                    // constraint of T[K] for writing.\n                    if (relation === assignableRelation || relation === comparableRelation) {\n                        const objectType = (target as IndexedAccessType).objectType;\n                        const indexType = (target as IndexedAccessType).indexType;\n                        const baseObjectType = getBaseConstraintOfType(objectType) || objectType;\n                        const baseIndexType = getBaseConstraintOfType(indexType) || indexType;\n                        if (!isGenericObjectType(baseObjectType) && !isGenericIndexType(baseIndexType)) {\n                            const accessFlags = AccessFlags.Writing | (baseObjectType !== objectType ? AccessFlags.NoIndexSignatures : 0);\n                            const constraint = getIndexedAccessTypeOrUndefined(baseObjectType, baseIndexType, accessFlags);\n                            if (constraint) {\n                                if (reportErrors && originalErrorInfo) {\n                                    // create a new chain for the constraint error\n                                    resetErrorInfo(saveErrorInfo);\n                                }\n                                if (result = isRelatedTo(source, constraint, RecursionFlags.Target, reportErrors)) {\n                                    return result;\n                                }\n                                // prefer the shorter chain of the constraint comparison chain, and the direct comparison chain\n                                if (reportErrors && originalErrorInfo && errorInfo) {\n                                    errorInfo = countMessageChainBreadth([originalErrorInfo]) <= countMessageChainBreadth([errorInfo]) ? originalErrorInfo : errorInfo;\n                                }\n                            }\n                        }\n                    }\n                    if (reportErrors) {\n                        originalErrorInfo = undefined;\n                    }\n                }\n                else if (isGenericMappedType(target) && relation !== identityRelation) {\n                    // Check if source type `S` is related to target type `{ [P in Q]: T }` or `{ [P in Q as R]: T}`.\n                    const keysRemapped = !!target.declaration.nameType;\n                    const templateType = getTemplateTypeFromMappedType(target);\n                    const modifiers = getMappedTypeModifiers(target);\n                    if (!(modifiers & MappedTypeModifiers.ExcludeOptional)) {\n                        // If the mapped type has shape `{ [P in Q]: T[P] }`,\n                        // source `S` is related to target if `T` = `S`, i.e. `S` is related to `{ [P in Q]: S[P] }`.\n                        if (!keysRemapped && templateType.flags & TypeFlags.IndexedAccess && (templateType as IndexedAccessType).objectType === source &&\n                            (templateType as IndexedAccessType).indexType === getTypeParameterFromMappedType(target)) {\n                            return Ternary.True;\n                        }\n                        if (!isGenericMappedType(source)) {\n                            // If target has shape `{ [P in Q as R]: T}`, then its keys have type `R`.\n                            // If target has shape `{ [P in Q]: T }`, then its keys have type `Q`.\n                            const targetKeys = keysRemapped ? getNameTypeFromMappedType(target)! : getConstraintTypeFromMappedType(target);\n                            // Type of the keys of source type `S`, i.e. `keyof S`.\n                            const sourceKeys = getIndexType(source, /*stringsOnly*/ undefined, /*noIndexSignatures*/ true);\n                            const includeOptional = modifiers & MappedTypeModifiers.IncludeOptional;\n                            const filteredByApplicability = includeOptional ? intersectTypes(targetKeys, sourceKeys) : undefined;\n                            // A source type `S` is related to a target type `{ [P in Q]: T }` if `Q` is related to `keyof S` and `S[Q]` is related to `T`.\n                            // A source type `S` is related to a target type `{ [P in Q as R]: T }` if `R` is related to `keyof S` and `S[R]` is related to `T.\n                            // A source type `S` is related to a target type `{ [P in Q]?: T }` if some constituent `Q'` of `Q` is related to `keyof S` and `S[Q']` is related to `T`.\n                            // A source type `S` is related to a target type `{ [P in Q as R]?: T }` if some constituent `R'` of `R` is related to `keyof S` and `S[R']` is related to `T`.\n                            if (includeOptional\n                                ? !(filteredByApplicability!.flags & TypeFlags.Never)\n                                : isRelatedTo(targetKeys, sourceKeys, RecursionFlags.Both)) {\n                                const templateType = getTemplateTypeFromMappedType(target);\n                                const typeParameter = getTypeParameterFromMappedType(target);\n\n                                // Fastpath: When the template type has the form `Obj[P]` where `P` is the mapped type parameter, directly compare source `S` with `Obj`\n                                // to avoid creating the (potentially very large) number of new intermediate types made by manufacturing `S[P]`.\n                                const nonNullComponent = extractTypesOfKind(templateType, ~TypeFlags.Nullable);\n                                if (!keysRemapped && nonNullComponent.flags & TypeFlags.IndexedAccess && (nonNullComponent as IndexedAccessType).indexType === typeParameter) {\n                                    if (result = isRelatedTo(source, (nonNullComponent as IndexedAccessType).objectType, RecursionFlags.Target, reportErrors)) {\n                                        return result;\n                                    }\n                                }\n                                else {\n                                    // We need to compare the type of a property on the source type `S` to the type of the same property on the target type,\n                                    // so we need to construct an indexing type representing a property, and then use indexing type to index the source type for comparison.\n\n                                    // If the target type has shape `{ [P in Q]: T }`, then a property of the target has type `P`.\n                                    // If the target type has shape `{ [P in Q]?: T }`, then a property of the target has type `P`,\n                                    // but the property is optional, so we only want to compare properties `P` that are common between `keyof S` and `Q`.\n                                    // If the target type has shape `{ [P in Q as R]: T }`, then a property of the target has type `R`.\n                                    // If the target type has shape `{ [P in Q as R]?: T }`, then a property of the target has type `R`,\n                                    // but the property is optional, so we only want to compare properties `R` that are common between `keyof S` and `R`.\n                                    const indexingType = keysRemapped\n                                        ? (filteredByApplicability || targetKeys)\n                                        : filteredByApplicability\n                                            ? getIntersectionType([filteredByApplicability, typeParameter])\n                                            : typeParameter;\n                                    const indexedAccessType = getIndexedAccessType(source, indexingType);\n                                    // Compare `S[indexingType]` to `T`, where `T` is the type of a property of the target type.\n                                    if (result = isRelatedTo(indexedAccessType, templateType, RecursionFlags.Both, reportErrors)) {\n                                        return result;\n                                    }\n                                }\n                            }\n                            originalErrorInfo = errorInfo;\n                            resetErrorInfo(saveErrorInfo);\n                        }\n                    }\n                }\n                else if (targetFlags & TypeFlags.Conditional) {\n                    // If we reach 10 levels of nesting for the same conditional type, assume it is an infinitely expanding recursive\n                    // conditional type and bail out with a Ternary.Maybe result.\n                    if (isDeeplyNestedType(target, targetStack, targetDepth, 10)) {\n                        resetErrorInfo(saveErrorInfo);\n                        return Ternary.Maybe;\n                    }\n                    const c = target as ConditionalType;\n                    // We check for a relationship to a conditional type target only when the conditional type has no\n                    // 'infer' positions and is not distributive or is distributive but doesn't reference the check type\n                    // parameter in either of the result types.\n                    if (!c.root.inferTypeParameters && !isDistributionDependent(c.root)) {\n                        // Check if the conditional is always true or always false but still deferred for distribution purposes.\n                        const skipTrue = !isTypeAssignableTo(getPermissiveInstantiation(c.checkType), getPermissiveInstantiation(c.extendsType));\n                        const skipFalse = !skipTrue && isTypeAssignableTo(getRestrictiveInstantiation(c.checkType), getRestrictiveInstantiation(c.extendsType));\n                        // TODO: Find a nice way to include potential conditional type breakdowns in error output, if they seem good (they usually don't)\n                        if (result = skipTrue ? Ternary.True : isRelatedTo(source, getTrueTypeFromConditionalType(c), RecursionFlags.Target, /*reportErrors*/ false)) {\n                            result &= skipFalse ? Ternary.True : isRelatedTo(source, getFalseTypeFromConditionalType(c), RecursionFlags.Target, /*reportErrors*/ false);\n                            if (result) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                    }\n                }\n                else if (targetFlags & TypeFlags.TemplateLiteral) {\n                    if (sourceFlags & TypeFlags.TemplateLiteral) {\n                        if (relation === comparableRelation) {\n                            return templateLiteralTypesDefinitelyUnrelated(source as TemplateLiteralType, target as TemplateLiteralType) ? Ternary.False : Ternary.True;\n                        }\n                        // Report unreliable variance for type variables referenced in template literal type placeholders.\n                        // For example, `foo-${number}` is related to `foo-${string}` even though number isn't related to string.\n                        instantiateType(source, makeFunctionTypeMapper(reportUnreliableMarkers));\n                    }\n                    if (isTypeMatchedByTemplateLiteralType(source, target as TemplateLiteralType)) {\n                        return Ternary.True;\n                    }\n                }\n\n                if (sourceFlags & TypeFlags.TypeVariable) {\n                    // IndexedAccess comparisons are handled above in the `targetFlags & TypeFlage.IndexedAccess` branch\n                    if (!(sourceFlags & TypeFlags.IndexedAccess && targetFlags & TypeFlags.IndexedAccess)) {\n                        const constraint = getConstraintOfType(source as TypeVariable);\n                        if (!strictNullChecks && (!constraint || (sourceFlags & TypeFlags.TypeParameter && constraint.flags & TypeFlags.Any))) {\n                            // A type variable with no constraint is not related to the non-primitive object type.\n                            if (result = isRelatedTo(emptyObjectType, extractTypesOfKind(target, ~TypeFlags.NonPrimitive), RecursionFlags.Both)) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                        // hi-speed no-this-instantiation check (less accurate, but avoids costly `this`-instantiation when the constraint will suffice), see #28231 for report on why this is needed\n                        else if (constraint && (result = isRelatedTo(constraint, target, RecursionFlags.Source, /*reportErrors*/ false, /*headMessage*/ undefined, intersectionState))) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                        // slower, fuller, this-instantiated check (necessary when comparing raw `this` types from base classes), see `subclassWithPolymorphicThisIsAssignable.ts` test for example\n                        else if (constraint && (result = isRelatedTo(getTypeWithThisArgument(constraint, source), target, RecursionFlags.Source, reportErrors && !(targetFlags & sourceFlags & TypeFlags.TypeParameter), /*headMessage*/ undefined, intersectionState))) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                        if (isMappedTypeGenericIndexedAccess(source)) {\n                            // For an indexed access type { [P in K]: E}[X], above we have already explored an instantiation of E with X\n                            // substituted for P. We also want to explore type { [P in K]: E }[C], where C is the constraint of X.\n                            const indexConstraint = getConstraintOfType((source as IndexedAccessType).indexType);\n                            if (indexConstraint) {\n                                if (result = isRelatedTo(getIndexedAccessType((source as IndexedAccessType).objectType, indexConstraint), target, RecursionFlags.Source, reportErrors)) {\n                                    resetErrorInfo(saveErrorInfo);\n                                    return result;\n                                }\n                            }\n                        }\n                    }\n                }\n                else if (sourceFlags & TypeFlags.Index) {\n                    if (result = isRelatedTo(keyofConstraintType, target, RecursionFlags.Source, reportErrors)) {\n                        resetErrorInfo(saveErrorInfo);\n                        return result;\n                    }\n                }\n                else if (sourceFlags & TypeFlags.TemplateLiteral && !(targetFlags & TypeFlags.Object)) {\n                    if (!(targetFlags & TypeFlags.TemplateLiteral)) {\n                        const constraint = getBaseConstraintOfType(source);\n                        if (constraint && constraint !== source && (result = isRelatedTo(constraint, target, RecursionFlags.Source, reportErrors))) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                    }\n                }\n                else if (sourceFlags & TypeFlags.StringMapping) {\n                    if (targetFlags & TypeFlags.StringMapping && (source as StringMappingType).symbol === (target as StringMappingType).symbol) {\n                        if (result = isRelatedTo((source as StringMappingType).type, (target as StringMappingType).type, RecursionFlags.Both, reportErrors)) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                    }\n                    else {\n                        const constraint = getBaseConstraintOfType(source);\n                        if (constraint && (result = isRelatedTo(constraint, target, RecursionFlags.Source, reportErrors))) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                    }\n                }\n                else if (sourceFlags & TypeFlags.Conditional) {\n                    // If we reach 10 levels of nesting for the same conditional type, assume it is an infinitely expanding recursive\n                    // conditional type and bail out with a Ternary.Maybe result.\n                    if (isDeeplyNestedType(source, sourceStack, sourceDepth, 10)) {\n                        resetErrorInfo(saveErrorInfo);\n                        return Ternary.Maybe;\n                    }\n                    if (targetFlags & TypeFlags.Conditional) {\n                        // Two conditional types 'T1 extends U1 ? X1 : Y1' and 'T2 extends U2 ? X2 : Y2' are related if\n                        // one of T1 and T2 is related to the other, U1 and U2 are identical types, X1 is related to X2,\n                        // and Y1 is related to Y2.\n                        const sourceParams = (source as ConditionalType).root.inferTypeParameters;\n                        let sourceExtends = (source as ConditionalType).extendsType;\n                        let mapper: TypeMapper | undefined;\n                        if (sourceParams) {\n                            // If the source has infer type parameters, we instantiate them in the context of the target\n                            const ctx = createInferenceContext(sourceParams, /*signature*/ undefined, InferenceFlags.None, isRelatedToWorker);\n                            inferTypes(ctx.inferences, (target as ConditionalType).extendsType, sourceExtends, InferencePriority.NoConstraints | InferencePriority.AlwaysStrict);\n                            sourceExtends = instantiateType(sourceExtends, ctx.mapper);\n                            mapper = ctx.mapper;\n                        }\n                        if (isTypeIdenticalTo(sourceExtends, (target as ConditionalType).extendsType) &&\n                            (isRelatedTo((source as ConditionalType).checkType, (target as ConditionalType).checkType, RecursionFlags.Both) || isRelatedTo((target as ConditionalType).checkType, (source as ConditionalType).checkType, RecursionFlags.Both))) {\n                            if (result = isRelatedTo(instantiateType(getTrueTypeFromConditionalType(source as ConditionalType), mapper), getTrueTypeFromConditionalType(target as ConditionalType), RecursionFlags.Both, reportErrors)) {\n                                result &= isRelatedTo(getFalseTypeFromConditionalType(source as ConditionalType), getFalseTypeFromConditionalType(target as ConditionalType), RecursionFlags.Both, reportErrors);\n                            }\n                            if (result) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                    }\n                    else {\n                        // conditionals aren't related to one another via distributive constraint as it is much too inaccurate and allows way\n                        // more assignments than are desirable (since it maps the source check type to its constraint, it loses information)\n                        const distributiveConstraint = hasNonCircularBaseConstraint(source) ? getConstraintOfDistributiveConditionalType(source as ConditionalType) : undefined;\n                        if (distributiveConstraint) {\n                            if (result = isRelatedTo(distributiveConstraint, target, RecursionFlags.Source, reportErrors)) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                    }\n\n                    // conditionals _can_ be related to one another via normal constraint, as, eg, `A extends B ? O : never` should be assignable to `O`\n                    // when `O` is a conditional (`never` is trivially assignable to `O`, as is `O`!).\n                    const defaultConstraint = getDefaultConstraintOfConditionalType(source as ConditionalType);\n                    if (defaultConstraint) {\n                        if (result = isRelatedTo(defaultConstraint, target, RecursionFlags.Source, reportErrors)) {\n                            resetErrorInfo(saveErrorInfo);\n                            return result;\n                        }\n                    }\n                }\n                else {\n                    // An empty object type is related to any mapped type that includes a '?' modifier.\n                    if (relation !== subtypeRelation && relation !== strictSubtypeRelation && isPartialMappedType(target) && isEmptyObjectType(source)) {\n                        return Ternary.True;\n                    }\n                    if (isGenericMappedType(target)) {\n                        if (isGenericMappedType(source)) {\n                            if (result = mappedTypeRelatedTo(source, target, reportErrors)) {\n                                resetErrorInfo(saveErrorInfo);\n                                return result;\n                            }\n                        }\n                        return Ternary.False;\n                    }\n                    const sourceIsPrimitive = !!(sourceFlags & TypeFlags.Primitive);\n                    if (relation !== identityRelation) {\n                        source = getApparentType(source);\n                        sourceFlags = source.flags;\n                    }\n                    else if (isGenericMappedType(source)) {\n                        return Ternary.False;\n                    }\n                    if (getObjectFlags(source) & ObjectFlags.Reference && getObjectFlags(target) & ObjectFlags.Reference && (source as TypeReference).target === (target as TypeReference).target &&\n                        !isTupleType(source) && !(isMarkerType(source) || isMarkerType(target))) {\n                        // When strictNullChecks is disabled, the element type of the empty array literal is undefinedWideningType,\n                        // and an empty array literal wouldn't be assignable to a `never[]` without this check.\n                        if (isEmptyArrayLiteralType(source)) {\n                            return Ternary.True;\n                        }\n                        // We have type references to the same generic type, and the type references are not marker\n                        // type references (which are intended by be compared structurally). Obtain the variance\n                        // information for the type parameters and relate the type arguments accordingly.\n                        const variances = getVariances((source as TypeReference).target);\n                        // We return Ternary.Maybe for a recursive invocation of getVariances (signalled by emptyArray). This\n                        // effectively means we measure variance only from type parameter occurrences that aren't nested in\n                        // recursive instantiations of the generic type.\n                        if (variances === emptyArray) {\n                            return Ternary.Unknown;\n                        }\n                        const varianceResult = relateVariances(getTypeArguments(source as TypeReference), getTypeArguments(target as TypeReference), variances, intersectionState);\n                        if (varianceResult !== undefined) {\n                            return varianceResult;\n                        }\n                    }\n                    else if (isReadonlyArrayType(target) ? isArrayType(source) || isTupleType(source) : isArrayType(target) && isTupleType(source) && !source.target.readonly) {\n                        if (relation !== identityRelation) {\n                            return isRelatedTo(getIndexTypeOfType(source, numberType) || anyType, getIndexTypeOfType(target, numberType) || anyType, RecursionFlags.Both, reportErrors);\n                        }\n                        else {\n                            // By flags alone, we know that the `target` is a readonly array while the source is a normal array or tuple\n                            // or `target` is an array and source is a tuple - in both cases the types cannot be identical, by construction\n                            return Ternary.False;\n                        }\n                    }\n                    // Consider a fresh empty object literal type \"closed\" under the subtype relationship - this way `{} <- {[idx: string]: any} <- fresh({})`\n                    // and not `{} <- fresh({}) <- {[idx: string]: any}`\n                    else if ((relation === subtypeRelation || relation === strictSubtypeRelation) && isEmptyObjectType(target) && getObjectFlags(target) & ObjectFlags.FreshLiteral && !isEmptyObjectType(source)) {\n                        return Ternary.False;\n                    }\n                    // Even if relationship doesn't hold for unions, intersections, or generic type references,\n                    // it may hold in a structural comparison.\n                    // In a check of the form X = A & B, we will have previously checked if A relates to X or B relates\n                    // to X. Failing both of those we want to check if the aggregation of A and B's members structurally\n                    // relates to X. Thus, we include intersection types on the source side here.\n                    if (sourceFlags & (TypeFlags.Object | TypeFlags.Intersection) && targetFlags & TypeFlags.Object) {\n                        // Report structural errors only if we haven't reported any errors yet\n                        const reportStructuralErrors = reportErrors && errorInfo === saveErrorInfo.errorInfo && !sourceIsPrimitive;\n                        result = propertiesRelatedTo(source, target, reportStructuralErrors, /*excludedProperties*/ undefined, intersectionState);\n                        if (result) {\n                            result &= signaturesRelatedTo(source, target, SignatureKind.Call, reportStructuralErrors);\n                            if (result) {\n                                result &= signaturesRelatedTo(source, target, SignatureKind.Construct, reportStructuralErrors);\n                                if (result) {\n                                    result &= indexSignaturesRelatedTo(source, target, sourceIsPrimitive, reportStructuralErrors, intersectionState);\n                                }\n                            }\n                        }\n                        if (varianceCheckFailed && result) {\n                            errorInfo = originalErrorInfo || errorInfo || saveErrorInfo.errorInfo; // Use variance error (there is no structural one) and return false\n                        }\n                        else if (result) {\n                            return result;\n                        }\n                    }\n                    // If S is an object type and T is a discriminated union, S may be related to T if\n                    // there exists a constituent of T for every combination of the discriminants of S\n                    // with respect to T. We do not report errors here, as we will use the existing\n                    // error result from checking each constituent of the union.\n                    if (sourceFlags & (TypeFlags.Object | TypeFlags.Intersection) && targetFlags & TypeFlags.Union) {\n                        const objectOnlyTarget = extractTypesOfKind(target, TypeFlags.Object | TypeFlags.Intersection | TypeFlags.Substitution);\n                        if (objectOnlyTarget.flags & TypeFlags.Union) {\n                            const result = typeRelatedToDiscriminatedType(source, objectOnlyTarget as UnionType);\n                            if (result) {\n                                return result;\n                            }\n                        }\n                    }\n                }\n                return Ternary.False;\n\n                function countMessageChainBreadth(info: DiagnosticMessageChain[] | undefined): number {\n                    if (!info) return 0;\n                    return reduceLeft(info, (value, chain) => value + 1 + countMessageChainBreadth(chain.next), 0);\n                }\n\n                function relateVariances(sourceTypeArguments: readonly Type[] | undefined, targetTypeArguments: readonly Type[] | undefined, variances: VarianceFlags[], intersectionState: IntersectionState) {\n                    if (result = typeArgumentsRelatedTo(sourceTypeArguments, targetTypeArguments, variances, reportErrors, intersectionState)) {\n                        return result;\n                    }\n                    if (some(variances, v => !!(v & VarianceFlags.AllowsStructuralFallback))) {\n                        // If some type parameter was `Unmeasurable` or `Unreliable`, and we couldn't pass by assuming it was identical, then we\n                        // have to allow a structural fallback check\n                        // We elide the variance-based error elaborations, since those might not be too helpful, since we'll potentially\n                        // be assuming identity of the type parameter.\n                        originalErrorInfo = undefined;\n                        resetErrorInfo(saveErrorInfo);\n                        return undefined;\n                    }\n                    const allowStructuralFallback = targetTypeArguments && hasCovariantVoidArgument(targetTypeArguments, variances);\n                    varianceCheckFailed = !allowStructuralFallback;\n                    // The type arguments did not relate appropriately, but it may be because we have no variance\n                    // information (in which case typeArgumentsRelatedTo defaulted to covariance for all type\n                    // arguments). It might also be the case that the target type has a 'void' type argument for\n                    // a covariant type parameter that is only used in return positions within the generic type\n                    // (in which case any type argument is permitted on the source side). In those cases we proceed\n                    // with a structural comparison. Otherwise, we know for certain the instantiations aren't\n                    // related and we can return here.\n                    if (variances !== emptyArray && !allowStructuralFallback) {\n                        // In some cases generic types that are covariant in regular type checking mode become\n                        // invariant in --strictFunctionTypes mode because one or more type parameters are used in\n                        // both co- and contravariant positions. In order to make it easier to diagnose *why* such\n                        // types are invariant, if any of the type parameters are invariant we reset the reported\n                        // errors and instead force a structural comparison (which will include elaborations that\n                        // reveal the reason).\n                        // We can switch on `reportErrors` here, since varianceCheckFailed guarantees we return `False`,\n                        // we can return `False` early here to skip calculating the structural error message we don't need.\n                        if (varianceCheckFailed && !(reportErrors && some(variances, v => (v & VarianceFlags.VarianceMask) === VarianceFlags.Invariant))) {\n                            return Ternary.False;\n                        }\n                        // We remember the original error information so we can restore it in case the structural\n                        // comparison unexpectedly succeeds. This can happen when the structural comparison result\n                        // is a Ternary.Maybe for example caused by the recursion depth limiter.\n                        originalErrorInfo = errorInfo;\n                        resetErrorInfo(saveErrorInfo);\n                    }\n                }\n            }\n\n            function reportUnmeasurableMarkers(p: TypeParameter) {\n                if (outofbandVarianceMarkerHandler && (p === markerSuperType || p === markerSubType || p === markerOtherType)) {\n                    outofbandVarianceMarkerHandler(/*onlyUnreliable*/ false);\n                }\n                return p;\n            }\n\n            function reportUnreliableMarkers(p: TypeParameter) {\n                if (outofbandVarianceMarkerHandler && (p === markerSuperType || p === markerSubType || p === markerOtherType)) {\n                    outofbandVarianceMarkerHandler(/*onlyUnreliable*/ true);\n                }\n                return p;\n            }\n\n            // A type [P in S]: X is related to a type [Q in T]: Y if T is related to S and X' is\n            // related to Y, where X' is an instantiation of X in which P is replaced with Q. Notice\n            // that S and T are contra-variant whereas X and Y are co-variant.\n            function mappedTypeRelatedTo(source: MappedType, target: MappedType, reportErrors: boolean): Ternary {\n                const modifiersRelated = relation === comparableRelation || (relation === identityRelation ? getMappedTypeModifiers(source) === getMappedTypeModifiers(target) :\n                    getCombinedMappedTypeOptionality(source) <= getCombinedMappedTypeOptionality(target));\n                if (modifiersRelated) {\n                    let result: Ternary;\n                    const targetConstraint = getConstraintTypeFromMappedType(target);\n                    const sourceConstraint = instantiateType(getConstraintTypeFromMappedType(source), makeFunctionTypeMapper(getCombinedMappedTypeOptionality(source) < 0 ? reportUnmeasurableMarkers : reportUnreliableMarkers));\n                    if (result = isRelatedTo(targetConstraint, sourceConstraint, RecursionFlags.Both, reportErrors)) {\n                        const mapper = createTypeMapper([getTypeParameterFromMappedType(source)], [getTypeParameterFromMappedType(target)]);\n                        if (instantiateType(getNameTypeFromMappedType(source), mapper) === instantiateType(getNameTypeFromMappedType(target), mapper)) {\n                            return result & isRelatedTo(instantiateType(getTemplateTypeFromMappedType(source), mapper), getTemplateTypeFromMappedType(target), RecursionFlags.Both, reportErrors);\n                        }\n                    }\n                }\n                return Ternary.False;\n            }\n\n            function typeRelatedToDiscriminatedType(source: Type, target: UnionType) {\n                // 1. Generate the combinations of discriminant properties & types 'source' can satisfy.\n                //    a. If the number of combinations is above a set limit, the comparison is too complex.\n                // 2. Filter 'target' to the subset of types whose discriminants exist in the matrix.\n                //    a. If 'target' does not satisfy all discriminants in the matrix, 'source' is not related.\n                // 3. For each type in the filtered 'target', determine if all non-discriminant properties of\n                //    'target' are related to a property in 'source'.\n                //\n                // NOTE: See ~/tests/cases/conformance/types/typeRelationships/assignmentCompatibility/assignmentCompatWithDiscriminatedUnion.ts\n                //       for examples.\n\n                const sourceProperties = getPropertiesOfType(source);\n                const sourcePropertiesFiltered = findDiscriminantProperties(sourceProperties, target);\n                if (!sourcePropertiesFiltered) return Ternary.False;\n\n                // Though we could compute the number of combinations as we generate\n                // the matrix, this would incur additional memory overhead due to\n                // array allocations. To reduce this overhead, we first compute\n                // the number of combinations to ensure we will not surpass our\n                // fixed limit before incurring the cost of any allocations:\n                let numCombinations = 1;\n                for (const sourceProperty of sourcePropertiesFiltered) {\n                    numCombinations *= countTypes(getNonMissingTypeOfSymbol(sourceProperty));\n                    if (numCombinations > 25) {\n                        // We've reached the complexity limit.\n                        tracing?.instant(tracing.Phase.CheckTypes, \"typeRelatedToDiscriminatedType_DepthLimit\", { sourceId: source.id, targetId: target.id, numCombinations });\n                        return Ternary.False;\n                    }\n                }\n\n                // Compute the set of types for each discriminant property.\n                const sourceDiscriminantTypes: Type[][] = new Array<Type[]>(sourcePropertiesFiltered.length);\n                const excludedProperties = new Set<__String>();\n                for (let i = 0; i < sourcePropertiesFiltered.length; i++) {\n                    const sourceProperty = sourcePropertiesFiltered[i];\n                    const sourcePropertyType = getNonMissingTypeOfSymbol(sourceProperty);\n                    sourceDiscriminantTypes[i] = sourcePropertyType.flags & TypeFlags.Union\n                        ? (sourcePropertyType as UnionType).types\n                        : [sourcePropertyType];\n                    excludedProperties.add(sourceProperty.escapedName);\n                }\n\n                // Match each combination of the cartesian product of discriminant properties to one or more\n                // constituents of 'target'. If any combination does not have a match then 'source' is not relatable.\n                const discriminantCombinations = cartesianProduct(sourceDiscriminantTypes);\n                const matchingTypes: Type[] = [];\n                for (const combination of discriminantCombinations) {\n                    let hasMatch = false;\n                    outer: for (const type of target.types) {\n                        for (let i = 0; i < sourcePropertiesFiltered.length; i++) {\n                            const sourceProperty = sourcePropertiesFiltered[i];\n                            const targetProperty = getPropertyOfType(type, sourceProperty.escapedName);\n                            if (!targetProperty) continue outer;\n                            if (sourceProperty === targetProperty) continue;\n                            // We compare the source property to the target in the context of a single discriminant type.\n                            const related = propertyRelatedTo(source, target, sourceProperty, targetProperty, _ => combination[i], /*reportErrors*/ false, IntersectionState.None, /*skipOptional*/ strictNullChecks || relation === comparableRelation);\n                            // If the target property could not be found, or if the properties were not related,\n                            // then this constituent is not a match.\n                            if (!related) {\n                                continue outer;\n                            }\n                        }\n                        pushIfUnique(matchingTypes, type, equateValues);\n                        hasMatch = true;\n                    }\n                    if (!hasMatch) {\n                        // We failed to match any type for this combination.\n                        return Ternary.False;\n                    }\n                }\n\n                // Compare the remaining non-discriminant properties of each match.\n                let result = Ternary.True;\n                for (const type of matchingTypes) {\n                    result &= propertiesRelatedTo(source, type, /*reportErrors*/ false, excludedProperties, IntersectionState.None);\n                    if (result) {\n                        result &= signaturesRelatedTo(source, type, SignatureKind.Call, /*reportStructuralErrors*/ false);\n                        if (result) {\n                            result &= signaturesRelatedTo(source, type, SignatureKind.Construct, /*reportStructuralErrors*/ false);\n                            if (result && !(isTupleType(source) && isTupleType(type))) {\n                                // Comparing numeric index types when both `source` and `type` are tuples is unnecessary as the\n                                // element types should be sufficiently covered by `propertiesRelatedTo`. It also causes problems\n                                // with index type assignability as the types for the excluded discriminants are still included\n                                // in the index type.\n                                result &= indexSignaturesRelatedTo(source, type, /*sourceIsPrimitive*/ false, /*reportStructuralErrors*/ false, IntersectionState.None);\n                            }\n                        }\n                    }\n                    if (!result) {\n                        return result;\n                    }\n                }\n                return result;\n            }\n\n            function excludeProperties(properties: Symbol[], excludedProperties: Set<__String> | undefined) {\n                if (!excludedProperties || properties.length === 0) return properties;\n                let result: Symbol[] | undefined;\n                for (let i = 0; i < properties.length; i++) {\n                    if (!excludedProperties.has(properties[i].escapedName)) {\n                        if (result) {\n                            result.push(properties[i]);\n                        }\n                    }\n                    else if (!result) {\n                        result = properties.slice(0, i);\n                    }\n                }\n                return result || properties;\n            }\n\n            function isPropertySymbolTypeRelated(sourceProp: Symbol, targetProp: Symbol, getTypeOfSourceProperty: (sym: Symbol) => Type, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                const targetIsOptional = strictNullChecks && !!(getCheckFlags(targetProp) & CheckFlags.Partial);\n                const effectiveTarget = addOptionality(getNonMissingTypeOfSymbol(targetProp), /*isProperty*/ false, targetIsOptional);\n                const effectiveSource = getTypeOfSourceProperty(sourceProp);\n                return isRelatedTo(effectiveSource, effectiveTarget, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n            }\n\n            function propertyRelatedTo(source: Type, target: Type, sourceProp: Symbol, targetProp: Symbol, getTypeOfSourceProperty: (sym: Symbol) => Type, reportErrors: boolean, intersectionState: IntersectionState, skipOptional: boolean): Ternary {\n                const sourcePropFlags = getDeclarationModifierFlagsFromSymbol(sourceProp);\n                const targetPropFlags = getDeclarationModifierFlagsFromSymbol(targetProp);\n                if (sourcePropFlags & ModifierFlags.Private || targetPropFlags & ModifierFlags.Private) {\n                    if (sourceProp.valueDeclaration !== targetProp.valueDeclaration) {\n                        if (reportErrors) {\n                            if (sourcePropFlags & ModifierFlags.Private && targetPropFlags & ModifierFlags.Private) {\n                                reportError(Diagnostics.Types_have_separate_declarations_of_a_private_property_0, symbolToString(targetProp));\n                            }\n                            else {\n                                reportError(Diagnostics.Property_0_is_private_in_type_1_but_not_in_type_2, symbolToString(targetProp),\n                                    typeToString(sourcePropFlags & ModifierFlags.Private ? source : target),\n                                    typeToString(sourcePropFlags & ModifierFlags.Private ? target : source));\n                            }\n                        }\n                        return Ternary.False;\n                    }\n                }\n                else if (targetPropFlags & ModifierFlags.Protected) {\n                    if (!isValidOverrideOf(sourceProp, targetProp)) {\n                        if (reportErrors) {\n                            reportError(Diagnostics.Property_0_is_protected_but_type_1_is_not_a_class_derived_from_2, symbolToString(targetProp),\n                                typeToString(getDeclaringClass(sourceProp) || source), typeToString(getDeclaringClass(targetProp) || target));\n                        }\n                        return Ternary.False;\n                    }\n                }\n                else if (sourcePropFlags & ModifierFlags.Protected) {\n                    if (reportErrors) {\n                        reportError(Diagnostics.Property_0_is_protected_in_type_1_but_public_in_type_2,\n                            symbolToString(targetProp), typeToString(source), typeToString(target));\n                    }\n                    return Ternary.False;\n                }\n\n                // Ensure {readonly a: whatever} is not a subtype of {a: whatever},\n                // while {a: whatever} is a subtype of {readonly a: whatever}.\n                // This ensures the subtype relationship is ordered, and preventing declaration order\n                // from deciding which type \"wins\" in union subtype reduction.\n                // They're still assignable to one another, since `readonly` doesn't affect assignability.\n                // This is only applied during the strictSubtypeRelation -- currently used in subtype reduction\n                if (\n                    relation === strictSubtypeRelation &&\n                    isReadonlySymbol(sourceProp) && !isReadonlySymbol(targetProp)\n                ) {\n                    return Ternary.False;\n                }\n                // If the target comes from a partial union prop, allow `undefined` in the target type\n                const related = isPropertySymbolTypeRelated(sourceProp, targetProp, getTypeOfSourceProperty, reportErrors, intersectionState);\n                if (!related) {\n                    if (reportErrors) {\n                        reportIncompatibleError(Diagnostics.Types_of_property_0_are_incompatible, symbolToString(targetProp));\n                    }\n                    return Ternary.False;\n                }\n                // When checking for comparability, be more lenient with optional properties.\n                if (!skipOptional && sourceProp.flags & SymbolFlags.Optional && !(targetProp.flags & SymbolFlags.Optional)) {\n                    // TypeScript 1.0 spec (April 2014): 3.8.3\n                    // S is a subtype of a type T, and T is a supertype of S if ...\n                    // S' and T are object types and, for each member M in T..\n                    // M is a property and S' contains a property N where\n                    // if M is a required property, N is also a required property\n                    // (M - property in T)\n                    // (N - property in S)\n                    if (reportErrors) {\n                        reportError(Diagnostics.Property_0_is_optional_in_type_1_but_required_in_type_2,\n                            symbolToString(targetProp), typeToString(source), typeToString(target));\n                    }\n                    return Ternary.False;\n                }\n                return related;\n            }\n\n            function reportUnmatchedProperty(source: Type, target: Type, unmatchedProperty: Symbol, requireOptionalProperties: boolean) {\n                let shouldSkipElaboration = false;\n                // give specific error in case where private names have the same description\n                if (unmatchedProperty.valueDeclaration\n                    && isNamedDeclaration(unmatchedProperty.valueDeclaration)\n                    && isPrivateIdentifier(unmatchedProperty.valueDeclaration.name)\n                    && source.symbol\n                    && source.symbol.flags & SymbolFlags.Class) {\n                    const privateIdentifierDescription = unmatchedProperty.valueDeclaration.name.escapedText;\n                    const symbolTableKey = getSymbolNameForPrivateIdentifier(source.symbol, privateIdentifierDescription);\n                    if (symbolTableKey && getPropertyOfType(source, symbolTableKey)) {\n                        const sourceName = factory.getDeclarationName(source.symbol.valueDeclaration);\n                        const targetName = factory.getDeclarationName(target.symbol.valueDeclaration);\n                        reportError(\n                            Diagnostics.Property_0_in_type_1_refers_to_a_different_member_that_cannot_be_accessed_from_within_type_2,\n                            diagnosticName(privateIdentifierDescription),\n                            diagnosticName(sourceName.escapedText === \"\" ? anon : sourceName),\n                            diagnosticName(targetName.escapedText === \"\" ? anon : targetName));\n                        return;\n                    }\n                }\n                const props = arrayFrom(getUnmatchedProperties(source, target, requireOptionalProperties, /*matchDiscriminantProperties*/ false));\n                if (!headMessage || (headMessage.code !== Diagnostics.Class_0_incorrectly_implements_interface_1.code &&\n                    headMessage.code !== Diagnostics.Class_0_incorrectly_implements_class_1_Did_you_mean_to_extend_1_and_inherit_its_members_as_a_subclass.code)) {\n                    shouldSkipElaboration = true; // Retain top-level error for interface implementing issues, otherwise omit it\n                }\n                if (props.length === 1) {\n                    const propName = symbolToString(unmatchedProperty);\n                    reportError(Diagnostics.Property_0_is_missing_in_type_1_but_required_in_type_2, propName, ...getTypeNamesForErrorDisplay(source, target));\n                    if (length(unmatchedProperty.declarations)) {\n                        associateRelatedInfo(createDiagnosticForNode(unmatchedProperty.declarations![0], Diagnostics._0_is_declared_here, propName));\n                    }\n                    if (shouldSkipElaboration && errorInfo) {\n                        overrideNextErrorInfo++;\n                    }\n                }\n                else if (tryElaborateArrayLikeErrors(source, target, /*reportErrors*/ false)) {\n                    if (props.length > 5) { // arbitrary cutoff for too-long list form\n                        reportError(Diagnostics.Type_0_is_missing_the_following_properties_from_type_1_Colon_2_and_3_more, typeToString(source), typeToString(target), map(props.slice(0, 4), p => symbolToString(p)).join(\", \"), props.length - 4);\n                    }\n                    else {\n                        reportError(Diagnostics.Type_0_is_missing_the_following_properties_from_type_1_Colon_2, typeToString(source), typeToString(target), map(props, p => symbolToString(p)).join(\", \"));\n                    }\n                    if (shouldSkipElaboration && errorInfo) {\n                        overrideNextErrorInfo++;\n                    }\n                }\n                // No array like or unmatched property error - just issue top level error (errorInfo = undefined)\n            }\n\n            function propertiesRelatedTo(source: Type, target: Type, reportErrors: boolean, excludedProperties: Set<__String> | undefined, intersectionState: IntersectionState): Ternary {\n                if (relation === identityRelation) {\n                    return propertiesIdenticalTo(source, target, excludedProperties);\n                }\n                let result = Ternary.True;\n                if (isTupleType(target)) {\n                    if (isArrayType(source) || isTupleType(source)) {\n                        if (!target.target.readonly && (isReadonlyArrayType(source) || isTupleType(source) && source.target.readonly)) {\n                            return Ternary.False;\n                        }\n                        const sourceArity = getTypeReferenceArity(source);\n                        const targetArity = getTypeReferenceArity(target);\n                        const sourceRestFlag = isTupleType(source) ? source.target.combinedFlags & ElementFlags.Rest : ElementFlags.Rest;\n                        const targetRestFlag = target.target.combinedFlags & ElementFlags.Rest;\n                        const sourceMinLength = isTupleType(source) ? source.target.minLength : 0;\n                        const targetMinLength = target.target.minLength;\n                        if (!sourceRestFlag && sourceArity < targetMinLength) {\n                            if (reportErrors) {\n                                reportError(Diagnostics.Source_has_0_element_s_but_target_requires_1, sourceArity, targetMinLength);\n                            }\n                            return Ternary.False;\n                        }\n                        if (!targetRestFlag && targetArity < sourceMinLength) {\n                            if (reportErrors) {\n                                reportError(Diagnostics.Source_has_0_element_s_but_target_allows_only_1, sourceMinLength, targetArity);\n                            }\n                            return Ternary.False;\n                        }\n                        if (!targetRestFlag && (sourceRestFlag || targetArity < sourceArity)) {\n                            if (reportErrors) {\n                                if (sourceMinLength < targetMinLength) {\n                                    reportError(Diagnostics.Target_requires_0_element_s_but_source_may_have_fewer, targetMinLength);\n                                }\n                                else {\n                                    reportError(Diagnostics.Target_allows_only_0_element_s_but_source_may_have_more, targetArity);\n                                }\n                            }\n                            return Ternary.False;\n                        }\n                        const sourceTypeArguments = getTypeArguments(source);\n                        const targetTypeArguments = getTypeArguments(target);\n                        const startCount = Math.min(isTupleType(source) ? getStartElementCount(source.target, ElementFlags.NonRest) : 0, getStartElementCount(target.target, ElementFlags.NonRest));\n                        const endCount = Math.min(isTupleType(source) ? getEndElementCount(source.target, ElementFlags.NonRest) : 0, targetRestFlag ? getEndElementCount(target.target, ElementFlags.NonRest) : 0);\n                        let canExcludeDiscriminants = !!excludedProperties;\n                        for (let i = 0; i < targetArity; i++) {\n                            const sourceIndex = i < targetArity - endCount ? i : i + sourceArity - targetArity;\n                            const sourceFlags = isTupleType(source) && (i < startCount || i >= targetArity - endCount) ? source.target.elementFlags[sourceIndex] : ElementFlags.Rest;\n                            const targetFlags = target.target.elementFlags[i];\n                            if (targetFlags & ElementFlags.Variadic && !(sourceFlags & ElementFlags.Variadic)) {\n                                if (reportErrors) {\n                                    reportError(Diagnostics.Source_provides_no_match_for_variadic_element_at_position_0_in_target, i);\n                                }\n                                return Ternary.False;\n                            }\n                            if (sourceFlags & ElementFlags.Variadic && !(targetFlags & ElementFlags.Variable)) {\n                                if (reportErrors) {\n                                    reportError(Diagnostics.Variadic_element_at_position_0_in_source_does_not_match_element_at_position_1_in_target, sourceIndex, i);\n                                }\n                                return Ternary.False;\n                            }\n                            if (targetFlags & ElementFlags.Required && !(sourceFlags & ElementFlags.Required)) {\n                                if (reportErrors) {\n                                    reportError(Diagnostics.Source_provides_no_match_for_required_element_at_position_0_in_target, i);\n                                }\n                                return Ternary.False;\n                            }\n                            // We can only exclude discriminant properties if we have not yet encountered a variable-length element.\n                            if (canExcludeDiscriminants) {\n                                if (sourceFlags & ElementFlags.Variable || targetFlags & ElementFlags.Variable) {\n                                    canExcludeDiscriminants = false;\n                                }\n                                if (canExcludeDiscriminants && excludedProperties?.has((\"\" + i) as __String)) {\n                                    continue;\n                                }\n                            }\n                            const sourceType = !isTupleType(source) ? sourceTypeArguments[0] :\n                                i < startCount || i >= targetArity - endCount ? removeMissingType(sourceTypeArguments[sourceIndex], !!(sourceFlags & targetFlags & ElementFlags.Optional)) :\n                                getElementTypeOfSliceOfTupleType(source, startCount, endCount) || neverType;\n                            const targetType = targetTypeArguments[i];\n                            const targetCheckType = sourceFlags & ElementFlags.Variadic && targetFlags & ElementFlags.Rest ? createArrayType(targetType) :\n                                removeMissingType(targetType, !!(targetFlags & ElementFlags.Optional));\n                            const related = isRelatedTo(sourceType, targetCheckType, RecursionFlags.Both, reportErrors, /*headMessage*/ undefined, intersectionState);\n                            if (!related) {\n                                if (reportErrors && (targetArity > 1 || sourceArity > 1)) {\n                                    if (i < startCount || i >= targetArity - endCount || sourceArity - startCount - endCount === 1) {\n                                        reportIncompatibleError(Diagnostics.Type_at_position_0_in_source_is_not_compatible_with_type_at_position_1_in_target, sourceIndex, i);\n                                    }\n                                    else {\n                                        reportIncompatibleError(Diagnostics.Type_at_positions_0_through_1_in_source_is_not_compatible_with_type_at_position_2_in_target, startCount, sourceArity - endCount - 1, i);\n                                    }\n                                }\n                                return Ternary.False;\n                            }\n                            result &= related;\n                        }\n                        return result;\n                    }\n                    if (target.target.combinedFlags & ElementFlags.Variable) {\n                        return Ternary.False;\n                    }\n                }\n                const requireOptionalProperties = (relation === subtypeRelation || relation === strictSubtypeRelation) && !isObjectLiteralType(source) && !isEmptyArrayLiteralType(source) && !isTupleType(source);\n                const unmatchedProperty = getUnmatchedProperty(source, target, requireOptionalProperties, /*matchDiscriminantProperties*/ false);\n                if (unmatchedProperty) {\n                    if (reportErrors && shouldReportUnmatchedPropertyError(source, target)) {\n                        reportUnmatchedProperty(source, target, unmatchedProperty, requireOptionalProperties);\n                    }\n                    return Ternary.False;\n                }\n                if (isObjectLiteralType(target)) {\n                    for (const sourceProp of excludeProperties(getPropertiesOfType(source), excludedProperties)) {\n                        if (!getPropertyOfObjectType(target, sourceProp.escapedName)) {\n                            const sourceType = getTypeOfSymbol(sourceProp);\n                            if (!(sourceType.flags & TypeFlags.Undefined)) {\n                                if (reportErrors) {\n                                    reportError(Diagnostics.Property_0_does_not_exist_on_type_1, symbolToString(sourceProp), typeToString(target));\n                                }\n                                return Ternary.False;\n                            }\n                        }\n                    }\n                }\n                // We only call this for union target types when we're attempting to do excess property checking - in those cases, we want to get _all possible props_\n                // from the target union, across all members\n                const properties = getPropertiesOfType(target);\n                const numericNamesOnly = isTupleType(source) && isTupleType(target);\n                for (const targetProp of excludeProperties(properties, excludedProperties)) {\n                    const name = targetProp.escapedName;\n                    if (!(targetProp.flags & SymbolFlags.Prototype) && (!numericNamesOnly || isNumericLiteralName(name) || name === \"length\")) {\n                        const sourceProp = getPropertyOfType(source, name);\n                        if (sourceProp && sourceProp !== targetProp) {\n                            const related = propertyRelatedTo(source, target, sourceProp, targetProp, getNonMissingTypeOfSymbol, reportErrors, intersectionState, relation === comparableRelation);\n                            if (!related) {\n                                return Ternary.False;\n                            }\n                            result &= related;\n                        }\n                    }\n                }\n                return result;\n            }\n\n            function propertiesIdenticalTo(source: Type, target: Type, excludedProperties: Set<__String> | undefined): Ternary {\n                if (!(source.flags & TypeFlags.Object && target.flags & TypeFlags.Object)) {\n                    return Ternary.False;\n                }\n                const sourceProperties = excludeProperties(getPropertiesOfObjectType(source), excludedProperties);\n                const targetProperties = excludeProperties(getPropertiesOfObjectType(target), excludedProperties);\n                if (sourceProperties.length !== targetProperties.length) {\n                    return Ternary.False;\n                }\n                let result = Ternary.True;\n                for (const sourceProp of sourceProperties) {\n                    const targetProp = getPropertyOfObjectType(target, sourceProp.escapedName);\n                    if (!targetProp) {\n                        return Ternary.False;\n                    }\n                    const related = compareProperties(sourceProp, targetProp, isRelatedTo);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function signaturesRelatedTo(source: Type, target: Type, kind: SignatureKind, reportErrors: boolean): Ternary {\n                if (relation === identityRelation) {\n                    return signaturesIdenticalTo(source, target, kind);\n                }\n                if (target === anyFunctionType || source === anyFunctionType) {\n                    return Ternary.True;\n                }\n\n                const sourceIsJSConstructor = source.symbol && isJSConstructor(source.symbol.valueDeclaration);\n                const targetIsJSConstructor = target.symbol && isJSConstructor(target.symbol.valueDeclaration);\n\n                const sourceSignatures = getSignaturesOfType(source, (sourceIsJSConstructor && kind === SignatureKind.Construct) ?\n                    SignatureKind.Call : kind);\n                const targetSignatures = getSignaturesOfType(target, (targetIsJSConstructor && kind === SignatureKind.Construct) ?\n                    SignatureKind.Call : kind);\n\n                if (kind === SignatureKind.Construct && sourceSignatures.length && targetSignatures.length) {\n                    const sourceIsAbstract = !!(sourceSignatures[0].flags & SignatureFlags.Abstract);\n                    const targetIsAbstract = !!(targetSignatures[0].flags & SignatureFlags.Abstract);\n                    if (sourceIsAbstract && !targetIsAbstract) {\n                        // An abstract constructor type is not assignable to a non-abstract constructor type\n                        // as it would otherwise be possible to new an abstract class. Note that the assignability\n                        // check we perform for an extends clause excludes construct signatures from the target,\n                        // so this check never proceeds.\n                        if (reportErrors) {\n                            reportError(Diagnostics.Cannot_assign_an_abstract_constructor_type_to_a_non_abstract_constructor_type);\n                        }\n                        return Ternary.False;\n                    }\n                    if (!constructorVisibilitiesAreCompatible(sourceSignatures[0], targetSignatures[0], reportErrors)) {\n                        return Ternary.False;\n                    }\n                }\n\n                let result = Ternary.True;\n                const incompatibleReporter = kind === SignatureKind.Construct ? reportIncompatibleConstructSignatureReturn : reportIncompatibleCallSignatureReturn;\n                const sourceObjectFlags = getObjectFlags(source);\n                const targetObjectFlags = getObjectFlags(target);\n                if (sourceObjectFlags & ObjectFlags.Instantiated && targetObjectFlags & ObjectFlags.Instantiated && source.symbol === target.symbol ||\n                    sourceObjectFlags & ObjectFlags.Reference && targetObjectFlags & ObjectFlags.Reference && (source as TypeReference).target === (target as TypeReference).target) {\n                    // We have instantiations of the same anonymous type (which typically will be the type of a\n                    // method). Simply do a pairwise comparison of the signatures in the two signature lists instead\n                    // of the much more expensive N * M comparison matrix we explore below. We erase type parameters\n                    // as they are known to always be the same.\n                    for (let i = 0; i < targetSignatures.length; i++) {\n                        const related = signatureRelatedTo(sourceSignatures[i], targetSignatures[i], /*erase*/ true, reportErrors, incompatibleReporter(sourceSignatures[i], targetSignatures[i]));\n                        if (!related) {\n                            return Ternary.False;\n                        }\n                        result &= related;\n                    }\n                }\n                else if (sourceSignatures.length === 1 && targetSignatures.length === 1) {\n                    // For simple functions (functions with a single signature) we only erase type parameters for\n                    // the comparable relation. Otherwise, if the source signature is generic, we instantiate it\n                    // in the context of the target signature before checking the relationship. Ideally we'd do\n                    // this regardless of the number of signatures, but the potential costs are prohibitive due\n                    // to the quadratic nature of the logic below.\n                    const eraseGenerics = relation === comparableRelation || !!compilerOptions.noStrictGenericChecks;\n                    const sourceSignature = first(sourceSignatures);\n                    const targetSignature = first(targetSignatures);\n                    result = signatureRelatedTo(sourceSignature, targetSignature, eraseGenerics, reportErrors, incompatibleReporter(sourceSignature, targetSignature));\n                    if (!result && reportErrors && kind === SignatureKind.Construct && (sourceObjectFlags & targetObjectFlags) &&\n                        (targetSignature.declaration?.kind === SyntaxKind.Constructor || sourceSignature.declaration?.kind === SyntaxKind.Constructor)) {\n                        const constructSignatureToString = (signature: Signature) =>\n                            signatureToString(signature, /*enclosingDeclaration*/ undefined, TypeFormatFlags.WriteArrowStyleSignature, kind);\n                        reportError(Diagnostics.Type_0_is_not_assignable_to_type_1, constructSignatureToString(sourceSignature), constructSignatureToString(targetSignature));\n                        reportError(Diagnostics.Types_of_construct_signatures_are_incompatible);\n                        return result;\n                    }\n                }\n                else {\n                    outer: for (const t of targetSignatures) {\n                        const saveErrorInfo = captureErrorCalculationState();\n                        // Only elaborate errors from the first failure\n                        let shouldElaborateErrors = reportErrors;\n                        for (const s of sourceSignatures) {\n                            const related = signatureRelatedTo(s, t, /*erase*/ true, shouldElaborateErrors, incompatibleReporter(s, t));\n                            if (related) {\n                                result &= related;\n                                resetErrorInfo(saveErrorInfo);\n                                continue outer;\n                            }\n                            shouldElaborateErrors = false;\n                        }\n                        if (shouldElaborateErrors) {\n                            reportError(Diagnostics.Type_0_provides_no_match_for_the_signature_1,\n                                typeToString(source),\n                                signatureToString(t, /*enclosingDeclaration*/ undefined, /*flags*/ undefined, kind));\n                        }\n                        return Ternary.False;\n                    }\n                }\n                return result;\n            }\n\n            function shouldReportUnmatchedPropertyError(source: Type, target: Type): boolean {\n                const typeCallSignatures = getSignaturesOfStructuredType(source, SignatureKind.Call);\n                const typeConstructSignatures = getSignaturesOfStructuredType(source, SignatureKind.Construct);\n                const typeProperties = getPropertiesOfObjectType(source);\n                if ((typeCallSignatures.length || typeConstructSignatures.length) && !typeProperties.length) {\n                    if ((getSignaturesOfType(target, SignatureKind.Call).length && typeCallSignatures.length) ||\n                        (getSignaturesOfType(target, SignatureKind.Construct).length && typeConstructSignatures.length)) {\n                        return true; // target has similar signature kinds to source, still focus on the unmatched property\n                    }\n                    return false;\n                }\n                return true;\n            }\n\n            function reportIncompatibleCallSignatureReturn(siga: Signature, sigb: Signature) {\n                if (siga.parameters.length === 0 && sigb.parameters.length === 0) {\n                    return (source: Type, target: Type) => reportIncompatibleError(Diagnostics.Call_signatures_with_no_arguments_have_incompatible_return_types_0_and_1, typeToString(source), typeToString(target));\n                }\n                return (source: Type, target: Type) => reportIncompatibleError(Diagnostics.Call_signature_return_types_0_and_1_are_incompatible, typeToString(source), typeToString(target));\n            }\n\n            function reportIncompatibleConstructSignatureReturn(siga: Signature, sigb: Signature) {\n                if (siga.parameters.length === 0 && sigb.parameters.length === 0) {\n                    return (source: Type, target: Type) => reportIncompatibleError(Diagnostics.Construct_signatures_with_no_arguments_have_incompatible_return_types_0_and_1, typeToString(source), typeToString(target));\n                }\n                return (source: Type, target: Type) => reportIncompatibleError(Diagnostics.Construct_signature_return_types_0_and_1_are_incompatible, typeToString(source), typeToString(target));\n            }\n\n            /**\n              * See signatureAssignableTo, compareSignaturesIdentical\n              */\n            function signatureRelatedTo(source: Signature, target: Signature, erase: boolean, reportErrors: boolean, incompatibleReporter: (source: Type, target: Type) => void): Ternary {\n                return compareSignaturesRelated(erase ? getErasedSignature(source) : source, erase ? getErasedSignature(target) : target,\n                    relation === strictSubtypeRelation ? SignatureCheckMode.StrictArity : 0, reportErrors, reportError, incompatibleReporter, isRelatedToWorker, makeFunctionTypeMapper(reportUnreliableMarkers));\n            }\n\n            function signaturesIdenticalTo(source: Type, target: Type, kind: SignatureKind): Ternary {\n                const sourceSignatures = getSignaturesOfType(source, kind);\n                const targetSignatures = getSignaturesOfType(target, kind);\n                if (sourceSignatures.length !== targetSignatures.length) {\n                    return Ternary.False;\n                }\n                let result = Ternary.True;\n                for (let i = 0; i < sourceSignatures.length; i++) {\n                    const related = compareSignaturesIdentical(sourceSignatures[i], targetSignatures[i], /*partialMatch*/ false, /*ignoreThisTypes*/ false, /*ignoreReturnTypes*/ false, isRelatedTo);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function membersRelatedToIndexInfo(source: Type, targetInfo: IndexInfo, reportErrors: boolean): Ternary {\n                let result = Ternary.True;\n                const keyType = targetInfo.keyType;\n                const props = source.flags & TypeFlags.Intersection ? getPropertiesOfUnionOrIntersectionType(source as IntersectionType) : getPropertiesOfObjectType(source);\n                for (const prop of props) {\n                    // Skip over ignored JSX and symbol-named members\n                    if (isIgnoredJsxProperty(source, prop)) {\n                        continue;\n                    }\n                    if (isApplicableIndexType(getLiteralTypeFromProperty(prop, TypeFlags.StringOrNumberLiteralOrUnique), keyType)) {\n                        const propType = getNonMissingTypeOfSymbol(prop);\n                        const type = exactOptionalPropertyTypes || propType.flags & TypeFlags.Undefined || keyType === numberType || !(prop.flags & SymbolFlags.Optional)\n                            ? propType\n                            : getTypeWithFacts(propType, TypeFacts.NEUndefined);\n                        const related = isRelatedTo(type, targetInfo.type, RecursionFlags.Both, reportErrors);\n                        if (!related) {\n                            if (reportErrors) {\n                                reportError(Diagnostics.Property_0_is_incompatible_with_index_signature, symbolToString(prop));\n                            }\n                            return Ternary.False;\n                        }\n                        result &= related;\n                    }\n                }\n                for (const info of getIndexInfosOfType(source)) {\n                    if (isApplicableIndexType(info.keyType, keyType)) {\n                        const related = indexInfoRelatedTo(info, targetInfo, reportErrors);\n                        if (!related) {\n                            return Ternary.False;\n                        }\n                        result &= related;\n                    }\n                }\n                return result;\n            }\n\n            function indexInfoRelatedTo(sourceInfo: IndexInfo, targetInfo: IndexInfo, reportErrors: boolean) {\n                const related = isRelatedTo(sourceInfo.type, targetInfo.type, RecursionFlags.Both, reportErrors);\n                if (!related && reportErrors) {\n                    if (sourceInfo.keyType === targetInfo.keyType) {\n                        reportError(Diagnostics._0_index_signatures_are_incompatible, typeToString(sourceInfo.keyType));\n                    }\n                    else {\n                        reportError(Diagnostics._0_and_1_index_signatures_are_incompatible, typeToString(sourceInfo.keyType), typeToString(targetInfo.keyType));\n                    }\n                }\n                return related;\n            }\n\n            function indexSignaturesRelatedTo(source: Type, target: Type, sourceIsPrimitive: boolean, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                if (relation === identityRelation) {\n                    return indexSignaturesIdenticalTo(source, target);\n                }\n                const indexInfos = getIndexInfosOfType(target);\n                const targetHasStringIndex = some(indexInfos, info => info.keyType === stringType);\n                let result = Ternary.True;\n                for (const targetInfo of indexInfos) {\n                    const related = !sourceIsPrimitive && targetHasStringIndex && targetInfo.type.flags & TypeFlags.Any ? Ternary.True :\n                        isGenericMappedType(source) && targetHasStringIndex ? isRelatedTo(getTemplateTypeFromMappedType(source), targetInfo.type, RecursionFlags.Both, reportErrors) :\n                        typeRelatedToIndexInfo(source, targetInfo, reportErrors, intersectionState);\n                    if (!related) {\n                        return Ternary.False;\n                    }\n                    result &= related;\n                }\n                return result;\n            }\n\n            function typeRelatedToIndexInfo(source: Type, targetInfo: IndexInfo, reportErrors: boolean, intersectionState: IntersectionState): Ternary {\n                const sourceInfo = getApplicableIndexInfo(source, targetInfo.keyType);\n                if (sourceInfo) {\n                    return indexInfoRelatedTo(sourceInfo, targetInfo, reportErrors);\n                }\n                if (!(intersectionState & IntersectionState.Source) && isObjectTypeWithInferableIndex(source)) {\n                    // Intersection constituents are never considered to have an inferred index signature\n                    return membersRelatedToIndexInfo(source, targetInfo, reportErrors);\n                }\n                if (reportErrors) {\n                    reportError(Diagnostics.Index_signature_for_type_0_is_missing_in_type_1, typeToString(targetInfo.keyType), typeToString(source));\n                }\n                return Ternary.False;\n            }\n\n            function indexSignaturesIdenticalTo(source: Type, target: Type): Ternary {\n                const sourceInfos = getIndexInfosOfType(source);\n                const targetInfos = getIndexInfosOfType(target);\n                if (sourceInfos.length !== targetInfos.length) {\n                    return Ternary.False;\n                }\n                for (const targetInfo of targetInfos) {\n                    const sourceInfo = getIndexInfoOfType(source, targetInfo.keyType);\n                    if (!(sourceInfo && isRelatedTo(sourceInfo.type, targetInfo.type, RecursionFlags.Both) && sourceInfo.isReadonly === targetInfo.isReadonly)) {\n                        return Ternary.False;\n                    }\n                }\n                return Ternary.True;\n            }\n\n            function constructorVisibilitiesAreCompatible(sourceSignature: Signature, targetSignature: Signature, reportErrors: boolean) {\n                if (!sourceSignature.declaration || !targetSignature.declaration) {\n                    return true;\n                }\n\n                const sourceAccessibility = getSelectedEffectiveModifierFlags(sourceSignature.declaration, ModifierFlags.NonPublicAccessibilityModifier);\n                const targetAccessibility = getSelectedEffectiveModifierFlags(targetSignature.declaration, ModifierFlags.NonPublicAccessibilityModifier);\n\n                // A public, protected and private signature is assignable to a private signature.\n                if (targetAccessibility === ModifierFlags.Private) {\n                    return true;\n                }\n\n                // A public and protected signature is assignable to a protected signature.\n                if (targetAccessibility === ModifierFlags.Protected && sourceAccessibility !== ModifierFlags.Private) {\n                    return true;\n                }\n\n                // Only a public signature is assignable to public signature.\n                if (targetAccessibility !== ModifierFlags.Protected && !sourceAccessibility) {\n                    return true;\n                }\n\n                if (reportErrors) {\n                    reportError(Diagnostics.Cannot_assign_a_0_constructor_type_to_a_1_constructor_type, visibilityToString(sourceAccessibility), visibilityToString(targetAccessibility));\n                }\n\n                return false;\n            }\n        }\n\n        function typeCouldHaveTopLevelSingletonTypes(type: Type): boolean {\n            // Okay, yes, 'boolean' is a union of 'true | false', but that's not useful\n            // in error reporting scenarios. If you need to use this function but that detail matters,\n            // feel free to add a flag.\n            if (type.flags & TypeFlags.Boolean) {\n                return false;\n            }\n\n            if (type.flags & TypeFlags.UnionOrIntersection) {\n                return !!forEach((type as IntersectionType).types, typeCouldHaveTopLevelSingletonTypes);\n            }\n\n            if (type.flags & TypeFlags.Instantiable) {\n                const constraint = getConstraintOfType(type);\n                if (constraint && constraint !== type) {\n                    return typeCouldHaveTopLevelSingletonTypes(constraint);\n                }\n            }\n\n            return isUnitType(type) || !!(type.flags & TypeFlags.TemplateLiteral);\n        }\n\n        function getExactOptionalUnassignableProperties(source: Type, target: Type) {\n            if (isTupleType(source) && isTupleType(target)) return emptyArray;\n            return getPropertiesOfType(target)\n                .filter(targetProp => isExactOptionalPropertyMismatch(getTypeOfPropertyOfType(source, targetProp.escapedName), getTypeOfSymbol(targetProp)));\n        }\n\n        function isExactOptionalPropertyMismatch(source: Type | undefined, target: Type | undefined) {\n            return !!source && !!target && maybeTypeOfKind(source, TypeFlags.Undefined) && !!containsMissingType(target);\n        }\n\n        function getExactOptionalProperties(type: Type) {\n            return getPropertiesOfType(type).filter(targetProp => containsMissingType(getTypeOfSymbol(targetProp)));\n        }\n\n        function getBestMatchingType(source: Type, target: UnionOrIntersectionType, isRelatedTo = compareTypesAssignable) {\n            return findMatchingDiscriminantType(source, target, isRelatedTo, /*skipPartial*/ true) ||\n                findMatchingTypeReferenceOrTypeAliasReference(source, target) ||\n                findBestTypeForObjectLiteral(source, target) ||\n                findBestTypeForInvokable(source, target) ||\n                findMostOverlappyType(source, target);\n        }\n\n        function discriminateTypeByDiscriminableItems(target: UnionType, discriminators: [() => Type, __String][], related: (source: Type, target: Type) => boolean | Ternary, defaultValue?: undefined, skipPartial?: boolean): Type | undefined;\n        function discriminateTypeByDiscriminableItems(target: UnionType, discriminators: [() => Type, __String][], related: (source: Type, target: Type) => boolean | Ternary, defaultValue: Type, skipPartial?: boolean): Type;\n        function discriminateTypeByDiscriminableItems(target: UnionType, discriminators: [() => Type, __String][], related: (source: Type, target: Type) => boolean | Ternary, defaultValue?: Type, skipPartial?: boolean) {\n            // undefined=unknown, true=discriminated, false=not discriminated\n            // The state of each type progresses from left to right. Discriminated types stop at 'true'.\n            const discriminable = target.types.map(_ => undefined) as (boolean | undefined)[];\n            for (const [getDiscriminatingType, propertyName] of discriminators) {\n                const targetProp = getUnionOrIntersectionProperty(target, propertyName);\n                if (skipPartial && targetProp && getCheckFlags(targetProp) & CheckFlags.ReadPartial) {\n                    continue;\n                }\n                let i = 0;\n                for (const type of target.types) {\n                    const targetType = getTypeOfPropertyOfType(type, propertyName);\n                    if (targetType && related(getDiscriminatingType(), targetType)) {\n                        discriminable[i] = discriminable[i] === undefined ? true : discriminable[i];\n                    }\n                    else {\n                        discriminable[i] = false;\n                    }\n                    i++;\n                }\n            }\n            const match = discriminable.indexOf(/*searchElement*/ true);\n            if (match === -1) {\n                return defaultValue;\n            }\n            // make sure exactly 1 matches before returning it\n            let nextMatch = discriminable.indexOf(/*searchElement*/ true, match + 1);\n            while (nextMatch !== -1) {\n                if (!isTypeIdenticalTo(target.types[match], target.types[nextMatch])) {\n                    return defaultValue;\n                }\n                nextMatch = discriminable.indexOf(/*searchElement*/ true, nextMatch + 1);\n            }\n            return target.types[match];\n        }\n\n        /**\n          * A type is 'weak' if it is an object type with at least one optional property\n          * and no required properties, call/construct signatures or index signatures\n          */\n        function isWeakType(type: Type): boolean {\n            if (type.flags & TypeFlags.Object) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                return resolved.callSignatures.length === 0 && resolved.constructSignatures.length === 0 && resolved.indexInfos.length === 0 &&\n                    resolved.properties.length > 0 && every(resolved.properties, p => !!(p.flags & SymbolFlags.Optional));\n            }\n            if (type.flags & TypeFlags.Intersection) {\n                return every((type as IntersectionType).types, isWeakType);\n            }\n            return false;\n        }\n\n        function hasCommonProperties(source: Type, target: Type, isComparingJsxAttributes: boolean) {\n            for (const prop of getPropertiesOfType(source)) {\n                if (isKnownProperty(target, prop.escapedName, isComparingJsxAttributes)) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function getVariances(type: GenericType): VarianceFlags[] {\n            // Arrays and tuples are known to be covariant, no need to spend time computing this.\n            return type === globalArrayType || type === globalReadonlyArrayType || type.objectFlags & ObjectFlags.Tuple ?\n                arrayVariances :\n                getVariancesWorker(type.symbol, type.typeParameters);\n        }\n\n        function getAliasVariances(symbol: Symbol) {\n            return getVariancesWorker(symbol, getSymbolLinks(symbol).typeParameters);\n        }\n\n        // Return an array containing the variance of each type parameter. The variance is effectively\n        // a digest of the type comparisons that occur for each type argument when instantiations of the\n        // generic type are structurally compared. We infer the variance information by comparing\n        // instantiations of the generic type for type arguments with known relations. The function\n        // returns the emptyArray singleton when invoked recursively for the given generic type.\n        function getVariancesWorker(symbol: Symbol, typeParameters: readonly TypeParameter[] = emptyArray): VarianceFlags[] {\n            const links = getSymbolLinks(symbol);\n            if (!links.variances) {\n                tracing?.push(tracing.Phase.CheckTypes, \"getVariancesWorker\", { arity: typeParameters.length, id: getTypeId(getDeclaredTypeOfSymbol(symbol)) });\n                links.variances = emptyArray;\n                const variances = [];\n                for (const tp of typeParameters) {\n                    const modifiers = getVarianceModifiers(tp);\n                    let variance = modifiers & ModifierFlags.Out ?\n                        modifiers & ModifierFlags.In ? VarianceFlags.Invariant : VarianceFlags.Covariant :\n                        modifiers & ModifierFlags.In ? VarianceFlags.Contravariant : undefined;\n                    if (variance === undefined) {\n                        let unmeasurable = false;\n                        let unreliable = false;\n                        const oldHandler = outofbandVarianceMarkerHandler;\n                        outofbandVarianceMarkerHandler = (onlyUnreliable) => onlyUnreliable ? unreliable = true : unmeasurable = true;\n                        // We first compare instantiations where the type parameter is replaced with\n                        // marker types that have a known subtype relationship. From this we can infer\n                        // invariance, covariance, contravariance or bivariance.\n                        const typeWithSuper = createMarkerType(symbol, tp, markerSuperType);\n                        const typeWithSub = createMarkerType(symbol, tp, markerSubType);\n                        variance = (isTypeAssignableTo(typeWithSub, typeWithSuper) ? VarianceFlags.Covariant : 0) |\n                            (isTypeAssignableTo(typeWithSuper, typeWithSub) ? VarianceFlags.Contravariant : 0);\n                        // If the instantiations appear to be related bivariantly it may be because the\n                        // type parameter is independent (i.e. it isn't witnessed anywhere in the generic\n                        // type). To determine this we compare instantiations where the type parameter is\n                        // replaced with marker types that are known to be unrelated.\n                        if (variance === VarianceFlags.Bivariant && isTypeAssignableTo(createMarkerType(symbol, tp, markerOtherType), typeWithSuper)) {\n                            variance = VarianceFlags.Independent;\n                        }\n                        outofbandVarianceMarkerHandler = oldHandler;\n                        if (unmeasurable || unreliable) {\n                            if (unmeasurable) {\n                                variance |= VarianceFlags.Unmeasurable;\n                            }\n                            if (unreliable) {\n                                variance |= VarianceFlags.Unreliable;\n                            }\n                        }\n                    }\n                    variances.push(variance);\n                }\n                links.variances = variances;\n                tracing?.pop();\n            }\n            return links.variances;\n        }\n\n        function createMarkerType(symbol: Symbol, source: TypeParameter, target: Type) {\n            const mapper = makeUnaryTypeMapper(source, target);\n            const type = getDeclaredTypeOfSymbol(symbol);\n            const result = symbol.flags & SymbolFlags.TypeAlias ?\n                getTypeAliasInstantiation(symbol, instantiateTypes(getSymbolLinks(symbol).typeParameters!, mapper)) :\n                createTypeReference(type as GenericType, instantiateTypes((type as GenericType).typeParameters, mapper));\n            markerTypes.add(getTypeId(result));\n            return result;\n        }\n\n        function isMarkerType(type: Type) {\n            return markerTypes.has(getTypeId(type));\n        }\n\n        function getVarianceModifiers(tp: TypeParameter): ModifierFlags {\n            return (some(tp.symbol?.declarations, d => hasSyntacticModifier(d, ModifierFlags.In)) ? ModifierFlags.In : 0) |\n                (some(tp.symbol?.declarations, d => hasSyntacticModifier(d, ModifierFlags.Out)) ? ModifierFlags.Out: 0);\n        }\n\n        // Return true if the given type reference has a 'void' type argument for a covariant type parameter.\n        // See comment at call in recursiveTypeRelatedTo for when this case matters.\n        function hasCovariantVoidArgument(typeArguments: readonly Type[], variances: VarianceFlags[]): boolean {\n            for (let i = 0; i < variances.length; i++) {\n                if ((variances[i] & VarianceFlags.VarianceMask) === VarianceFlags.Covariant && typeArguments[i].flags & TypeFlags.Void) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function isUnconstrainedTypeParameter(type: Type) {\n            return type.flags & TypeFlags.TypeParameter && !getConstraintOfTypeParameter(type as TypeParameter);\n        }\n\n        function isNonDeferredTypeReference(type: Type): type is TypeReference {\n            return !!(getObjectFlags(type) & ObjectFlags.Reference) && !(type as TypeReference).node;\n        }\n\n        function isTypeReferenceWithGenericArguments(type: Type): boolean {\n            return isNonDeferredTypeReference(type) && some(getTypeArguments(type), t => !!(t.flags & TypeFlags.TypeParameter) || isTypeReferenceWithGenericArguments(t));\n        }\n\n        function getGenericTypeReferenceRelationKey(source: TypeReference, target: TypeReference, postFix: string, ignoreConstraints: boolean) {\n            const typeParameters: Type[] = [];\n            let constraintMarker = \"\";\n            const sourceId = getTypeReferenceId(source, 0);\n            const targetId = getTypeReferenceId(target, 0);\n            return `${constraintMarker}${sourceId},${targetId}${postFix}`;\n            // getTypeReferenceId(A<T, number, U>) returns \"111=0-12=1\"\n            // where A.id=111 and number.id=12\n            function getTypeReferenceId(type: TypeReference, depth = 0) {\n                let result = \"\" + type.target.id;\n                for (const t of getTypeArguments(type)) {\n                    if (t.flags & TypeFlags.TypeParameter) {\n                        if (ignoreConstraints || isUnconstrainedTypeParameter(t)) {\n                            let index = typeParameters.indexOf(t);\n                            if (index < 0) {\n                                index = typeParameters.length;\n                                typeParameters.push(t);\n                            }\n                            result += \"=\" + index;\n                            continue;\n                        }\n                        // We mark type references that reference constrained type parameters such that we know to obtain\n                        // and look for a \"broadest equivalent key\" in the cache.\n                        constraintMarker = \"*\";\n                    }\n                    else if (depth < 4 && isTypeReferenceWithGenericArguments(t)) {\n                        result += \"<\" + getTypeReferenceId(t as TypeReference, depth + 1) + \">\";\n                        continue;\n                    }\n                    result += \"-\" + t.id;\n                }\n                return result;\n            }\n        }\n\n        /**\n          * To improve caching, the relation key for two generic types uses the target's id plus ids of the type parameters.\n          * For other cases, the types ids are used.\n          */\n        function getRelationKey(source: Type, target: Type, intersectionState: IntersectionState, relation: ESMap<string, RelationComparisonResult>, ignoreConstraints: boolean) {\n            if (relation === identityRelation && source.id > target.id) {\n                const temp = source;\n                source = target;\n                target = temp;\n            }\n            const postFix = intersectionState ? \":\" + intersectionState : \"\";\n            return isTypeReferenceWithGenericArguments(source) && isTypeReferenceWithGenericArguments(target) ?\n                getGenericTypeReferenceRelationKey(source as TypeReference, target as TypeReference, postFix, ignoreConstraints) :\n                `${source.id},${target.id}${postFix}`;\n        }\n\n        // Invoke the callback for each underlying property symbol of the given symbol and return the first\n        // value that isn't undefined.\n        function forEachProperty<T>(prop: Symbol, callback: (p: Symbol) => T): T | undefined {\n            if (getCheckFlags(prop) & CheckFlags.Synthetic) {\n                for (const t of (prop as TransientSymbol).containingType!.types) {\n                    const p = getPropertyOfType(t, prop.escapedName);\n                    const result = p && forEachProperty(p, callback);\n                    if (result) {\n                        return result;\n                    }\n                }\n                return undefined;\n            }\n            return callback(prop);\n        }\n\n        // Return the declaring class type of a property or undefined if property not declared in class\n        function getDeclaringClass(prop: Symbol) {\n            return prop.parent && prop.parent.flags & SymbolFlags.Class ? getDeclaredTypeOfSymbol(getParentOfSymbol(prop)!) as InterfaceType : undefined;\n        }\n\n        // Return the inherited type of the given property or undefined if property doesn't exist in a base class.\n        function getTypeOfPropertyInBaseClass(property: Symbol) {\n            const classType = getDeclaringClass(property);\n            const baseClassType = classType && getBaseTypes(classType)[0];\n            return baseClassType && getTypeOfPropertyOfType(baseClassType, property.escapedName);\n        }\n\n        // Return true if some underlying source property is declared in a class that derives\n        // from the given base class.\n        function isPropertyInClassDerivedFrom(prop: Symbol, baseClass: Type | undefined) {\n            return forEachProperty(prop, sp => {\n                const sourceClass = getDeclaringClass(sp);\n                return sourceClass ? hasBaseType(sourceClass, baseClass) : false;\n            });\n        }\n\n        // Return true if source property is a valid override of protected parts of target property.\n        function isValidOverrideOf(sourceProp: Symbol, targetProp: Symbol) {\n            return !forEachProperty(targetProp, tp => getDeclarationModifierFlagsFromSymbol(tp) & ModifierFlags.Protected ?\n                !isPropertyInClassDerivedFrom(sourceProp, getDeclaringClass(tp)) : false);\n        }\n\n        // Return true if the given class derives from each of the declaring classes of the protected\n        // constituents of the given property.\n        function isClassDerivedFromDeclaringClasses<T extends Type>(checkClass: T, prop: Symbol, writing: boolean) {\n            return forEachProperty(prop, p => getDeclarationModifierFlagsFromSymbol(p, writing) & ModifierFlags.Protected ?\n                !hasBaseType(checkClass, getDeclaringClass(p)) : false) ? undefined : checkClass;\n        }\n\n        // Return true if the given type is deeply nested. We consider this to be the case when structural type comparisons\n        // for maxDepth or more occurrences or instantiations of the type have been recorded on the given stack. It is possible,\n        // though highly unlikely, for this test to be true in a situation where a chain of instantiations is not infinitely\n        // expanding. Effectively, we will generate a false positive when two types are structurally equal to at least maxDepth\n        // levels, but unequal at some level beyond that.\n        // In addition, this will also detect when an indexed access has been chained off of maxDepth more times (which is\n        // essentially the dual of the structural comparison), and likewise mark the type as deeply nested, potentially adding\n        // false positives for finite but deeply expanding indexed accesses (eg, for `Q[P1][P2][P3][P4][P5]`).\n        // It also detects when a recursive type reference has expanded maxDepth or more times, e.g. if the true branch of\n        // `type A<T> = null extends T ? [A<NonNullable<T>>] : [T]`\n        // has expanded into `[A<NonNullable<NonNullable<NonNullable<NonNullable<NonNullable<T>>>>>>]`. In such cases we need\n        // to terminate the expansion, and we do so here.\n        function isDeeplyNestedType(type: Type, stack: Type[], depth: number, maxDepth = 3): boolean {\n            if (depth >= maxDepth) {\n                const identity = getRecursionIdentity(type);\n                let count = 0;\n                let lastTypeId = 0;\n                for (let i = 0; i < depth; i++) {\n                    const t = stack[i];\n                    if (getRecursionIdentity(t) === identity) {\n                        // We only count occurrences with a higher type id than the previous occurrence, since higher\n                        // type ids are an indicator of newer instantiations caused by recursion.\n                        if (t.id >= lastTypeId) {\n                            count++;\n                            if (count >= maxDepth) {\n                                return true;\n                            }\n                        }\n                        lastTypeId = t.id;\n                    }\n                }\n            }\n            return false;\n        }\n\n        // The recursion identity of a type is an object identity that is shared among multiple instantiations of the type.\n        // We track recursion identities in order to identify deeply nested and possibly infinite type instantiations with\n        // the same origin. For example, when type parameters are in scope in an object type such as { x: T }, all\n        // instantiations of that type have the same recursion identity. The default recursion identity is the object\n        // identity of the type, meaning that every type is unique. Generally, types with constituents that could circularly\n        // reference the type have a recursion identity that differs from the object identity.\n        function getRecursionIdentity(type: Type): object {\n            // Object and array literals are known not to contain recursive references and don't need a recursion identity.\n            if (type.flags & TypeFlags.Object && !isObjectOrArrayLiteralType(type)) {\n                if (getObjectFlags(type) && ObjectFlags.Reference && (type as TypeReference).node) {\n                    // Deferred type references are tracked through their associated AST node. This gives us finer\n                    // granularity than using their associated target because each manifest type reference has a\n                    // unique AST node.\n                    return (type as TypeReference).node!;\n                }\n                if (type.symbol && !(getObjectFlags(type) & ObjectFlags.Anonymous && type.symbol.flags & SymbolFlags.Class)) {\n                    // We track all object types that have an associated symbol (representing the origin of the type), but\n                    // exclude the static side of classes from this check since it shares its symbol with the instance side.\n                    return type.symbol;\n                }\n                if (isTupleType(type)) {\n                    // Tuple types are tracked through their target type\n                    return type.target;\n                }\n            }\n            if (type.flags & TypeFlags.TypeParameter) {\n                return type.symbol;\n            }\n            if (type.flags & TypeFlags.IndexedAccess) {\n                // Identity is the leftmost object type in a chain of indexed accesses, eg, in A[P][Q] it is A\n                do {\n                    type = (type as IndexedAccessType).objectType;\n                } while (type.flags & TypeFlags.IndexedAccess);\n                return type;\n            }\n            if (type.flags & TypeFlags.Conditional) {\n                // The root object represents the origin of the conditional type\n                return (type as ConditionalType).root;\n            }\n            return type;\n        }\n\n        function isPropertyIdenticalTo(sourceProp: Symbol, targetProp: Symbol): boolean {\n            return compareProperties(sourceProp, targetProp, compareTypesIdentical) !== Ternary.False;\n        }\n\n        function compareProperties(sourceProp: Symbol, targetProp: Symbol, compareTypes: (source: Type, target: Type) => Ternary): Ternary {\n            // Two members are considered identical when\n            // - they are public properties with identical names, optionality, and types,\n            // - they are private or protected properties originating in the same declaration and having identical types\n            if (sourceProp === targetProp) {\n                return Ternary.True;\n            }\n            const sourcePropAccessibility = getDeclarationModifierFlagsFromSymbol(sourceProp) & ModifierFlags.NonPublicAccessibilityModifier;\n            const targetPropAccessibility = getDeclarationModifierFlagsFromSymbol(targetProp) & ModifierFlags.NonPublicAccessibilityModifier;\n            if (sourcePropAccessibility !== targetPropAccessibility) {\n                return Ternary.False;\n            }\n            if (sourcePropAccessibility) {\n                if (getTargetSymbol(sourceProp) !== getTargetSymbol(targetProp)) {\n                    return Ternary.False;\n                }\n            }\n            else {\n                if ((sourceProp.flags & SymbolFlags.Optional) !== (targetProp.flags & SymbolFlags.Optional)) {\n                    return Ternary.False;\n                }\n            }\n            if (isReadonlySymbol(sourceProp) !== isReadonlySymbol(targetProp)) {\n                return Ternary.False;\n            }\n            return compareTypes(getTypeOfSymbol(sourceProp), getTypeOfSymbol(targetProp));\n        }\n\n        function isMatchingSignature(source: Signature, target: Signature, partialMatch: boolean) {\n            const sourceParameterCount = getParameterCount(source);\n            const targetParameterCount = getParameterCount(target);\n            const sourceMinArgumentCount = getMinArgumentCount(source);\n            const targetMinArgumentCount = getMinArgumentCount(target);\n            const sourceHasRestParameter = hasEffectiveRestParameter(source);\n            const targetHasRestParameter = hasEffectiveRestParameter(target);\n            // A source signature matches a target signature if the two signatures have the same number of required,\n            // optional, and rest parameters.\n            if (sourceParameterCount === targetParameterCount &&\n                sourceMinArgumentCount === targetMinArgumentCount &&\n                sourceHasRestParameter === targetHasRestParameter) {\n                return true;\n            }\n            // A source signature partially matches a target signature if the target signature has no fewer required\n            // parameters\n            if (partialMatch && sourceMinArgumentCount <= targetMinArgumentCount) {\n                return true;\n            }\n            return false;\n        }\n\n        /**\n          * See signatureRelatedTo, compareSignaturesIdentical\n          */\n        function compareSignaturesIdentical(source: Signature, target: Signature, partialMatch: boolean, ignoreThisTypes: boolean, ignoreReturnTypes: boolean, compareTypes: (s: Type, t: Type) => Ternary): Ternary {\n            // TODO (drosen): De-duplicate code between related functions.\n            if (source === target) {\n                return Ternary.True;\n            }\n            if (!(isMatchingSignature(source, target, partialMatch))) {\n                return Ternary.False;\n            }\n            // Check that the two signatures have the same number of type parameters.\n            if (length(source.typeParameters) !== length(target.typeParameters)) {\n                return Ternary.False;\n            }\n            // Check that type parameter constraints and defaults match. If they do, instantiate the source\n            // signature with the type parameters of the target signature and continue the comparison.\n            if (target.typeParameters) {\n                const mapper = createTypeMapper(source.typeParameters!, target.typeParameters);\n                for (let i = 0; i < target.typeParameters.length; i++) {\n                    const s = source.typeParameters![i];\n                    const t = target.typeParameters[i];\n                    if (!(s === t || compareTypes(instantiateType(getConstraintFromTypeParameter(s), mapper) || unknownType, getConstraintFromTypeParameter(t) || unknownType) &&\n                        compareTypes(instantiateType(getDefaultFromTypeParameter(s), mapper) || unknownType, getDefaultFromTypeParameter(t) || unknownType))) {\n                        return Ternary.False;\n                    }\n                }\n                source = instantiateSignature(source, mapper, /*eraseTypeParameters*/ true);\n            }\n            let result = Ternary.True;\n            if (!ignoreThisTypes) {\n                const sourceThisType = getThisTypeOfSignature(source);\n                if (sourceThisType) {\n                    const targetThisType = getThisTypeOfSignature(target);\n                    if (targetThisType) {\n                        const related = compareTypes(sourceThisType, targetThisType);\n                        if (!related) {\n                            return Ternary.False;\n                        }\n                        result &= related;\n                    }\n                }\n            }\n            const targetLen = getParameterCount(target);\n            for (let i = 0; i < targetLen; i++) {\n                const s = getTypeAtPosition(source, i);\n                const t = getTypeAtPosition(target, i);\n                const related = compareTypes(t, s);\n                if (!related) {\n                    return Ternary.False;\n                }\n                result &= related;\n            }\n            if (!ignoreReturnTypes) {\n                const sourceTypePredicate = getTypePredicateOfSignature(source);\n                const targetTypePredicate = getTypePredicateOfSignature(target);\n                result &= sourceTypePredicate || targetTypePredicate ?\n                    compareTypePredicatesIdentical(sourceTypePredicate, targetTypePredicate, compareTypes) :\n                    compareTypes(getReturnTypeOfSignature(source), getReturnTypeOfSignature(target));\n            }\n            return result;\n        }\n\n        function compareTypePredicatesIdentical(source: TypePredicate | undefined, target: TypePredicate | undefined, compareTypes: (s: Type, t: Type) => Ternary): Ternary {\n            return !(source && target && typePredicateKindsMatch(source, target)) ? Ternary.False :\n                source.type === target.type ? Ternary.True :\n                source.type && target.type ? compareTypes(source.type, target.type) :\n                Ternary.False;\n        }\n\n        function literalTypesWithSameBaseType(types: Type[]): boolean {\n            let commonBaseType: Type | undefined;\n            for (const t of types) {\n                const baseType = getBaseTypeOfLiteralType(t);\n                if (!commonBaseType) {\n                    commonBaseType = baseType;\n                }\n                if (baseType === t || baseType !== commonBaseType) {\n                    return false;\n                }\n            }\n            return true;\n        }\n\n        // When the candidate types are all literal types with the same base type, return a union\n        // of those literal types. Otherwise, return the leftmost type for which no type to the\n        // right is a supertype.\n        function getSupertypeOrUnion(types: Type[]): Type {\n            if (types.length === 1) {\n                return types[0];\n            }\n            return literalTypesWithSameBaseType(types) ?\n                getUnionType(types) :\n                reduceLeft(types, (s, t) => isTypeSubtypeOf(s, t) ? t : s)!;\n        }\n\n        function getCommonSupertype(types: Type[]): Type {\n            if (!strictNullChecks) {\n                return getSupertypeOrUnion(types);\n            }\n            const primaryTypes = filter(types, t => !(t.flags & TypeFlags.Nullable));\n            return primaryTypes.length ?\n                getNullableType(getSupertypeOrUnion(primaryTypes), getFalsyFlagsOfTypes(types) & TypeFlags.Nullable) :\n                getUnionType(types, UnionReduction.Subtype);\n        }\n\n        // Return the leftmost type for which no type to the right is a subtype.\n        function getCommonSubtype(types: Type[]) {\n            return reduceLeft(types, (s, t) => isTypeSubtypeOf(t, s) ? t : s)!;\n        }\n\n        function isArrayType(type: Type): type is TypeReference {\n            return !!(getObjectFlags(type) & ObjectFlags.Reference) && ((type as TypeReference).target === globalArrayType || (type as TypeReference).target === globalReadonlyArrayType);\n        }\n\n        function isReadonlyArrayType(type: Type): boolean {\n            return !!(getObjectFlags(type) & ObjectFlags.Reference) && (type as TypeReference).target === globalReadonlyArrayType;\n        }\n\n        function isMutableArrayOrTuple(type: Type): boolean {\n            return isArrayType(type) && !isReadonlyArrayType(type) || isTupleType(type) && !type.target.readonly;\n        }\n\n        function getElementTypeOfArrayType(type: Type): Type | undefined {\n            return isArrayType(type) ? getTypeArguments(type)[0] : undefined;\n        }\n\n        function isArrayLikeType(type: Type): boolean {\n            // A type is array-like if it is a reference to the global Array or global ReadonlyArray type,\n            // or if it is not the undefined or null type and if it is assignable to ReadonlyArray<any>\n            return isArrayType(type) || !(type.flags & TypeFlags.Nullable) && isTypeAssignableTo(type, anyReadonlyArrayType);\n        }\n\n        function getSingleBaseForNonAugmentingSubtype(type: Type) {\n            if (!(getObjectFlags(type) & ObjectFlags.Reference) || !(getObjectFlags((type as TypeReference).target) & ObjectFlags.ClassOrInterface)) {\n                return undefined;\n            }\n            if (getObjectFlags(type) & ObjectFlags.IdenticalBaseTypeCalculated) {\n                return getObjectFlags(type) & ObjectFlags.IdenticalBaseTypeExists ? (type as TypeReference).cachedEquivalentBaseType : undefined;\n            }\n            (type as TypeReference).objectFlags |= ObjectFlags.IdenticalBaseTypeCalculated;\n            const target = (type as TypeReference).target as InterfaceType;\n            if (getObjectFlags(target) & ObjectFlags.Class) {\n                const baseTypeNode = getBaseTypeNodeOfClass(target);\n                // A base type expression may circularly reference the class itself (e.g. as an argument to function call), so we only\n                // check for base types specified as simple qualified names.\n                if (baseTypeNode && baseTypeNode.expression.kind !== SyntaxKind.Identifier && baseTypeNode.expression.kind !== SyntaxKind.PropertyAccessExpression) {\n                    return undefined;\n                }\n            }\n            const bases = getBaseTypes(target);\n            if (bases.length !== 1) {\n                return undefined;\n            }\n            if (getMembersOfSymbol(type.symbol).size) {\n                return undefined; // If the interface has any members, they may subtype members in the base, so we should do a full structural comparison\n            }\n            let instantiatedBase = !length(target.typeParameters) ? bases[0] : instantiateType(bases[0], createTypeMapper(target.typeParameters!, getTypeArguments(type as TypeReference).slice(0, target.typeParameters!.length)));\n            if (length(getTypeArguments(type as TypeReference)) > length(target.typeParameters)) {\n                instantiatedBase = getTypeWithThisArgument(instantiatedBase, last(getTypeArguments(type as TypeReference)));\n            }\n            (type as TypeReference).objectFlags |= ObjectFlags.IdenticalBaseTypeExists;\n            return (type as TypeReference).cachedEquivalentBaseType = instantiatedBase;\n        }\n\n        function isEmptyLiteralType(type: Type): boolean {\n            return strictNullChecks ? type === implicitNeverType : type === undefinedWideningType;\n        }\n\n        function isEmptyArrayLiteralType(type: Type): boolean {\n            const elementType = getElementTypeOfArrayType(type);\n            return !!elementType && isEmptyLiteralType(elementType);\n        }\n\n        function isTupleLikeType(type: Type): boolean {\n            return isTupleType(type) || !!getPropertyOfType(type, \"0\" as __String);\n        }\n\n        function isArrayOrTupleLikeType(type: Type): boolean {\n            return isArrayLikeType(type) || isTupleLikeType(type);\n        }\n\n        function getTupleElementType(type: Type, index: number) {\n            const propType = getTypeOfPropertyOfType(type, \"\" + index as __String);\n            if (propType) {\n                return propType;\n            }\n            if (everyType(type, isTupleType)) {\n                return mapType(type, t => getRestTypeOfTupleType(t as TupleTypeReference) || undefinedType);\n            }\n            return undefined;\n        }\n\n        function isNeitherUnitTypeNorNever(type: Type): boolean {\n            return !(type.flags & (TypeFlags.Unit | TypeFlags.Never));\n        }\n\n        function isUnitType(type: Type): boolean {\n            return !!(type.flags & TypeFlags.Unit);\n        }\n\n        function isUnitLikeType(type: Type): boolean {\n            return type.flags & TypeFlags.Intersection ? some((type as IntersectionType).types, isUnitType) :\n                !!(type.flags & TypeFlags.Unit);\n        }\n\n        function extractUnitType(type: Type) {\n            return type.flags & TypeFlags.Intersection ? find((type as IntersectionType).types, isUnitType) || type : type;\n        }\n\n        function isLiteralType(type: Type): boolean {\n            return type.flags & TypeFlags.Boolean ? true :\n                type.flags & TypeFlags.Union ? type.flags & TypeFlags.EnumLiteral ? true : every((type as UnionType).types, isUnitType) :\n                isUnitType(type);\n        }\n\n        function getBaseTypeOfLiteralType(type: Type): Type {\n            return type.flags & TypeFlags.EnumLiteral ? getBaseTypeOfEnumLiteralType(type as LiteralType) :\n                type.flags & (TypeFlags.StringLiteral | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) ? stringType :\n                type.flags & TypeFlags.NumberLiteral ? numberType :\n                type.flags & TypeFlags.BigIntLiteral ? bigintType :\n                type.flags & TypeFlags.BooleanLiteral ? booleanType :\n                type.flags & TypeFlags.Union ? mapType(type as UnionType, getBaseTypeOfLiteralType) :\n                type;\n        }\n\n        function getWidenedLiteralType(type: Type): Type {\n            return type.flags & TypeFlags.EnumLiteral && isFreshLiteralType(type) ? getBaseTypeOfEnumLiteralType(type as LiteralType) :\n                type.flags & TypeFlags.StringLiteral && isFreshLiteralType(type) ? stringType :\n                type.flags & TypeFlags.NumberLiteral && isFreshLiteralType(type) ? numberType :\n                type.flags & TypeFlags.BigIntLiteral && isFreshLiteralType(type) ? bigintType :\n                type.flags & TypeFlags.BooleanLiteral && isFreshLiteralType(type) ? booleanType :\n                type.flags & TypeFlags.Union ? mapType(type as UnionType, getWidenedLiteralType) :\n                type;\n        }\n\n        function getWidenedUniqueESSymbolType(type: Type): Type {\n            return type.flags & TypeFlags.UniqueESSymbol ? esSymbolType :\n                type.flags & TypeFlags.Union ? mapType(type as UnionType, getWidenedUniqueESSymbolType) :\n                type;\n        }\n\n        function getWidenedLiteralLikeTypeForContextualType(type: Type, contextualType: Type | undefined) {\n            if (!isLiteralOfContextualType(type, contextualType)) {\n                type = getWidenedUniqueESSymbolType(getWidenedLiteralType(type));\n            }\n            return type;\n        }\n\n        function getWidenedLiteralLikeTypeForContextualReturnTypeIfNeeded(type: Type | undefined, contextualSignatureReturnType: Type | undefined, isAsync: boolean) {\n            if (type && isUnitType(type)) {\n                const contextualType = !contextualSignatureReturnType ? undefined :\n                    isAsync ? getPromisedTypeOfPromise(contextualSignatureReturnType) :\n                    contextualSignatureReturnType;\n                type = getWidenedLiteralLikeTypeForContextualType(type, contextualType);\n            }\n            return type;\n        }\n\n        function getWidenedLiteralLikeTypeForContextualIterationTypeIfNeeded(type: Type | undefined, contextualSignatureReturnType: Type | undefined, kind: IterationTypeKind, isAsyncGenerator: boolean) {\n            if (type && isUnitType(type)) {\n                const contextualType = !contextualSignatureReturnType ? undefined :\n                    getIterationTypeOfGeneratorFunctionReturnType(kind, contextualSignatureReturnType, isAsyncGenerator);\n                type = getWidenedLiteralLikeTypeForContextualType(type, contextualType);\n            }\n            return type;\n        }\n\n        /**\n          * Check if a Type was written as a tuple type literal.\n          * Prefer using isTupleLikeType() unless the use of `elementTypes`/`getTypeArguments` is required.\n          */\n        function isTupleType(type: Type): type is TupleTypeReference {\n            return !!(getObjectFlags(type) & ObjectFlags.Reference && (type as TypeReference).target.objectFlags & ObjectFlags.Tuple);\n        }\n\n        function isGenericTupleType(type: Type): type is TupleTypeReference {\n            return isTupleType(type) && !!(type.target.combinedFlags & ElementFlags.Variadic);\n        }\n\n        function isSingleElementGenericTupleType(type: Type): type is TupleTypeReference {\n            return isGenericTupleType(type) && type.target.elementFlags.length === 1;\n        }\n\n        function getRestTypeOfTupleType(type: TupleTypeReference) {\n            return getElementTypeOfSliceOfTupleType(type, type.target.fixedLength);\n        }\n\n        function getRestArrayTypeOfTupleType(type: TupleTypeReference) {\n            const restType = getRestTypeOfTupleType(type);\n            return restType && createArrayType(restType);\n        }\n\n        function getElementTypeOfSliceOfTupleType(type: TupleTypeReference, index: number, endSkipCount = 0, writing = false) {\n            const length = getTypeReferenceArity(type) - endSkipCount;\n            if (index < length) {\n                const typeArguments = getTypeArguments(type);\n                const elementTypes: Type[] = [];\n                for (let i = index; i < length; i++) {\n                    const t = typeArguments[i];\n                    elementTypes.push(type.target.elementFlags[i] & ElementFlags.Variadic ? getIndexedAccessType(t, numberType) : t);\n                }\n                return writing ? getIntersectionType(elementTypes) : getUnionType(elementTypes);\n            }\n            return undefined;\n        }\n\n        function isTupleTypeStructureMatching(t1: TupleTypeReference, t2: TupleTypeReference) {\n            return getTypeReferenceArity(t1) === getTypeReferenceArity(t2) &&\n                every(t1.target.elementFlags, (f, i) => (f & ElementFlags.Variable) === (t2.target.elementFlags[i] & ElementFlags.Variable));\n        }\n\n        function isZeroBigInt({value}: BigIntLiteralType) {\n            return value.base10Value === \"0\";\n        }\n\n        function getFalsyFlagsOfTypes(types: Type[]): TypeFlags {\n            let result: TypeFlags = 0;\n            for (const t of types) {\n                result |= getFalsyFlags(t);\n            }\n            return result;\n        }\n\n        // Returns the String, Number, Boolean, StringLiteral, NumberLiteral, BooleanLiteral, Void, Undefined, or Null\n        // flags for the string, number, boolean, \"\", 0, false, void, undefined, or null types respectively. Returns\n        // no flags for all other types (including non-falsy literal types).\n        function getFalsyFlags(type: Type): TypeFlags {\n            return type.flags & TypeFlags.Union ? getFalsyFlagsOfTypes((type as UnionType).types) :\n                type.flags & TypeFlags.StringLiteral ? (type as StringLiteralType).value === \"\" ? TypeFlags.StringLiteral : 0 :\n                type.flags & TypeFlags.NumberLiteral ? (type as NumberLiteralType).value === 0 ? TypeFlags.NumberLiteral : 0 :\n                type.flags & TypeFlags.BigIntLiteral ? isZeroBigInt(type as BigIntLiteralType) ? TypeFlags.BigIntLiteral : 0 :\n                type.flags & TypeFlags.BooleanLiteral ? (type === falseType || type === regularFalseType) ? TypeFlags.BooleanLiteral : 0 :\n                type.flags & TypeFlags.PossiblyFalsy;\n        }\n\n        function removeDefinitelyFalsyTypes(type: Type): Type {\n            return getFalsyFlags(type) & TypeFlags.DefinitelyFalsy ?\n                filterType(type, t => !(getFalsyFlags(t) & TypeFlags.DefinitelyFalsy)) :\n                type;\n        }\n\n        function extractDefinitelyFalsyTypes(type: Type): Type {\n            return mapType(type, getDefinitelyFalsyPartOfType);\n        }\n\n        function getDefinitelyFalsyPartOfType(type: Type): Type {\n            return type.flags & TypeFlags.String ? emptyStringType :\n                type.flags & TypeFlags.Number ? zeroType :\n                type.flags & TypeFlags.BigInt ? zeroBigIntType :\n                type === regularFalseType ||\n                type === falseType ||\n                type.flags & (TypeFlags.Void | TypeFlags.Undefined | TypeFlags.Null | TypeFlags.AnyOrUnknown) ||\n                type.flags & TypeFlags.StringLiteral && (type as StringLiteralType).value === \"\" ||\n                type.flags & TypeFlags.NumberLiteral && (type as NumberLiteralType).value === 0 ||\n                type.flags & TypeFlags.BigIntLiteral && isZeroBigInt(type as BigIntLiteralType) ? type :\n                neverType;\n        }\n\n        /**\n          * Add undefined or null or both to a type if they are missing.\n          * @param type - type to add undefined and/or null to if not present\n          * @param flags - Either TypeFlags.Undefined or TypeFlags.Null, or both\n          */\n        function getNullableType(type: Type, flags: TypeFlags): Type {\n            const missing = (flags & ~type.flags) & (TypeFlags.Undefined | TypeFlags.Null);\n            return missing === 0 ? type :\n                missing === TypeFlags.Undefined ? getUnionType([type, undefinedType]) :\n                missing === TypeFlags.Null ? getUnionType([type, nullType]) :\n                getUnionType([type, undefinedType, nullType]);\n        }\n\n        function getOptionalType(type: Type, isProperty = false): Type {\n            Debug.assert(strictNullChecks);\n            return type.flags & TypeFlags.Undefined ? type : getUnionType([type, isProperty ? missingType : undefinedType]);\n        }\n\n        function getGlobalNonNullableTypeInstantiation(type: Type) {\n            // First reduce away any constituents that are assignable to 'undefined' or 'null'. This not only eliminates\n            // 'undefined' and 'null', but also higher-order types such as a type parameter 'U extends undefined | null'\n            // that isn't eliminated by a NonNullable<T> instantiation.\n            const reducedType = getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull);\n            if (!deferredGlobalNonNullableTypeAlias) {\n                deferredGlobalNonNullableTypeAlias = getGlobalSymbol(\"NonNullable\" as __String, SymbolFlags.TypeAlias, /*diagnostic*/ undefined) || unknownSymbol;\n            }\n            // If the NonNullable<T> type is available, return an instantiation. Otherwise just return the reduced type.\n            return deferredGlobalNonNullableTypeAlias !== unknownSymbol ?\n                getTypeAliasInstantiation(deferredGlobalNonNullableTypeAlias, [reducedType]) :\n                reducedType;\n        }\n\n        function getNonNullableType(type: Type): Type {\n            return strictNullChecks ? getGlobalNonNullableTypeInstantiation(type) : type;\n        }\n\n        function addOptionalTypeMarker(type: Type) {\n            return strictNullChecks ? getUnionType([type, optionalType]) : type;\n        }\n\n        function removeOptionalTypeMarker(type: Type): Type {\n            return strictNullChecks ? removeType(type, optionalType) : type;\n        }\n\n        function propagateOptionalTypeMarker(type: Type, node: OptionalChain, wasOptional: boolean) {\n            return wasOptional ? isOutermostOptionalChain(node) ? getOptionalType(type) : addOptionalTypeMarker(type) : type;\n        }\n\n        function getOptionalExpressionType(exprType: Type, expression: Expression) {\n            return isExpressionOfOptionalChainRoot(expression) ? getNonNullableType(exprType) :\n                isOptionalChain(expression) ? removeOptionalTypeMarker(exprType) :\n                exprType;\n        }\n\n        function removeMissingType(type: Type, isOptional: boolean) {\n            return exactOptionalPropertyTypes && isOptional ? removeType(type, missingType) : type;\n        }\n\n        function containsMissingType(type: Type) {\n            return exactOptionalPropertyTypes && (type === missingType || type.flags & TypeFlags.Union && containsType((type as UnionType).types, missingType));\n        }\n\n        function removeMissingOrUndefinedType(type: Type): Type {\n            return exactOptionalPropertyTypes ? removeType(type, missingType) : getTypeWithFacts(type, TypeFacts.NEUndefined);\n        }\n\n        /**\n          * Is source potentially coercible to target type under `==`.\n          * Assumes that `source` is a constituent of a union, hence\n          * the boolean literal flag on the LHS, but not on the RHS.\n          *\n          * This does not fully replicate the semantics of `==`. The\n          * intention is to catch cases that are clearly not right.\n          *\n          * Comparing (string | number) to number should not remove the\n          * string element.\n          *\n          * Comparing (string | number) to 1 will remove the string\n          * element, though this is not sound. This is a pragmatic\n          * choice.\n          *\n          * @see narrowTypeByEquality\n          *\n          * @param source\n          * @param target\n          */\n        function isCoercibleUnderDoubleEquals(source: Type, target: Type): boolean {\n            return ((source.flags & (TypeFlags.Number | TypeFlags.String | TypeFlags.BooleanLiteral)) !== 0)\n                && ((target.flags & (TypeFlags.Number | TypeFlags.String | TypeFlags.Boolean)) !== 0);\n        }\n\n        /**\n          * Return true if type was inferred from an object literal, written as an object type literal, or is the shape of a module\n          * with no call or construct signatures.\n          */\n        function isObjectTypeWithInferableIndex(type: Type): boolean {\n            return type.flags & TypeFlags.Intersection\n                ? every((type as IntersectionType).types, isObjectTypeWithInferableIndex)\n                : !!(\n                    type.symbol\n                    && (type.symbol.flags & (SymbolFlags.ObjectLiteral | SymbolFlags.TypeLiteral | SymbolFlags.Enum | SymbolFlags.ValueModule)) !== 0\n                    && !(type.symbol.flags & SymbolFlags.Class)\n                    && !typeHasCallOrConstructSignatures(type)\n                ) || !!(getObjectFlags(type) & ObjectFlags.ReverseMapped && isObjectTypeWithInferableIndex((type as ReverseMappedType).source));\n        }\n\n        function createSymbolWithType(source: Symbol, type: Type | undefined) {\n            const symbol = createSymbol(source.flags, source.escapedName, getCheckFlags(source) & CheckFlags.Readonly);\n            symbol.declarations = source.declarations;\n            symbol.parent = source.parent;\n            symbol.type = type;\n            symbol.target = source;\n            if (source.valueDeclaration) {\n                symbol.valueDeclaration = source.valueDeclaration;\n            }\n            const nameType = getSymbolLinks(source).nameType;\n            if (nameType) {\n                symbol.nameType = nameType;\n            }\n            return symbol;\n        }\n\n        function transformTypeOfMembers(type: Type, f: (propertyType: Type) => Type) {\n            const members = createSymbolTable();\n            for (const property of getPropertiesOfObjectType(type)) {\n                const original = getTypeOfSymbol(property);\n                const updated = f(original);\n                members.set(property.escapedName, updated === original ? property : createSymbolWithType(property, updated));\n            }\n            return members;\n        }\n\n        /**\n          * If the the provided object literal is subject to the excess properties check,\n          * create a new that is exempt. Recursively mark object literal members as exempt.\n          * Leave signatures alone since they are not subject to the check.\n          */\n        function getRegularTypeOfObjectLiteral(type: Type): Type {\n            if (!(isObjectLiteralType(type) && getObjectFlags(type) & ObjectFlags.FreshLiteral)) {\n                return type;\n            }\n            const regularType = (type as FreshObjectLiteralType).regularType;\n            if (regularType) {\n                return regularType;\n            }\n\n            const resolved = type as ResolvedType;\n            const members = transformTypeOfMembers(type, getRegularTypeOfObjectLiteral);\n            const regularNew = createAnonymousType(resolved.symbol, members, resolved.callSignatures, resolved.constructSignatures, resolved.indexInfos);\n            regularNew.flags = resolved.flags;\n            regularNew.objectFlags |= resolved.objectFlags & ~ObjectFlags.FreshLiteral;\n            (type as FreshObjectLiteralType).regularType = regularNew;\n            return regularNew;\n        }\n\n        function createWideningContext(parent: WideningContext | undefined, propertyName: __String | undefined, siblings: Type[] | undefined): WideningContext {\n            return { parent, propertyName, siblings, resolvedProperties: undefined };\n        }\n\n        function getSiblingsOfContext(context: WideningContext): Type[] {\n            if (!context.siblings) {\n                const siblings: Type[] = [];\n                for (const type of getSiblingsOfContext(context.parent!)) {\n                    if (isObjectLiteralType(type)) {\n                        const prop = getPropertyOfObjectType(type, context.propertyName!);\n                        if (prop) {\n                            forEachType(getTypeOfSymbol(prop), t => {\n                                siblings.push(t);\n                            });\n                        }\n                    }\n                }\n                context.siblings = siblings;\n            }\n            return context.siblings;\n        }\n\n        function getPropertiesOfContext(context: WideningContext): Symbol[] {\n            if (!context.resolvedProperties) {\n                const names = new Map<string, Symbol>() as UnderscoreEscapedMap<Symbol>;\n                for (const t of getSiblingsOfContext(context)) {\n                    if (isObjectLiteralType(t) && !(getObjectFlags(t) & ObjectFlags.ContainsSpread)) {\n                        for (const prop of getPropertiesOfType(t)) {\n                            names.set(prop.escapedName, prop);\n                        }\n                    }\n                }\n                context.resolvedProperties = arrayFrom(names.values());\n            }\n            return context.resolvedProperties;\n        }\n\n        function getWidenedProperty(prop: Symbol, context: WideningContext | undefined): Symbol {\n            if (!(prop.flags & SymbolFlags.Property)) {\n                // Since get accessors already widen their return value there is no need to\n                // widen accessor based properties here.\n                return prop;\n            }\n            const original = getTypeOfSymbol(prop);\n            const propContext = context && createWideningContext(context, prop.escapedName, /*siblings*/ undefined);\n            const widened = getWidenedTypeWithContext(original, propContext);\n            return widened === original ? prop : createSymbolWithType(prop, widened);\n        }\n\n        function getUndefinedProperty(prop: Symbol) {\n            const cached = undefinedProperties.get(prop.escapedName);\n            if (cached) {\n                return cached;\n            }\n            const result = createSymbolWithType(prop, missingType);\n            result.flags |= SymbolFlags.Optional;\n            undefinedProperties.set(prop.escapedName, result);\n            return result;\n        }\n\n        function getWidenedTypeOfObjectLiteral(type: Type, context: WideningContext | undefined): Type {\n            const members = createSymbolTable();\n            for (const prop of getPropertiesOfObjectType(type)) {\n                members.set(prop.escapedName, getWidenedProperty(prop, context));\n            }\n            if (context) {\n                for (const prop of getPropertiesOfContext(context)) {\n                    if (!members.has(prop.escapedName)) {\n                        members.set(prop.escapedName, getUndefinedProperty(prop));\n                    }\n                }\n            }\n            const result = createAnonymousType(type.symbol, members, emptyArray, emptyArray,\n                sameMap(getIndexInfosOfType(type), info => createIndexInfo(info.keyType, getWidenedType(info.type), info.isReadonly)));\n            result.objectFlags |= (getObjectFlags(type) & (ObjectFlags.JSLiteral | ObjectFlags.NonInferrableType)); // Retain js literal flag through widening\n            return result;\n        }\n\n        function getWidenedType(type: Type) {\n            return getWidenedTypeWithContext(type, /*context*/ undefined);\n        }\n\n        function getWidenedTypeWithContext(type: Type, context: WideningContext | undefined): Type {\n            if (getObjectFlags(type) & ObjectFlags.RequiresWidening) {\n                if (context === undefined && type.widened) {\n                    return type.widened;\n                }\n                let result: Type | undefined;\n                if (type.flags & (TypeFlags.Any | TypeFlags.Nullable)) {\n                    result = anyType;\n                }\n                else if (isObjectLiteralType(type)) {\n                    result = getWidenedTypeOfObjectLiteral(type, context);\n                }\n                else if (type.flags & TypeFlags.Union) {\n                    const unionContext = context || createWideningContext(/*parent*/ undefined, /*propertyName*/ undefined, (type as UnionType).types);\n                    const widenedTypes = sameMap((type as UnionType).types, t => t.flags & TypeFlags.Nullable ? t : getWidenedTypeWithContext(t, unionContext));\n                    // Widening an empty object literal transitions from a highly restrictive type to\n                    // a highly inclusive one. For that reason we perform subtype reduction here if the\n                    // union includes empty object types (e.g. reducing {} | string to just {}).\n                    result = getUnionType(widenedTypes, some(widenedTypes, isEmptyObjectType) ? UnionReduction.Subtype : UnionReduction.Literal);\n                }\n                else if (type.flags & TypeFlags.Intersection) {\n                    result = getIntersectionType(sameMap((type as IntersectionType).types, getWidenedType));\n                }\n                else if (isArrayType(type) || isTupleType(type)) {\n                    result = createTypeReference(type.target, sameMap(getTypeArguments(type), getWidenedType));\n                }\n                if (result && context === undefined) {\n                    type.widened = result;\n                }\n                return result || type;\n            }\n            return type;\n        }\n\n        /**\n          * Reports implicit any errors that occur as a result of widening 'null' and 'undefined'\n          * to 'any'. A call to reportWideningErrorsInType is normally accompanied by a call to\n          * getWidenedType. But in some cases getWidenedType is called without reporting errors\n          * (type argument inference is an example).\n          *\n          * The return value indicates whether an error was in fact reported. The particular circumstances\n          * are on a best effort basis. Currently, if the null or undefined that causes widening is inside\n          * an object literal property (arbitrarily deeply), this function reports an error. If no error is\n          * reported, reportImplicitAnyError is a suitable fallback to report a general error.\n          */\n        function reportWideningErrorsInType(type: Type): boolean {\n            let errorReported = false;\n            if (getObjectFlags(type) & ObjectFlags.ContainsWideningType) {\n                if (type.flags & TypeFlags.Union) {\n                    if (some((type as UnionType).types, isEmptyObjectType)) {\n                        errorReported = true;\n                    }\n                    else {\n                        for (const t of (type as UnionType).types) {\n                            if (reportWideningErrorsInType(t)) {\n                                errorReported = true;\n                            }\n                        }\n                    }\n                }\n                if (isArrayType(type) || isTupleType(type)) {\n                    for (const t of getTypeArguments(type)) {\n                        if (reportWideningErrorsInType(t)) {\n                            errorReported = true;\n                        }\n                    }\n                }\n                if (isObjectLiteralType(type)) {\n                    for (const p of getPropertiesOfObjectType(type)) {\n                        const t = getTypeOfSymbol(p);\n                        if (getObjectFlags(t) & ObjectFlags.ContainsWideningType) {\n                            if (!reportWideningErrorsInType(t)) {\n                                error(p.valueDeclaration, Diagnostics.Object_literal_s_property_0_implicitly_has_an_1_type, symbolToString(p), typeToString(getWidenedType(t)));\n                            }\n                            errorReported = true;\n                        }\n                    }\n                }\n            }\n            return errorReported;\n        }\n\n        function reportImplicitAny(declaration: Declaration, type: Type, wideningKind?: WideningKind) {\n            const typeAsString = typeToString(getWidenedType(type));\n            if (isInJSFile(declaration) && !isCheckJsEnabledForFile(getSourceFileOfNode(declaration), compilerOptions)) {\n                // Only report implicit any errors/suggestions in TS and ts-check JS files\n                return;\n            }\n            let diagnostic: DiagnosticMessage;\n            switch (declaration.kind) {\n                case SyntaxKind.BinaryExpression:\n                case SyntaxKind.PropertyDeclaration:\n                case SyntaxKind.PropertySignature:\n                    diagnostic = noImplicitAny ? Diagnostics.Member_0_implicitly_has_an_1_type : Diagnostics.Member_0_implicitly_has_an_1_type_but_a_better_type_may_be_inferred_from_usage;\n                    break;\n                case SyntaxKind.Parameter:\n                    const param = declaration as ParameterDeclaration;\n                    if (isIdentifier(param.name) &&\n                        (isCallSignatureDeclaration(param.parent) || isMethodSignature(param.parent) || isFunctionTypeNode(param.parent)) &&\n                        param.parent.parameters.indexOf(param) > -1 &&\n                        (resolveName(param, param.name.escapedText, SymbolFlags.Type, undefined, param.name.escapedText, /*isUse*/ true) ||\n                        param.name.originalKeywordKind && isTypeNodeKind(param.name.originalKeywordKind))) {\n                        const newName = \"arg\" + param.parent.parameters.indexOf(param);\n                        const typeName = declarationNameToString(param.name) + (param.dotDotDotToken ? \"[]\" : \"\");\n                        errorOrSuggestion(noImplicitAny, declaration, Diagnostics.Parameter_has_a_name_but_no_type_Did_you_mean_0_Colon_1, newName, typeName);\n                        return;\n                    }\n                    diagnostic = (declaration as ParameterDeclaration).dotDotDotToken ?\n                        noImplicitAny ? Diagnostics.Rest_parameter_0_implicitly_has_an_any_type : Diagnostics.Rest_parameter_0_implicitly_has_an_any_type_but_a_better_type_may_be_inferred_from_usage :\n                        noImplicitAny ? Diagnostics.Parameter_0_implicitly_has_an_1_type : Diagnostics.Parameter_0_implicitly_has_an_1_type_but_a_better_type_may_be_inferred_from_usage;\n                    break;\n                case SyntaxKind.BindingElement:\n                    diagnostic = Diagnostics.Binding_element_0_implicitly_has_an_1_type;\n                    if (!noImplicitAny) {\n                        // Don't issue a suggestion for binding elements since the codefix doesn't yet support them.\n                        return;\n                    }\n                    break;\n                case SyntaxKind.JSDocFunctionType:\n                    error(declaration, Diagnostics.Function_type_which_lacks_return_type_annotation_implicitly_has_an_0_return_type, typeAsString);\n                    return;\n                case SyntaxKind.FunctionDeclaration:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.MethodSignature:\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                    if (noImplicitAny && !(declaration as NamedDeclaration).name) {\n                        if (wideningKind === WideningKind.GeneratorYield) {\n                            error(declaration, Diagnostics.Generator_implicitly_has_yield_type_0_because_it_does_not_yield_any_values_Consider_supplying_a_return_type_annotation, typeAsString);\n                        }\n                        else {\n                            error(declaration, Diagnostics.Function_expression_which_lacks_return_type_annotation_implicitly_has_an_0_return_type, typeAsString);\n                        }\n                        return;\n                    }\n                    diagnostic = !noImplicitAny ? Diagnostics._0_implicitly_has_an_1_return_type_but_a_better_type_may_be_inferred_from_usage :\n                        wideningKind === WideningKind.GeneratorYield ? Diagnostics._0_which_lacks_return_type_annotation_implicitly_has_an_1_yield_type :\n                        Diagnostics._0_which_lacks_return_type_annotation_implicitly_has_an_1_return_type;\n                    break;\n                case SyntaxKind.MappedType:\n                    if (noImplicitAny) {\n                        error(declaration, Diagnostics.Mapped_object_type_implicitly_has_an_any_template_type);\n                    }\n                    return;\n                default:\n                    diagnostic = noImplicitAny ? Diagnostics.Variable_0_implicitly_has_an_1_type : Diagnostics.Variable_0_implicitly_has_an_1_type_but_a_better_type_may_be_inferred_from_usage;\n            }\n            errorOrSuggestion(noImplicitAny, declaration, diagnostic, declarationNameToString(getNameOfDeclaration(declaration)), typeAsString);\n        }\n\n        function reportErrorsFromWidening(declaration: Declaration, type: Type, wideningKind?: WideningKind) {\n            addLazyDiagnostic(() => {\n                if (noImplicitAny && getObjectFlags(type) & ObjectFlags.ContainsWideningType && (!wideningKind || !getContextualSignatureForFunctionLikeDeclaration(declaration as FunctionLikeDeclaration))) {\n                    // Report implicit any error within type if possible, otherwise report error on declaration\n                    if (!reportWideningErrorsInType(type)) {\n                        reportImplicitAny(declaration, type, wideningKind);\n                    }\n                }\n            });\n        }\n\n        function applyToParameterTypes(source: Signature, target: Signature, callback: (s: Type, t: Type) => void) {\n            const sourceCount = getParameterCount(source);\n            const targetCount = getParameterCount(target);\n            const sourceRestType = getEffectiveRestType(source);\n            const targetRestType = getEffectiveRestType(target);\n            const targetNonRestCount = targetRestType ? targetCount - 1 : targetCount;\n            const paramCount = sourceRestType ? targetNonRestCount : Math.min(sourceCount, targetNonRestCount);\n            const sourceThisType = getThisTypeOfSignature(source);\n            if (sourceThisType) {\n                const targetThisType = getThisTypeOfSignature(target);\n                if (targetThisType) {\n                    callback(sourceThisType, targetThisType);\n                }\n            }\n            for (let i = 0; i < paramCount; i++) {\n                callback(getTypeAtPosition(source, i), getTypeAtPosition(target, i));\n            }\n            if (targetRestType) {\n                callback(getRestTypeAtPosition(source, paramCount), targetRestType);\n            }\n        }\n\n        function applyToReturnTypes(source: Signature, target: Signature, callback: (s: Type, t: Type) => void) {\n            const sourceTypePredicate = getTypePredicateOfSignature(source);\n            const targetTypePredicate = getTypePredicateOfSignature(target);\n            if (sourceTypePredicate && targetTypePredicate && typePredicateKindsMatch(sourceTypePredicate, targetTypePredicate) && sourceTypePredicate.type && targetTypePredicate.type) {\n                callback(sourceTypePredicate.type, targetTypePredicate.type);\n            }\n            else {\n                callback(getReturnTypeOfSignature(source), getReturnTypeOfSignature(target));\n            }\n        }\n\n        function createInferenceContext(typeParameters: readonly TypeParameter[], signature: Signature | undefined, flags: InferenceFlags, compareTypes?: TypeComparer): InferenceContext {\n            return createInferenceContextWorker(typeParameters.map(createInferenceInfo), signature, flags, compareTypes || compareTypesAssignable);\n        }\n\n        function cloneInferenceContext<T extends InferenceContext | undefined>(context: T, extraFlags: InferenceFlags = 0): InferenceContext | T & undefined {\n            return context && createInferenceContextWorker(map(context.inferences, cloneInferenceInfo), context.signature, context.flags | extraFlags, context.compareTypes);\n        }\n\n        function createInferenceContextWorker(inferences: InferenceInfo[], signature: Signature | undefined, flags: InferenceFlags, compareTypes: TypeComparer): InferenceContext {\n            const context: InferenceContext = {\n                inferences,\n                signature,\n                flags,\n                compareTypes,\n                mapper: makeFunctionTypeMapper(t => mapToInferredType(context, t, /*fix*/ true)),\n                nonFixingMapper: makeFunctionTypeMapper(t => mapToInferredType(context, t, /*fix*/ false)),\n            };\n            return context;\n        }\n\n        function mapToInferredType(context: InferenceContext, t: Type, fix: boolean): Type {\n            const inferences = context.inferences;\n            for (let i = 0; i < inferences.length; i++) {\n                const inference = inferences[i];\n                if (t === inference.typeParameter) {\n                    if (fix && !inference.isFixed) {\n                        clearCachedInferences(inferences);\n                        inference.isFixed = true;\n                    }\n                    return getInferredType(context, i);\n                }\n            }\n            return t;\n        }\n\n        function clearCachedInferences(inferences: InferenceInfo[]) {\n            for (const inference of inferences) {\n                if (!inference.isFixed) {\n                    inference.inferredType = undefined;\n                }\n            }\n        }\n\n        function createInferenceInfo(typeParameter: TypeParameter): InferenceInfo {\n            return {\n                typeParameter,\n                candidates: undefined,\n                contraCandidates: undefined,\n                inferredType: undefined,\n                priority: undefined,\n                topLevel: true,\n                isFixed: false,\n                impliedArity: undefined\n            };\n        }\n\n        function cloneInferenceInfo(inference: InferenceInfo): InferenceInfo {\n            return {\n                typeParameter: inference.typeParameter,\n                candidates: inference.candidates && inference.candidates.slice(),\n                contraCandidates: inference.contraCandidates && inference.contraCandidates.slice(),\n                inferredType: inference.inferredType,\n                priority: inference.priority,\n                topLevel: inference.topLevel,\n                isFixed: inference.isFixed,\n                impliedArity: inference.impliedArity\n            };\n        }\n\n        function cloneInferredPartOfContext(context: InferenceContext): InferenceContext | undefined {\n            const inferences = filter(context.inferences, hasInferenceCandidates);\n            return inferences.length ?\n                createInferenceContextWorker(map(inferences, cloneInferenceInfo), context.signature, context.flags, context.compareTypes) :\n                undefined;\n        }\n\n        function getMapperFromContext<T extends InferenceContext | undefined>(context: T): TypeMapper | T & undefined {\n            return context && context.mapper;\n        }\n\n        // Return true if the given type could possibly reference a type parameter for which\n        // we perform type inference (i.e. a type parameter of a generic function). We cache\n        // results for union and intersection types for performance reasons.\n        function couldContainTypeVariables(type: Type): boolean {\n            const objectFlags = getObjectFlags(type);\n            if (objectFlags & ObjectFlags.CouldContainTypeVariablesComputed) {\n                return !!(objectFlags & ObjectFlags.CouldContainTypeVariables);\n            }\n            const result = !!(type.flags & TypeFlags.Instantiable ||\n                type.flags & TypeFlags.Object && !isNonGenericTopLevelType(type) && (\n                    objectFlags & ObjectFlags.Reference && ((type as TypeReference).node || forEach(getTypeArguments(type as TypeReference), couldContainTypeVariables)) ||\n                    objectFlags & ObjectFlags.Anonymous && type.symbol && type.symbol.flags & (SymbolFlags.Function | SymbolFlags.Method | SymbolFlags.Class | SymbolFlags.TypeLiteral | SymbolFlags.ObjectLiteral) && type.symbol.declarations ||\n                    objectFlags & (ObjectFlags.Mapped | ObjectFlags.ReverseMapped | ObjectFlags.ObjectRestType | ObjectFlags.InstantiationExpressionType)) ||\n                type.flags & TypeFlags.UnionOrIntersection && !(type.flags & TypeFlags.EnumLiteral) && !isNonGenericTopLevelType(type) && some((type as UnionOrIntersectionType).types, couldContainTypeVariables));\n            if (type.flags & TypeFlags.ObjectFlagsType) {\n                (type as ObjectFlagsType).objectFlags |= ObjectFlags.CouldContainTypeVariablesComputed | (result ? ObjectFlags.CouldContainTypeVariables : 0);\n            }\n            return result;\n        }\n\n        function isNonGenericTopLevelType(type: Type) {\n            if (type.aliasSymbol && !type.aliasTypeArguments) {\n                const declaration = getDeclarationOfKind(type.aliasSymbol, SyntaxKind.TypeAliasDeclaration);\n                return !!(declaration && findAncestor(declaration.parent, n => n.kind === SyntaxKind.SourceFile ? true : n.kind === SyntaxKind.ModuleDeclaration ? false : \"quit\"));\n            }\n            return false;\n        }\n\n        function isTypeParameterAtTopLevel(type: Type, typeParameter: TypeParameter): boolean {\n            return !!(type === typeParameter ||\n                type.flags & TypeFlags.UnionOrIntersection && some((type as UnionOrIntersectionType).types, t => isTypeParameterAtTopLevel(t, typeParameter)) ||\n                type.flags & TypeFlags.Conditional && (getTrueTypeFromConditionalType(type as ConditionalType) === typeParameter || getFalseTypeFromConditionalType(type as ConditionalType) === typeParameter));\n        }\n\n        /** Create an object with properties named in the string literal type. Every property has type `any` */\n        function createEmptyObjectTypeFromStringLiteral(type: Type) {\n            const members = createSymbolTable();\n            forEachType(type, t => {\n                if (!(t.flags & TypeFlags.StringLiteral)) {\n                    return;\n                }\n                const name = escapeLeadingUnderscores((t as StringLiteralType).value);\n                const literalProp = createSymbol(SymbolFlags.Property, name);\n                literalProp.type = anyType;\n                if (t.symbol) {\n                    literalProp.declarations = t.symbol.declarations;\n                    literalProp.valueDeclaration = t.symbol.valueDeclaration;\n                }\n                members.set(name, literalProp);\n            });\n            const indexInfos = type.flags & TypeFlags.String ? [createIndexInfo(stringType, emptyObjectType, /*isReadonly*/ false)] : emptyArray;\n            return createAnonymousType(undefined, members, emptyArray, emptyArray, indexInfos);\n        }\n\n        /**\n          * Infer a suitable input type for a homomorphic mapped type { [P in keyof T]: X }. We construct\n          * an object type with the same set of properties as the source type, where the type of each\n          * property is computed by inferring from the source property type to X for the type\n          * variable T[P] (i.e. we treat the type T[P] as the type variable we're inferring for).\n          */\n        function inferTypeForHomomorphicMappedType(source: Type, target: MappedType, constraint: IndexType): Type | undefined {\n            if (inInferTypeForHomomorphicMappedType) {\n                return undefined;\n            }\n            const key = source.id + \",\" + target.id + \",\" + constraint.id;\n            if (reverseMappedCache.has(key)) {\n                return reverseMappedCache.get(key);\n            }\n            inInferTypeForHomomorphicMappedType = true;\n            const type = createReverseMappedType(source, target, constraint);\n            inInferTypeForHomomorphicMappedType = false;\n            reverseMappedCache.set(key, type);\n            return type;\n        }\n\n        // We consider a type to be partially inferable if it isn't marked non-inferable or if it is\n        // an object literal type with at least one property of an inferable type. For example, an object\n        // literal { a: 123, b: x => true } is marked non-inferable because it contains a context sensitive\n        // arrow function, but is considered partially inferable because property 'a' has an inferable type.\n        function isPartiallyInferableType(type: Type): boolean {\n            return !(getObjectFlags(type) & ObjectFlags.NonInferrableType) ||\n                isObjectLiteralType(type) && some(getPropertiesOfType(type), prop => isPartiallyInferableType(getTypeOfSymbol(prop))) ||\n                isTupleType(type) && some(getTypeArguments(type), isPartiallyInferableType);\n        }\n\n        function createReverseMappedType(source: Type, target: MappedType, constraint: IndexType) {\n            // We consider a source type reverse mappable if it has a string index signature or if\n            // it has one or more properties and is of a partially inferable type.\n            if (!(getIndexInfoOfType(source, stringType) || getPropertiesOfType(source).length !== 0 && isPartiallyInferableType(source))) {\n                return undefined;\n            }\n            // For arrays and tuples we infer new arrays and tuples where the reverse mapping has been\n            // applied to the element type(s).\n            if (isArrayType(source)) {\n                return createArrayType(inferReverseMappedType(getTypeArguments(source)[0], target, constraint), isReadonlyArrayType(source));\n            }\n            if (isTupleType(source)) {\n                const elementTypes = map(getTypeArguments(source), t => inferReverseMappedType(t, target, constraint));\n                const elementFlags = getMappedTypeModifiers(target) & MappedTypeModifiers.IncludeOptional ?\n                    sameMap(source.target.elementFlags, f => f & ElementFlags.Optional ? ElementFlags.Required : f) :\n                    source.target.elementFlags;\n                return createTupleType(elementTypes, elementFlags, source.target.readonly, source.target.labeledElementDeclarations);\n            }\n            // For all other object types we infer a new object type where the reverse mapping has been\n            // applied to the type of each property.\n            const reversed = createObjectType(ObjectFlags.ReverseMapped | ObjectFlags.Anonymous, /*symbol*/ undefined) as ReverseMappedType;\n            reversed.source = source;\n            reversed.mappedType = target;\n            reversed.constraintType = constraint;\n            return reversed;\n        }\n\n        function getTypeOfReverseMappedSymbol(symbol: ReverseMappedSymbol) {\n            const links = getSymbolLinks(symbol);\n            if (!links.type) {\n                links.type = inferReverseMappedType(symbol.propertyType, symbol.mappedType, symbol.constraintType);\n            }\n            return links.type;\n        }\n\n        function inferReverseMappedType(sourceType: Type, target: MappedType, constraint: IndexType): Type {\n            const typeParameter = getIndexedAccessType(constraint.type, getTypeParameterFromMappedType(target)) as TypeParameter;\n            const templateType = getTemplateTypeFromMappedType(target);\n            const inference = createInferenceInfo(typeParameter);\n            inferTypes([inference], sourceType, templateType);\n            return getTypeFromInference(inference) || unknownType;\n        }\n\n        function* getUnmatchedProperties(source: Type, target: Type, requireOptionalProperties: boolean, matchDiscriminantProperties: boolean): IterableIterator<Symbol> {\n            const properties = getPropertiesOfType(target);\n            for (const targetProp of properties) {\n                // TODO: remove this when we support static private identifier fields and find other solutions to get privateNamesAndStaticFields test to pass\n                if (isStaticPrivateIdentifierProperty(targetProp)) {\n                    continue;\n                }\n                if (requireOptionalProperties || !(targetProp.flags & SymbolFlags.Optional || getCheckFlags(targetProp) & CheckFlags.Partial)) {\n                    const sourceProp = getPropertyOfType(source, targetProp.escapedName);\n                    if (!sourceProp) {\n                        yield targetProp;\n                    }\n                    else if (matchDiscriminantProperties) {\n                        const targetType = getTypeOfSymbol(targetProp);\n                        if (targetType.flags & TypeFlags.Unit) {\n                            const sourceType = getTypeOfSymbol(sourceProp);\n                            if (!(sourceType.flags & TypeFlags.Any || getRegularTypeOfLiteralType(sourceType) === getRegularTypeOfLiteralType(targetType))) {\n                                yield targetProp;\n                            }\n                        }\n                    }\n                }\n            }\n        }\n\n        function getUnmatchedProperty(source: Type, target: Type, requireOptionalProperties: boolean, matchDiscriminantProperties: boolean): Symbol | undefined {\n            const result = getUnmatchedProperties(source, target, requireOptionalProperties, matchDiscriminantProperties).next();\n            if (!result.done) return result.value;\n        }\n\n        function tupleTypesDefinitelyUnrelated(source: TupleTypeReference, target: TupleTypeReference) {\n            return !(target.target.combinedFlags & ElementFlags.Variadic) && target.target.minLength > source.target.minLength ||\n                !target.target.hasRestElement && (source.target.hasRestElement || target.target.fixedLength < source.target.fixedLength);\n        }\n\n        function typesDefinitelyUnrelated(source: Type, target: Type) {\n            // Two tuple types with incompatible arities are definitely unrelated.\n            // Two object types that each have a property that is unmatched in the other are definitely unrelated.\n            return isTupleType(source) && isTupleType(target) ? tupleTypesDefinitelyUnrelated(source, target) :\n                !!getUnmatchedProperty(source, target, /*requireOptionalProperties*/ false, /*matchDiscriminantProperties*/ true) &&\n                !!getUnmatchedProperty(target, source, /*requireOptionalProperties*/ false, /*matchDiscriminantProperties*/ false);\n        }\n\n        function getTypeFromInference(inference: InferenceInfo) {\n            return inference.candidates ? getUnionType(inference.candidates, UnionReduction.Subtype) :\n                inference.contraCandidates ? getIntersectionType(inference.contraCandidates) :\n                undefined;\n        }\n\n        function hasSkipDirectInferenceFlag(node: Node) {\n            return !!getNodeLinks(node).skipDirectInference;\n        }\n\n        function isFromInferenceBlockedSource(type: Type) {\n            return !!(type.symbol && some(type.symbol.declarations, hasSkipDirectInferenceFlag));\n        }\n\n        function templateLiteralTypesDefinitelyUnrelated(source: TemplateLiteralType, target: TemplateLiteralType) {\n            // Two template literal types with diffences in their starting or ending text spans are definitely unrelated.\n            const sourceStart = source.texts[0];\n            const targetStart = target.texts[0];\n            const sourceEnd = source.texts[source.texts.length - 1];\n            const targetEnd = target.texts[target.texts.length - 1];\n            const startLen = Math.min(sourceStart.length, targetStart.length);\n            const endLen = Math.min(sourceEnd.length, targetEnd.length);\n            return sourceStart.slice(0, startLen) !== targetStart.slice(0, startLen) ||\n                sourceEnd.slice(sourceEnd.length - endLen) !== targetEnd.slice(targetEnd.length - endLen);\n        }\n\n        function isValidBigIntString(s: string): boolean {\n            const scanner = createScanner(ScriptTarget.ESNext, /*skipTrivia*/ false);\n            let success = true;\n            scanner.setOnError(() => success = false);\n            scanner.setText(s + \"n\");\n            let result = scanner.scan();\n            if (result === SyntaxKind.MinusToken) {\n                result = scanner.scan();\n            }\n            const flags = scanner.getTokenFlags();\n            // validate that\n            // * scanning proceeded without error\n            // * a bigint can be scanned, and that when it is scanned, it is\n            // * the full length of the input string (so the scanner is one character beyond the augmented input length)\n            // * it does not contain a numeric seperator (the `BigInt` constructor does not accept a numeric seperator in its input)\n            return success && result === SyntaxKind.BigIntLiteral && scanner.getTextPos() === (s.length + 1) && !(flags & TokenFlags.ContainsSeparator);\n        }\n\n        function isValidTypeForTemplateLiteralPlaceholder(source: Type, target: Type): boolean {\n            if (source === target || target.flags & (TypeFlags.Any | TypeFlags.String)) {\n                return true;\n            }\n            if (source.flags & TypeFlags.StringLiteral) {\n                const value = (source as StringLiteralType).value;\n                return !!(target.flags & TypeFlags.Number && value !== \"\" && isFinite(+value) ||\n                    target.flags & TypeFlags.BigInt && value !== \"\" && isValidBigIntString(value) ||\n                    target.flags & (TypeFlags.BooleanLiteral | TypeFlags.Nullable) && value === (target as IntrinsicType).intrinsicName);\n            }\n            if (source.flags & TypeFlags.TemplateLiteral) {\n                const texts = (source as TemplateLiteralType).texts;\n                return texts.length === 2 && texts[0] === \"\" && texts[1] === \"\" && isTypeAssignableTo((source as TemplateLiteralType).types[0], target);\n            }\n            return isTypeAssignableTo(source, target);\n        }\n\n        function inferTypesFromTemplateLiteralType(source: Type, target: TemplateLiteralType): Type[] | undefined {\n            return source.flags & TypeFlags.StringLiteral ? inferFromLiteralPartsToTemplateLiteral([(source as StringLiteralType).value], emptyArray, target) :\n                source.flags & TypeFlags.TemplateLiteral ?\n                    arraysEqual((source as TemplateLiteralType).texts, target.texts) ? map((source as TemplateLiteralType).types, getStringLikeTypeForType) :\n                    inferFromLiteralPartsToTemplateLiteral((source as TemplateLiteralType).texts, (source as TemplateLiteralType).types, target) :\n                undefined;\n        }\n\n        function isTypeMatchedByTemplateLiteralType(source: Type, target: TemplateLiteralType): boolean {\n            const inferences = inferTypesFromTemplateLiteralType(source, target);\n            return !!inferences && every(inferences, (r, i) => isValidTypeForTemplateLiteralPlaceholder(r, target.types[i]));\n        }\n\n        function getStringLikeTypeForType(type: Type) {\n            return type.flags & (TypeFlags.Any | TypeFlags.StringLike) ? type : getTemplateLiteralType([\"\", \"\"], [type]);\n        }\n\n        // This function infers from the text parts and type parts of a source literal to a target template literal. The number\n        // of text parts is always one more than the number of type parts, and a source string literal is treated as a source\n        // with one text part and zero type parts. The function returns an array of inferred string or template literal types\n        // corresponding to the placeholders in the target template literal, or undefined if the source doesn't match the target.\n        //\n        // We first check that the starting source text part matches the starting target text part, and that the ending source\n        // text part ends matches the ending target text part. We then iterate through the remaining target text parts, finding\n        // a match for each in the source and inferring string or template literal types created from the segments of the source\n        // that occur between the matches. During this iteration, seg holds the index of the current text part in the sourceTexts\n        // array and pos holds the current character position in the current text part.\n        //\n        // Consider inference from type `<<${string}>.<${number}-${number}>>` to type `<${string}.${string}>`, i.e.\n        //   sourceTexts = ['<<', '>.<', '-', '>>']\n        //   sourceTypes = [string, number, number]\n        //   target.texts = ['<', '.', '>']\n        // We first match '<' in the target to the start of '<<' in the source and '>' in the target to the end of '>>' in\n        // the source. The first match for the '.' in target occurs at character 1 in the source text part at index 1, and thus\n        // the first inference is the template literal type `<${string}>`. The remainder of the source makes up the second\n        // inference, the template literal type `<${number}-${number}>`.\n        function inferFromLiteralPartsToTemplateLiteral(sourceTexts: readonly string[], sourceTypes: readonly Type[], target: TemplateLiteralType): Type[] | undefined {\n            const lastSourceIndex = sourceTexts.length - 1;\n            const sourceStartText = sourceTexts[0];\n            const sourceEndText = sourceTexts[lastSourceIndex];\n            const targetTexts = target.texts;\n            const lastTargetIndex = targetTexts.length - 1;\n            const targetStartText = targetTexts[0];\n            const targetEndText = targetTexts[lastTargetIndex];\n            if (lastSourceIndex === 0 && sourceStartText.length < targetStartText.length + targetEndText.length ||\n                !sourceStartText.startsWith(targetStartText) || !sourceEndText.endsWith(targetEndText)) return undefined;\n            const remainingEndText = sourceEndText.slice(0, sourceEndText.length - targetEndText.length);\n            const matches: Type[] = [];\n            let seg = 0;\n            let pos = targetStartText.length;\n            for (let i = 1; i < lastTargetIndex; i++) {\n                const delim = targetTexts[i];\n                if (delim.length > 0) {\n                    let s = seg;\n                    let p = pos;\n                    while (true) {\n                        p = getSourceText(s).indexOf(delim, p);\n                        if (p >= 0) break;\n                        s++;\n                        if (s === sourceTexts.length) return undefined;\n                        p = 0;\n                    }\n                    addMatch(s, p);\n                    pos += delim.length;\n                }\n                else if (pos < getSourceText(seg).length) {\n                    addMatch(seg, pos + 1);\n                }\n                else if (seg < lastSourceIndex) {\n                    addMatch(seg + 1, 0);\n                }\n                else {\n                    return undefined;\n                }\n            }\n            addMatch(lastSourceIndex, getSourceText(lastSourceIndex).length);\n            return matches;\n            function getSourceText(index: number) {\n                return index < lastSourceIndex ? sourceTexts[index] : remainingEndText;\n            }\n            function addMatch(s: number, p: number) {\n                const matchType = s === seg ?\n                    getStringLiteralType(getSourceText(s).slice(pos, p)) :\n                    getTemplateLiteralType(\n                        [sourceTexts[seg].slice(pos), ...sourceTexts.slice(seg + 1, s), getSourceText(s).slice(0, p)],\n                        sourceTypes.slice(seg, s));\n                matches.push(matchType);\n                seg = s;\n                pos = p;\n            }\n        }\n\n        function inferTypes(inferences: InferenceInfo[], originalSource: Type, originalTarget: Type, priority: InferencePriority = 0, contravariant = false) {\n            let bivariant = false;\n            let propagationType: Type;\n            let inferencePriority = InferencePriority.MaxValue;\n            let allowComplexConstraintInference = true;\n            let visited: ESMap<string, number>;\n            let sourceStack: object[];\n            let targetStack: object[];\n            let expandingFlags = ExpandingFlags.None;\n            inferFromTypes(originalSource, originalTarget);\n\n            function inferFromTypes(source: Type, target: Type): void {\n                if (!couldContainTypeVariables(target)) {\n                    return;\n                }\n                if (source === wildcardType) {\n                    // We are inferring from an 'any' type. We want to infer this type for every type parameter\n                    // referenced in the target type, so we record it as the propagation type and infer from the\n                    // target to itself. Then, as we find candidates we substitute the propagation type.\n                    const savePropagationType = propagationType;\n                    propagationType = source;\n                    inferFromTypes(target, target);\n                    propagationType = savePropagationType;\n                    return;\n                }\n                if (source.aliasSymbol && source.aliasTypeArguments && source.aliasSymbol === target.aliasSymbol) {\n                    // Source and target are types originating in the same generic type alias declaration.\n                    // Simply infer from source type arguments to target type arguments.\n                    inferFromTypeArguments(source.aliasTypeArguments, target.aliasTypeArguments!, getAliasVariances(source.aliasSymbol));\n                    return;\n                }\n                if (source === target && source.flags & TypeFlags.UnionOrIntersection) {\n                    // When source and target are the same union or intersection type, just relate each constituent\n                    // type to itself.\n                    for (const t of (source as UnionOrIntersectionType).types) {\n                        inferFromTypes(t, t);\n                    }\n                    return;\n                }\n                if (target.flags & TypeFlags.Union) {\n                    // First, infer between identically matching source and target constituents and remove the\n                    // matching types.\n                    const [tempSources, tempTargets] = inferFromMatchingTypes(source.flags & TypeFlags.Union ? (source as UnionType).types : [source], (target as UnionType).types, isTypeOrBaseIdenticalTo);\n                    // Next, infer between closely matching source and target constituents and remove\n                    // the matching types. Types closely match when they are instantiations of the same\n                    // object type or instantiations of the same type alias.\n                    const [sources, targets] = inferFromMatchingTypes(tempSources, tempTargets, isTypeCloselyMatchedBy);\n                    if (targets.length === 0) {\n                        return;\n                    }\n                    target = getUnionType(targets);\n                    if (sources.length === 0) {\n                        // All source constituents have been matched and there is nothing further to infer from.\n                        // However, simply making no inferences is undesirable because it could ultimately mean\n                        // inferring a type parameter constraint. Instead, make a lower priority inference from\n                        // the full source to whatever remains in the target. For example, when inferring from\n                        // string to 'string | T', make a lower priority inference of string for T.\n                        inferWithPriority(source, target, InferencePriority.NakedTypeVariable);\n                        return;\n                    }\n                    source = getUnionType(sources);\n                }\n                else if (target.flags & TypeFlags.Intersection && some((target as IntersectionType).types,\n                    t => !!getInferenceInfoForType(t) || (isGenericMappedType(t) && !!getInferenceInfoForType(getHomomorphicTypeVariable(t) || neverType)))) {\n                    // We reduce intersection types only when they contain naked type parameters. For example, when\n                    // inferring from 'string[] & { extra: any }' to 'string[] & T' we want to remove string[] and\n                    // infer { extra: any } for T. But when inferring to 'string[] & Iterable<T>' we want to keep the\n                    // string[] on the source side and infer string for T.\n                    // Likewise, we consider a homomorphic mapped type constrainted to the target type parameter as similar to a \"naked type variable\"\n                    // in such scenarios.\n                    if (!(source.flags & TypeFlags.Union)) {\n                        // Infer between identically matching source and target constituents and remove the matching types.\n                        const [sources, targets] = inferFromMatchingTypes(source.flags & TypeFlags.Intersection ? (source as IntersectionType).types : [source], (target as IntersectionType).types, isTypeIdenticalTo);\n                        if (sources.length === 0 || targets.length === 0) {\n                            return;\n                        }\n                        source = getIntersectionType(sources);\n                        target = getIntersectionType(targets);\n                    }\n                }\n                else if (target.flags & (TypeFlags.IndexedAccess | TypeFlags.Substitution)) {\n                    target = getActualTypeVariable(target);\n                }\n                if (target.flags & TypeFlags.TypeVariable) {\n                    // If target is a type parameter, make an inference, unless the source type contains\n                    // the anyFunctionType (the wildcard type that's used to avoid contextually typing functions).\n                    // Because the anyFunctionType is internal, it should not be exposed to the user by adding\n                    // it as an inference candidate. Hopefully, a better candidate will come along that does\n                    // not contain anyFunctionType when we come back to this argument for its second round\n                    // of inference. Also, we exclude inferences for silentNeverType (which is used as a wildcard\n                    // when constructing types from type parameters that had no inference candidates).\n                    if (source === nonInferrableAnyType || source === silentNeverType || (priority & InferencePriority.ReturnType && (source === autoType || source === autoArrayType)) || isFromInferenceBlockedSource(source)) {\n                        return;\n                    }\n                    const inference = getInferenceInfoForType(target);\n                    if (inference) {\n                        if (getObjectFlags(source) & ObjectFlags.NonInferrableType) {\n                            return;\n                        }\n                        if (!inference.isFixed) {\n                            if (inference.priority === undefined || priority < inference.priority) {\n                                inference.candidates = undefined;\n                                inference.contraCandidates = undefined;\n                                inference.topLevel = true;\n                                inference.priority = priority;\n                            }\n                            if (priority === inference.priority) {\n                                const candidate = propagationType || source;\n                                // We make contravariant inferences only if we are in a pure contravariant position,\n                                // i.e. only if we have not descended into a bivariant position.\n                                if (contravariant && !bivariant) {\n                                    if (!contains(inference.contraCandidates, candidate)) {\n                                        inference.contraCandidates = append(inference.contraCandidates, candidate);\n                                        clearCachedInferences(inferences);\n                                    }\n                                }\n                                else if (!contains(inference.candidates, candidate)) {\n                                    inference.candidates = append(inference.candidates, candidate);\n                                    clearCachedInferences(inferences);\n                                }\n                            }\n                            if (!(priority & InferencePriority.ReturnType) && target.flags & TypeFlags.TypeParameter && inference.topLevel && !isTypeParameterAtTopLevel(originalTarget, target as TypeParameter)) {\n                                inference.topLevel = false;\n                                clearCachedInferences(inferences);\n                            }\n                        }\n                        inferencePriority = Math.min(inferencePriority, priority);\n                        return;\n                    }\n                    // Infer to the simplified version of an indexed access, if possible, to (hopefully) expose more bare type parameters to the inference engine\n                    const simplified = getSimplifiedType(target, /*writing*/ false);\n                    if (simplified !== target) {\n                        inferFromTypes(source, simplified);\n                    }\n                    else if (target.flags & TypeFlags.IndexedAccess) {\n                        const indexType = getSimplifiedType((target as IndexedAccessType).indexType, /*writing*/ false);\n                        // Generally simplifications of instantiable indexes are avoided to keep relationship checking correct, however if our target is an access, we can consider\n                        // that key of that access to be \"instantiated\", since we're looking to find the infernce goal in any way we can.\n                        if (indexType.flags & TypeFlags.Instantiable) {\n                            const simplified = distributeIndexOverObjectType(getSimplifiedType((target as IndexedAccessType).objectType, /*writing*/ false), indexType, /*writing*/ false);\n                            if (simplified && simplified !== target) {\n                                inferFromTypes(source, simplified);\n                            }\n                        }\n                    }\n                }\n                if (getObjectFlags(source) & ObjectFlags.Reference && getObjectFlags(target) & ObjectFlags.Reference && (\n                    (source as TypeReference).target === (target as TypeReference).target || isArrayType(source) && isArrayType(target)) &&\n                    !((source as TypeReference).node && (target as TypeReference).node)) {\n                    // If source and target are references to the same generic type, infer from type arguments\n                    inferFromTypeArguments(getTypeArguments(source as TypeReference), getTypeArguments(target as TypeReference), getVariances((source as TypeReference).target));\n                }\n                else if (source.flags & TypeFlags.Index && target.flags & TypeFlags.Index) {\n                    contravariant = !contravariant;\n                    inferFromTypes((source as IndexType).type, (target as IndexType).type);\n                    contravariant = !contravariant;\n                }\n                else if ((isLiteralType(source) || source.flags & TypeFlags.String) && target.flags & TypeFlags.Index) {\n                    const empty = createEmptyObjectTypeFromStringLiteral(source);\n                    contravariant = !contravariant;\n                    inferWithPriority(empty, (target as IndexType).type, InferencePriority.LiteralKeyof);\n                    contravariant = !contravariant;\n                }\n                else if (source.flags & TypeFlags.IndexedAccess && target.flags & TypeFlags.IndexedAccess) {\n                    inferFromTypes((source as IndexedAccessType).objectType, (target as IndexedAccessType).objectType);\n                    inferFromTypes((source as IndexedAccessType).indexType, (target as IndexedAccessType).indexType);\n                }\n                else if (source.flags & TypeFlags.StringMapping && target.flags & TypeFlags.StringMapping) {\n                    if ((source as StringMappingType).symbol === (target as StringMappingType).symbol) {\n                        inferFromTypes((source as StringMappingType).type, (target as StringMappingType).type);\n                    }\n                }\n                else if (source.flags & TypeFlags.Substitution) {\n                    inferFromTypes((source as SubstitutionType).baseType, target);\n                    const oldPriority = priority;\n                    priority |= InferencePriority.SubstituteSource;\n                    inferFromTypes((source as SubstitutionType).substitute, target); // Make substitute inference at a lower priority\n                    priority = oldPriority;\n                }\n                else if (target.flags & TypeFlags.Conditional) {\n                    invokeOnce(source, target, inferToConditionalType);\n                }\n                else if (target.flags & TypeFlags.UnionOrIntersection) {\n                    inferToMultipleTypes(source, (target as UnionOrIntersectionType).types, target.flags);\n                }\n                else if (source.flags & TypeFlags.Union) {\n                    // Source is a union or intersection type, infer from each constituent type\n                    const sourceTypes = (source as UnionOrIntersectionType).types;\n                    for (const sourceType of sourceTypes) {\n                        inferFromTypes(sourceType, target);\n                    }\n                }\n                else if (target.flags & TypeFlags.TemplateLiteral) {\n                    inferToTemplateLiteralType(source, target as TemplateLiteralType);\n                }\n                else {\n                    source = getReducedType(source);\n                    if (!(priority & InferencePriority.NoConstraints && source.flags & (TypeFlags.Intersection | TypeFlags.Instantiable))) {\n                        const apparentSource = getApparentType(source);\n                        // getApparentType can return _any_ type, since an indexed access or conditional may simplify to any other type.\n                        // If that occurs and it doesn't simplify to an object or intersection, we'll need to restart `inferFromTypes`\n                        // with the simplified source.\n                        if (apparentSource !== source && allowComplexConstraintInference && !(apparentSource.flags & (TypeFlags.Object | TypeFlags.Intersection))) {\n                            // TODO: The `allowComplexConstraintInference` flag is a hack! This forbids inference from complex constraints within constraints!\n                            // This isn't required algorithmically, but rather is used to lower the memory burden caused by performing inference\n                            // that is _too good_ in projects with complicated constraints (eg, fp-ts). In such cases, if we did not limit ourselves\n                            // here, we might produce more valid inferences for types, causing us to do more checks and perform more instantiations\n                            // (in addition to the extra stack depth here) which, in turn, can push the already close process over its limit.\n                            // TL;DR: If we ever become generally more memory efficient (or our resource budget ever increases), we should just\n                            // remove this `allowComplexConstraintInference` flag.\n                            allowComplexConstraintInference = false;\n                            return inferFromTypes(apparentSource, target);\n                        }\n                        source = apparentSource;\n                    }\n                    if (source.flags & (TypeFlags.Object | TypeFlags.Intersection)) {\n                        invokeOnce(source, target, inferFromObjectTypes);\n                    }\n                }\n            }\n\n            function inferWithPriority(source: Type, target: Type, newPriority: InferencePriority) {\n                const savePriority = priority;\n                priority |= newPriority;\n                inferFromTypes(source, target);\n                priority = savePriority;\n            }\n\n            function invokeOnce(source: Type, target: Type, action: (source: Type, target: Type) => void) {\n                const key = source.id + \",\" + target.id;\n                const status = visited && visited.get(key);\n                if (status !== undefined) {\n                    inferencePriority = Math.min(inferencePriority, status);\n                    return;\n                }\n                (visited || (visited = new Map<string, number>())).set(key, InferencePriority.Circularity);\n                const saveInferencePriority = inferencePriority;\n                inferencePriority = InferencePriority.MaxValue;\n                // We stop inferring and report a circularity if we encounter duplicate recursion identities on both\n                // the source side and the target side.\n                const saveExpandingFlags = expandingFlags;\n                const sourceIdentity = getRecursionIdentity(source);\n                const targetIdentity = getRecursionIdentity(target);\n                if (contains(sourceStack, sourceIdentity)) expandingFlags |= ExpandingFlags.Source;\n                if (contains(targetStack, targetIdentity)) expandingFlags |= ExpandingFlags.Target;\n                if (expandingFlags !== ExpandingFlags.Both) {\n                    (sourceStack || (sourceStack = [])).push(sourceIdentity);\n                    (targetStack || (targetStack = [])).push(targetIdentity);\n                    action(source, target);\n                    targetStack.pop();\n                    sourceStack.pop();\n                }\n                else {\n                    inferencePriority = InferencePriority.Circularity;\n                }\n                expandingFlags = saveExpandingFlags;\n                visited.set(key, inferencePriority);\n                inferencePriority = Math.min(inferencePriority, saveInferencePriority);\n            }\n\n            function inferFromMatchingTypes(sources: Type[], targets: Type[], matches: (s: Type, t: Type) => boolean): [Type[], Type[]] {\n                let matchedSources: Type[] | undefined;\n                let matchedTargets: Type[] | undefined;\n                for (const t of targets) {\n                    for (const s of sources) {\n                        if (matches(s, t)) {\n                            inferFromTypes(s, t);\n                            matchedSources = appendIfUnique(matchedSources, s);\n                            matchedTargets = appendIfUnique(matchedTargets, t);\n                        }\n                    }\n                }\n                return [\n                    matchedSources ? filter(sources, t => !contains(matchedSources, t)) : sources,\n                    matchedTargets ? filter(targets, t => !contains(matchedTargets, t)) : targets,\n                ];\n            }\n\n            function inferFromTypeArguments(sourceTypes: readonly Type[], targetTypes: readonly Type[], variances: readonly VarianceFlags[]) {\n                const count = sourceTypes.length < targetTypes.length ? sourceTypes.length : targetTypes.length;\n                for (let i = 0; i < count; i++) {\n                    if (i < variances.length && (variances[i] & VarianceFlags.VarianceMask) === VarianceFlags.Contravariant) {\n                        inferFromContravariantTypes(sourceTypes[i], targetTypes[i]);\n                    }\n                    else {\n                        inferFromTypes(sourceTypes[i], targetTypes[i]);\n                    }\n                }\n            }\n\n            function inferFromContravariantTypes(source: Type, target: Type) {\n                if (strictFunctionTypes || priority & InferencePriority.AlwaysStrict) {\n                    contravariant = !contravariant;\n                    inferFromTypes(source, target);\n                    contravariant = !contravariant;\n                }\n                else {\n                    inferFromTypes(source, target);\n                }\n            }\n\n            function getInferenceInfoForType(type: Type) {\n                if (type.flags & TypeFlags.TypeVariable) {\n                    for (const inference of inferences) {\n                        if (type === inference.typeParameter) {\n                            return inference;\n                        }\n                    }\n                }\n                return undefined;\n            }\n\n            function getSingleTypeVariableFromIntersectionTypes(types: Type[]) {\n                let typeVariable: Type | undefined;\n                for (const type of types) {\n                    const t = type.flags & TypeFlags.Intersection && find((type as IntersectionType).types, t => !!getInferenceInfoForType(t));\n                    if (!t || typeVariable && t !== typeVariable) {\n                        return undefined;\n                    }\n                    typeVariable = t;\n                }\n                return typeVariable;\n            }\n\n            function inferToMultipleTypes(source: Type, targets: Type[], targetFlags: TypeFlags) {\n                let typeVariableCount = 0;\n                if (targetFlags & TypeFlags.Union) {\n                    let nakedTypeVariable: Type | undefined;\n                    const sources = source.flags & TypeFlags.Union ? (source as UnionType).types : [source];\n                    const matched = new Array<boolean>(sources.length);\n                    let inferenceCircularity = false;\n                    // First infer to types that are not naked type variables. For each source type we\n                    // track whether inferences were made from that particular type to some target with\n                    // equal priority (i.e. of equal quality) to what we would infer for a naked type\n                    // parameter.\n                    for (const t of targets) {\n                        if (getInferenceInfoForType(t)) {\n                            nakedTypeVariable = t;\n                            typeVariableCount++;\n                        }\n                        else {\n                            for (let i = 0; i < sources.length; i++) {\n                                const saveInferencePriority = inferencePriority;\n                                inferencePriority = InferencePriority.MaxValue;\n                                inferFromTypes(sources[i], t);\n                                if (inferencePriority === priority) matched[i] = true;\n                                inferenceCircularity = inferenceCircularity || inferencePriority === InferencePriority.Circularity;\n                                inferencePriority = Math.min(inferencePriority, saveInferencePriority);\n                            }\n                        }\n                    }\n                    if (typeVariableCount === 0) {\n                        // If every target is an intersection of types containing a single naked type variable,\n                        // make a lower priority inference to that type variable. This handles inferring from\n                        // 'A | B' to 'T & (X | Y)' where we want to infer 'A | B' for T.\n                        const intersectionTypeVariable = getSingleTypeVariableFromIntersectionTypes(targets);\n                        if (intersectionTypeVariable) {\n                            inferWithPriority(source, intersectionTypeVariable, InferencePriority.NakedTypeVariable);\n                        }\n                        return;\n                    }\n                    // If the target has a single naked type variable and no inference circularities were\n                    // encountered above (meaning we explored the types fully), create a union of the source\n                    // types from which no inferences have been made so far and infer from that union to the\n                    // naked type variable.\n                    if (typeVariableCount === 1 && !inferenceCircularity) {\n                        const unmatched = flatMap(sources, (s, i) => matched[i] ? undefined : s);\n                        if (unmatched.length) {\n                            inferFromTypes(getUnionType(unmatched), nakedTypeVariable!);\n                            return;\n                        }\n                    }\n                }\n                else {\n                    // We infer from types that are not naked type variables first so that inferences we\n                    // make from nested naked type variables and given slightly higher priority by virtue\n                    // of being first in the candidates array.\n                    for (const t of targets) {\n                        if (getInferenceInfoForType(t)) {\n                            typeVariableCount++;\n                        }\n                        else {\n                            inferFromTypes(source, t);\n                        }\n                    }\n                }\n                // Inferences directly to naked type variables are given lower priority as they are\n                // less specific. For example, when inferring from Promise<string> to T | Promise<T>,\n                // we want to infer string for T, not Promise<string> | string. For intersection types\n                // we only infer to single naked type variables.\n                if (targetFlags & TypeFlags.Intersection ? typeVariableCount === 1 : typeVariableCount > 0) {\n                    for (const t of targets) {\n                        if (getInferenceInfoForType(t)) {\n                            inferWithPriority(source, t, InferencePriority.NakedTypeVariable);\n                        }\n                    }\n                }\n            }\n\n            function inferToMappedType(source: Type, target: MappedType, constraintType: Type): boolean {\n                if (constraintType.flags & TypeFlags.Union) {\n                    let result = false;\n                    for (const type of (constraintType as UnionType).types) {\n                        result = inferToMappedType(source, target, type) || result;\n                    }\n                    return result;\n                }\n                if (constraintType.flags & TypeFlags.Index) {\n                    // We're inferring from some source type S to a homomorphic mapped type { [P in keyof T]: X },\n                    // where T is a type variable. Use inferTypeForHomomorphicMappedType to infer a suitable source\n                    // type and then make a secondary inference from that type to T. We make a secondary inference\n                    // such that direct inferences to T get priority over inferences to Partial<T>, for example.\n                    const inference = getInferenceInfoForType((constraintType as IndexType).type);\n                    if (inference && !inference.isFixed && !isFromInferenceBlockedSource(source)) {\n                        const inferredType = inferTypeForHomomorphicMappedType(source, target, constraintType as IndexType);\n                        if (inferredType) {\n                            // We assign a lower priority to inferences made from types containing non-inferrable\n                            // types because we may only have a partial result (i.e. we may have failed to make\n                            // reverse inferences for some properties).\n                            inferWithPriority(inferredType, inference.typeParameter,\n                                getObjectFlags(source) & ObjectFlags.NonInferrableType ?\n                                    InferencePriority.PartialHomomorphicMappedType :\n                                    InferencePriority.HomomorphicMappedType);\n                        }\n                    }\n                    return true;\n                }\n                if (constraintType.flags & TypeFlags.TypeParameter) {\n                    // We're inferring from some source type S to a mapped type { [P in K]: X }, where K is a type\n                    // parameter. First infer from 'keyof S' to K.\n                    inferWithPriority(getIndexType(source), constraintType, InferencePriority.MappedTypeConstraint);\n                    // If K is constrained to a type C, also infer to C. Thus, for a mapped type { [P in K]: X },\n                    // where K extends keyof T, we make the same inferences as for a homomorphic mapped type\n                    // { [P in keyof T]: X }. This enables us to make meaningful inferences when the target is a\n                    // Pick<T, K>.\n                    const extendedConstraint = getConstraintOfType(constraintType);\n                    if (extendedConstraint && inferToMappedType(source, target, extendedConstraint)) {\n                        return true;\n                    }\n                    // If no inferences can be made to K's constraint, infer from a union of the property types\n                    // in the source to the template type X.\n                    const propTypes = map(getPropertiesOfType(source), getTypeOfSymbol);\n                    const indexTypes = map(getIndexInfosOfType(source), info => info !== enumNumberIndexInfo ? info.type : neverType);\n                    inferFromTypes(getUnionType(concatenate(propTypes, indexTypes)), getTemplateTypeFromMappedType(target));\n                    return true;\n                }\n                return false;\n            }\n\n            function inferToConditionalType(source: Type, target: ConditionalType) {\n                if (source.flags & TypeFlags.Conditional) {\n                    inferFromTypes((source as ConditionalType).checkType, target.checkType);\n                    inferFromTypes((source as ConditionalType).extendsType, target.extendsType);\n                    inferFromTypes(getTrueTypeFromConditionalType(source as ConditionalType), getTrueTypeFromConditionalType(target));\n                    inferFromTypes(getFalseTypeFromConditionalType(source as ConditionalType), getFalseTypeFromConditionalType(target));\n                }\n                else {\n                    const savePriority = priority;\n                    priority |= contravariant ? InferencePriority.ContravariantConditional : 0;\n                    const targetTypes = [getTrueTypeFromConditionalType(target), getFalseTypeFromConditionalType(target)];\n                    inferToMultipleTypes(source, targetTypes, target.flags);\n                    priority = savePriority;\n                }\n            }\n\n            function inferToTemplateLiteralType(source: Type, target: TemplateLiteralType) {\n                const matches = inferTypesFromTemplateLiteralType(source, target);\n                const types = target.types;\n                // When the target template literal contains only placeholders (meaning that inference is intended to extract\n                // single characters and remainder strings) and inference fails to produce matches, we want to infer 'never' for\n                // each placeholder such that instantiation with the inferred value(s) produces 'never', a type for which an\n                // assignment check will fail. If we make no inferences, we'll likely end up with the constraint 'string' which,\n                // upon instantiation, would collapse all the placeholders to just 'string', and an assignment check might\n                // succeed. That would be a pointless and confusing outcome.\n                if (matches || every(target.texts, s => s.length === 0)) {\n                    for (let i = 0; i < types.length; i++) {\n                        inferFromTypes(matches ? matches[i] : neverType, types[i]);\n                    }\n                }\n            }\n\n            function inferFromObjectTypes(source: Type, target: Type) {\n                if (getObjectFlags(source) & ObjectFlags.Reference && getObjectFlags(target) & ObjectFlags.Reference && (\n                    (source as TypeReference).target === (target as TypeReference).target || isArrayType(source) && isArrayType(target))) {\n                    // If source and target are references to the same generic type, infer from type arguments\n                    inferFromTypeArguments(getTypeArguments(source as TypeReference), getTypeArguments(target as TypeReference), getVariances((source as TypeReference).target));\n                    return;\n                }\n                if (isGenericMappedType(source) && isGenericMappedType(target)) {\n                    // The source and target types are generic types { [P in S]: X } and { [P in T]: Y }, so we infer\n                    // from S to T and from X to Y.\n                    inferFromTypes(getConstraintTypeFromMappedType(source), getConstraintTypeFromMappedType(target));\n                    inferFromTypes(getTemplateTypeFromMappedType(source), getTemplateTypeFromMappedType(target));\n                    const sourceNameType = getNameTypeFromMappedType(source);\n                    const targetNameType = getNameTypeFromMappedType(target);\n                    if (sourceNameType && targetNameType) inferFromTypes(sourceNameType, targetNameType);\n                }\n                if (getObjectFlags(target) & ObjectFlags.Mapped && !(target as MappedType).declaration.nameType) {\n                    const constraintType = getConstraintTypeFromMappedType(target as MappedType);\n                    if (inferToMappedType(source, target as MappedType, constraintType)) {\n                        return;\n                    }\n                }\n                // Infer from the members of source and target only if the two types are possibly related\n                if (!typesDefinitelyUnrelated(source, target)) {\n                    if (isArrayType(source) || isTupleType(source)) {\n                        if (isTupleType(target)) {\n                            const sourceArity = getTypeReferenceArity(source);\n                            const targetArity = getTypeReferenceArity(target);\n                            const elementTypes = getTypeArguments(target);\n                            const elementFlags = target.target.elementFlags;\n                            // When source and target are tuple types with the same structure (fixed, variadic, and rest are matched\n                            // to the same kind in each position), simply infer between the element types.\n                            if (isTupleType(source) && isTupleTypeStructureMatching(source, target)) {\n                                for (let i = 0; i < targetArity; i++) {\n                                    inferFromTypes(getTypeArguments(source)[i], elementTypes[i]);\n                                }\n                                return;\n                            }\n                            const startLength = isTupleType(source) ? Math.min(source.target.fixedLength, target.target.fixedLength) : 0;\n                            const endLength = Math.min(isTupleType(source) ? getEndElementCount(source.target, ElementFlags.Fixed) : 0,\n                                target.target.hasRestElement ? getEndElementCount(target.target, ElementFlags.Fixed) : 0);\n                            // Infer between starting fixed elements.\n                            for (let i = 0; i < startLength; i++) {\n                                inferFromTypes(getTypeArguments(source)[i], elementTypes[i]);\n                            }\n                            if (!isTupleType(source) || sourceArity - startLength - endLength === 1 && source.target.elementFlags[startLength] & ElementFlags.Rest) {\n                                // Single rest element remains in source, infer from that to every element in target\n                                const restType = getTypeArguments(source)[startLength];\n                                for (let i = startLength; i < targetArity - endLength; i++) {\n                                    inferFromTypes(elementFlags[i] & ElementFlags.Variadic ? createArrayType(restType) : restType, elementTypes[i]);\n                                }\n                            }\n                            else {\n                                const middleLength = targetArity - startLength - endLength;\n                                if (middleLength === 2 && elementFlags[startLength] & elementFlags[startLength + 1] & ElementFlags.Variadic && isTupleType(source)) {\n                                    // Middle of target is [...T, ...U] and source is tuple type\n                                    const targetInfo = getInferenceInfoForType(elementTypes[startLength]);\n                                    if (targetInfo && targetInfo.impliedArity !== undefined) {\n                                        // Infer slices from source based on implied arity of T.\n                                        inferFromTypes(sliceTupleType(source, startLength, endLength + sourceArity - targetInfo.impliedArity), elementTypes[startLength]);\n                                        inferFromTypes(sliceTupleType(source, startLength + targetInfo.impliedArity, endLength), elementTypes[startLength + 1]);\n                                    }\n                                }\n                                else if (middleLength === 1 && elementFlags[startLength] & ElementFlags.Variadic) {\n                                    // Middle of target is exactly one variadic element. Infer the slice between the fixed parts in the source.\n                                    // If target ends in optional element(s), make a lower priority a speculative inference.\n                                    const endsInOptional = target.target.elementFlags[targetArity - 1] & ElementFlags.Optional;\n                                    const sourceSlice = isTupleType(source) ? sliceTupleType(source, startLength, endLength) : createArrayType(getTypeArguments(source)[0]);\n                                    inferWithPriority(sourceSlice, elementTypes[startLength], endsInOptional ? InferencePriority.SpeculativeTuple : 0);\n                                }\n                                else if (middleLength === 1 && elementFlags[startLength] & ElementFlags.Rest) {\n                                    // Middle of target is exactly one rest element. If middle of source is not empty, infer union of middle element types.\n                                    const restType = isTupleType(source) ? getElementTypeOfSliceOfTupleType(source, startLength, endLength) : getTypeArguments(source)[0];\n                                    if (restType) {\n                                        inferFromTypes(restType, elementTypes[startLength]);\n                                    }\n                                }\n                            }\n                            // Infer between ending fixed elements\n                            for (let i = 0; i < endLength; i++) {\n                                inferFromTypes(getTypeArguments(source)[sourceArity - i - 1], elementTypes[targetArity - i - 1]);\n                            }\n                            return;\n                        }\n                        if (isArrayType(target)) {\n                            inferFromIndexTypes(source, target);\n                            return;\n                        }\n                    }\n                    inferFromProperties(source, target);\n                    inferFromSignatures(source, target, SignatureKind.Call);\n                    inferFromSignatures(source, target, SignatureKind.Construct);\n                    inferFromIndexTypes(source, target);\n                }\n            }\n\n            function inferFromProperties(source: Type, target: Type) {\n                const properties = getPropertiesOfObjectType(target);\n                for (const targetProp of properties) {\n                    const sourceProp = getPropertyOfType(source, targetProp.escapedName);\n                    if (sourceProp) {\n                        inferFromTypes(getTypeOfSymbol(sourceProp), getTypeOfSymbol(targetProp));\n                    }\n                }\n            }\n\n            function inferFromSignatures(source: Type, target: Type, kind: SignatureKind) {\n                const sourceSignatures = getSignaturesOfType(source, kind);\n                const targetSignatures = getSignaturesOfType(target, kind);\n                const sourceLen = sourceSignatures.length;\n                const targetLen = targetSignatures.length;\n                const len = sourceLen < targetLen ? sourceLen : targetLen;\n                const skipParameters = !!(getObjectFlags(source) & ObjectFlags.NonInferrableType);\n                for (let i = 0; i < len; i++) {\n                    inferFromSignature(getBaseSignature(sourceSignatures[sourceLen - len + i]), getErasedSignature(targetSignatures[targetLen - len + i]), skipParameters);\n                }\n            }\n\n            function inferFromSignature(source: Signature, target: Signature, skipParameters: boolean) {\n                if (!skipParameters) {\n                    const saveBivariant = bivariant;\n                    const kind = target.declaration ? target.declaration.kind : SyntaxKind.Unknown;\n                    // Once we descend into a bivariant signature we remain bivariant for all nested inferences\n                    bivariant = bivariant || kind === SyntaxKind.MethodDeclaration || kind === SyntaxKind.MethodSignature || kind === SyntaxKind.Constructor;\n                    applyToParameterTypes(source, target, inferFromContravariantTypes);\n                    bivariant = saveBivariant;\n                }\n                applyToReturnTypes(source, target, inferFromTypes);\n            }\n\n            function inferFromIndexTypes(source: Type, target: Type) {\n                // Inferences across mapped type index signatures are pretty much the same a inferences to homomorphic variables\n                const priority = (getObjectFlags(source) & getObjectFlags(target) & ObjectFlags.Mapped) ? InferencePriority.HomomorphicMappedType : 0;\n                const indexInfos = getIndexInfosOfType(target);\n                if (isObjectTypeWithInferableIndex(source)) {\n                    for (const targetInfo of indexInfos) {\n                        const propTypes: Type[] = [];\n                        for (const prop of getPropertiesOfType(source)) {\n                            if (isApplicableIndexType(getLiteralTypeFromProperty(prop, TypeFlags.StringOrNumberLiteralOrUnique), targetInfo.keyType)) {\n                                const propType = getTypeOfSymbol(prop);\n                                propTypes.push(prop.flags & SymbolFlags.Optional ? removeMissingOrUndefinedType(propType) : propType);\n                            }\n                        }\n                        for (const info of getIndexInfosOfType(source)) {\n                            if (isApplicableIndexType(info.keyType, targetInfo.keyType)) {\n                                propTypes.push(info.type);\n                            }\n                        }\n                        if (propTypes.length) {\n                            inferWithPriority(getUnionType(propTypes), targetInfo.type, priority);\n                        }\n                    }\n                }\n                for (const targetInfo of indexInfos) {\n                    const sourceInfo = getApplicableIndexInfo(source, targetInfo.keyType);\n                    if (sourceInfo) {\n                        inferWithPriority(sourceInfo.type, targetInfo.type, priority);\n                    }\n                }\n            }\n        }\n\n        function isTypeOrBaseIdenticalTo(s: Type, t: Type) {\n            return exactOptionalPropertyTypes && t === missingType ? s === t :\n                (isTypeIdenticalTo(s, t) || !!(t.flags & TypeFlags.String && s.flags & TypeFlags.StringLiteral || t.flags & TypeFlags.Number && s.flags & TypeFlags.NumberLiteral));\n        }\n\n        function isTypeCloselyMatchedBy(s: Type, t: Type) {\n            return !!(s.flags & TypeFlags.Object && t.flags & TypeFlags.Object && s.symbol && s.symbol === t.symbol ||\n                s.aliasSymbol && s.aliasTypeArguments && s.aliasSymbol === t.aliasSymbol);\n        }\n\n        function hasPrimitiveConstraint(type: TypeParameter): boolean {\n            const constraint = getConstraintOfTypeParameter(type);\n            return !!constraint && maybeTypeOfKind(constraint.flags & TypeFlags.Conditional ? getDefaultConstraintOfConditionalType(constraint as ConditionalType) : constraint, TypeFlags.Primitive | TypeFlags.Index | TypeFlags.TemplateLiteral | TypeFlags.StringMapping);\n        }\n\n        function isObjectLiteralType(type: Type) {\n            return !!(getObjectFlags(type) & ObjectFlags.ObjectLiteral);\n        }\n\n        function isObjectOrArrayLiteralType(type: Type) {\n            return !!(getObjectFlags(type) & (ObjectFlags.ObjectLiteral | ObjectFlags.ArrayLiteral));\n        }\n\n        function unionObjectAndArrayLiteralCandidates(candidates: Type[]): Type[] {\n            if (candidates.length > 1) {\n                const objectLiterals = filter(candidates, isObjectOrArrayLiteralType);\n                if (objectLiterals.length) {\n                    const literalsType = getUnionType(objectLiterals, UnionReduction.Subtype);\n                    return concatenate(filter(candidates, t => !isObjectOrArrayLiteralType(t)), [literalsType]);\n                }\n            }\n            return candidates;\n        }\n\n        function getContravariantInference(inference: InferenceInfo) {\n            return inference.priority! & InferencePriority.PriorityImpliesCombination ? getIntersectionType(inference.contraCandidates!) : getCommonSubtype(inference.contraCandidates!);\n        }\n\n        function getCovariantInference(inference: InferenceInfo, signature: Signature) {\n            // Extract all object and array literal types and replace them with a single widened and normalized type.\n            const candidates = unionObjectAndArrayLiteralCandidates(inference.candidates!);\n            // We widen inferred literal types if\n            // all inferences were made to top-level occurrences of the type parameter, and\n            // the type parameter has no constraint or its constraint includes no primitive or literal types, and\n            // the type parameter was fixed during inference or does not occur at top-level in the return type.\n            const primitiveConstraint = hasPrimitiveConstraint(inference.typeParameter);\n            const widenLiteralTypes = !primitiveConstraint && inference.topLevel &&\n                (inference.isFixed || !isTypeParameterAtTopLevel(getReturnTypeOfSignature(signature), inference.typeParameter));\n            const baseCandidates = primitiveConstraint ? sameMap(candidates, getRegularTypeOfLiteralType) :\n                widenLiteralTypes ? sameMap(candidates, getWidenedLiteralType) :\n                candidates;\n            // If all inferences were made from a position that implies a combined result, infer a union type.\n            // Otherwise, infer a common supertype.\n            const unwidenedType = inference.priority! & InferencePriority.PriorityImpliesCombination ?\n                getUnionType(baseCandidates, UnionReduction.Subtype) :\n                getCommonSupertype(baseCandidates);\n            return getWidenedType(unwidenedType);\n        }\n\n        function getInferredType(context: InferenceContext, index: number): Type {\n            const inference = context.inferences[index];\n            if (!inference.inferredType) {\n                let inferredType: Type | undefined;\n                const signature = context.signature;\n                if (signature) {\n                    const inferredCovariantType = inference.candidates ? getCovariantInference(inference, signature) : undefined;\n                    if (inference.contraCandidates) {\n                        // If we have both co- and contra-variant inferences, we prefer the contra-variant inference\n                        // unless the co-variant inference is a subtype of some contra-variant inference and not 'never'.\n                        inferredType = inferredCovariantType && !(inferredCovariantType.flags & TypeFlags.Never) &&\n                            some(inference.contraCandidates, t => isTypeSubtypeOf(inferredCovariantType, t)) ?\n                            inferredCovariantType : getContravariantInference(inference);\n                    }\n                    else if (inferredCovariantType) {\n                        inferredType = inferredCovariantType;\n                    }\n                    else if (context.flags & InferenceFlags.NoDefault) {\n                        // We use silentNeverType as the wildcard that signals no inferences.\n                        inferredType = silentNeverType;\n                    }\n                    else {\n                        // Infer either the default or the empty object type when no inferences were\n                        // made. It is important to remember that in this case, inference still\n                        // succeeds, meaning there is no error for not having inference candidates. An\n                        // inference error only occurs when there are *conflicting* candidates, i.e.\n                        // candidates with no common supertype.\n                        const defaultType = getDefaultFromTypeParameter(inference.typeParameter);\n                        if (defaultType) {\n                            // Instantiate the default type. Any forward reference to a type\n                            // parameter should be instantiated to the empty object type.\n                            inferredType = instantiateType(defaultType, mergeTypeMappers(createBackreferenceMapper(context, index), context.nonFixingMapper));\n                        }\n                    }\n                }\n                else {\n                    inferredType = getTypeFromInference(inference);\n                }\n\n                inference.inferredType = inferredType || getDefaultTypeArgumentType(!!(context.flags & InferenceFlags.AnyDefault));\n\n                const constraint = getConstraintOfTypeParameter(inference.typeParameter);\n                if (constraint) {\n                    const instantiatedConstraint = instantiateType(constraint, context.nonFixingMapper);\n                    if (!inferredType || !context.compareTypes(inferredType, getTypeWithThisArgument(instantiatedConstraint, inferredType))) {\n                        inference.inferredType = inferredType = instantiatedConstraint;\n                    }\n                }\n            }\n\n            return inference.inferredType;\n        }\n\n        function getDefaultTypeArgumentType(isInJavaScriptFile: boolean): Type {\n            return isInJavaScriptFile ? anyType : unknownType;\n        }\n\n        function getInferredTypes(context: InferenceContext): Type[] {\n            const result: Type[] = [];\n            for (let i = 0; i < context.inferences.length; i++) {\n                result.push(getInferredType(context, i));\n            }\n            return result;\n        }\n\n        // EXPRESSION TYPE CHECKING\n\n        function getCannotFindNameDiagnosticForName(node: Identifier): DiagnosticMessage {\n            switch (node.escapedText) {\n                case \"document\":\n                case \"console\":\n                    return Diagnostics.Cannot_find_name_0_Do_you_need_to_change_your_target_library_Try_changing_the_lib_compiler_option_to_include_dom;\n                case \"$\":\n                    return compilerOptions.types\n                        ? Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_jQuery_Try_npm_i_save_dev_types_Slashjquery_and_then_add_jquery_to_the_types_field_in_your_tsconfig\n                        : Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_jQuery_Try_npm_i_save_dev_types_Slashjquery;\n                case \"describe\":\n                case \"suite\":\n                case \"it\":\n                case \"test\":\n                    return compilerOptions.types\n                        ? Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_a_test_runner_Try_npm_i_save_dev_types_Slashjest_or_npm_i_save_dev_types_Slashmocha_and_then_add_jest_or_mocha_to_the_types_field_in_your_tsconfig\n                        : Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_a_test_runner_Try_npm_i_save_dev_types_Slashjest_or_npm_i_save_dev_types_Slashmocha;\n                case \"process\":\n                case \"require\":\n                case \"Buffer\":\n                case \"module\":\n                    return compilerOptions.types\n                        ? Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_node_Try_npm_i_save_dev_types_Slashnode_and_then_add_node_to_the_types_field_in_your_tsconfig\n                        : Diagnostics.Cannot_find_name_0_Do_you_need_to_install_type_definitions_for_node_Try_npm_i_save_dev_types_Slashnode;\n                case \"Map\":\n                case \"Set\":\n                case \"Promise\":\n                case \"Symbol\":\n                case \"WeakMap\":\n                case \"WeakSet\":\n                case \"Iterator\":\n                case \"AsyncIterator\":\n                case \"SharedArrayBuffer\":\n                case \"Atomics\":\n                case \"AsyncIterable\":\n                case \"AsyncIterableIterator\":\n                case \"AsyncGenerator\":\n                case \"AsyncGeneratorFunction\":\n                case \"BigInt\":\n                case \"Reflect\":\n                case \"BigInt64Array\":\n                case \"BigUint64Array\":\n                    return Diagnostics.Cannot_find_name_0_Do_you_need_to_change_your_target_library_Try_changing_the_lib_compiler_option_to_1_or_later;\n                case \"await\":\n                    if (isCallExpression(node.parent)) {\n                        return Diagnostics.Cannot_find_name_0_Did_you_mean_to_write_this_in_an_async_function;\n                    }\n                    // falls through\n                default:\n                    if (node.parent.kind === SyntaxKind.ShorthandPropertyAssignment) {\n                        return Diagnostics.No_value_exists_in_scope_for_the_shorthand_property_0_Either_declare_one_or_provide_an_initializer;\n                    }\n                    else {\n                        return Diagnostics.Cannot_find_name_0;\n                    }\n            }\n        }\n\n        function getResolvedSymbol(node: Identifier): Symbol {\n            const links = getNodeLinks(node);\n            if (!links.resolvedSymbol) {\n                links.resolvedSymbol = !nodeIsMissing(node) &&\n                    resolveName(\n                        node,\n                        node.escapedText,\n                        SymbolFlags.Value | SymbolFlags.ExportValue,\n                        getCannotFindNameDiagnosticForName(node),\n                        node,\n                        !isWriteOnlyAccess(node),\n                        /*excludeGlobals*/ false) || unknownSymbol;\n            }\n            return links.resolvedSymbol;\n        }\n\n        function isInTypeQuery(node: Node): boolean {\n            // TypeScript 1.0 spec (April 2014): 3.6.3\n            // A type query consists of the keyword typeof followed by an expression.\n            // The expression is restricted to a single identifier or a sequence of identifiers separated by periods\n            return !!findAncestor(\n                node,\n                n => n.kind === SyntaxKind.TypeQuery ? true : n.kind === SyntaxKind.Identifier || n.kind === SyntaxKind.QualifiedName ? false : \"quit\");\n        }\n\n        // Return the flow cache key for a \"dotted name\" (i.e. a sequence of identifiers\n        // separated by dots). The key consists of the id of the symbol referenced by the\n        // leftmost identifier followed by zero or more property names separated by dots.\n        // The result is undefined if the reference isn't a dotted name.\n        function getFlowCacheKey(node: Node, declaredType: Type, initialType: Type, flowContainer: Node | undefined): string | undefined {\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                    if (!isThisInTypeQuery(node)) {\n                        const symbol = getResolvedSymbol(node as Identifier);\n                        return symbol !== unknownSymbol ? `${flowContainer ? getNodeId(flowContainer) : \"-1\"}|${getTypeId(declaredType)}|${getTypeId(initialType)}|${getSymbolId(symbol)}` : undefined;\n                    }\n                    // falls through\n                case SyntaxKind.ThisKeyword:\n                    return `0|${flowContainer ? getNodeId(flowContainer) : \"-1\"}|${getTypeId(declaredType)}|${getTypeId(initialType)}`;\n                case SyntaxKind.NonNullExpression:\n                case SyntaxKind.ParenthesizedExpression:\n                    return getFlowCacheKey((node as NonNullExpression | ParenthesizedExpression).expression, declaredType, initialType, flowContainer);\n                case SyntaxKind.QualifiedName:\n                    const left = getFlowCacheKey((node as QualifiedName).left, declaredType, initialType, flowContainer);\n                    return left && left + \".\" + (node as QualifiedName).right.escapedText;\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ElementAccessExpression:\n                    const propName = getAccessedPropertyName(node as AccessExpression);\n                    if (propName !== undefined) {\n                        const key = getFlowCacheKey((node as AccessExpression).expression, declaredType, initialType, flowContainer);\n                        return key && key + \".\" + propName;\n                    }\n            }\n            return undefined;\n        }\n\n        function isMatchingReference(source: Node, target: Node): boolean {\n            switch (target.kind) {\n                case SyntaxKind.ParenthesizedExpression:\n                case SyntaxKind.NonNullExpression:\n                    return isMatchingReference(source, (target as NonNullExpression | ParenthesizedExpression).expression);\n                case SyntaxKind.BinaryExpression:\n                    return (isAssignmentExpression(target) && isMatchingReference(source, target.left)) ||\n                        (isBinaryExpression(target) && target.operatorToken.kind === SyntaxKind.CommaToken && isMatchingReference(source, target.right));\n            }\n            switch (source.kind) {\n                case SyntaxKind.MetaProperty:\n                    return target.kind === SyntaxKind.MetaProperty\n                        && (source as MetaProperty).keywordToken === (target as MetaProperty).keywordToken\n                        && (source as MetaProperty).name.escapedText === (target as MetaProperty).name.escapedText;\n                case SyntaxKind.Identifier:\n                case SyntaxKind.PrivateIdentifier:\n                    return isThisInTypeQuery(source) ?\n                        target.kind === SyntaxKind.ThisKeyword :\n                        target.kind === SyntaxKind.Identifier && getResolvedSymbol(source as Identifier) === getResolvedSymbol(target as Identifier) ||\n                            (target.kind === SyntaxKind.VariableDeclaration || target.kind === SyntaxKind.BindingElement) &&\n                            getExportSymbolOfValueSymbolIfExported(getResolvedSymbol(source as Identifier)) === getSymbolOfNode(target);\n                case SyntaxKind.ThisKeyword:\n                    return target.kind === SyntaxKind.ThisKeyword;\n                case SyntaxKind.SuperKeyword:\n                    return target.kind === SyntaxKind.SuperKeyword;\n                case SyntaxKind.NonNullExpression:\n                case SyntaxKind.ParenthesizedExpression:\n                    return isMatchingReference((source as NonNullExpression | ParenthesizedExpression).expression, target);\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ElementAccessExpression:\n                    const sourcePropertyName = getAccessedPropertyName(source as AccessExpression);\n                    const targetPropertyName = isAccessExpression(target) ? getAccessedPropertyName(target) : undefined;\n                    return sourcePropertyName !== undefined && targetPropertyName !== undefined && targetPropertyName === sourcePropertyName &&\n                        isMatchingReference((source as AccessExpression).expression, (target as AccessExpression).expression);\n                case SyntaxKind.QualifiedName:\n                    return isAccessExpression(target) &&\n                        (source as QualifiedName).right.escapedText === getAccessedPropertyName(target) &&\n                        isMatchingReference((source as QualifiedName).left, target.expression);\n                case SyntaxKind.BinaryExpression:\n                    return (isBinaryExpression(source) && source.operatorToken.kind === SyntaxKind.CommaToken && isMatchingReference(source.right, target));\n            }\n            return false;\n        }\n\n        function getAccessedPropertyName(access: AccessExpression | BindingElement | ParameterDeclaration): __String | undefined {\n            if (isPropertyAccessExpression(access)) {\n                return access.name.escapedText;\n            }\n            if (isElementAccessExpression(access)) {\n                return tryGetElementAccessExpressionName(access);\n            }\n            if (isBindingElement(access)) {\n                const name = getDestructuringPropertyName(access);\n                return name ? escapeLeadingUnderscores(name) : undefined;\n            }\n            if (isParameter(access)) {\n                return (\"\" + access.parent.parameters.indexOf(access)) as __String;\n            }\n            return undefined;\n        }\n\n        function tryGetNameFromType(type: Type) {\n            return type.flags & TypeFlags.UniqueESSymbol ? (type as UniqueESSymbolType).escapedName :\n                type.flags & TypeFlags.StringOrNumberLiteral ? escapeLeadingUnderscores(\"\" + (type as StringLiteralType | NumberLiteralType).value) : undefined;\n        }\n\n        function tryGetElementAccessExpressionName(node: ElementAccessExpression) {\n            if (isStringOrNumericLiteralLike(node.argumentExpression)) {\n                return escapeLeadingUnderscores(node.argumentExpression.text);\n            }\n            if (isEntityNameExpression(node.argumentExpression)) {\n                const symbol = resolveEntityName(node.argumentExpression, SymbolFlags.Value, /*ignoreErrors*/ true);\n                if (!symbol || !isConstVariable(symbol)) return undefined;\n\n                const declaration = symbol.valueDeclaration;\n                if (declaration === undefined) return undefined;\n\n                const type = tryGetTypeFromEffectiveTypeNode(declaration);\n                if (type) {\n                    const name = tryGetNameFromType(type);\n                    if (name !== undefined) {\n                        return name;\n                    }\n                }\n\n                if (hasOnlyExpressionInitializer(declaration)) {\n                    const initializer = getEffectiveInitializer(declaration);\n                    return initializer && tryGetNameFromType(getTypeOfExpression(initializer));\n                }\n            }\n            return undefined;\n        }\n\n        function containsMatchingReference(source: Node, target: Node) {\n            while (isAccessExpression(source)) {\n                source = source.expression;\n                if (isMatchingReference(source, target)) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function optionalChainContainsReference(source: Node, target: Node) {\n            while (isOptionalChain(source)) {\n                source = source.expression;\n                if (isMatchingReference(source, target)) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function isDiscriminantProperty(type: Type | undefined, name: __String) {\n            if (type && type.flags & TypeFlags.Union) {\n                const prop = getUnionOrIntersectionProperty(type as UnionType, name);\n                if (prop && getCheckFlags(prop) & CheckFlags.SyntheticProperty) {\n                    if ((prop as TransientSymbol).isDiscriminantProperty === undefined) {\n                        (prop as TransientSymbol).isDiscriminantProperty =\n                            ((prop as TransientSymbol).checkFlags & CheckFlags.Discriminant) === CheckFlags.Discriminant &&\n                            !isGenericType(getTypeOfSymbol(prop));\n                    }\n                    return !!(prop as TransientSymbol).isDiscriminantProperty;\n                }\n            }\n            return false;\n        }\n\n        function findDiscriminantProperties(sourceProperties: Symbol[], target: Type): Symbol[] | undefined {\n            let result: Symbol[] | undefined;\n            for (const sourceProperty of sourceProperties) {\n                if (isDiscriminantProperty(target, sourceProperty.escapedName)) {\n                    if (result) {\n                        result.push(sourceProperty);\n                        continue;\n                    }\n                    result = [sourceProperty];\n                }\n            }\n            return result;\n        }\n\n        // Given a set of constituent types and a property name, create and return a map keyed by the literal\n        // types of the property by that name in each constituent type. No map is returned if some key property\n        // has a non-literal type or if less than 10 or less than 50% of the constituents have a unique key.\n        // Entries with duplicate keys have unknownType as the value.\n        function mapTypesByKeyProperty(types: Type[], name: __String) {\n            const map = new Map<TypeId, Type>();\n            let count = 0;\n            for (const type of types) {\n                if (type.flags & (TypeFlags.Object | TypeFlags.Intersection | TypeFlags.InstantiableNonPrimitive)) {\n                    const discriminant = getTypeOfPropertyOfType(type, name);\n                    if (discriminant) {\n                        if (!isLiteralType(discriminant)) {\n                            return undefined;\n                        }\n                        let duplicate = false;\n                        forEachType(discriminant, t => {\n                            const id = getTypeId(getRegularTypeOfLiteralType(t));\n                            const existing = map.get(id);\n                            if (!existing) {\n                                map.set(id, type);\n                            }\n                            else if (existing !== unknownType) {\n                                map.set(id, unknownType);\n                                duplicate = true;\n                            }\n                        });\n                        if (!duplicate) count++;\n                    }\n                }\n            }\n            return count >= 10 && count * 2 >= types.length ? map : undefined;\n        }\n\n        // Return the name of a discriminant property for which it was possible and feasible to construct a map of\n        // constituent types keyed by the literal types of the property by that name in each constituent type.\n        function getKeyPropertyName(unionType: UnionType): __String | undefined {\n            const types = unionType.types;\n            // We only construct maps for unions with many non-primitive constituents.\n            if (types.length < 10 || getObjectFlags(unionType) & ObjectFlags.PrimitiveUnion ||\n                countWhere(types, t => !!(t.flags & (TypeFlags.Object | TypeFlags.InstantiableNonPrimitive))) < 10) {\n                return undefined;\n            }\n            if (unionType.keyPropertyName === undefined) {\n                // The candidate key property name is the name of the first property with a unit type in one of the\n                // constituent types.\n                const keyPropertyName = forEach(types, t =>\n                    t.flags & (TypeFlags.Object | TypeFlags.InstantiableNonPrimitive) ?\n                        forEach(getPropertiesOfType(t), p => isUnitType(getTypeOfSymbol(p)) ? p.escapedName : undefined) :\n                        undefined);\n                const mapByKeyProperty = keyPropertyName && mapTypesByKeyProperty(types, keyPropertyName);\n                unionType.keyPropertyName = mapByKeyProperty ? keyPropertyName : \"\" as __String;\n                unionType.constituentMap = mapByKeyProperty;\n            }\n            return (unionType.keyPropertyName as string).length ? unionType.keyPropertyName : undefined;\n        }\n\n        // Given a union type for which getKeyPropertyName returned a non-undefined result, return the constituent\n        // that corresponds to the given key type for that property name.\n        function getConstituentTypeForKeyType(unionType: UnionType, keyType: Type) {\n            const result = unionType.constituentMap?.get(getTypeId(getRegularTypeOfLiteralType(keyType)));\n            return result !== unknownType ? result : undefined;\n        }\n\n        function getMatchingUnionConstituentForType(unionType: UnionType, type: Type) {\n            const keyPropertyName = getKeyPropertyName(unionType);\n            const propType = keyPropertyName && getTypeOfPropertyOfType(type, keyPropertyName);\n            return propType && getConstituentTypeForKeyType(unionType, propType);\n        }\n\n        function getMatchingUnionConstituentForObjectLiteral(unionType: UnionType, node: ObjectLiteralExpression) {\n            const keyPropertyName = getKeyPropertyName(unionType);\n            const propNode = keyPropertyName && find(node.properties, p => p.symbol && p.kind === SyntaxKind.PropertyAssignment &&\n                p.symbol.escapedName === keyPropertyName && isPossiblyDiscriminantValue(p.initializer));\n            const propType = propNode && getContextFreeTypeOfExpression((propNode as PropertyAssignment).initializer);\n            return propType && getConstituentTypeForKeyType(unionType, propType);\n        }\n\n        function isOrContainsMatchingReference(source: Node, target: Node) {\n            return isMatchingReference(source, target) || containsMatchingReference(source, target);\n        }\n\n        function hasMatchingArgument(expression: CallExpression | NewExpression, reference: Node) {\n            if (expression.arguments) {\n                for (const argument of expression.arguments) {\n                    if (isOrContainsMatchingReference(reference, argument)) {\n                        return true;\n                    }\n                }\n            }\n            if (expression.expression.kind === SyntaxKind.PropertyAccessExpression &&\n                isOrContainsMatchingReference(reference, (expression.expression as PropertyAccessExpression).expression)) {\n                return true;\n            }\n            return false;\n        }\n\n        function getFlowNodeId(flow: FlowNode): number {\n            if (!flow.id || flow.id < 0) {\n                flow.id = nextFlowId;\n                nextFlowId++;\n            }\n            return flow.id;\n        }\n\n        function typeMaybeAssignableTo(source: Type, target: Type) {\n            if (!(source.flags & TypeFlags.Union)) {\n                return isTypeAssignableTo(source, target);\n            }\n            for (const t of (source as UnionType).types) {\n                if (isTypeAssignableTo(t, target)) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        // Remove those constituent types of declaredType to which no constituent type of assignedType is assignable.\n        // For example, when a variable of type number | string | boolean is assigned a value of type number | boolean,\n        // we remove type string.\n        function getAssignmentReducedType(declaredType: UnionType, assignedType: Type) {\n            if (declaredType !== assignedType) {\n                if (assignedType.flags & TypeFlags.Never) {\n                    return assignedType;\n                }\n                let reducedType = filterType(declaredType, t => typeMaybeAssignableTo(assignedType, t));\n                if (assignedType.flags & TypeFlags.BooleanLiteral && isFreshLiteralType(assignedType)) {\n                    reducedType = mapType(reducedType, getFreshTypeOfLiteralType); // Ensure that if the assignment is a fresh type, that we narrow to fresh types\n                }\n                // Our crude heuristic produces an invalid result in some cases: see GH#26130.\n                // For now, when that happens, we give up and don't narrow at all.  (This also\n                // means we'll never narrow for erroneous assignments where the assigned type\n                // is not assignable to the declared type.)\n                if (isTypeAssignableTo(assignedType, reducedType)) {\n                    return reducedType;\n                }\n            }\n            return declaredType;\n        }\n\n        function isFunctionObjectType(type: ObjectType): boolean {\n            // We do a quick check for a \"bind\" property before performing the more expensive subtype\n            // check. This gives us a quicker out in the common case where an object type is not a function.\n            const resolved = resolveStructuredTypeMembers(type);\n            return !!(resolved.callSignatures.length || resolved.constructSignatures.length ||\n                resolved.members.get(\"bind\" as __String) && isTypeSubtypeOf(type, globalFunctionType));\n        }\n\n        function getTypeFacts(type: Type, ignoreObjects = false): TypeFacts {\n            const flags = type.flags;\n            if (flags & TypeFlags.String) {\n                return strictNullChecks ? TypeFacts.StringStrictFacts : TypeFacts.StringFacts;\n            }\n            if (flags & TypeFlags.StringLiteral) {\n                const isEmpty = (type as StringLiteralType).value === \"\";\n                return strictNullChecks ?\n                    isEmpty ? TypeFacts.EmptyStringStrictFacts : TypeFacts.NonEmptyStringStrictFacts :\n                    isEmpty ? TypeFacts.EmptyStringFacts : TypeFacts.NonEmptyStringFacts;\n            }\n            if (flags & (TypeFlags.Number | TypeFlags.Enum)) {\n                return strictNullChecks ? TypeFacts.NumberStrictFacts : TypeFacts.NumberFacts;\n            }\n            if (flags & TypeFlags.NumberLiteral) {\n                const isZero = (type as NumberLiteralType).value === 0;\n                return strictNullChecks ?\n                    isZero ? TypeFacts.ZeroNumberStrictFacts : TypeFacts.NonZeroNumberStrictFacts :\n                    isZero ? TypeFacts.ZeroNumberFacts : TypeFacts.NonZeroNumberFacts;\n            }\n            if (flags & TypeFlags.BigInt) {\n                return strictNullChecks ? TypeFacts.BigIntStrictFacts : TypeFacts.BigIntFacts;\n            }\n            if (flags & TypeFlags.BigIntLiteral) {\n                const isZero = isZeroBigInt(type as BigIntLiteralType);\n                return strictNullChecks ?\n                    isZero ? TypeFacts.ZeroBigIntStrictFacts : TypeFacts.NonZeroBigIntStrictFacts :\n                    isZero ? TypeFacts.ZeroBigIntFacts : TypeFacts.NonZeroBigIntFacts;\n            }\n            if (flags & TypeFlags.Boolean) {\n                return strictNullChecks ? TypeFacts.BooleanStrictFacts : TypeFacts.BooleanFacts;\n            }\n            if (flags & TypeFlags.BooleanLike) {\n                return strictNullChecks ?\n                    (type === falseType || type === regularFalseType) ? TypeFacts.FalseStrictFacts : TypeFacts.TrueStrictFacts :\n                    (type === falseType || type === regularFalseType) ? TypeFacts.FalseFacts : TypeFacts.TrueFacts;\n            }\n            if (flags & TypeFlags.Object) {\n                if (ignoreObjects) {\n                    return TypeFacts.AndFactsMask; // This is the identity element for computing type facts of intersection.\n                }\n                return getObjectFlags(type) & ObjectFlags.Anonymous && isEmptyObjectType(type as ObjectType) ?\n                    strictNullChecks ? TypeFacts.EmptyObjectStrictFacts : TypeFacts.EmptyObjectFacts :\n                    isFunctionObjectType(type as ObjectType) ?\n                        strictNullChecks ? TypeFacts.FunctionStrictFacts : TypeFacts.FunctionFacts :\n                        strictNullChecks ? TypeFacts.ObjectStrictFacts : TypeFacts.ObjectFacts;\n            }\n            if (flags & (TypeFlags.Void | TypeFlags.Undefined)) {\n                return TypeFacts.UndefinedFacts;\n            }\n            if (flags & TypeFlags.Null) {\n                return TypeFacts.NullFacts;\n            }\n            if (flags & TypeFlags.ESSymbolLike) {\n                return strictNullChecks ? TypeFacts.SymbolStrictFacts : TypeFacts.SymbolFacts;\n            }\n            if (flags & TypeFlags.NonPrimitive) {\n                return strictNullChecks ? TypeFacts.ObjectStrictFacts : TypeFacts.ObjectFacts;\n            }\n            if (flags & TypeFlags.Never) {\n                return TypeFacts.None;\n            }\n            if (flags & TypeFlags.Instantiable) {\n                return !isPatternLiteralType(type) ? getTypeFacts(getBaseConstraintOfType(type) || unknownType, ignoreObjects) :\n                    strictNullChecks ? TypeFacts.NonEmptyStringStrictFacts : TypeFacts.NonEmptyStringFacts;\n            }\n            if (flags & TypeFlags.Union) {\n                return reduceLeft((type as UnionType).types, (facts, t) => facts | getTypeFacts(t, ignoreObjects), TypeFacts.None);\n            }\n            if (flags & TypeFlags.Intersection) {\n                // When an intersection contains a primitive type we ignore object type constituents as they are\n                // presumably type tags. For example, in string & { __kind__: \"name\" } we ignore the object type.\n                ignoreObjects ||= maybeTypeOfKind(type, TypeFlags.Primitive);\n                return getIntersectionTypeFacts(type as IntersectionType, ignoreObjects);\n            }\n            return TypeFacts.All;\n        }\n\n        function getIntersectionTypeFacts(type: IntersectionType, ignoreObjects: boolean): TypeFacts {\n            // When computing the type facts of an intersection type, certain type facts are computed as `and`\n            // and others are computed as `or`.\n            let oredFacts = TypeFacts.None;\n            let andedFacts = TypeFacts.All;\n            for (const t of type.types) {\n                const f = getTypeFacts(t, ignoreObjects);\n                oredFacts |= f;\n                andedFacts &= f;\n            }\n            return oredFacts & TypeFacts.OrFactsMask | andedFacts & TypeFacts.AndFactsMask;\n        }\n\n        function getTypeWithFacts(type: Type, include: TypeFacts) {\n            return filterType(type, t => (getTypeFacts(t) & include) !== 0);\n        }\n\n        function getTypeWithDefault(type: Type, defaultExpression: Expression) {\n            return defaultExpression ?\n                getUnionType([getNonUndefinedType(type), getTypeOfExpression(defaultExpression)]) :\n                type;\n        }\n\n        function getTypeOfDestructuredProperty(type: Type, name: PropertyName) {\n            const nameType = getLiteralTypeFromPropertyName(name);\n            if (!isTypeUsableAsPropertyName(nameType)) return errorType;\n            const text = getPropertyNameFromType(nameType);\n            return getTypeOfPropertyOfType(type, text) || includeUndefinedInIndexSignature(getApplicableIndexInfoForName(type, text)?.type) || errorType;\n        }\n\n        function getTypeOfDestructuredArrayElement(type: Type, index: number) {\n            return everyType(type, isTupleLikeType) && getTupleElementType(type, index) ||\n                includeUndefinedInIndexSignature(checkIteratedTypeOrElementType(IterationUse.Destructuring, type, undefinedType, /*errorNode*/ undefined)) ||\n                errorType;\n        }\n\n        function includeUndefinedInIndexSignature(type: Type | undefined): Type | undefined {\n            if (!type) return type;\n            return compilerOptions.noUncheckedIndexedAccess ?\n                getUnionType([type, undefinedType]) :\n                type;\n        }\n\n        function getTypeOfDestructuredSpreadExpression(type: Type) {\n            return createArrayType(checkIteratedTypeOrElementType(IterationUse.Destructuring, type, undefinedType, /*errorNode*/ undefined) || errorType);\n        }\n\n        function getAssignedTypeOfBinaryExpression(node: BinaryExpression): Type {\n            const isDestructuringDefaultAssignment =\n                node.parent.kind === SyntaxKind.ArrayLiteralExpression && isDestructuringAssignmentTarget(node.parent) ||\n                node.parent.kind === SyntaxKind.PropertyAssignment && isDestructuringAssignmentTarget(node.parent.parent);\n            return isDestructuringDefaultAssignment ?\n                getTypeWithDefault(getAssignedType(node), node.right) :\n                getTypeOfExpression(node.right);\n        }\n\n        function isDestructuringAssignmentTarget(parent: Node) {\n            return parent.parent.kind === SyntaxKind.BinaryExpression && (parent.parent as BinaryExpression).left === parent ||\n                parent.parent.kind === SyntaxKind.ForOfStatement && (parent.parent as ForOfStatement).initializer === parent;\n        }\n\n        function getAssignedTypeOfArrayLiteralElement(node: ArrayLiteralExpression, element: Expression): Type {\n            return getTypeOfDestructuredArrayElement(getAssignedType(node), node.elements.indexOf(element));\n        }\n\n        function getAssignedTypeOfSpreadExpression(node: SpreadElement): Type {\n            return getTypeOfDestructuredSpreadExpression(getAssignedType(node.parent as ArrayLiteralExpression));\n        }\n\n        function getAssignedTypeOfPropertyAssignment(node: PropertyAssignment | ShorthandPropertyAssignment): Type {\n            return getTypeOfDestructuredProperty(getAssignedType(node.parent), node.name);\n        }\n\n        function getAssignedTypeOfShorthandPropertyAssignment(node: ShorthandPropertyAssignment): Type {\n            return getTypeWithDefault(getAssignedTypeOfPropertyAssignment(node), node.objectAssignmentInitializer!);\n        }\n\n        function getAssignedType(node: Expression): Type {\n            const { parent } = node;\n            switch (parent.kind) {\n                case SyntaxKind.ForInStatement:\n                    return stringType;\n                case SyntaxKind.ForOfStatement:\n                    return checkRightHandSideOfForOf(parent as ForOfStatement) || errorType;\n                case SyntaxKind.BinaryExpression:\n                    return getAssignedTypeOfBinaryExpression(parent as BinaryExpression);\n                case SyntaxKind.DeleteExpression:\n                    return undefinedType;\n                case SyntaxKind.ArrayLiteralExpression:\n                    return getAssignedTypeOfArrayLiteralElement(parent as ArrayLiteralExpression, node);\n                case SyntaxKind.SpreadElement:\n                    return getAssignedTypeOfSpreadExpression(parent as SpreadElement);\n                case SyntaxKind.PropertyAssignment:\n                    return getAssignedTypeOfPropertyAssignment(parent as PropertyAssignment);\n                case SyntaxKind.ShorthandPropertyAssignment:\n                    return getAssignedTypeOfShorthandPropertyAssignment(parent as ShorthandPropertyAssignment);\n            }\n            return errorType;\n        }\n\n        function getInitialTypeOfBindingElement(node: BindingElement): Type {\n            const pattern = node.parent;\n            const parentType = getInitialType(pattern.parent as VariableDeclaration | BindingElement);\n            const type = pattern.kind === SyntaxKind.ObjectBindingPattern ?\n                getTypeOfDestructuredProperty(parentType, node.propertyName || node.name as Identifier) :\n                !node.dotDotDotToken ?\n                    getTypeOfDestructuredArrayElement(parentType, pattern.elements.indexOf(node)) :\n                    getTypeOfDestructuredSpreadExpression(parentType);\n            return getTypeWithDefault(type, node.initializer!);\n        }\n\n        function getTypeOfInitializer(node: Expression) {\n            // Return the cached type if one is available. If the type of the variable was inferred\n            // from its initializer, we'll already have cached the type. Otherwise we compute it now\n            // without caching such that transient types are reflected.\n            const links = getNodeLinks(node);\n            return links.resolvedType || getTypeOfExpression(node);\n        }\n\n        function getInitialTypeOfVariableDeclaration(node: VariableDeclaration) {\n            if (node.initializer) {\n                return getTypeOfInitializer(node.initializer);\n            }\n            if (node.parent.parent.kind === SyntaxKind.ForInStatement) {\n                return stringType;\n            }\n            if (node.parent.parent.kind === SyntaxKind.ForOfStatement) {\n                return checkRightHandSideOfForOf(node.parent.parent) || errorType;\n            }\n            return errorType;\n        }\n\n        function getInitialType(node: VariableDeclaration | BindingElement) {\n            return node.kind === SyntaxKind.VariableDeclaration ?\n                getInitialTypeOfVariableDeclaration(node) :\n                getInitialTypeOfBindingElement(node);\n        }\n\n        function isEmptyArrayAssignment(node: VariableDeclaration | BindingElement | Expression) {\n            return node.kind === SyntaxKind.VariableDeclaration && (node as VariableDeclaration).initializer &&\n                isEmptyArrayLiteral((node as VariableDeclaration).initializer!) ||\n                node.kind !== SyntaxKind.BindingElement && node.parent.kind === SyntaxKind.BinaryExpression &&\n                isEmptyArrayLiteral((node.parent as BinaryExpression).right);\n        }\n\n        function getReferenceCandidate(node: Expression): Expression {\n            switch (node.kind) {\n                case SyntaxKind.ParenthesizedExpression:\n                    return getReferenceCandidate((node as ParenthesizedExpression).expression);\n                case SyntaxKind.BinaryExpression:\n                    switch ((node as BinaryExpression).operatorToken.kind) {\n                        case SyntaxKind.EqualsToken:\n                        case SyntaxKind.BarBarEqualsToken:\n                        case SyntaxKind.AmpersandAmpersandEqualsToken:\n                        case SyntaxKind.QuestionQuestionEqualsToken:\n                            return getReferenceCandidate((node as BinaryExpression).left);\n                        case SyntaxKind.CommaToken:\n                            return getReferenceCandidate((node as BinaryExpression).right);\n                    }\n            }\n            return node;\n        }\n\n        function getReferenceRoot(node: Node): Node {\n            const { parent } = node;\n            return parent.kind === SyntaxKind.ParenthesizedExpression ||\n                parent.kind === SyntaxKind.BinaryExpression && (parent as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken && (parent as BinaryExpression).left === node ||\n                parent.kind === SyntaxKind.BinaryExpression && (parent as BinaryExpression).operatorToken.kind === SyntaxKind.CommaToken && (parent as BinaryExpression).right === node ?\n                getReferenceRoot(parent) : node;\n        }\n\n        function getTypeOfSwitchClause(clause: CaseClause | DefaultClause) {\n            if (clause.kind === SyntaxKind.CaseClause) {\n                return getRegularTypeOfLiteralType(getTypeOfExpression(clause.expression));\n            }\n            return neverType;\n        }\n\n        function getSwitchClauseTypes(switchStatement: SwitchStatement): Type[] {\n            const links = getNodeLinks(switchStatement);\n            if (!links.switchTypes) {\n                links.switchTypes = [];\n                for (const clause of switchStatement.caseBlock.clauses) {\n                    links.switchTypes.push(getTypeOfSwitchClause(clause));\n                }\n            }\n            return links.switchTypes;\n        }\n\n        // Get the types from all cases in a switch on `typeof`. An\n        // `undefined` element denotes an explicit `default` clause.\n        function getSwitchClauseTypeOfWitnesses(switchStatement: SwitchStatement, retainDefault: false): string[];\n        function getSwitchClauseTypeOfWitnesses(switchStatement: SwitchStatement, retainDefault: boolean): (string | undefined)[];\n        function getSwitchClauseTypeOfWitnesses(switchStatement: SwitchStatement, retainDefault: boolean): (string | undefined)[] {\n            const witnesses: (string | undefined)[] = [];\n            for (const clause of switchStatement.caseBlock.clauses) {\n                if (clause.kind === SyntaxKind.CaseClause) {\n                    if (isStringLiteralLike(clause.expression)) {\n                        witnesses.push(clause.expression.text);\n                        continue;\n                    }\n                    return emptyArray;\n                }\n                if (retainDefault) witnesses.push(/*explicitDefaultStatement*/ undefined);\n            }\n            return witnesses;\n        }\n\n        function eachTypeContainedIn(source: Type, types: Type[]) {\n            return source.flags & TypeFlags.Union ? !forEach((source as UnionType).types, t => !contains(types, t)) : contains(types, source);\n        }\n\n        function isTypeSubsetOf(source: Type, target: Type) {\n            return source === target || target.flags & TypeFlags.Union && isTypeSubsetOfUnion(source, target as UnionType);\n        }\n\n        function isTypeSubsetOfUnion(source: Type, target: UnionType) {\n            if (source.flags & TypeFlags.Union) {\n                for (const t of (source as UnionType).types) {\n                    if (!containsType(target.types, t)) {\n                        return false;\n                    }\n                }\n                return true;\n            }\n            if (source.flags & TypeFlags.EnumLiteral && getBaseTypeOfEnumLiteralType(source as LiteralType) === target) {\n                return true;\n            }\n            return containsType(target.types, source);\n        }\n\n        function forEachType<T>(type: Type, f: (t: Type) => T | undefined): T | undefined {\n            return type.flags & TypeFlags.Union ? forEach((type as UnionType).types, f) : f(type);\n        }\n\n        function someType(type: Type, f: (t: Type) => boolean): boolean {\n            return type.flags & TypeFlags.Union ? some((type as UnionType).types, f) : f(type);\n        }\n\n        function everyType(type: Type, f: (t: Type) => boolean): boolean {\n            return type.flags & TypeFlags.Union ? every((type as UnionType).types, f) : f(type);\n        }\n\n        function everyContainedType(type: Type, f: (t: Type) => boolean): boolean {\n            return type.flags & TypeFlags.UnionOrIntersection ? every((type as UnionOrIntersectionType).types, f) : f(type);\n        }\n\n        function filterType(type: Type, f: (t: Type) => boolean): Type {\n            if (type.flags & TypeFlags.Union) {\n                const types = (type as UnionType).types;\n                const filtered = filter(types, f);\n                if (filtered === types) {\n                    return type;\n                }\n                const origin = (type as UnionType).origin;\n                let newOrigin: Type | undefined;\n                if (origin && origin.flags & TypeFlags.Union) {\n                    // If the origin type is a (denormalized) union type, filter its non-union constituents. If that ends\n                    // up removing a smaller number of types than in the normalized constituent set (meaning some of the\n                    // filtered types are within nested unions in the origin), then we can't construct a new origin type.\n                    // Otherwise, if we have exactly one type left in the origin set, return that as the filtered type.\n                    // Otherwise, construct a new filtered origin type.\n                    const originTypes = (origin as UnionType).types;\n                    const originFiltered = filter(originTypes, t => !!(t.flags & TypeFlags.Union) || f(t));\n                    if (originTypes.length - originFiltered.length === types.length - filtered.length) {\n                        if (originFiltered.length === 1) {\n                            return originFiltered[0];\n                        }\n                        newOrigin = createOriginUnionOrIntersectionType(TypeFlags.Union, originFiltered);\n                    }\n                }\n                return getUnionTypeFromSortedList(filtered, (type as UnionType).objectFlags, /*aliasSymbol*/ undefined, /*aliasTypeArguments*/ undefined, newOrigin);\n            }\n            return type.flags & TypeFlags.Never || f(type) ? type : neverType;\n        }\n\n        function removeType(type: Type, targetType: Type) {\n            return filterType(type, t => t !== targetType);\n        }\n\n        function countTypes(type: Type) {\n            return type.flags & TypeFlags.Union ? (type as UnionType).types.length : 1;\n        }\n\n        // Apply a mapping function to a type and return the resulting type. If the source type\n        // is a union type, the mapping function is applied to each constituent type and a union\n        // of the resulting types is returned.\n        function mapType(type: Type, mapper: (t: Type) => Type, noReductions?: boolean): Type;\n        function mapType(type: Type, mapper: (t: Type) => Type | undefined, noReductions?: boolean): Type | undefined;\n        function mapType(type: Type, mapper: (t: Type) => Type | undefined, noReductions?: boolean): Type | undefined {\n            if (type.flags & TypeFlags.Never) {\n                return type;\n            }\n            if (!(type.flags & TypeFlags.Union)) {\n                return mapper(type);\n            }\n            const origin = (type as UnionType).origin;\n            const types = origin && origin.flags & TypeFlags.Union ? (origin as UnionType).types : (type as UnionType).types;\n            let mappedTypes: Type[] | undefined;\n            let changed = false;\n            for (const t of types) {\n                const mapped = t.flags & TypeFlags.Union ? mapType(t, mapper, noReductions) : mapper(t);\n                changed ||= t !== mapped;\n                if (mapped) {\n                    if (!mappedTypes) {\n                        mappedTypes = [mapped];\n                    }\n                    else {\n                        mappedTypes.push(mapped);\n                    }\n                }\n            }\n            return changed ? mappedTypes && getUnionType(mappedTypes, noReductions ? UnionReduction.None : UnionReduction.Literal) : type;\n        }\n\n        function mapTypeWithAlias(type: Type, mapper: (t: Type) => Type, aliasSymbol: Symbol | undefined, aliasTypeArguments: readonly Type[] | undefined) {\n            return type.flags & TypeFlags.Union && aliasSymbol ?\n                getUnionType(map((type as UnionType).types, mapper), UnionReduction.Literal, aliasSymbol, aliasTypeArguments) :\n                mapType(type, mapper);\n        }\n\n        function extractTypesOfKind(type: Type, kind: TypeFlags) {\n            return filterType(type, t => (t.flags & kind) !== 0);\n        }\n\n        // Return a new type in which occurrences of the string, number and bigint primitives and placeholder template\n        // literal types in typeWithPrimitives have been replaced with occurrences of compatible and more specific types\n        // from typeWithLiterals. This is essentially a limited form of intersection between the two types. We avoid a\n        // true intersection because it is more costly and, when applied to union types, generates a large number of\n        // types we don't actually care about.\n        function replacePrimitivesWithLiterals(typeWithPrimitives: Type, typeWithLiterals: Type) {\n            if (maybeTypeOfKind(typeWithPrimitives, TypeFlags.String | TypeFlags.TemplateLiteral | TypeFlags.Number | TypeFlags.BigInt) &&\n                maybeTypeOfKind(typeWithLiterals, TypeFlags.StringLiteral | TypeFlags.TemplateLiteral | TypeFlags.StringMapping | TypeFlags.NumberLiteral | TypeFlags.BigIntLiteral)) {\n                return mapType(typeWithPrimitives, t =>\n                    t.flags & TypeFlags.String ? extractTypesOfKind(typeWithLiterals, TypeFlags.String | TypeFlags.StringLiteral | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) :\n                    isPatternLiteralType(t) && !maybeTypeOfKind(typeWithLiterals, TypeFlags.String | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) ? extractTypesOfKind(typeWithLiterals, TypeFlags.StringLiteral) :\n                    t.flags & TypeFlags.Number ? extractTypesOfKind(typeWithLiterals, TypeFlags.Number | TypeFlags.NumberLiteral) :\n                    t.flags & TypeFlags.BigInt ? extractTypesOfKind(typeWithLiterals, TypeFlags.BigInt | TypeFlags.BigIntLiteral) : t);\n            }\n            return typeWithPrimitives;\n        }\n\n        function isIncomplete(flowType: FlowType) {\n            return flowType.flags === 0;\n        }\n\n        function getTypeFromFlowType(flowType: FlowType) {\n            return flowType.flags === 0 ? (flowType as IncompleteType).type : flowType as Type;\n        }\n\n        function createFlowType(type: Type, incomplete: boolean): FlowType {\n            return incomplete ? { flags: 0, type: type.flags & TypeFlags.Never ? silentNeverType : type } : type;\n        }\n\n        // An evolving array type tracks the element types that have so far been seen in an\n        // 'x.push(value)' or 'x[n] = value' operation along the control flow graph. Evolving\n        // array types are ultimately converted into manifest array types (using getFinalArrayType)\n        // and never escape the getFlowTypeOfReference function.\n        function createEvolvingArrayType(elementType: Type): EvolvingArrayType {\n            const result = createObjectType(ObjectFlags.EvolvingArray) as EvolvingArrayType;\n            result.elementType = elementType;\n            return result;\n        }\n\n        function getEvolvingArrayType(elementType: Type): EvolvingArrayType {\n            return evolvingArrayTypes[elementType.id] || (evolvingArrayTypes[elementType.id] = createEvolvingArrayType(elementType));\n        }\n\n        // When adding evolving array element types we do not perform subtype reduction. Instead,\n        // we defer subtype reduction until the evolving array type is finalized into a manifest\n        // array type.\n        function addEvolvingArrayElementType(evolvingArrayType: EvolvingArrayType, node: Expression): EvolvingArrayType {\n            const elementType = getRegularTypeOfObjectLiteral(getBaseTypeOfLiteralType(getContextFreeTypeOfExpression(node)));\n            return isTypeSubsetOf(elementType, evolvingArrayType.elementType) ? evolvingArrayType : getEvolvingArrayType(getUnionType([evolvingArrayType.elementType, elementType]));\n        }\n\n        function createFinalArrayType(elementType: Type) {\n            return elementType.flags & TypeFlags.Never ?\n                autoArrayType :\n                createArrayType(elementType.flags & TypeFlags.Union ?\n                    getUnionType((elementType as UnionType).types, UnionReduction.Subtype) :\n                    elementType);\n        }\n\n        // We perform subtype reduction upon obtaining the final array type from an evolving array type.\n        function getFinalArrayType(evolvingArrayType: EvolvingArrayType): Type {\n            return evolvingArrayType.finalArrayType || (evolvingArrayType.finalArrayType = createFinalArrayType(evolvingArrayType.elementType));\n        }\n\n        function finalizeEvolvingArrayType(type: Type): Type {\n            return getObjectFlags(type) & ObjectFlags.EvolvingArray ? getFinalArrayType(type as EvolvingArrayType) : type;\n        }\n\n        function getElementTypeOfEvolvingArrayType(type: Type) {\n            return getObjectFlags(type) & ObjectFlags.EvolvingArray ? (type as EvolvingArrayType).elementType : neverType;\n        }\n\n        function isEvolvingArrayTypeList(types: Type[]) {\n            let hasEvolvingArrayType = false;\n            for (const t of types) {\n                if (!(t.flags & TypeFlags.Never)) {\n                    if (!(getObjectFlags(t) & ObjectFlags.EvolvingArray)) {\n                        return false;\n                    }\n                    hasEvolvingArrayType = true;\n                }\n            }\n            return hasEvolvingArrayType;\n        }\n\n        // Return true if the given node is 'x' in an 'x.length', x.push(value)', 'x.unshift(value)' or\n        // 'x[n] = value' operation, where 'n' is an expression of type any, undefined, or a number-like type.\n        function isEvolvingArrayOperationTarget(node: Node) {\n            const root = getReferenceRoot(node);\n            const parent = root.parent;\n            const isLengthPushOrUnshift = isPropertyAccessExpression(parent) && (\n                parent.name.escapedText === \"length\" ||\n                parent.parent.kind === SyntaxKind.CallExpression\n                && isIdentifier(parent.name)\n                && isPushOrUnshiftIdentifier(parent.name));\n            const isElementAssignment = parent.kind === SyntaxKind.ElementAccessExpression &&\n                (parent as ElementAccessExpression).expression === root &&\n                parent.parent.kind === SyntaxKind.BinaryExpression &&\n                (parent.parent as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken &&\n                (parent.parent as BinaryExpression).left === parent &&\n                !isAssignmentTarget(parent.parent) &&\n                isTypeAssignableToKind(getTypeOfExpression((parent as ElementAccessExpression).argumentExpression), TypeFlags.NumberLike);\n            return isLengthPushOrUnshift || isElementAssignment;\n        }\n\n        function isDeclarationWithExplicitTypeAnnotation(node: Declaration) {\n            return (isVariableDeclaration(node) || isPropertyDeclaration(node) || isPropertySignature(node) || isParameter(node)) &&\n                !!(getEffectiveTypeAnnotationNode(node) ||\n                    isInJSFile(node) && hasInitializer(node) && node.initializer && isFunctionExpressionOrArrowFunction(node.initializer) && getEffectiveReturnTypeNode(node.initializer));\n        }\n\n        function getExplicitTypeOfSymbol(symbol: Symbol, diagnostic?: Diagnostic) {\n            if (symbol.flags & (SymbolFlags.Function | SymbolFlags.Method | SymbolFlags.Class | SymbolFlags.ValueModule)) {\n                return getTypeOfSymbol(symbol);\n            }\n            if (symbol.flags & (SymbolFlags.Variable | SymbolFlags.Property)) {\n                if (getCheckFlags(symbol) & CheckFlags.Mapped) {\n                    const origin = (symbol as MappedSymbol).syntheticOrigin;\n                    if (origin && getExplicitTypeOfSymbol(origin)) {\n                        return getTypeOfSymbol(symbol);\n                    }\n                }\n                const declaration = symbol.valueDeclaration;\n                if (declaration) {\n                    if (isDeclarationWithExplicitTypeAnnotation(declaration)) {\n                        return getTypeOfSymbol(symbol);\n                    }\n                    if (isVariableDeclaration(declaration) && declaration.parent.parent.kind === SyntaxKind.ForOfStatement) {\n                        const statement = declaration.parent.parent;\n                        const expressionType = getTypeOfDottedName(statement.expression, /*diagnostic*/ undefined);\n                        if (expressionType) {\n                            const use = statement.awaitModifier ? IterationUse.ForAwaitOf : IterationUse.ForOf;\n                            return checkIteratedTypeOrElementType(use, expressionType, undefinedType, /*errorNode*/ undefined);\n                        }\n                    }\n                    if (diagnostic) {\n                        addRelatedInfo(diagnostic, createDiagnosticForNode(declaration, Diagnostics._0_needs_an_explicit_type_annotation, symbolToString(symbol)));\n                    }\n                }\n            }\n        }\n\n        // We require the dotted function name in an assertion expression to be comprised of identifiers\n        // that reference function, method, class or value module symbols; or variable, property or\n        // parameter symbols with declarations that have explicit type annotations. Such references are\n        // resolvable with no possibility of triggering circularities in control flow analysis.\n        function getTypeOfDottedName(node: Expression, diagnostic: Diagnostic | undefined): Type | undefined {\n            if (!(node.flags & NodeFlags.InWithStatement)) {\n                switch (node.kind) {\n                    case SyntaxKind.Identifier:\n                        const symbol = getExportSymbolOfValueSymbolIfExported(getResolvedSymbol(node as Identifier));\n                        return getExplicitTypeOfSymbol(symbol.flags & SymbolFlags.Alias ? resolveAlias(symbol) : symbol, diagnostic);\n                    case SyntaxKind.ThisKeyword:\n                        return getExplicitThisType(node);\n                    case SyntaxKind.SuperKeyword:\n                        return checkSuperExpression(node);\n                    case SyntaxKind.PropertyAccessExpression: {\n                        const type = getTypeOfDottedName((node as PropertyAccessExpression).expression, diagnostic);\n                        if (type) {\n                            const name = (node as PropertyAccessExpression).name;\n                            let prop: Symbol | undefined;\n                            if (isPrivateIdentifier(name)) {\n                                if (!type.symbol) {\n                                    return undefined;\n                                }\n                                prop = getPropertyOfType(type, getSymbolNameForPrivateIdentifier(type.symbol, name.escapedText));\n                            }\n                            else {\n                                prop = getPropertyOfType(type, name.escapedText);\n                            }\n                            return prop && getExplicitTypeOfSymbol(prop, diagnostic);\n                        }\n                        return undefined;\n                    }\n                    case SyntaxKind.ParenthesizedExpression:\n                        return getTypeOfDottedName((node as ParenthesizedExpression).expression, diagnostic);\n                }\n            }\n        }\n\n        function getEffectsSignature(node: CallExpression) {\n            const links = getNodeLinks(node);\n            let signature = links.effectsSignature;\n            if (signature === undefined) {\n                // A call expression parented by an expression statement is a potential assertion. Other call\n                // expressions are potential type predicate function calls. In order to avoid triggering\n                // circularities in control flow analysis, we use getTypeOfDottedName when resolving the call\n                // target expression of an assertion.\n                let funcType: Type | undefined;\n                if (node.parent.kind === SyntaxKind.ExpressionStatement) {\n                    funcType = getTypeOfDottedName(node.expression, /*diagnostic*/ undefined);\n                }\n                else if (node.expression.kind !== SyntaxKind.SuperKeyword) {\n                    if (isOptionalChain(node)) {\n                        funcType = checkNonNullType(\n                            getOptionalExpressionType(checkExpression(node.expression), node.expression),\n                            node.expression\n                        );\n                    }\n                    else {\n                        funcType = checkNonNullExpression(node.expression);\n                    }\n                }\n                const signatures = getSignaturesOfType(funcType && getApparentType(funcType) || unknownType, SignatureKind.Call);\n                const candidate = signatures.length === 1 && !signatures[0].typeParameters ? signatures[0] :\n                    some(signatures, hasTypePredicateOrNeverReturnType) ? getResolvedSignature(node) :\n                    undefined;\n                signature = links.effectsSignature = candidate && hasTypePredicateOrNeverReturnType(candidate) ? candidate : unknownSignature;\n            }\n            return signature === unknownSignature ? undefined : signature;\n        }\n\n        function hasTypePredicateOrNeverReturnType(signature: Signature) {\n            return !!(getTypePredicateOfSignature(signature) ||\n                signature.declaration && (getReturnTypeFromAnnotation(signature.declaration) || unknownType).flags & TypeFlags.Never);\n        }\n\n        function getTypePredicateArgument(predicate: TypePredicate, callExpression: CallExpression) {\n            if (predicate.kind === TypePredicateKind.Identifier || predicate.kind === TypePredicateKind.AssertsIdentifier) {\n                return callExpression.arguments[predicate.parameterIndex];\n            }\n            const invokedExpression = skipParentheses(callExpression.expression);\n            return isAccessExpression(invokedExpression) ? skipParentheses(invokedExpression.expression) : undefined;\n        }\n\n        function reportFlowControlError(node: Node) {\n            const block = findAncestor(node, isFunctionOrModuleBlock) as Block | ModuleBlock | SourceFile;\n            const sourceFile = getSourceFileOfNode(node);\n            const span = getSpanOfTokenAtPosition(sourceFile, block.statements.pos);\n            diagnostics.add(createFileDiagnostic(sourceFile, span.start, span.length, Diagnostics.The_containing_function_or_module_body_is_too_large_for_control_flow_analysis));\n        }\n\n        function isReachableFlowNode(flow: FlowNode) {\n            const result = isReachableFlowNodeWorker(flow, /*noCacheCheck*/ false);\n            lastFlowNode = flow;\n            lastFlowNodeReachable = result;\n            return result;\n        }\n\n        function isFalseExpression(expr: Expression): boolean {\n            const node = skipParentheses(expr, /*excludeJSDocTypeAssertions*/ true);\n            return node.kind === SyntaxKind.FalseKeyword || node.kind === SyntaxKind.BinaryExpression && (\n                (node as BinaryExpression).operatorToken.kind === SyntaxKind.AmpersandAmpersandToken && (isFalseExpression((node as BinaryExpression).left) || isFalseExpression((node as BinaryExpression).right)) ||\n                (node as BinaryExpression).operatorToken.kind === SyntaxKind.BarBarToken && isFalseExpression((node as BinaryExpression).left) && isFalseExpression((node as BinaryExpression).right));\n        }\n\n        function isReachableFlowNodeWorker(flow: FlowNode, noCacheCheck: boolean): boolean {\n            while (true) {\n                if (flow === lastFlowNode) {\n                    return lastFlowNodeReachable;\n                }\n                const flags = flow.flags;\n                if (flags & FlowFlags.Shared) {\n                    if (!noCacheCheck) {\n                        const id = getFlowNodeId(flow);\n                        const reachable = flowNodeReachable[id];\n                        return reachable !== undefined ? reachable : (flowNodeReachable[id] = isReachableFlowNodeWorker(flow, /*noCacheCheck*/ true));\n                    }\n                    noCacheCheck = false;\n                }\n                if (flags & (FlowFlags.Assignment | FlowFlags.Condition | FlowFlags.ArrayMutation)) {\n                    flow = (flow as FlowAssignment | FlowCondition | FlowArrayMutation).antecedent;\n                }\n                else if (flags & FlowFlags.Call) {\n                    const signature = getEffectsSignature((flow as FlowCall).node);\n                    if (signature) {\n                        const predicate = getTypePredicateOfSignature(signature);\n                        if (predicate && predicate.kind === TypePredicateKind.AssertsIdentifier && !predicate.type) {\n                            const predicateArgument = (flow as FlowCall).node.arguments[predicate.parameterIndex];\n                            if (predicateArgument && isFalseExpression(predicateArgument)) {\n                                return false;\n                            }\n                        }\n                        if (getReturnTypeOfSignature(signature).flags & TypeFlags.Never) {\n                            return false;\n                        }\n                    }\n                    flow = (flow as FlowCall).antecedent;\n                }\n                else if (flags & FlowFlags.BranchLabel) {\n                    // A branching point is reachable if any branch is reachable.\n                    return some((flow as FlowLabel).antecedents, f => isReachableFlowNodeWorker(f, /*noCacheCheck*/ false));\n                }\n                else if (flags & FlowFlags.LoopLabel) {\n                    const antecedents = (flow as FlowLabel).antecedents;\n                    if (antecedents === undefined || antecedents.length === 0) {\n                        return false;\n                    }\n                    // A loop is reachable if the control flow path that leads to the top is reachable.\n                    flow = antecedents[0];\n                }\n                else if (flags & FlowFlags.SwitchClause) {\n                    // The control flow path representing an unmatched value in a switch statement with\n                    // no default clause is unreachable if the switch statement is exhaustive.\n                    if ((flow as FlowSwitchClause).clauseStart === (flow as FlowSwitchClause).clauseEnd && isExhaustiveSwitchStatement((flow as FlowSwitchClause).switchStatement)) {\n                        return false;\n                    }\n                    flow = (flow as FlowSwitchClause).antecedent;\n                }\n                else if (flags & FlowFlags.ReduceLabel) {\n                    // Cache is unreliable once we start adjusting labels\n                    lastFlowNode = undefined;\n                    const target = (flow as FlowReduceLabel).target;\n                    const saveAntecedents = target.antecedents;\n                    target.antecedents = (flow as FlowReduceLabel).antecedents;\n                    const result = isReachableFlowNodeWorker((flow as FlowReduceLabel).antecedent, /*noCacheCheck*/ false);\n                    target.antecedents = saveAntecedents;\n                    return result;\n                }\n                else {\n                    return !(flags & FlowFlags.Unreachable);\n                }\n            }\n        }\n\n        // Return true if the given flow node is preceded by a 'super(...)' call in every possible code path\n        // leading to the node.\n        function isPostSuperFlowNode(flow: FlowNode, noCacheCheck: boolean): boolean {\n            while (true) {\n                const flags = flow.flags;\n                if (flags & FlowFlags.Shared) {\n                    if (!noCacheCheck) {\n                        const id = getFlowNodeId(flow);\n                        const postSuper = flowNodePostSuper[id];\n                        return postSuper !== undefined ? postSuper : (flowNodePostSuper[id] = isPostSuperFlowNode(flow, /*noCacheCheck*/ true));\n                    }\n                    noCacheCheck = false;\n                }\n                if (flags & (FlowFlags.Assignment | FlowFlags.Condition | FlowFlags.ArrayMutation | FlowFlags.SwitchClause)) {\n                    flow = (flow as FlowAssignment | FlowCondition | FlowArrayMutation | FlowSwitchClause).antecedent;\n                }\n                else if (flags & FlowFlags.Call) {\n                    if ((flow as FlowCall).node.expression.kind === SyntaxKind.SuperKeyword) {\n                        return true;\n                    }\n                    flow = (flow as FlowCall).antecedent;\n                }\n                else if (flags & FlowFlags.BranchLabel) {\n                    // A branching point is post-super if every branch is post-super.\n                    return every((flow as FlowLabel).antecedents, f => isPostSuperFlowNode(f, /*noCacheCheck*/ false));\n                }\n                else if (flags & FlowFlags.LoopLabel) {\n                    // A loop is post-super if the control flow path that leads to the top is post-super.\n                    flow = (flow as FlowLabel).antecedents![0];\n                }\n                else if (flags & FlowFlags.ReduceLabel) {\n                    const target = (flow as FlowReduceLabel).target;\n                    const saveAntecedents = target.antecedents;\n                    target.antecedents = (flow as FlowReduceLabel).antecedents;\n                    const result = isPostSuperFlowNode((flow as FlowReduceLabel).antecedent, /*noCacheCheck*/ false);\n                    target.antecedents = saveAntecedents;\n                    return result;\n                }\n                else {\n                    // Unreachable nodes are considered post-super to silence errors\n                    return !!(flags & FlowFlags.Unreachable);\n                }\n            }\n        }\n\n        function isConstantReference(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.Identifier: {\n                    const symbol = getResolvedSymbol(node as Identifier);\n                    return isConstVariable(symbol) || isParameterOrCatchClauseVariable(symbol) && !isSymbolAssigned(symbol);\n                }\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ElementAccessExpression:\n                    // The resolvedSymbol property is initialized by checkPropertyAccess or checkElementAccess before we get here.\n                    return isConstantReference((node as AccessExpression).expression) && isReadonlySymbol(getNodeLinks(node).resolvedSymbol || unknownSymbol);\n            }\n            return false;\n        }\n\n        function getFlowTypeOfReference(reference: Node, declaredType: Type, initialType = declaredType, flowContainer?: Node, flowNode = reference.flowNode) {\n            let key: string | undefined;\n            let isKeySet = false;\n            let flowDepth = 0;\n            if (flowAnalysisDisabled) {\n                return errorType;\n            }\n            if (!flowNode) {\n                return declaredType;\n            }\n            flowInvocationCount++;\n            const sharedFlowStart = sharedFlowCount;\n            const evolvedType = getTypeFromFlowType(getTypeAtFlowNode(flowNode));\n            sharedFlowCount = sharedFlowStart;\n            // When the reference is 'x' in an 'x.length', 'x.push(value)', 'x.unshift(value)' or x[n] = value' operation,\n            // we give type 'any[]' to 'x' instead of using the type determined by control flow analysis such that operations\n            // on empty arrays are possible without implicit any errors and new element types can be inferred without\n            // type mismatch errors.\n            const resultType = getObjectFlags(evolvedType) & ObjectFlags.EvolvingArray && isEvolvingArrayOperationTarget(reference) ? autoArrayType : finalizeEvolvingArrayType(evolvedType);\n            if (resultType === unreachableNeverType || reference.parent && reference.parent.kind === SyntaxKind.NonNullExpression && !(resultType.flags & TypeFlags.Never) && getTypeWithFacts(resultType, TypeFacts.NEUndefinedOrNull).flags & TypeFlags.Never) {\n                return declaredType;\n            }\n            // The non-null unknown type should never escape control flow analysis.\n            return resultType === nonNullUnknownType ? unknownType : resultType;\n\n            function getOrSetCacheKey() {\n                if (isKeySet) {\n                    return key;\n                }\n                isKeySet = true;\n                return key = getFlowCacheKey(reference, declaredType, initialType, flowContainer);\n            }\n\n            function getTypeAtFlowNode(flow: FlowNode): FlowType {\n                if (flowDepth === 2000) {\n                    // We have made 2000 recursive invocations. To avoid overflowing the call stack we report an error\n                    // and disable further control flow analysis in the containing function or module body.\n                    tracing?.instant(tracing.Phase.CheckTypes, \"getTypeAtFlowNode_DepthLimit\", { flowId: flow.id });\n                    flowAnalysisDisabled = true;\n                    reportFlowControlError(reference);\n                    return errorType;\n                }\n                flowDepth++;\n                let sharedFlow: FlowNode | undefined;\n                while (true) {\n                    const flags = flow.flags;\n                    if (flags & FlowFlags.Shared) {\n                        // We cache results of flow type resolution for shared nodes that were previously visited in\n                        // the same getFlowTypeOfReference invocation. A node is considered shared when it is the\n                        // antecedent of more than one node.\n                        for (let i = sharedFlowStart; i < sharedFlowCount; i++) {\n                            if (sharedFlowNodes[i] === flow) {\n                                flowDepth--;\n                                return sharedFlowTypes[i];\n                            }\n                        }\n                        sharedFlow = flow;\n                    }\n                    let type: FlowType | undefined;\n                    if (flags & FlowFlags.Assignment) {\n                        type = getTypeAtFlowAssignment(flow as FlowAssignment);\n                        if (!type) {\n                            flow = (flow as FlowAssignment).antecedent;\n                            continue;\n                        }\n                    }\n                    else if (flags & FlowFlags.Call) {\n                        type = getTypeAtFlowCall(flow as FlowCall);\n                        if (!type) {\n                            flow = (flow as FlowCall).antecedent;\n                            continue;\n                        }\n                    }\n                    else if (flags & FlowFlags.Condition) {\n                        type = getTypeAtFlowCondition(flow as FlowCondition);\n                    }\n                    else if (flags & FlowFlags.SwitchClause) {\n                        type = getTypeAtSwitchClause(flow as FlowSwitchClause);\n                    }\n                    else if (flags & FlowFlags.Label) {\n                        if ((flow as FlowLabel).antecedents!.length === 1) {\n                            flow = (flow as FlowLabel).antecedents![0];\n                            continue;\n                        }\n                        type = flags & FlowFlags.BranchLabel ?\n                            getTypeAtFlowBranchLabel(flow as FlowLabel) :\n                            getTypeAtFlowLoopLabel(flow as FlowLabel);\n                    }\n                    else if (flags & FlowFlags.ArrayMutation) {\n                        type = getTypeAtFlowArrayMutation(flow as FlowArrayMutation);\n                        if (!type) {\n                            flow = (flow as FlowArrayMutation).antecedent;\n                            continue;\n                        }\n                    }\n                    else if (flags & FlowFlags.ReduceLabel) {\n                        const target = (flow as FlowReduceLabel).target;\n                        const saveAntecedents = target.antecedents;\n                        target.antecedents = (flow as FlowReduceLabel).antecedents;\n                        type = getTypeAtFlowNode((flow as FlowReduceLabel).antecedent);\n                        target.antecedents = saveAntecedents;\n                    }\n                    else if (flags & FlowFlags.Start) {\n                        // Check if we should continue with the control flow of the containing function.\n                        const container = (flow as FlowStart).node;\n                        if (container && container !== flowContainer &&\n                            reference.kind !== SyntaxKind.PropertyAccessExpression &&\n                            reference.kind !== SyntaxKind.ElementAccessExpression &&\n                            reference.kind !== SyntaxKind.ThisKeyword) {\n                            flow = container.flowNode!;\n                            continue;\n                        }\n                        // At the top of the flow we have the initial type.\n                        type = initialType;\n                    }\n                    else {\n                        // Unreachable code errors are reported in the binding phase. Here we\n                        // simply return the non-auto declared type to reduce follow-on errors.\n                        type = convertAutoToAny(declaredType);\n                    }\n                    if (sharedFlow) {\n                        // Record visited node and the associated type in the cache.\n                        sharedFlowNodes[sharedFlowCount] = sharedFlow;\n                        sharedFlowTypes[sharedFlowCount] = type;\n                        sharedFlowCount++;\n                    }\n                    flowDepth--;\n                    return type;\n                }\n            }\n\n            function getInitialOrAssignedType(flow: FlowAssignment) {\n                const node = flow.node;\n                return getNarrowableTypeForReference(node.kind === SyntaxKind.VariableDeclaration || node.kind === SyntaxKind.BindingElement ?\n                    getInitialType(node as VariableDeclaration | BindingElement) :\n                    getAssignedType(node), reference);\n            }\n\n            function getTypeAtFlowAssignment(flow: FlowAssignment) {\n                const node = flow.node;\n                // Assignments only narrow the computed type if the declared type is a union type. Thus, we\n                // only need to evaluate the assigned type if the declared type is a union type.\n                if (isMatchingReference(reference, node)) {\n                    if (!isReachableFlowNode(flow)) {\n                        return unreachableNeverType;\n                    }\n                    if (getAssignmentTargetKind(node) === AssignmentKind.Compound) {\n                        const flowType = getTypeAtFlowNode(flow.antecedent);\n                        return createFlowType(getBaseTypeOfLiteralType(getTypeFromFlowType(flowType)), isIncomplete(flowType));\n                    }\n                    if (declaredType === autoType || declaredType === autoArrayType) {\n                        if (isEmptyArrayAssignment(node)) {\n                            return getEvolvingArrayType(neverType);\n                        }\n                        const assignedType = getWidenedLiteralType(getInitialOrAssignedType(flow));\n                        return isTypeAssignableTo(assignedType, declaredType) ? assignedType : anyArrayType;\n                    }\n                    if (declaredType.flags & TypeFlags.Union) {\n                        return getAssignmentReducedType(declaredType as UnionType, getInitialOrAssignedType(flow));\n                    }\n                    return declaredType;\n                }\n                // We didn't have a direct match. However, if the reference is a dotted name, this\n                // may be an assignment to a left hand part of the reference. For example, for a\n                // reference 'x.y.z', we may be at an assignment to 'x.y' or 'x'. In that case,\n                // return the declared type.\n                if (containsMatchingReference(reference, node)) {\n                    if (!isReachableFlowNode(flow)) {\n                        return unreachableNeverType;\n                    }\n                    // A matching dotted name might also be an expando property on a function *expression*,\n                    // in which case we continue control flow analysis back to the function's declaration\n                    if (isVariableDeclaration(node) && (isInJSFile(node) || isVarConst(node))) {\n                        const init = getDeclaredExpandoInitializer(node);\n                        if (init && (init.kind === SyntaxKind.FunctionExpression || init.kind === SyntaxKind.ArrowFunction)) {\n                            return getTypeAtFlowNode(flow.antecedent);\n                        }\n                    }\n                    return declaredType;\n                }\n                // for (const _ in ref) acts as a nonnull on ref\n                if (isVariableDeclaration(node) && node.parent.parent.kind === SyntaxKind.ForInStatement && isMatchingReference(reference, node.parent.parent.expression)) {\n                    return getNonNullableTypeIfNeeded(getTypeFromFlowType(getTypeAtFlowNode(flow.antecedent)));\n                }\n                // Assignment doesn't affect reference\n                return undefined;\n            }\n\n            function narrowTypeByAssertion(type: Type, expr: Expression): Type {\n                const node = skipParentheses(expr, /*excludeJSDocTypeAssertions*/ true);\n                if (node.kind === SyntaxKind.FalseKeyword) {\n                    return unreachableNeverType;\n                }\n                if (node.kind === SyntaxKind.BinaryExpression) {\n                    if ((node as BinaryExpression).operatorToken.kind === SyntaxKind.AmpersandAmpersandToken) {\n                        return narrowTypeByAssertion(narrowTypeByAssertion(type, (node as BinaryExpression).left), (node as BinaryExpression).right);\n                    }\n                    if ((node as BinaryExpression).operatorToken.kind === SyntaxKind.BarBarToken) {\n                        return getUnionType([narrowTypeByAssertion(type, (node as BinaryExpression).left), narrowTypeByAssertion(type, (node as BinaryExpression).right)]);\n                    }\n                }\n                return narrowType(type, node, /*assumeTrue*/ true);\n            }\n\n            function getTypeAtFlowCall(flow: FlowCall): FlowType | undefined {\n                const signature = getEffectsSignature(flow.node);\n                if (signature) {\n                    const predicate = getTypePredicateOfSignature(signature);\n                    if (predicate && (predicate.kind === TypePredicateKind.AssertsThis || predicate.kind === TypePredicateKind.AssertsIdentifier)) {\n                        const flowType = getTypeAtFlowNode(flow.antecedent);\n                        const type = finalizeEvolvingArrayType(getTypeFromFlowType(flowType));\n                        const narrowedType = predicate.type ? narrowTypeByTypePredicate(type, predicate, flow.node, /*assumeTrue*/ true) :\n                            predicate.kind === TypePredicateKind.AssertsIdentifier && predicate.parameterIndex >= 0 && predicate.parameterIndex < flow.node.arguments.length ? narrowTypeByAssertion(type, flow.node.arguments[predicate.parameterIndex]) :\n                            type;\n                        return narrowedType === type ? flowType : createFlowType(narrowedType, isIncomplete(flowType));\n                    }\n                    if (getReturnTypeOfSignature(signature).flags & TypeFlags.Never) {\n                        return unreachableNeverType;\n                    }\n                }\n                return undefined;\n            }\n\n            function getTypeAtFlowArrayMutation(flow: FlowArrayMutation): FlowType | undefined {\n                if (declaredType === autoType || declaredType === autoArrayType) {\n                    const node = flow.node;\n                    const expr = node.kind === SyntaxKind.CallExpression ?\n                        (node.expression as PropertyAccessExpression).expression :\n                        (node.left as ElementAccessExpression).expression;\n                    if (isMatchingReference(reference, getReferenceCandidate(expr))) {\n                        const flowType = getTypeAtFlowNode(flow.antecedent);\n                        const type = getTypeFromFlowType(flowType);\n                        if (getObjectFlags(type) & ObjectFlags.EvolvingArray) {\n                            let evolvedType = type as EvolvingArrayType;\n                            if (node.kind === SyntaxKind.CallExpression) {\n                                for (const arg of node.arguments) {\n                                    evolvedType = addEvolvingArrayElementType(evolvedType, arg);\n                                }\n                            }\n                            else {\n                                // We must get the context free expression type so as to not recur in an uncached fashion on the LHS (which causes exponential blowup in compile time)\n                                const indexType = getContextFreeTypeOfExpression((node.left as ElementAccessExpression).argumentExpression);\n                                if (isTypeAssignableToKind(indexType, TypeFlags.NumberLike)) {\n                                    evolvedType = addEvolvingArrayElementType(evolvedType, node.right);\n                                }\n                            }\n                            return evolvedType === type ? flowType : createFlowType(evolvedType, isIncomplete(flowType));\n                        }\n                        return flowType;\n                    }\n                }\n                return undefined;\n            }\n\n            function getTypeAtFlowCondition(flow: FlowCondition): FlowType {\n                const flowType = getTypeAtFlowNode(flow.antecedent);\n                const type = getTypeFromFlowType(flowType);\n                if (type.flags & TypeFlags.Never) {\n                    return flowType;\n                }\n                // If we have an antecedent type (meaning we're reachable in some way), we first\n                // attempt to narrow the antecedent type. If that produces the never type, and if\n                // the antecedent type is incomplete (i.e. a transient type in a loop), then we\n                // take the type guard as an indication that control *could* reach here once we\n                // have the complete type. We proceed by switching to the silent never type which\n                // doesn't report errors when operators are applied to it. Note that this is the\n                // *only* place a silent never type is ever generated.\n                const assumeTrue = (flow.flags & FlowFlags.TrueCondition) !== 0;\n                const nonEvolvingType = finalizeEvolvingArrayType(type);\n                const narrowedType = narrowType(nonEvolvingType, flow.node, assumeTrue);\n                if (narrowedType === nonEvolvingType) {\n                    return flowType;\n                }\n                return createFlowType(narrowedType, isIncomplete(flowType));\n            }\n\n            function getTypeAtSwitchClause(flow: FlowSwitchClause): FlowType {\n                const expr = flow.switchStatement.expression;\n                const flowType = getTypeAtFlowNode(flow.antecedent);\n                let type = getTypeFromFlowType(flowType);\n                if (isMatchingReference(reference, expr)) {\n                    type = narrowTypeBySwitchOnDiscriminant(type, flow.switchStatement, flow.clauseStart, flow.clauseEnd);\n                }\n                else if (expr.kind === SyntaxKind.TypeOfExpression && isMatchingReference(reference, (expr as TypeOfExpression).expression)) {\n                    type = narrowBySwitchOnTypeOf(type, flow.switchStatement, flow.clauseStart, flow.clauseEnd);\n                }\n                else {\n                    if (strictNullChecks) {\n                        if (optionalChainContainsReference(expr, reference)) {\n                            type = narrowTypeBySwitchOptionalChainContainment(type, flow.switchStatement, flow.clauseStart, flow.clauseEnd,\n                                t => !(t.flags & (TypeFlags.Undefined | TypeFlags.Never)));\n                        }\n                        else if (expr.kind === SyntaxKind.TypeOfExpression && optionalChainContainsReference((expr as TypeOfExpression).expression, reference)) {\n                            type = narrowTypeBySwitchOptionalChainContainment(type, flow.switchStatement, flow.clauseStart, flow.clauseEnd,\n                                t => !(t.flags & TypeFlags.Never || t.flags & TypeFlags.StringLiteral && (t as StringLiteralType).value === \"undefined\"));\n                        }\n                    }\n                    const access = getDiscriminantPropertyAccess(expr, type);\n                    if (access) {\n                        type = narrowTypeBySwitchOnDiscriminantProperty(type, access, flow.switchStatement, flow.clauseStart, flow.clauseEnd);\n                    }\n                }\n                return createFlowType(type, isIncomplete(flowType));\n            }\n\n            function getTypeAtFlowBranchLabel(flow: FlowLabel): FlowType {\n                const antecedentTypes: Type[] = [];\n                let subtypeReduction = false;\n                let seenIncomplete = false;\n                let bypassFlow: FlowSwitchClause | undefined;\n                for (const antecedent of flow.antecedents!) {\n                    if (!bypassFlow && antecedent.flags & FlowFlags.SwitchClause && (antecedent as FlowSwitchClause).clauseStart === (antecedent as FlowSwitchClause).clauseEnd) {\n                        // The antecedent is the bypass branch of a potentially exhaustive switch statement.\n                        bypassFlow = antecedent as FlowSwitchClause;\n                        continue;\n                    }\n                    const flowType = getTypeAtFlowNode(antecedent);\n                    const type = getTypeFromFlowType(flowType);\n                    // If the type at a particular antecedent path is the declared type and the\n                    // reference is known to always be assigned (i.e. when declared and initial types\n                    // are the same), there is no reason to process more antecedents since the only\n                    // possible outcome is subtypes that will be removed in the final union type anyway.\n                    if (type === declaredType && declaredType === initialType) {\n                        return type;\n                    }\n                    pushIfUnique(antecedentTypes, type);\n                    // If an antecedent type is not a subset of the declared type, we need to perform\n                    // subtype reduction. This happens when a \"foreign\" type is injected into the control\n                    // flow using the instanceof operator or a user defined type predicate.\n                    if (!isTypeSubsetOf(type, declaredType)) {\n                        subtypeReduction = true;\n                    }\n                    if (isIncomplete(flowType)) {\n                        seenIncomplete = true;\n                    }\n                }\n                if (bypassFlow) {\n                    const flowType = getTypeAtFlowNode(bypassFlow);\n                    const type = getTypeFromFlowType(flowType);\n                    // If the bypass flow contributes a type we haven't seen yet and the switch statement\n                    // isn't exhaustive, process the bypass flow type. Since exhaustiveness checks increase\n                    // the risk of circularities, we only want to perform them when they make a difference.\n                    if (!contains(antecedentTypes, type) && !isExhaustiveSwitchStatement(bypassFlow.switchStatement)) {\n                        if (type === declaredType && declaredType === initialType) {\n                            return type;\n                        }\n                        antecedentTypes.push(type);\n                        if (!isTypeSubsetOf(type, declaredType)) {\n                            subtypeReduction = true;\n                        }\n                        if (isIncomplete(flowType)) {\n                            seenIncomplete = true;\n                        }\n                    }\n                }\n                return createFlowType(getUnionOrEvolvingArrayType(antecedentTypes, subtypeReduction ? UnionReduction.Subtype : UnionReduction.Literal), seenIncomplete);\n            }\n\n            function getTypeAtFlowLoopLabel(flow: FlowLabel): FlowType {\n                // If we have previously computed the control flow type for the reference at\n                // this flow loop junction, return the cached type.\n                const id = getFlowNodeId(flow);\n                const cache = flowLoopCaches[id] || (flowLoopCaches[id] = new Map<string, Type>());\n                const key = getOrSetCacheKey();\n                if (!key) {\n                    // No cache key is generated when binding patterns are in unnarrowable situations\n                    return declaredType;\n                }\n                const cached = cache.get(key);\n                if (cached) {\n                    return cached;\n                }\n                // If this flow loop junction and reference are already being processed, return\n                // the union of the types computed for each branch so far, marked as incomplete.\n                // It is possible to see an empty array in cases where loops are nested and the\n                // back edge of the outer loop reaches an inner loop that is already being analyzed.\n                // In such cases we restart the analysis of the inner loop, which will then see\n                // a non-empty in-process array for the outer loop and eventually terminate because\n                // the first antecedent of a loop junction is always the non-looping control flow\n                // path that leads to the top.\n                for (let i = flowLoopStart; i < flowLoopCount; i++) {\n                    if (flowLoopNodes[i] === flow && flowLoopKeys[i] === key && flowLoopTypes[i].length) {\n                        return createFlowType(getUnionOrEvolvingArrayType(flowLoopTypes[i], UnionReduction.Literal), /*incomplete*/ true);\n                    }\n                }\n                // Add the flow loop junction and reference to the in-process stack and analyze\n                // each antecedent code path.\n                const antecedentTypes: Type[] = [];\n                let subtypeReduction = false;\n                let firstAntecedentType: FlowType | undefined;\n                for (const antecedent of flow.antecedents!) {\n                    let flowType;\n                    if (!firstAntecedentType) {\n                        // The first antecedent of a loop junction is always the non-looping control\n                        // flow path that leads to the top.\n                        flowType = firstAntecedentType = getTypeAtFlowNode(antecedent);\n                    }\n                    else {\n                        // All but the first antecedent are the looping control flow paths that lead\n                        // back to the loop junction. We track these on the flow loop stack.\n                        flowLoopNodes[flowLoopCount] = flow;\n                        flowLoopKeys[flowLoopCount] = key;\n                        flowLoopTypes[flowLoopCount] = antecedentTypes;\n                        flowLoopCount++;\n                        const saveFlowTypeCache = flowTypeCache;\n                        flowTypeCache = undefined;\n                        flowType = getTypeAtFlowNode(antecedent);\n                        flowTypeCache = saveFlowTypeCache;\n                        flowLoopCount--;\n                        // If we see a value appear in the cache it is a sign that control flow analysis\n                        // was restarted and completed by checkExpressionCached. We can simply pick up\n                        // the resulting type and bail out.\n                        const cached = cache.get(key);\n                        if (cached) {\n                            return cached;\n                        }\n                    }\n                    const type = getTypeFromFlowType(flowType);\n                    pushIfUnique(antecedentTypes, type);\n                    // If an antecedent type is not a subset of the declared type, we need to perform\n                    // subtype reduction. This happens when a \"foreign\" type is injected into the control\n                    // flow using the instanceof operator or a user defined type predicate.\n                    if (!isTypeSubsetOf(type, declaredType)) {\n                        subtypeReduction = true;\n                    }\n                    // If the type at a particular antecedent path is the declared type there is no\n                    // reason to process more antecedents since the only possible outcome is subtypes\n                    // that will be removed in the final union type anyway.\n                    if (type === declaredType) {\n                        break;\n                    }\n                }\n                // The result is incomplete if the first antecedent (the non-looping control flow path)\n                // is incomplete.\n                const result = getUnionOrEvolvingArrayType(antecedentTypes, subtypeReduction ? UnionReduction.Subtype : UnionReduction.Literal);\n                if (isIncomplete(firstAntecedentType!)) {\n                    return createFlowType(result, /*incomplete*/ true);\n                }\n                cache.set(key, result);\n                return result;\n            }\n\n            // At flow control branch or loop junctions, if the type along every antecedent code path\n            // is an evolving array type, we construct a combined evolving array type. Otherwise we\n            // finalize all evolving array types.\n            function getUnionOrEvolvingArrayType(types: Type[], subtypeReduction: UnionReduction) {\n                if (isEvolvingArrayTypeList(types)) {\n                    return getEvolvingArrayType(getUnionType(map(types, getElementTypeOfEvolvingArrayType)));\n                }\n                const result = getUnionType(sameMap(types, finalizeEvolvingArrayType), subtypeReduction);\n                if (result !== declaredType && result.flags & declaredType.flags & TypeFlags.Union && arraysEqual((result as UnionType).types, (declaredType as UnionType).types)) {\n                    return declaredType;\n                }\n                return result;\n            }\n\n            function getCandidateDiscriminantPropertyAccess(expr: Expression) {\n                if (isBindingPattern(reference) || isFunctionExpressionOrArrowFunction(reference) || isObjectLiteralMethod(reference)) {\n                    // When the reference is a binding pattern or function or arrow expression, we are narrowing a pesudo-reference in\n                    // getNarrowedTypeOfSymbol. An identifier for a destructuring variable declared in the same binding pattern or\n                    // parameter declared in the same parameter list is a candidate.\n                    if (isIdentifier(expr)) {\n                        const symbol = getResolvedSymbol(expr);\n                        const declaration = symbol.valueDeclaration;\n                        if (declaration && (isBindingElement(declaration) || isParameter(declaration)) && reference === declaration.parent && !declaration.initializer && !declaration.dotDotDotToken) {\n                            return declaration;\n                        }\n                    }\n                }\n                else if (isAccessExpression(expr)) {\n                    // An access expression is a candidate if the reference matches the left hand expression.\n                    if (isMatchingReference(reference, expr.expression)) {\n                        return expr;\n                    }\n                }\n                else if (isIdentifier(expr)) {\n                    const symbol = getResolvedSymbol(expr);\n                    if (isConstVariable(symbol)) {\n                        const declaration = symbol.valueDeclaration!;\n                        // Given 'const x = obj.kind', allow 'x' as an alias for 'obj.kind'\n                        if (isVariableDeclaration(declaration) && !declaration.type && declaration.initializer && isAccessExpression(declaration.initializer) &&\n                            isMatchingReference(reference, declaration.initializer.expression)) {\n                            return declaration.initializer;\n                        }\n                        // Given 'const { kind: x } = obj', allow 'x' as an alias for 'obj.kind'\n                        if (isBindingElement(declaration) && !declaration.initializer) {\n                            const parent = declaration.parent.parent;\n                            if (isVariableDeclaration(parent) && !parent.type && parent.initializer && (isIdentifier(parent.initializer) || isAccessExpression(parent.initializer)) &&\n                                isMatchingReference(reference, parent.initializer)) {\n                                return declaration;\n                            }\n                        }\n                    }\n                }\n                return undefined;\n            }\n\n            function getDiscriminantPropertyAccess(expr: Expression, computedType: Type) {\n                const type = declaredType.flags & TypeFlags.Union ? declaredType : computedType;\n                if (type.flags & TypeFlags.Union) {\n                    const access = getCandidateDiscriminantPropertyAccess(expr);\n                    if (access) {\n                        const name = getAccessedPropertyName(access);\n                        if (name && isDiscriminantProperty(type, name)) {\n                            return access;\n                        }\n                    }\n                }\n                return undefined;\n            }\n\n            function narrowTypeByDiscriminant(type: Type, access: AccessExpression | BindingElement | ParameterDeclaration, narrowType: (t: Type) => Type): Type {\n                const propName = getAccessedPropertyName(access);\n                if (propName === undefined) {\n                    return type;\n                }\n                const removeNullable = strictNullChecks && isOptionalChain(access) && maybeTypeOfKind(type, TypeFlags.Nullable);\n                let propType = getTypeOfPropertyOfType(removeNullable ? getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull) : type, propName);\n                if (!propType) {\n                    return type;\n                }\n                propType = removeNullable ? getOptionalType(propType) : propType;\n                const narrowedPropType = narrowType(propType);\n                return filterType(type, t => {\n                    const discriminantType = getTypeOfPropertyOrIndexSignature(t, propName);\n                    return !(narrowedPropType.flags & TypeFlags.Never) && isTypeComparableTo(narrowedPropType, discriminantType);\n                });\n            }\n\n            function narrowTypeByDiscriminantProperty(type: Type, access: AccessExpression | BindingElement | ParameterDeclaration, operator: SyntaxKind, value: Expression, assumeTrue: boolean) {\n                if ((operator === SyntaxKind.EqualsEqualsEqualsToken || operator === SyntaxKind.ExclamationEqualsEqualsToken) && type.flags & TypeFlags.Union) {\n                    const keyPropertyName = getKeyPropertyName(type as UnionType);\n                    if (keyPropertyName && keyPropertyName === getAccessedPropertyName(access)) {\n                        const candidate = getConstituentTypeForKeyType(type as UnionType, getTypeOfExpression(value));\n                        if (candidate) {\n                            return operator === (assumeTrue ? SyntaxKind.EqualsEqualsEqualsToken : SyntaxKind.ExclamationEqualsEqualsToken) ? candidate :\n                                isUnitType(getTypeOfPropertyOfType(candidate, keyPropertyName) || unknownType) ? removeType(type, candidate) :\n                                type;\n                        }\n                    }\n                }\n                return narrowTypeByDiscriminant(type, access, t => narrowTypeByEquality(t, operator, value, assumeTrue));\n            }\n\n            function narrowTypeBySwitchOnDiscriminantProperty(type: Type, access: AccessExpression | BindingElement | ParameterDeclaration, switchStatement: SwitchStatement, clauseStart: number, clauseEnd: number) {\n                if (clauseStart < clauseEnd && type.flags & TypeFlags.Union && getKeyPropertyName(type as UnionType) === getAccessedPropertyName(access)) {\n                    const clauseTypes = getSwitchClauseTypes(switchStatement).slice(clauseStart, clauseEnd);\n                    const candidate = getUnionType(map(clauseTypes, t => getConstituentTypeForKeyType(type as UnionType, t) || unknownType));\n                    if (candidate !== unknownType) {\n                        return candidate;\n                    }\n                }\n                return narrowTypeByDiscriminant(type, access, t => narrowTypeBySwitchOnDiscriminant(t, switchStatement, clauseStart, clauseEnd));\n            }\n\n            function narrowTypeByTruthiness(type: Type, expr: Expression, assumeTrue: boolean): Type {\n                if (isMatchingReference(reference, expr)) {\n                    return type.flags & TypeFlags.Unknown && assumeTrue ? nonNullUnknownType :\n                        getTypeWithFacts(type, assumeTrue ? TypeFacts.Truthy : TypeFacts.Falsy);\n                }\n                if (strictNullChecks && assumeTrue && optionalChainContainsReference(expr, reference)) {\n                    type = getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull);\n                }\n                const access = getDiscriminantPropertyAccess(expr, type);\n                if (access) {\n                    return narrowTypeByDiscriminant(type, access, t => getTypeWithFacts(t, assumeTrue ? TypeFacts.Truthy : TypeFacts.Falsy));\n                }\n                return type;\n            }\n\n            function isTypePresencePossible(type: Type, propName: __String, assumeTrue: boolean) {\n                const prop = getPropertyOfType(type, propName);\n                if (prop) {\n                    return prop.flags & SymbolFlags.Optional ? true : assumeTrue;\n                }\n                return getApplicableIndexInfoForName(type, propName) ? true : !assumeTrue;\n            }\n\n            function narrowByInKeyword(type: Type, name: __String, assumeTrue: boolean) {\n                if (type.flags & TypeFlags.Union\n                    || type.flags & TypeFlags.Object && declaredType !== type\n                    || isThisTypeParameter(type)\n                    || type.flags & TypeFlags.Intersection && every((type as IntersectionType).types, t => t.symbol !== globalThisSymbol)) {\n                    return filterType(type, t => isTypePresencePossible(t, name, assumeTrue));\n                }\n                return type;\n            }\n\n            function narrowTypeByBinaryExpression(type: Type, expr: BinaryExpression, assumeTrue: boolean): Type {\n                switch (expr.operatorToken.kind) {\n                    case SyntaxKind.EqualsToken:\n                    case SyntaxKind.BarBarEqualsToken:\n                    case SyntaxKind.AmpersandAmpersandEqualsToken:\n                    case SyntaxKind.QuestionQuestionEqualsToken:\n                        return narrowTypeByTruthiness(narrowType(type, expr.right, assumeTrue), expr.left, assumeTrue);\n                    case SyntaxKind.EqualsEqualsToken:\n                    case SyntaxKind.ExclamationEqualsToken:\n                    case SyntaxKind.EqualsEqualsEqualsToken:\n                    case SyntaxKind.ExclamationEqualsEqualsToken:\n                        const operator = expr.operatorToken.kind;\n                        const left = getReferenceCandidate(expr.left);\n                        const right = getReferenceCandidate(expr.right);\n                        if (left.kind === SyntaxKind.TypeOfExpression && isStringLiteralLike(right)) {\n                            return narrowTypeByTypeof(type, left as TypeOfExpression, operator, right, assumeTrue);\n                        }\n                        if (right.kind === SyntaxKind.TypeOfExpression && isStringLiteralLike(left)) {\n                            return narrowTypeByTypeof(type, right as TypeOfExpression, operator, left, assumeTrue);\n                        }\n                        if (isMatchingReference(reference, left)) {\n                            return narrowTypeByEquality(type, operator, right, assumeTrue);\n                        }\n                        if (isMatchingReference(reference, right)) {\n                            return narrowTypeByEquality(type, operator, left, assumeTrue);\n                        }\n                        if (strictNullChecks) {\n                            if (optionalChainContainsReference(left, reference)) {\n                                type = narrowTypeByOptionalChainContainment(type, operator, right, assumeTrue);\n                            }\n                            else if (optionalChainContainsReference(right, reference)) {\n                                type = narrowTypeByOptionalChainContainment(type, operator, left, assumeTrue);\n                            }\n                        }\n                        const leftAccess = getDiscriminantPropertyAccess(left, type);\n                        if (leftAccess) {\n                            return narrowTypeByDiscriminantProperty(type, leftAccess, operator, right, assumeTrue);\n                        }\n                        const rightAccess = getDiscriminantPropertyAccess(right, type);\n                        if (rightAccess) {\n                            return narrowTypeByDiscriminantProperty(type, rightAccess, operator, left, assumeTrue);\n                        }\n                        if (isMatchingConstructorReference(left)) {\n                            return narrowTypeByConstructor(type, operator, right, assumeTrue);\n                        }\n                        if (isMatchingConstructorReference(right)) {\n                            return narrowTypeByConstructor(type, operator, left, assumeTrue);\n                        }\n                        break;\n                    case SyntaxKind.InstanceOfKeyword:\n                        return narrowTypeByInstanceof(type, expr, assumeTrue);\n                    case SyntaxKind.InKeyword:\n                        if (isPrivateIdentifier(expr.left)) {\n                            return narrowTypeByPrivateIdentifierInInExpression(type, expr, assumeTrue);\n                        }\n                        const target = getReferenceCandidate(expr.right);\n                        const leftType = getTypeOfNode(expr.left);\n                        if (leftType.flags & TypeFlags.StringLiteral) {\n                            const name = escapeLeadingUnderscores((leftType as StringLiteralType).value);\n                            if (containsMissingType(type) && isAccessExpression(reference) && isMatchingReference(reference.expression, target) &&\n                                getAccessedPropertyName(reference) === name) {\n                                return getTypeWithFacts(type, assumeTrue ? TypeFacts.NEUndefined : TypeFacts.EQUndefined);\n                            }\n                            if (isMatchingReference(reference, target)) {\n                                return narrowByInKeyword(type, name, assumeTrue);\n                            }\n                        }\n                        break;\n                    case SyntaxKind.CommaToken:\n                        return narrowType(type, expr.right, assumeTrue);\n                    // Ordinarily we won't see && and || expressions in control flow analysis because the Binder breaks those\n                    // expressions down to individual conditional control flows. However, we may encounter them when analyzing\n                    // aliased conditional expressions.\n                    case SyntaxKind.AmpersandAmpersandToken:\n                        return assumeTrue ?\n                            narrowType(narrowType(type, expr.left, /*assumeTrue*/ true), expr.right, /*assumeTrue*/ true) :\n                            getUnionType([narrowType(type, expr.left, /*assumeTrue*/ false), narrowType(type, expr.right, /*assumeTrue*/ false)]);\n                    case SyntaxKind.BarBarToken:\n                        return assumeTrue ?\n                            getUnionType([narrowType(type, expr.left, /*assumeTrue*/ true), narrowType(type, expr.right, /*assumeTrue*/ true)]) :\n                            narrowType(narrowType(type, expr.left, /*assumeTrue*/ false), expr.right, /*assumeTrue*/ false);\n                }\n                return type;\n            }\n\n            function narrowTypeByPrivateIdentifierInInExpression(type: Type, expr: BinaryExpression, assumeTrue: boolean): Type {\n                const target = getReferenceCandidate(expr.right);\n                if (!isMatchingReference(reference, target)) {\n                    return type;\n                }\n\n                Debug.assertNode(expr.left, isPrivateIdentifier);\n                const symbol = getSymbolForPrivateIdentifierExpression(expr.left);\n                if (symbol === undefined) {\n                    return type;\n                }\n                const classSymbol = symbol.parent!;\n                const targetType = hasStaticModifier(Debug.checkDefined(symbol.valueDeclaration, \"should always have a declaration\"))\n                    ? getTypeOfSymbol(classSymbol) as InterfaceType\n                    : getDeclaredTypeOfSymbol(classSymbol);\n                return getNarrowedType(type, targetType, assumeTrue, isTypeDerivedFrom);\n            }\n\n            function narrowTypeByOptionalChainContainment(type: Type, operator: SyntaxKind, value: Expression, assumeTrue: boolean): Type {\n                // We are in a branch of obj?.foo === value (or any one of the other equality operators). We narrow obj as follows:\n                // When operator is === and type of value excludes undefined, null and undefined is removed from type of obj in true branch.\n                // When operator is !== and type of value excludes undefined, null and undefined is removed from type of obj in false branch.\n                // When operator is == and type of value excludes null and undefined, null and undefined is removed from type of obj in true branch.\n                // When operator is != and type of value excludes null and undefined, null and undefined is removed from type of obj in false branch.\n                // When operator is === and type of value is undefined, null and undefined is removed from type of obj in false branch.\n                // When operator is !== and type of value is undefined, null and undefined is removed from type of obj in true branch.\n                // When operator is == and type of value is null or undefined, null and undefined is removed from type of obj in false branch.\n                // When operator is != and type of value is null or undefined, null and undefined is removed from type of obj in true branch.\n                const equalsOperator = operator === SyntaxKind.EqualsEqualsToken || operator === SyntaxKind.EqualsEqualsEqualsToken;\n                const nullableFlags = operator === SyntaxKind.EqualsEqualsToken || operator === SyntaxKind.ExclamationEqualsToken ? TypeFlags.Nullable : TypeFlags.Undefined;\n                const valueType = getTypeOfExpression(value);\n                // Note that we include any and unknown in the exclusion test because their domain includes null and undefined.\n                const removeNullable = equalsOperator !== assumeTrue && everyType(valueType, t => !!(t.flags & nullableFlags)) ||\n                    equalsOperator === assumeTrue && everyType(valueType, t => !(t.flags & (TypeFlags.AnyOrUnknown | nullableFlags)));\n                return removeNullable ? getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull) : type;\n            }\n\n            function narrowTypeByEquality(type: Type, operator: SyntaxKind, value: Expression, assumeTrue: boolean): Type {\n                if (type.flags & TypeFlags.Any) {\n                    return type;\n                }\n                if (operator === SyntaxKind.ExclamationEqualsToken || operator === SyntaxKind.ExclamationEqualsEqualsToken) {\n                    assumeTrue = !assumeTrue;\n                }\n                const valueType = getTypeOfExpression(value);\n                if (assumeTrue && (type.flags & TypeFlags.Unknown) && (operator === SyntaxKind.EqualsEqualsToken || operator === SyntaxKind.ExclamationEqualsToken) && (valueType.flags & TypeFlags.Null)) {\n                    return getUnionType([nullType, undefinedType]);\n                }\n                if ((type.flags & TypeFlags.Unknown) && assumeTrue && (operator === SyntaxKind.EqualsEqualsEqualsToken || operator === SyntaxKind.ExclamationEqualsEqualsToken)) {\n                    if (valueType.flags & (TypeFlags.Primitive | TypeFlags.NonPrimitive)) {\n                        return valueType;\n                    }\n                    if (valueType.flags & TypeFlags.Object) {\n                        return nonPrimitiveType;\n                    }\n                    return type;\n                }\n                if (valueType.flags & TypeFlags.Nullable) {\n                    if (!strictNullChecks) {\n                        return type;\n                    }\n                    const doubleEquals = operator === SyntaxKind.EqualsEqualsToken || operator === SyntaxKind.ExclamationEqualsToken;\n                    const facts = doubleEquals ?\n                        assumeTrue ? TypeFacts.EQUndefinedOrNull : TypeFacts.NEUndefinedOrNull :\n                        valueType.flags & TypeFlags.Null ?\n                            assumeTrue ? TypeFacts.EQNull : TypeFacts.NENull :\n                            assumeTrue ? TypeFacts.EQUndefined : TypeFacts.NEUndefined;\n                    return type.flags & TypeFlags.Unknown && facts & (TypeFacts.NENull | TypeFacts.NEUndefinedOrNull) ? nonNullUnknownType : getTypeWithFacts(type, facts);\n                }\n                if (assumeTrue) {\n                    const filterFn: (t: Type) => boolean = operator === SyntaxKind.EqualsEqualsToken ?\n                        t => areTypesComparable(t, valueType) || isCoercibleUnderDoubleEquals(t, valueType) :\n                        t => areTypesComparable(t, valueType);\n                    return replacePrimitivesWithLiterals(filterType(type, filterFn), valueType);\n                }\n                if (isUnitType(valueType)) {\n                    return filterType(type, t => !(isUnitLikeType(t) && areTypesComparable(t, valueType)));\n                }\n                return type;\n            }\n\n            function narrowTypeByTypeof(type: Type, typeOfExpr: TypeOfExpression, operator: SyntaxKind, literal: LiteralExpression, assumeTrue: boolean): Type {\n                // We have '==', '!=', '===', or !==' operator with 'typeof xxx' and string literal operands\n                if (operator === SyntaxKind.ExclamationEqualsToken || operator === SyntaxKind.ExclamationEqualsEqualsToken) {\n                    assumeTrue = !assumeTrue;\n                }\n                const target = getReferenceCandidate(typeOfExpr.expression);\n                if (!isMatchingReference(reference, target)) {\n                    if (strictNullChecks && optionalChainContainsReference(target, reference) && assumeTrue === (literal.text !== \"undefined\")) {\n                        return getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull);\n                    }\n                    return type;\n                }\n                if (type.flags & TypeFlags.Any && literal.text === \"function\") {\n                    return type;\n                }\n                if (assumeTrue && type.flags & TypeFlags.Unknown && literal.text === \"object\") {\n                    // The non-null unknown type is used to track whether a previous narrowing operation has removed the null type\n                    // from the unknown type. For example, the expression `x && typeof x === 'object'` first narrows x to the non-null\n                    // unknown type, and then narrows that to the non-primitive type.\n                    return type === nonNullUnknownType ? nonPrimitiveType : getUnionType([nonPrimitiveType, nullType]);\n                }\n                const facts = assumeTrue ?\n                    typeofEQFacts.get(literal.text) || TypeFacts.TypeofEQHostObject :\n                    typeofNEFacts.get(literal.text) || TypeFacts.TypeofNEHostObject;\n                const impliedType = getImpliedTypeFromTypeofGuard(type, literal.text);\n                return getTypeWithFacts(assumeTrue && impliedType ? mapType(type, narrowUnionMemberByTypeof(impliedType)) : type, facts);\n            }\n\n            function narrowTypeBySwitchOptionalChainContainment(type: Type, switchStatement: SwitchStatement, clauseStart: number, clauseEnd: number, clauseCheck: (type: Type) => boolean) {\n                const everyClauseChecks = clauseStart !== clauseEnd && every(getSwitchClauseTypes(switchStatement).slice(clauseStart, clauseEnd), clauseCheck);\n                return everyClauseChecks ? getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull) : type;\n            }\n\n            function narrowTypeBySwitchOnDiscriminant(type: Type, switchStatement: SwitchStatement, clauseStart: number, clauseEnd: number) {\n                // We only narrow if all case expressions specify\n                // values with unit types, except for the case where\n                // `type` is unknown. In this instance we map object\n                // types to the nonPrimitive type and narrow with that.\n                const switchTypes = getSwitchClauseTypes(switchStatement);\n                if (!switchTypes.length) {\n                    return type;\n                }\n                const clauseTypes = switchTypes.slice(clauseStart, clauseEnd);\n                const hasDefaultClause = clauseStart === clauseEnd || contains(clauseTypes, neverType);\n                if ((type.flags & TypeFlags.Unknown) && !hasDefaultClause) {\n                    let groundClauseTypes: Type[] | undefined;\n                    for (let i = 0; i < clauseTypes.length; i += 1) {\n                        const t = clauseTypes[i];\n                        if (t.flags & (TypeFlags.Primitive | TypeFlags.NonPrimitive)) {\n                            if (groundClauseTypes !== undefined) {\n                                groundClauseTypes.push(t);\n                            }\n                        }\n                        else if (t.flags & TypeFlags.Object) {\n                            if (groundClauseTypes === undefined) {\n                                groundClauseTypes = clauseTypes.slice(0, i);\n                            }\n                            groundClauseTypes.push(nonPrimitiveType);\n                        }\n                        else {\n                            return type;\n                        }\n                    }\n                    return getUnionType(groundClauseTypes === undefined ? clauseTypes : groundClauseTypes);\n                }\n                const discriminantType = getUnionType(clauseTypes);\n                const caseType =\n                    discriminantType.flags & TypeFlags.Never ? neverType :\n                    replacePrimitivesWithLiterals(filterType(type, t => areTypesComparable(discriminantType, t)), discriminantType);\n                if (!hasDefaultClause) {\n                    return caseType;\n                }\n                const defaultType = filterType(type, t => !(isUnitLikeType(t) && contains(switchTypes, getRegularTypeOfLiteralType(extractUnitType(t)))));\n                return caseType.flags & TypeFlags.Never ? defaultType : getUnionType([caseType, defaultType]);\n            }\n\n            function getImpliedTypeFromTypeofGuard(type: Type, text: string) {\n                switch (text) {\n                    case \"function\":\n                        return type.flags & TypeFlags.Any ? type : globalFunctionType;\n                    case \"object\":\n                        return type.flags & TypeFlags.Unknown ? getUnionType([nonPrimitiveType, nullType]) : type;\n                    default:\n                        return typeofTypesByName.get(text);\n                }\n            }\n\n            // When narrowing a union type by a `typeof` guard using type-facts alone, constituent types that are\n            // super-types of the implied guard will be retained in the final type: this is because type-facts only\n            // filter. Instead, we would like to replace those union constituents with the more precise type implied by\n            // the guard. For example: narrowing `{} | undefined` by `\"boolean\"` should produce the type `boolean`, not\n            // the filtered type `{}`. For this reason we narrow constituents of the union individually, in addition to\n            // filtering by type-facts.\n            function narrowUnionMemberByTypeof(candidate: Type) {\n                return (type: Type) => {\n                    if (isTypeSubtypeOf(type, candidate)) {\n                        return type;\n                    }\n                    if (isTypeSubtypeOf(candidate, type)) {\n                        return candidate;\n                    }\n                    if (type.flags & TypeFlags.Instantiable) {\n                        const constraint = getBaseConstraintOfType(type) || anyType;\n                        if (isTypeSubtypeOf(candidate, constraint)) {\n                            return getIntersectionType([type, candidate]);\n                        }\n                    }\n                    return type;\n                };\n            }\n\n            function narrowBySwitchOnTypeOf(type: Type, switchStatement: SwitchStatement, clauseStart: number, clauseEnd: number): Type {\n                const switchWitnesses = getSwitchClauseTypeOfWitnesses(switchStatement, /*retainDefault*/ true);\n                if (!switchWitnesses.length) {\n                    return type;\n                }\n                //  Equal start and end denotes implicit fallthrough; undefined marks explicit default clause\n                const defaultCaseLocation = findIndex(switchWitnesses, elem => elem === undefined);\n                const hasDefaultClause = clauseStart === clauseEnd || (defaultCaseLocation >= clauseStart && defaultCaseLocation < clauseEnd);\n                let clauseWitnesses: string[];\n                let switchFacts: TypeFacts;\n                if (defaultCaseLocation > -1) {\n                    // We no longer need the undefined denoting an explicit default case. Remove the undefined and\n                    // fix-up clauseStart and clauseEnd.  This means that we don't have to worry about undefined in the\n                    // witness array.\n                    const witnesses = switchWitnesses.filter(witness => witness !== undefined) as string[];\n                    // The adjusted clause start and end after removing the `default` statement.\n                    const fixedClauseStart = defaultCaseLocation < clauseStart ? clauseStart - 1 : clauseStart;\n                    const fixedClauseEnd = defaultCaseLocation < clauseEnd ? clauseEnd - 1 : clauseEnd;\n                    clauseWitnesses = witnesses.slice(fixedClauseStart, fixedClauseEnd);\n                    switchFacts = getFactsFromTypeofSwitch(fixedClauseStart, fixedClauseEnd, witnesses, hasDefaultClause);\n                }\n                else {\n                    clauseWitnesses = switchWitnesses.slice(clauseStart, clauseEnd) as string[];\n                    switchFacts = getFactsFromTypeofSwitch(clauseStart, clauseEnd, switchWitnesses as string[], hasDefaultClause);\n                }\n                if (hasDefaultClause) {\n                    return filterType(type, t => (getTypeFacts(t) & switchFacts) === switchFacts);\n                }\n                /*\n                  The implied type is the raw type suggested by a\n                  value being caught in this clause.\n\n                  When the clause contains a default case we ignore\n                  the implied type and try to narrow using any facts\n                  we can learn: see `switchFacts`.\n\n                  Example:\n                  switch (typeof x) {\n                      case 'number':\n                      case 'string': break;\n                      default: break;\n                      case 'number':\n                      case 'boolean': break\n                  }\n\n                  In the first clause (case `number` and `string`) the\n                  implied type is number | string.\n\n                  In the default clause we de not compute an implied type.\n\n                  In the third clause (case `number` and `boolean`)\n                  the naive implied type is number | boolean, however\n                  we use the type facts to narrow the implied type to\n                  boolean. We know that number cannot be selected\n                  because it is caught in the first clause.\n                */\n                const impliedType = getTypeWithFacts(getUnionType(clauseWitnesses.map(text => getImpliedTypeFromTypeofGuard(type, text) || type)), switchFacts);\n                return getTypeWithFacts(mapType(type, narrowUnionMemberByTypeof(impliedType)), switchFacts);\n            }\n\n            function isMatchingConstructorReference(expr: Expression) {\n                return (isPropertyAccessExpression(expr) && idText(expr.name) === \"constructor\" ||\n                    isElementAccessExpression(expr) && isStringLiteralLike(expr.argumentExpression) && expr.argumentExpression.text === \"constructor\") &&\n                    isMatchingReference(reference, expr.expression);\n            }\n\n            function narrowTypeByConstructor(type: Type, operator: SyntaxKind, identifier: Expression, assumeTrue: boolean): Type {\n                // Do not narrow when checking inequality.\n                if (assumeTrue ? (operator !== SyntaxKind.EqualsEqualsToken && operator !== SyntaxKind.EqualsEqualsEqualsToken) : (operator !== SyntaxKind.ExclamationEqualsToken && operator !== SyntaxKind.ExclamationEqualsEqualsToken)) {\n                    return type;\n                }\n\n                // Get the type of the constructor identifier expression, if it is not a function then do not narrow.\n                const identifierType = getTypeOfExpression(identifier);\n                if (!isFunctionType(identifierType) && !isConstructorType(identifierType)) {\n                    return type;\n                }\n\n                // Get the prototype property of the type identifier so we can find out its type.\n                const prototypeProperty = getPropertyOfType(identifierType, \"prototype\" as __String);\n                if (!prototypeProperty) {\n                    return type;\n                }\n\n                // Get the type of the prototype, if it is undefined, or the global `Object` or `Function` types then do not narrow.\n                const prototypeType = getTypeOfSymbol(prototypeProperty);\n                const candidate = !isTypeAny(prototypeType) ? prototypeType : undefined;\n                if (!candidate || candidate === globalObjectType || candidate === globalFunctionType) {\n                    return type;\n                }\n\n                // If the type that is being narrowed is `any` then just return the `candidate` type since every type is a subtype of `any`.\n                if (isTypeAny(type)) {\n                    return candidate;\n                }\n\n                // Filter out types that are not considered to be \"constructed by\" the `candidate` type.\n                return filterType(type, t => isConstructedBy(t, candidate));\n\n                function isConstructedBy(source: Type, target: Type) {\n                    // If either the source or target type are a class type then we need to check that they are the same exact type.\n                    // This is because you may have a class `A` that defines some set of properties, and another class `B`\n                    // that defines the same set of properties as class `A`, in that case they are structurally the same\n                    // type, but when you do something like `instanceOfA.constructor === B` it will return false.\n                    if (source.flags & TypeFlags.Object && getObjectFlags(source) & ObjectFlags.Class ||\n                        target.flags & TypeFlags.Object && getObjectFlags(target) & ObjectFlags.Class) {\n                        return source.symbol === target.symbol;\n                    }\n\n                    // For all other types just check that the `source` type is a subtype of the `target` type.\n                    return isTypeSubtypeOf(source, target);\n                }\n            }\n\n            function narrowTypeByInstanceof(type: Type, expr: BinaryExpression, assumeTrue: boolean): Type {\n                const left = getReferenceCandidate(expr.left);\n                if (!isMatchingReference(reference, left)) {\n                    if (assumeTrue && strictNullChecks && optionalChainContainsReference(left, reference)) {\n                        return getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull);\n                    }\n                    return type;\n                }\n\n                // Check that right operand is a function type with a prototype property\n                const rightType = getTypeOfExpression(expr.right);\n                if (!isTypeDerivedFrom(rightType, globalFunctionType)) {\n                    return type;\n                }\n\n                let targetType: Type | undefined;\n                const prototypeProperty = getPropertyOfType(rightType, \"prototype\" as __String);\n                if (prototypeProperty) {\n                    // Target type is type of the prototype property\n                    const prototypePropertyType = getTypeOfSymbol(prototypeProperty);\n                    if (!isTypeAny(prototypePropertyType)) {\n                        targetType = prototypePropertyType;\n                    }\n                }\n\n                // Don't narrow from 'any' if the target type is exactly 'Object' or 'Function'\n                if (isTypeAny(type) && (targetType === globalObjectType || targetType === globalFunctionType)) {\n                    return type;\n                }\n\n                if (!targetType) {\n                    const constructSignatures = getSignaturesOfType(rightType, SignatureKind.Construct);\n                    targetType = constructSignatures.length ?\n                        getUnionType(map(constructSignatures, signature => getReturnTypeOfSignature(getErasedSignature(signature)))) :\n                        emptyObjectType;\n                }\n\n                // We can't narrow a union based off instanceof without negated types see #31576 for more info\n                if (!assumeTrue && rightType.flags & TypeFlags.Union) {\n                    const nonConstructorTypeInUnion = find((rightType as UnionType).types, (t) => !isConstructorType(t));\n                    if (!nonConstructorTypeInUnion) return type;\n                }\n\n                return getNarrowedType(type, targetType, assumeTrue, isTypeDerivedFrom);\n            }\n\n            function getNarrowedType(type: Type, candidate: Type, assumeTrue: boolean, isRelated: (source: Type, target: Type) => boolean) {\n                if (!assumeTrue) {\n                    return filterType(type, t => !isRelated(t, candidate));\n                }\n                // If the current type is a union type, remove all constituents that couldn't be instances of\n                // the candidate type. If one or more constituents remain, return a union of those.\n                if (type.flags & TypeFlags.Union) {\n                    const assignableType = filterType(type, t => isRelated(t, candidate));\n                    if (!(assignableType.flags & TypeFlags.Never)) {\n                        return assignableType;\n                    }\n                }\n\n                // If the candidate type is a subtype of the target type, narrow to the candidate type.\n                // Otherwise, if the target type is assignable to the candidate type, keep the target type.\n                // Otherwise, if the candidate type is assignable to the target type, narrow to the candidate\n                // type. Otherwise, the types are completely unrelated, so narrow to an intersection of the\n                // two types.\n                return isTypeSubtypeOf(candidate, type) ? candidate :\n                      isTypeAssignableTo(type, candidate) ? type :\n                      isTypeAssignableTo(candidate, type) ? candidate :\n                      getIntersectionType([type, candidate]);\n            }\n\n            function narrowTypeByCallExpression(type: Type, callExpression: CallExpression, assumeTrue: boolean): Type {\n                if (hasMatchingArgument(callExpression, reference)) {\n                    const signature = assumeTrue || !isCallChain(callExpression) ? getEffectsSignature(callExpression) : undefined;\n                    const predicate = signature && getTypePredicateOfSignature(signature);\n                    if (predicate && (predicate.kind === TypePredicateKind.This || predicate.kind === TypePredicateKind.Identifier)) {\n                        return narrowTypeByTypePredicate(type, predicate, callExpression, assumeTrue);\n                    }\n                }\n                if (containsMissingType(type) && isAccessExpression(reference) && isPropertyAccessExpression(callExpression.expression)) {\n                    const callAccess = callExpression.expression;\n                    if (isMatchingReference(reference.expression, getReferenceCandidate(callAccess.expression)) &&\n                        isIdentifier(callAccess.name) && callAccess.name.escapedText === \"hasOwnProperty\" && callExpression.arguments.length === 1) {\n                        const argument = callExpression.arguments[0];\n                        if (isStringLiteralLike(argument) && getAccessedPropertyName(reference) === escapeLeadingUnderscores(argument.text)) {\n                            return getTypeWithFacts(type, assumeTrue ? TypeFacts.NEUndefined : TypeFacts.EQUndefined);\n                        }\n                    }\n                }\n                return type;\n            }\n\n            function narrowTypeByTypePredicate(type: Type, predicate: TypePredicate, callExpression: CallExpression, assumeTrue: boolean): Type {\n                // Don't narrow from 'any' if the predicate type is exactly 'Object' or 'Function'\n                if (predicate.type && !(isTypeAny(type) && (predicate.type === globalObjectType || predicate.type === globalFunctionType))) {\n                    const predicateArgument = getTypePredicateArgument(predicate, callExpression);\n                    if (predicateArgument) {\n                        if (isMatchingReference(reference, predicateArgument)) {\n                            return getNarrowedType(type, predicate.type, assumeTrue, isTypeSubtypeOf);\n                        }\n                        if (strictNullChecks && assumeTrue && optionalChainContainsReference(predicateArgument, reference) &&\n                            !(getTypeFacts(predicate.type) & TypeFacts.EQUndefined)) {\n                            type = getTypeWithFacts(type, TypeFacts.NEUndefinedOrNull);\n                        }\n                        const access = getDiscriminantPropertyAccess(predicateArgument, type);\n                        if (access) {\n                            return narrowTypeByDiscriminant(type, access, t => getNarrowedType(t, predicate.type!, assumeTrue, isTypeSubtypeOf));\n                        }\n                    }\n                }\n                return type;\n            }\n\n            // Narrow the given type based on the given expression having the assumed boolean value. The returned type\n            // will be a subtype or the same type as the argument.\n            function narrowType(type: Type, expr: Expression, assumeTrue: boolean): Type {\n                // for `a?.b`, we emulate a synthetic `a !== null && a !== undefined` condition for `a`\n                if (isExpressionOfOptionalChainRoot(expr) ||\n                    isBinaryExpression(expr.parent) && expr.parent.operatorToken.kind === SyntaxKind.QuestionQuestionToken && expr.parent.left === expr) {\n                    return narrowTypeByOptionality(type, expr, assumeTrue);\n                }\n                switch (expr.kind) {\n                    case SyntaxKind.Identifier:\n                        // When narrowing a reference to a const variable, non-assigned parameter, or readonly property, we inline\n                        // up to five levels of aliased conditional expressions that are themselves declared as const variables.\n                        if (!isMatchingReference(reference, expr) && inlineLevel < 5) {\n                            const symbol = getResolvedSymbol(expr as Identifier);\n                            if (isConstVariable(symbol)) {\n                                const declaration = symbol.valueDeclaration;\n                                if (declaration && isVariableDeclaration(declaration) && !declaration.type && declaration.initializer && isConstantReference(reference)) {\n                                    inlineLevel++;\n                                    const result = narrowType(type, declaration.initializer, assumeTrue);\n                                    inlineLevel--;\n                                    return result;\n                                }\n                            }\n                        }\n                        // falls through\n                    case SyntaxKind.ThisKeyword:\n                    case SyntaxKind.SuperKeyword:\n                    case SyntaxKind.PropertyAccessExpression:\n                    case SyntaxKind.ElementAccessExpression:\n                        return narrowTypeByTruthiness(type, expr, assumeTrue);\n                    case SyntaxKind.CallExpression:\n                        return narrowTypeByCallExpression(type, expr as CallExpression, assumeTrue);\n                    case SyntaxKind.ParenthesizedExpression:\n                    case SyntaxKind.NonNullExpression:\n                        return narrowType(type, (expr as ParenthesizedExpression | NonNullExpression).expression, assumeTrue);\n                    case SyntaxKind.BinaryExpression:\n                        return narrowTypeByBinaryExpression(type, expr as BinaryExpression, assumeTrue);\n                    case SyntaxKind.PrefixUnaryExpression:\n                        if ((expr as PrefixUnaryExpression).operator === SyntaxKind.ExclamationToken) {\n                            return narrowType(type, (expr as PrefixUnaryExpression).operand, !assumeTrue);\n                        }\n                        break;\n                }\n                return type;\n            }\n\n            function narrowTypeByOptionality(type: Type, expr: Expression, assumePresent: boolean): Type {\n                if (isMatchingReference(reference, expr)) {\n                    return getTypeWithFacts(type, assumePresent ? TypeFacts.NEUndefinedOrNull : TypeFacts.EQUndefinedOrNull);\n                }\n                const access = getDiscriminantPropertyAccess(expr, type);\n                if (access) {\n                    return narrowTypeByDiscriminant(type, access, t => getTypeWithFacts(t, assumePresent ? TypeFacts.NEUndefinedOrNull : TypeFacts.EQUndefinedOrNull));\n                }\n                return type;\n            }\n        }\n\n        function getTypeOfSymbolAtLocation(symbol: Symbol, location: Node) {\n            symbol = symbol.exportSymbol || symbol;\n\n            // If we have an identifier or a property access at the given location, if the location is\n            // an dotted name expression, and if the location is not an assignment target, obtain the type\n            // of the expression (which will reflect control flow analysis). If the expression indeed\n            // resolved to the given symbol, return the narrowed type.\n            if (location.kind === SyntaxKind.Identifier || location.kind === SyntaxKind.PrivateIdentifier) {\n                if (isRightSideOfQualifiedNameOrPropertyAccess(location)) {\n                    location = location.parent;\n                }\n                if (isExpressionNode(location) && (!isAssignmentTarget(location) || isWriteAccess(location))) {\n                    const type = getTypeOfExpression(location as Expression);\n                    if (getExportSymbolOfValueSymbolIfExported(getNodeLinks(location).resolvedSymbol) === symbol) {\n                        return type;\n                    }\n                }\n            }\n            if (isDeclarationName(location) && isSetAccessor(location.parent) && getAnnotatedAccessorTypeNode(location.parent)) {\n                return resolveTypeOfAccessors(location.parent.symbol, /*writing*/ true)!;\n            }\n            // The location isn't a reference to the given symbol, meaning we're being asked\n            // a hypothetical question of what type the symbol would have if there was a reference\n            // to it at the given location. Since we have no control flow information for the\n            // hypothetical reference (control flow information is created and attached by the\n            // binder), we simply return the declared type of the symbol.\n            return getNonMissingTypeOfSymbol(symbol);\n        }\n\n        function getControlFlowContainer(node: Node): Node {\n            return findAncestor(node.parent, node =>\n                isFunctionLike(node) && !getImmediatelyInvokedFunctionExpression(node) ||\n                node.kind === SyntaxKind.ModuleBlock ||\n                node.kind === SyntaxKind.SourceFile ||\n                node.kind === SyntaxKind.PropertyDeclaration)!;\n        }\n\n        // Check if a parameter or catch variable is assigned anywhere\n        function isSymbolAssigned(symbol: Symbol) {\n            if (!symbol.valueDeclaration) {\n                return false;\n            }\n            const parent = getRootDeclaration(symbol.valueDeclaration).parent;\n            const links = getNodeLinks(parent);\n            if (!(links.flags & NodeCheckFlags.AssignmentsMarked)) {\n                links.flags |= NodeCheckFlags.AssignmentsMarked;\n                if (!hasParentWithAssignmentsMarked(parent)) {\n                    markNodeAssignments(parent);\n                }\n            }\n            return symbol.isAssigned || false;\n        }\n\n        function hasParentWithAssignmentsMarked(node: Node) {\n            return !!findAncestor(node.parent, node =>\n                (isFunctionLike(node) || isCatchClause(node)) && !!(getNodeLinks(node).flags & NodeCheckFlags.AssignmentsMarked));\n        }\n\n        function markNodeAssignments(node: Node) {\n            if (node.kind === SyntaxKind.Identifier) {\n                if (isAssignmentTarget(node)) {\n                    const symbol = getResolvedSymbol(node as Identifier);\n                    if (isParameterOrCatchClauseVariable(symbol)) {\n                        symbol.isAssigned = true;\n                    }\n                }\n            }\n            else {\n                forEachChild(node, markNodeAssignments);\n            }\n        }\n\n        function isConstVariable(symbol: Symbol) {\n            return symbol.flags & SymbolFlags.Variable && (getDeclarationNodeFlagsFromSymbol(symbol) & NodeFlags.Const) !== 0;\n        }\n\n        /** remove undefined from the annotated type of a parameter when there is an initializer (that doesn't include undefined) */\n        function removeOptionalityFromDeclaredType(declaredType: Type, declaration: VariableLikeDeclaration): Type {\n            if (pushTypeResolution(declaration.symbol, TypeSystemPropertyName.DeclaredType)) {\n                const annotationIncludesUndefined = strictNullChecks &&\n                    declaration.kind === SyntaxKind.Parameter &&\n                    declaration.initializer &&\n                    getFalsyFlags(declaredType) & TypeFlags.Undefined &&\n                    !(getFalsyFlags(checkExpression(declaration.initializer)) & TypeFlags.Undefined);\n                popTypeResolution();\n\n                return annotationIncludesUndefined ? getTypeWithFacts(declaredType, TypeFacts.NEUndefined) : declaredType;\n            }\n            else {\n                reportCircularityError(declaration.symbol);\n                return declaredType;\n            }\n        }\n\n        function isConstraintPosition(type: Type, node: Node) {\n            const parent = node.parent;\n            // In an element access obj[x], we consider obj to be in a constraint position, except when obj is of\n            // a generic type without a nullable constraint and x is a generic type. This is because when both obj\n            // and x are of generic types T and K, we want the resulting type to be T[K].\n            return parent.kind === SyntaxKind.PropertyAccessExpression ||\n                parent.kind === SyntaxKind.CallExpression && (parent as CallExpression).expression === node ||\n                parent.kind === SyntaxKind.ElementAccessExpression && (parent as ElementAccessExpression).expression === node &&\n                    !(someType(type, isGenericTypeWithoutNullableConstraint) && isGenericIndexType(getTypeOfExpression((parent as ElementAccessExpression).argumentExpression)));\n        }\n\n        function isGenericTypeWithUnionConstraint(type: Type) {\n            return !!(type.flags & TypeFlags.Instantiable && getBaseConstraintOrType(type).flags & (TypeFlags.Nullable | TypeFlags.Union));\n        }\n\n        function isGenericTypeWithoutNullableConstraint(type: Type) {\n            return !!(type.flags & TypeFlags.Instantiable && !maybeTypeOfKind(getBaseConstraintOrType(type), TypeFlags.Nullable));\n        }\n\n        function hasContextualTypeWithNoGenericTypes(node: Node, checkMode: CheckMode | undefined) {\n            // Computing the contextual type for a child of a JSX element involves resolving the type of the\n            // element's tag name, so we exclude that here to avoid circularities.\n            // If check mode has `CheckMode.RestBindingElement`, we skip binding pattern contextual types,\n            // as we want the type of a rest element to be generic when possible.\n            const contextualType = (isIdentifier(node) || isPropertyAccessExpression(node) || isElementAccessExpression(node)) &&\n                !((isJsxOpeningElement(node.parent) || isJsxSelfClosingElement(node.parent)) && node.parent.tagName === node) &&\n                (checkMode && checkMode & CheckMode.RestBindingElement ?\n                    getContextualType(node, ContextFlags.SkipBindingPatterns)\n                    : getContextualType(node));\n            return contextualType && !isGenericType(contextualType);\n        }\n\n        function getNarrowableTypeForReference(type: Type, reference: Node, checkMode?: CheckMode) {\n            // When the type of a reference is or contains an instantiable type with a union type constraint, and\n            // when the reference is in a constraint position (where it is known we'll obtain the apparent type) or\n            // has a contextual type containing no top-level instantiables (meaning constraints will determine\n            // assignability), we substitute constraints for all instantiables in the type of the reference to give\n            // control flow analysis an opportunity to narrow it further. For example, for a reference of a type\n            // parameter type 'T extends string | undefined' with a contextual type 'string', we substitute\n            // 'string | undefined' to give control flow analysis the opportunity to narrow to type 'string'.\n            const substituteConstraints = !(checkMode && checkMode & CheckMode.Inferential) &&\n                someType(type, isGenericTypeWithUnionConstraint) &&\n                (isConstraintPosition(type, reference) || hasContextualTypeWithNoGenericTypes(reference, checkMode));\n            return substituteConstraints ? mapType(type, t => t.flags & TypeFlags.Instantiable ? getBaseConstraintOrType(t) : t) : type;\n        }\n\n        function isExportOrExportExpression(location: Node) {\n            return !!findAncestor(location, n => {\n                const parent = n.parent;\n                if (parent === undefined) {\n                    return \"quit\";\n                }\n                if (isExportAssignment(parent)) {\n                    return parent.expression === n && isEntityNameExpression(n);\n                }\n                if (isExportSpecifier(parent)) {\n                    return parent.name === n || parent.propertyName === n;\n                }\n                return false;\n            });\n        }\n\n        function markAliasReferenced(symbol: Symbol, location: Node) {\n            if (isNonLocalAlias(symbol, /*excludes*/ SymbolFlags.Value) && !isInTypeQuery(location) && !getTypeOnlyAliasDeclaration(symbol)) {\n                const target = resolveAlias(symbol);\n                if (target.flags & SymbolFlags.Value) {\n                    // An alias resolving to a const enum cannot be elided if (1) 'isolatedModules' is enabled\n                    // (because the const enum value will not be inlined), or if (2) the alias is an export\n                    // of a const enum declaration that will be preserved.\n                    if (compilerOptions.isolatedModules ||\n                        shouldPreserveConstEnums(compilerOptions) && isExportOrExportExpression(location) ||\n                        !isConstEnumOrConstEnumOnlyModule(target)\n                    ) {\n                        markAliasSymbolAsReferenced(symbol);\n                    }\n                    else {\n                        markConstEnumAliasAsReferenced(symbol);\n                    }\n                }\n            }\n        }\n\n        function getNarrowedTypeOfSymbol(symbol: Symbol, location: Identifier) {\n            const declaration = symbol.valueDeclaration;\n            if (declaration) {\n                // If we have a non-rest binding element with no initializer declared as a const variable or a const-like\n                // parameter (a parameter for which there are no assignments in the function body), and if the parent type\n                // for the destructuring is a union type, one or more of the binding elements may represent discriminant\n                // properties, and we want the effects of conditional checks on such discriminants to affect the types of\n                // other binding elements from the same destructuring. Consider:\n                //\n                //   type Action =\n                //       | { kind: 'A', payload: number }\n                //       | { kind: 'B', payload: string };\n                //\n                //   function f({ kind, payload }: Action) {\n                //       if (kind === 'A') {\n                //           payload.toFixed();\n                //       }\n                //       if (kind === 'B') {\n                //           payload.toUpperCase();\n                //       }\n                //   }\n                //\n                // Above, we want the conditional checks on 'kind' to affect the type of 'payload'. To facilitate this, we use\n                // the binding pattern AST instance for '{ kind, payload }' as a pseudo-reference and narrow this reference\n                // as if it occurred in the specified location. We then recompute the narrowed binding element type by\n                // destructuring from the narrowed parent type.\n                if (isBindingElement(declaration) && !declaration.initializer && !declaration.dotDotDotToken && declaration.parent.elements.length >= 2) {\n                    const parent = declaration.parent.parent;\n                    if (parent.kind === SyntaxKind.VariableDeclaration && getCombinedNodeFlags(declaration) & NodeFlags.Const || parent.kind === SyntaxKind.Parameter) {\n                        const links = getNodeLinks(location);\n                        if (!(links.flags & NodeCheckFlags.InCheckIdentifier)) {\n                            links.flags |= NodeCheckFlags.InCheckIdentifier;\n                            const parentType = getTypeForBindingElementParent(parent, CheckMode.Normal);\n                            links.flags &= ~NodeCheckFlags.InCheckIdentifier;\n                            if (parentType && parentType.flags & TypeFlags.Union && !(parent.kind === SyntaxKind.Parameter && isSymbolAssigned(symbol))) {\n                                const pattern = declaration.parent;\n                                const narrowedType = getFlowTypeOfReference(pattern, parentType, parentType, /*flowContainer*/ undefined, location.flowNode);\n                                if (narrowedType.flags & TypeFlags.Never) {\n                                    return neverType;\n                                }\n                                return getBindingElementTypeFromParentType(declaration, narrowedType);\n                            }\n                        }\n                    }\n                }\n                // If we have a const-like parameter with no type annotation or initializer, and if the parameter is contextually\n                // typed by a signature with a single rest parameter of a union of tuple types, one or more of the parameters may\n                // represent discriminant tuple elements, and we want the effects of conditional checks on such discriminants to\n                // affect the types of other parameters in the same parameter list. Consider:\n                //\n                //   type Action = [kind: 'A', payload: number] | [kind: 'B', payload: string];\n                //\n                //   const f: (...args: Action) => void = (kind, payload) => {\n                //       if (kind === 'A') {\n                //           payload.toFixed();\n                //       }\n                //       if (kind === 'B') {\n                //           payload.toUpperCase();\n                //       }\n                //   }\n                //\n                // Above, we want the conditional checks on 'kind' to affect the type of 'payload'. To facilitate this, we use\n                // the arrow function AST node for '(kind, payload) => ...' as a pseudo-reference and narrow this reference as\n                // if it occurred in the specified location. We then recompute the narrowed parameter type by indexing into the\n                // narrowed tuple type.\n                if (isParameter(declaration) && !declaration.type && !declaration.initializer && !declaration.dotDotDotToken) {\n                    const func = declaration.parent;\n                    if (func.parameters.length >= 2 && isContextSensitiveFunctionOrObjectLiteralMethod(func)) {\n                        const contextualSignature = getContextualSignature(func);\n                        if (contextualSignature && contextualSignature.parameters.length === 1 && signatureHasRestParameter(contextualSignature)) {\n                            const restType = getTypeOfSymbol(contextualSignature.parameters[0]);\n                            if (restType.flags & TypeFlags.Union && everyType(restType, isTupleType) && !isSymbolAssigned(symbol)) {\n                                const narrowedType = getFlowTypeOfReference(func, restType, restType, /*flowContainer*/ undefined, location.flowNode);\n                                const index = func.parameters.indexOf(declaration) - (getThisParameter(func) ? 1 : 0);\n                                return getIndexedAccessType(narrowedType, getNumberLiteralType(index));\n                            }\n                        }\n                    }\n                }\n            }\n            return getTypeOfSymbol(symbol);\n        }\n\n        function checkIdentifier(node: Identifier, checkMode: CheckMode | undefined): Type {\n            if (isThisInTypeQuery(node)) {\n                return checkThisExpression(node);\n            }\n\n            const symbol = getResolvedSymbol(node);\n            if (symbol === unknownSymbol) {\n                return errorType;\n            }\n\n            // As noted in ECMAScript 6 language spec, arrow functions never have an arguments objects.\n            // Although in down-level emit of arrow function, we emit it using function expression which means that\n            // arguments objects will be bound to the inner object; emitting arrow function natively in ES6, arguments objects\n            // will be bound to non-arrow function that contain this arrow function. This results in inconsistent behavior.\n            // To avoid that we will give an error to users if they use arguments objects in arrow function so that they\n            // can explicitly bound arguments objects\n            if (symbol === argumentsSymbol) {\n                if (isInPropertyInitializerOrClassStaticBlock(node)) {\n                    error(node, Diagnostics.arguments_cannot_be_referenced_in_property_initializers);\n                    return errorType;\n                }\n\n                const container = getContainingFunction(node)!;\n                if (languageVersion < ScriptTarget.ES2015) {\n                    if (container.kind === SyntaxKind.ArrowFunction) {\n                        error(node, Diagnostics.The_arguments_object_cannot_be_referenced_in_an_arrow_function_in_ES3_and_ES5_Consider_using_a_standard_function_expression);\n                    }\n                    else if (hasSyntacticModifier(container, ModifierFlags.Async)) {\n                        error(node, Diagnostics.The_arguments_object_cannot_be_referenced_in_an_async_function_or_method_in_ES3_and_ES5_Consider_using_a_standard_function_or_method);\n                    }\n                }\n\n                getNodeLinks(container).flags |= NodeCheckFlags.CaptureArguments;\n                return getTypeOfSymbol(symbol);\n            }\n\n            // We should only mark aliases as referenced if there isn't a local value declaration\n            // for the symbol. Also, don't mark any property access expression LHS - checkPropertyAccessExpression will handle that\n            if (!(node.parent && isPropertyAccessExpression(node.parent) && node.parent.expression === node)) {\n                markAliasReferenced(symbol, node);\n            }\n\n            const localOrExportSymbol = getExportSymbolOfValueSymbolIfExported(symbol);\n            const targetSymbol = checkDeprecatedAliasedSymbol(localOrExportSymbol, node);\n            if (isDeprecatedSymbol(targetSymbol) && isUncalledFunctionReference(node, targetSymbol) && targetSymbol.declarations) {\n                addDeprecatedSuggestion(node, targetSymbol.declarations, node.escapedText as string);\n            }\n\n            let declaration = localOrExportSymbol.valueDeclaration;\n            if (declaration && localOrExportSymbol.flags & SymbolFlags.Class) {\n                // Due to the emit for class decorators, any reference to the class from inside of the class body\n                // must instead be rewritten to point to a temporary variable to avoid issues with the double-bind\n                // behavior of class names in ES6.\n                if (declaration.kind === SyntaxKind.ClassDeclaration\n                    && nodeIsDecorated(declaration as ClassDeclaration)) {\n                    let container = getContainingClass(node);\n                    while (container !== undefined) {\n                        if (container === declaration && container.name !== node) {\n                            getNodeLinks(declaration).flags |= NodeCheckFlags.ClassWithConstructorReference;\n                            getNodeLinks(node).flags |= NodeCheckFlags.ConstructorReferenceInClass;\n                            break;\n                        }\n\n                        container = getContainingClass(container);\n                    }\n                }\n                else if (declaration.kind === SyntaxKind.ClassExpression) {\n                    // When we emit a class expression with static members that contain a reference\n                    // to the constructor in the initializer, we will need to substitute that\n                    // binding with an alias as the class name is not in scope.\n                    let container = getThisContainer(node, /*includeArrowFunctions*/ false);\n                    while (container.kind !== SyntaxKind.SourceFile) {\n                        if (container.parent === declaration) {\n                            if (isPropertyDeclaration(container) && isStatic(container) || isClassStaticBlockDeclaration(container)) {\n                                getNodeLinks(declaration).flags |= NodeCheckFlags.ClassWithConstructorReference;\n                                getNodeLinks(node).flags |= NodeCheckFlags.ConstructorReferenceInClass;\n                            }\n                            break;\n                        }\n\n                        container = getThisContainer(container, /*includeArrowFunctions*/ false);\n                    }\n                }\n            }\n\n            checkNestedBlockScopedBinding(node, symbol);\n\n            let type = getNarrowedTypeOfSymbol(localOrExportSymbol, node);\n            const assignmentKind = getAssignmentTargetKind(node);\n\n            if (assignmentKind) {\n                if (!(localOrExportSymbol.flags & SymbolFlags.Variable) &&\n                    !(isInJSFile(node) && localOrExportSymbol.flags & SymbolFlags.ValueModule)) {\n                    const assignmentError = localOrExportSymbol.flags & SymbolFlags.Enum ? Diagnostics.Cannot_assign_to_0_because_it_is_an_enum\n                        : localOrExportSymbol.flags & SymbolFlags.Class ? Diagnostics.Cannot_assign_to_0_because_it_is_a_class\n                        : localOrExportSymbol.flags & SymbolFlags.Module ? Diagnostics.Cannot_assign_to_0_because_it_is_a_namespace\n                        : localOrExportSymbol.flags & SymbolFlags.Function ? Diagnostics.Cannot_assign_to_0_because_it_is_a_function\n                        : localOrExportSymbol.flags & SymbolFlags.Alias ? Diagnostics.Cannot_assign_to_0_because_it_is_an_import\n                        : Diagnostics.Cannot_assign_to_0_because_it_is_not_a_variable;\n\n                    error(node, assignmentError, symbolToString(symbol));\n                    return errorType;\n                }\n                if (isReadonlySymbol(localOrExportSymbol)) {\n                    if (localOrExportSymbol.flags & SymbolFlags.Variable) {\n                        error(node, Diagnostics.Cannot_assign_to_0_because_it_is_a_constant, symbolToString(symbol));\n                    }\n                    else {\n                        error(node, Diagnostics.Cannot_assign_to_0_because_it_is_a_read_only_property, symbolToString(symbol));\n                    }\n                    return errorType;\n                }\n            }\n\n            const isAlias = localOrExportSymbol.flags & SymbolFlags.Alias;\n\n            // We only narrow variables and parameters occurring in a non-assignment position. For all other\n            // entities we simply return the declared type.\n            if (localOrExportSymbol.flags & SymbolFlags.Variable) {\n                if (assignmentKind === AssignmentKind.Definite) {\n                    return type;\n                }\n            }\n            else if (isAlias) {\n                declaration = getDeclarationOfAliasSymbol(symbol);\n            }\n            else {\n                return type;\n            }\n\n            if (!declaration) {\n                return type;\n            }\n\n            type = getNarrowableTypeForReference(type, node, checkMode);\n\n            // The declaration container is the innermost function that encloses the declaration of the variable\n            // or parameter. The flow container is the innermost function starting with which we analyze the control\n            // flow graph to determine the control flow based type.\n            const isParameter = getRootDeclaration(declaration).kind === SyntaxKind.Parameter;\n            const declarationContainer = getControlFlowContainer(declaration);\n            let flowContainer = getControlFlowContainer(node);\n            const isOuterVariable = flowContainer !== declarationContainer;\n            const isSpreadDestructuringAssignmentTarget = node.parent && node.parent.parent && isSpreadAssignment(node.parent) && isDestructuringAssignmentTarget(node.parent.parent);\n            const isModuleExports = symbol.flags & SymbolFlags.ModuleExports;\n            // When the control flow originates in a function expression or arrow function and we are referencing\n            // a const variable or parameter from an outer function, we extend the origin of the control flow\n            // analysis to include the immediately enclosing function.\n            while (flowContainer !== declarationContainer && (flowContainer.kind === SyntaxKind.FunctionExpression ||\n                flowContainer.kind === SyntaxKind.ArrowFunction || isObjectLiteralOrClassExpressionMethodOrAccessor(flowContainer)) &&\n                (isConstVariable(localOrExportSymbol) && type !== autoArrayType || isParameter && !isSymbolAssigned(localOrExportSymbol))) {\n                flowContainer = getControlFlowContainer(flowContainer);\n            }\n            // We only look for uninitialized variables in strict null checking mode, and only when we can analyze\n            // the entire control flow graph from the variable's declaration (i.e. when the flow container and\n            // declaration container are the same).\n            const assumeInitialized = isParameter || isAlias || isOuterVariable || isSpreadDestructuringAssignmentTarget || isModuleExports || isBindingElement(declaration) ||\n                type !== autoType && type !== autoArrayType && (!strictNullChecks || (type.flags & (TypeFlags.AnyOrUnknown | TypeFlags.Void)) !== 0 ||\n                isInTypeQuery(node) || node.parent.kind === SyntaxKind.ExportSpecifier) ||\n                node.parent.kind === SyntaxKind.NonNullExpression ||\n                declaration.kind === SyntaxKind.VariableDeclaration && (declaration as VariableDeclaration).exclamationToken ||\n                declaration.flags & NodeFlags.Ambient;\n            const initialType = assumeInitialized ? (isParameter ? removeOptionalityFromDeclaredType(type, declaration as VariableLikeDeclaration) : type) :\n                type === autoType || type === autoArrayType ? undefinedType :\n                getOptionalType(type);\n            const flowType = getFlowTypeOfReference(node, type, initialType, flowContainer);\n            // A variable is considered uninitialized when it is possible to analyze the entire control flow graph\n            // from declaration to use, and when the variable's declared type doesn't include undefined but the\n            // control flow based type does include undefined.\n            if (!isEvolvingArrayOperationTarget(node) && (type === autoType || type === autoArrayType)) {\n                if (flowType === autoType || flowType === autoArrayType) {\n                    if (noImplicitAny) {\n                        error(getNameOfDeclaration(declaration), Diagnostics.Variable_0_implicitly_has_type_1_in_some_locations_where_its_type_cannot_be_determined, symbolToString(symbol), typeToString(flowType));\n                        error(node, Diagnostics.Variable_0_implicitly_has_an_1_type, symbolToString(symbol), typeToString(flowType));\n                    }\n                    return convertAutoToAny(flowType);\n                }\n            }\n            else if (!assumeInitialized && !(getFalsyFlags(type) & TypeFlags.Undefined) && getFalsyFlags(flowType) & TypeFlags.Undefined) {\n                error(node, Diagnostics.Variable_0_is_used_before_being_assigned, symbolToString(symbol));\n                // Return the declared type to reduce follow-on errors\n                return type;\n            }\n            return assignmentKind ? getBaseTypeOfLiteralType(flowType) : flowType;\n        }\n\n        function isInsideFunctionOrInstancePropertyInitializer(node: Node, threshold: Node): boolean {\n            return !!findAncestor(node, n => n === threshold ? \"quit\" : isFunctionLike(n) || (\n                n.parent && isPropertyDeclaration(n.parent) && !hasStaticModifier(n.parent) && n.parent.initializer === n\n            ));\n        }\n\n        function getPartOfForStatementContainingNode(node: Node, container: ForStatement) {\n            return findAncestor(node, n => n === container ? \"quit\" : n === container.initializer || n === container.condition || n === container.incrementor || n === container.statement);\n        }\n\n        function getEnclosingIterationStatement(node: Node): Node | undefined {\n            return findAncestor(node, n => (!n || nodeStartsNewLexicalEnvironment(n)) ? \"quit\" : isIterationStatement(n, /*lookInLabeledStatements*/ false));\n        }\n\n        function checkNestedBlockScopedBinding(node: Identifier, symbol: Symbol): void {\n            if (languageVersion >= ScriptTarget.ES2015 ||\n                (symbol.flags & (SymbolFlags.BlockScopedVariable | SymbolFlags.Class)) === 0 ||\n                !symbol.valueDeclaration ||\n                isSourceFile(symbol.valueDeclaration) ||\n                symbol.valueDeclaration.parent.kind === SyntaxKind.CatchClause) {\n                return;\n            }\n\n            // 1. walk from the use site up to the declaration and check\n            // if there is anything function like between declaration and use-site (is binding/class is captured in function).\n            // 2. walk from the declaration up to the boundary of lexical environment and check\n            // if there is an iteration statement in between declaration and boundary (is binding/class declared inside iteration statement)\n\n            const container = getEnclosingBlockScopeContainer(symbol.valueDeclaration);\n            const isCaptured = isInsideFunctionOrInstancePropertyInitializer(node, container);\n\n            const enclosingIterationStatement = getEnclosingIterationStatement(container);\n            if (enclosingIterationStatement) {\n                if (isCaptured) {\n                    // mark iteration statement as containing block-scoped binding captured in some function\n                    let capturesBlockScopeBindingInLoopBody = true;\n                    if (isForStatement(container)) {\n                        const varDeclList = getAncestor(symbol.valueDeclaration, SyntaxKind.VariableDeclarationList);\n                        if (varDeclList && varDeclList.parent === container) {\n                            const part = getPartOfForStatementContainingNode(node.parent, container);\n                            if (part) {\n                                const links = getNodeLinks(part);\n                                links.flags |= NodeCheckFlags.ContainsCapturedBlockScopeBinding;\n\n                                const capturedBindings = links.capturedBlockScopeBindings || (links.capturedBlockScopeBindings = []);\n                                pushIfUnique(capturedBindings, symbol);\n\n                                if (part === container.initializer) {\n                                    capturesBlockScopeBindingInLoopBody = false; // Initializer is outside of loop body\n                                }\n                            }\n                        }\n                    }\n                    if (capturesBlockScopeBindingInLoopBody) {\n                        getNodeLinks(enclosingIterationStatement).flags |= NodeCheckFlags.LoopWithCapturedBlockScopedBinding;\n                    }\n                }\n\n                // mark variables that are declared in loop initializer and reassigned inside the body of ForStatement.\n                // if body of ForStatement will be converted to function then we'll need a extra machinery to propagate reassigned values back.\n                if (isForStatement(container)) {\n                    const varDeclList = getAncestor(symbol.valueDeclaration, SyntaxKind.VariableDeclarationList);\n                    if (varDeclList && varDeclList.parent === container && isAssignedInBodyOfForStatement(node, container)) {\n                        getNodeLinks(symbol.valueDeclaration).flags |= NodeCheckFlags.NeedsLoopOutParameter;\n                    }\n                }\n\n                // set 'declared inside loop' bit on the block-scoped binding\n                getNodeLinks(symbol.valueDeclaration).flags |= NodeCheckFlags.BlockScopedBindingInLoop;\n            }\n\n            if (isCaptured) {\n                getNodeLinks(symbol.valueDeclaration).flags |= NodeCheckFlags.CapturedBlockScopedBinding;\n            }\n        }\n\n        function isBindingCapturedByNode(node: Node, decl: VariableDeclaration | BindingElement) {\n            const links = getNodeLinks(node);\n            return !!links && contains(links.capturedBlockScopeBindings, getSymbolOfNode(decl));\n        }\n\n        function isAssignedInBodyOfForStatement(node: Identifier, container: ForStatement): boolean {\n            // skip parenthesized nodes\n            let current: Node = node;\n            while (current.parent.kind === SyntaxKind.ParenthesizedExpression) {\n                current = current.parent;\n            }\n\n            // check if node is used as LHS in some assignment expression\n            let isAssigned = false;\n            if (isAssignmentTarget(current)) {\n                isAssigned = true;\n            }\n            else if ((current.parent.kind === SyntaxKind.PrefixUnaryExpression || current.parent.kind === SyntaxKind.PostfixUnaryExpression)) {\n                const expr = current.parent as PrefixUnaryExpression | PostfixUnaryExpression;\n                isAssigned = expr.operator === SyntaxKind.PlusPlusToken || expr.operator === SyntaxKind.MinusMinusToken;\n            }\n\n            if (!isAssigned) {\n                return false;\n            }\n\n            // at this point we know that node is the target of assignment\n            // now check that modification happens inside the statement part of the ForStatement\n            return !!findAncestor(current, n => n === container ? \"quit\" : n === container.statement);\n        }\n\n        function captureLexicalThis(node: Node, container: Node): void {\n            getNodeLinks(node).flags |= NodeCheckFlags.LexicalThis;\n            if (container.kind === SyntaxKind.PropertyDeclaration || container.kind === SyntaxKind.Constructor) {\n                const classNode = container.parent;\n                getNodeLinks(classNode).flags |= NodeCheckFlags.CaptureThis;\n            }\n            else {\n                getNodeLinks(container).flags |= NodeCheckFlags.CaptureThis;\n            }\n        }\n\n        function findFirstSuperCall(node: Node): SuperCall | undefined {\n            return isSuperCall(node) ? node :\n                isFunctionLike(node) ? undefined :\n                forEachChild(node, findFirstSuperCall);\n        }\n\n        /**\n          * Check if the given class-declaration extends null then return true.\n          * Otherwise, return false\n          * @param classDecl a class declaration to check if it extends null\n          */\n        function classDeclarationExtendsNull(classDecl: ClassDeclaration): boolean {\n            const classSymbol = getSymbolOfNode(classDecl);\n            const classInstanceType = getDeclaredTypeOfSymbol(classSymbol) as InterfaceType;\n            const baseConstructorType = getBaseConstructorTypeOfClass(classInstanceType);\n\n            return baseConstructorType === nullWideningType;\n        }\n\n        function checkThisBeforeSuper(node: Node, container: Node, diagnosticMessage: DiagnosticMessage) {\n            const containingClassDecl = container.parent as ClassDeclaration;\n            const baseTypeNode = getClassExtendsHeritageElement(containingClassDecl);\n\n            // If a containing class does not have extends clause or the class extends null\n            // skip checking whether super statement is called before \"this\" accessing.\n            if (baseTypeNode && !classDeclarationExtendsNull(containingClassDecl)) {\n                if (node.flowNode && !isPostSuperFlowNode(node.flowNode, /*noCacheCheck*/ false)) {\n                    error(node, diagnosticMessage);\n                }\n            }\n        }\n\n        function checkThisInStaticClassFieldInitializerInDecoratedClass(thisExpression: Node, container: Node) {\n            if (isPropertyDeclaration(container) && hasStaticModifier(container) &&\n                container.initializer && textRangeContainsPositionInclusive(container.initializer, thisExpression.pos) && length(container.parent.decorators)) {\n                    error(thisExpression, Diagnostics.Cannot_use_this_in_a_static_property_initializer_of_a_decorated_class);\n            }\n        }\n\n        function checkThisExpression(node: Node): Type {\n            const isNodeInTypeQuery = isInTypeQuery(node);\n            // Stop at the first arrow function so that we can\n            // tell whether 'this' needs to be captured.\n            let container = getThisContainer(node, /* includeArrowFunctions */ true);\n            let capturedByArrowFunction = false;\n\n            if (container.kind === SyntaxKind.Constructor) {\n                checkThisBeforeSuper(node, container, Diagnostics.super_must_be_called_before_accessing_this_in_the_constructor_of_a_derived_class);\n            }\n\n            // Now skip arrow functions to get the \"real\" owner of 'this'.\n            if (container.kind === SyntaxKind.ArrowFunction) {\n                container = getThisContainer(container, /* includeArrowFunctions */ false);\n                capturedByArrowFunction = true;\n            }\n\n            checkThisInStaticClassFieldInitializerInDecoratedClass(node, container);\n            switch (container.kind) {\n                case SyntaxKind.ModuleDeclaration:\n                    error(node, Diagnostics.this_cannot_be_referenced_in_a_module_or_namespace_body);\n                    // do not return here so in case if lexical this is captured - it will be reflected in flags on NodeLinks\n                    break;\n                case SyntaxKind.EnumDeclaration:\n                    error(node, Diagnostics.this_cannot_be_referenced_in_current_location);\n                    // do not return here so in case if lexical this is captured - it will be reflected in flags on NodeLinks\n                    break;\n                case SyntaxKind.Constructor:\n                    if (isInConstructorArgumentInitializer(node, container)) {\n                        error(node, Diagnostics.this_cannot_be_referenced_in_constructor_arguments);\n                        // do not return here so in case if lexical this is captured - it will be reflected in flags on NodeLinks\n                    }\n                    break;\n                case SyntaxKind.ComputedPropertyName:\n                    error(node, Diagnostics.this_cannot_be_referenced_in_a_computed_property_name);\n                    break;\n            }\n\n            // When targeting es6, mark that we'll need to capture `this` in its lexically bound scope.\n            if (!isNodeInTypeQuery && capturedByArrowFunction && languageVersion < ScriptTarget.ES2015) {\n                captureLexicalThis(node, container);\n            }\n\n            const type = tryGetThisTypeAt(node, /*includeGlobalThis*/ true, container);\n            if (noImplicitThis) {\n                const globalThisType = getTypeOfSymbol(globalThisSymbol);\n                if (type === globalThisType && capturedByArrowFunction) {\n                    error(node, Diagnostics.The_containing_arrow_function_captures_the_global_value_of_this);\n                }\n                else if (!type) {\n                    // With noImplicitThis, functions may not reference 'this' if it has type 'any'\n                    const diag = error(node, Diagnostics.this_implicitly_has_type_any_because_it_does_not_have_a_type_annotation);\n                    if (!isSourceFile(container)) {\n                        const outsideThis = tryGetThisTypeAt(container);\n                        if (outsideThis && outsideThis !== globalThisType) {\n                            addRelatedInfo(diag, createDiagnosticForNode(container, Diagnostics.An_outer_value_of_this_is_shadowed_by_this_container));\n                        }\n                    }\n                }\n            }\n            return type || anyType;\n        }\n\n        function tryGetThisTypeAt(node: Node, includeGlobalThis = true, container = getThisContainer(node, /*includeArrowFunctions*/ false)): Type | undefined {\n            const isInJS = isInJSFile(node);\n            if (isFunctionLike(container) &&\n                (!isInParameterInitializerBeforeContainingFunction(node) || getThisParameter(container))) {\n                let thisType = getThisTypeOfDeclaration(container) || isInJS && getTypeForThisExpressionFromJSDoc(container);\n                // Note: a parameter initializer should refer to class-this unless function-this is explicitly annotated.\n                // If this is a function in a JS file, it might be a class method.\n                if (!thisType) {\n                    const className = getClassNameFromPrototypeMethod(container);\n                    if (isInJS && className) {\n                        const classSymbol = checkExpression(className).symbol;\n                        if (classSymbol && classSymbol.members && (classSymbol.flags & SymbolFlags.Function)) {\n                            thisType = (getDeclaredTypeOfSymbol(classSymbol) as InterfaceType).thisType;\n                        }\n                    }\n                    else if (isJSConstructor(container)) {\n                        thisType = (getDeclaredTypeOfSymbol(getMergedSymbol(container.symbol)) as InterfaceType).thisType;\n                    }\n                    thisType ||= getContextualThisParameterType(container);\n                }\n\n                if (thisType) {\n                    return getFlowTypeOfReference(node, thisType);\n                }\n            }\n\n            if (isClassLike(container.parent)) {\n                const symbol = getSymbolOfNode(container.parent);\n                const type = isStatic(container) ? getTypeOfSymbol(symbol) : (getDeclaredTypeOfSymbol(symbol) as InterfaceType).thisType!;\n                return getFlowTypeOfReference(node, type);\n            }\n\n            if (isSourceFile(container)) {\n                // look up in the source file's locals or exports\n                if (container.commonJsModuleIndicator) {\n                    const fileSymbol = getSymbolOfNode(container);\n                    return fileSymbol && getTypeOfSymbol(fileSymbol);\n                }\n                else if (container.externalModuleIndicator) {\n                    // TODO: Maybe issue a better error than 'object is possibly undefined'\n                    return undefinedType;\n                }\n                else if (includeGlobalThis) {\n                    return getTypeOfSymbol(globalThisSymbol);\n                }\n            }\n        }\n\n        function getExplicitThisType(node: Expression) {\n            const container = getThisContainer(node, /*includeArrowFunctions*/ false);\n            if (isFunctionLike(container)) {\n                const signature = getSignatureFromDeclaration(container);\n                if (signature.thisParameter) {\n                    return getExplicitTypeOfSymbol(signature.thisParameter);\n                }\n            }\n            if (isClassLike(container.parent)) {\n                const symbol = getSymbolOfNode(container.parent);\n                return isStatic(container) ? getTypeOfSymbol(symbol) : (getDeclaredTypeOfSymbol(symbol) as InterfaceType).thisType!;\n            }\n        }\n\n        function getClassNameFromPrototypeMethod(container: Node) {\n            // Check if it's the RHS of a x.prototype.y = function [name]() { .... }\n            if (container.kind === SyntaxKind.FunctionExpression &&\n                isBinaryExpression(container.parent) &&\n                getAssignmentDeclarationKind(container.parent) === AssignmentDeclarationKind.PrototypeProperty) {\n                // Get the 'x' of 'x.prototype.y = container'\n                return ((container.parent   // x.prototype.y = container\n                    .left as PropertyAccessExpression)       // x.prototype.y\n                    .expression as PropertyAccessExpression) // x.prototype\n                    .expression;                             // x\n            }\n            // x.prototype = { method() { } }\n            else if (container.kind === SyntaxKind.MethodDeclaration &&\n                container.parent.kind === SyntaxKind.ObjectLiteralExpression &&\n                isBinaryExpression(container.parent.parent) &&\n                getAssignmentDeclarationKind(container.parent.parent) === AssignmentDeclarationKind.Prototype) {\n                return (container.parent.parent.left as PropertyAccessExpression).expression;\n            }\n            // x.prototype = { method: function() { } }\n            else if (container.kind === SyntaxKind.FunctionExpression &&\n                container.parent.kind === SyntaxKind.PropertyAssignment &&\n                container.parent.parent.kind === SyntaxKind.ObjectLiteralExpression &&\n                isBinaryExpression(container.parent.parent.parent) &&\n                getAssignmentDeclarationKind(container.parent.parent.parent) === AssignmentDeclarationKind.Prototype) {\n                return (container.parent.parent.parent.left as PropertyAccessExpression).expression;\n            }\n            // Object.defineProperty(x, \"method\", { value: function() { } });\n            // Object.defineProperty(x, \"method\", { set: (x: () => void) => void });\n            // Object.defineProperty(x, \"method\", { get: () => function() { }) });\n            else if (container.kind === SyntaxKind.FunctionExpression &&\n                isPropertyAssignment(container.parent) &&\n                isIdentifier(container.parent.name) &&\n                (container.parent.name.escapedText === \"value\" || container.parent.name.escapedText === \"get\" || container.parent.name.escapedText === \"set\") &&\n                isObjectLiteralExpression(container.parent.parent) &&\n                isCallExpression(container.parent.parent.parent) &&\n                container.parent.parent.parent.arguments[2] === container.parent.parent &&\n                getAssignmentDeclarationKind(container.parent.parent.parent) === AssignmentDeclarationKind.ObjectDefinePrototypeProperty) {\n                return (container.parent.parent.parent.arguments[0] as PropertyAccessExpression).expression;\n            }\n            // Object.defineProperty(x, \"method\", { value() { } });\n            // Object.defineProperty(x, \"method\", { set(x: () => void) {} });\n            // Object.defineProperty(x, \"method\", { get() { return () => {} } });\n            else if (isMethodDeclaration(container) &&\n                isIdentifier(container.name) &&\n                (container.name.escapedText === \"value\" || container.name.escapedText === \"get\" || container.name.escapedText === \"set\") &&\n                isObjectLiteralExpression(container.parent) &&\n                isCallExpression(container.parent.parent) &&\n                container.parent.parent.arguments[2] === container.parent &&\n                getAssignmentDeclarationKind(container.parent.parent) === AssignmentDeclarationKind.ObjectDefinePrototypeProperty) {\n                return (container.parent.parent.arguments[0] as PropertyAccessExpression).expression;\n            }\n        }\n\n        function getTypeForThisExpressionFromJSDoc(node: Node) {\n            const jsdocType = getJSDocType(node);\n            if (jsdocType && jsdocType.kind === SyntaxKind.JSDocFunctionType) {\n                const jsDocFunctionType = jsdocType as JSDocFunctionType;\n                if (jsDocFunctionType.parameters.length > 0 &&\n                    jsDocFunctionType.parameters[0].name &&\n                    (jsDocFunctionType.parameters[0].name as Identifier).escapedText === InternalSymbolName.This) {\n                    return getTypeFromTypeNode(jsDocFunctionType.parameters[0].type!);\n                }\n            }\n            const thisTag = getJSDocThisTag(node);\n            if (thisTag && thisTag.typeExpression) {\n                return getTypeFromTypeNode(thisTag.typeExpression);\n            }\n        }\n\n        function isInConstructorArgumentInitializer(node: Node, constructorDecl: Node): boolean {\n            return !!findAncestor(node, n => isFunctionLikeDeclaration(n) ? \"quit\" : n.kind === SyntaxKind.Parameter && n.parent === constructorDecl);\n        }\n\n        function checkSuperExpression(node: Node): Type {\n            const isCallExpression = node.parent.kind === SyntaxKind.CallExpression && (node.parent as CallExpression).expression === node;\n\n            const immediateContainer = getSuperContainer(node, /*stopOnFunctions*/ true);\n            let container = immediateContainer;\n            let needToCaptureLexicalThis = false;\n\n            // adjust the container reference in case if super is used inside arrow functions with arbitrarily deep nesting\n            if (!isCallExpression) {\n                while (container && container.kind === SyntaxKind.ArrowFunction) {\n                    container = getSuperContainer(container, /*stopOnFunctions*/ true);\n                    needToCaptureLexicalThis = languageVersion < ScriptTarget.ES2015;\n                }\n            }\n\n            const canUseSuperExpression = isLegalUsageOfSuperExpression(container);\n            let nodeCheckFlag: NodeCheckFlags = 0;\n\n            if (!canUseSuperExpression) {\n                // issue more specific error if super is used in computed property name\n                // class A { foo() { return \"1\" }}\n                // class B {\n                //     [super.foo()]() {}\n                // }\n                const current = findAncestor(node, n => n === container ? \"quit\" : n.kind === SyntaxKind.ComputedPropertyName);\n                if (current && current.kind === SyntaxKind.ComputedPropertyName) {\n                    error(node, Diagnostics.super_cannot_be_referenced_in_a_computed_property_name);\n                }\n                else if (isCallExpression) {\n                    error(node, Diagnostics.Super_calls_are_not_permitted_outside_constructors_or_in_nested_functions_inside_constructors);\n                }\n                else if (!container || !container.parent || !(isClassLike(container.parent) || container.parent.kind === SyntaxKind.ObjectLiteralExpression)) {\n                    error(node, Diagnostics.super_can_only_be_referenced_in_members_of_derived_classes_or_object_literal_expressions);\n                }\n                else {\n                    error(node, Diagnostics.super_property_access_is_permitted_only_in_a_constructor_member_function_or_member_accessor_of_a_derived_class);\n                }\n                return errorType;\n            }\n\n            if (!isCallExpression && immediateContainer.kind === SyntaxKind.Constructor) {\n                checkThisBeforeSuper(node, container, Diagnostics.super_must_be_called_before_accessing_a_property_of_super_in_the_constructor_of_a_derived_class);\n            }\n\n            if (isStatic(container) || isCallExpression) {\n                nodeCheckFlag = NodeCheckFlags.SuperStatic;\n                if (!isCallExpression &&\n                    languageVersion >= ScriptTarget.ES2015 && languageVersion <= ScriptTarget.ES2021 &&\n                    (isPropertyDeclaration(container) || isClassStaticBlockDeclaration(container))) {\n                    // for `super.x` or `super[x]` in a static initializer, mark all enclosing\n                    // block scope containers so that we can report potential collisions with\n                    // `Reflect`.\n                    forEachEnclosingBlockScopeContainer(node.parent, current => {\n                        if (!isSourceFile(current) || isExternalOrCommonJsModule(current)) {\n                            getNodeLinks(current).flags |= NodeCheckFlags.ContainsSuperPropertyInStaticInitializer;\n                        }\n                    });\n                }\n            }\n            else {\n                nodeCheckFlag = NodeCheckFlags.SuperInstance;\n            }\n\n            getNodeLinks(node).flags |= nodeCheckFlag;\n\n            // Due to how we emit async functions, we need to specialize the emit for an async method that contains a `super` reference.\n            // This is due to the fact that we emit the body of an async function inside of a generator function. As generator\n            // functions cannot reference `super`, we emit a helper inside of the method body, but outside of the generator. This helper\n            // uses an arrow function, which is permitted to reference `super`.\n            //\n            // There are two primary ways we can access `super` from within an async method. The first is getting the value of a property\n            // or indexed access on super, either as part of a right-hand-side expression or call expression. The second is when setting the value\n            // of a property or indexed access, either as part of an assignment expression or destructuring assignment.\n            //\n            // The simplest case is reading a value, in which case we will emit something like the following:\n            //\n            //  // ts\n            //  ...\n            //  async asyncMethod() {\n            //    let x = await super.asyncMethod();\n            //    return x;\n            //  }\n            //  ...\n            //\n            //  // js\n            //  ...\n            //  asyncMethod() {\n            //      const _super = Object.create(null, {\n            //        asyncMethod: { get: () => super.asyncMethod },\n            //      });\n            //      return __awaiter(this, arguments, Promise, function *() {\n            //          let x = yield _super.asyncMethod.call(this);\n            //          return x;\n            //      });\n            //  }\n            //  ...\n            //\n            // The more complex case is when we wish to assign a value, especially as part of a destructuring assignment. As both cases\n            // are legal in ES6, but also likely less frequent, we only emit setters if there is an assignment:\n            //\n            //  // ts\n            //  ...\n            //  async asyncMethod(ar: Promise<any[]>) {\n            //      [super.a, super.b] = await ar;\n            //  }\n            //  ...\n            //\n            //  // js\n            //  ...\n            //  asyncMethod(ar) {\n            //      const _super = Object.create(null, {\n            //        a: { get: () => super.a, set: (v) => super.a = v },\n            //        b: { get: () => super.b, set: (v) => super.b = v }\n            //      };\n            //      return __awaiter(this, arguments, Promise, function *() {\n            //          [_super.a, _super.b] = yield ar;\n            //      });\n            //  }\n            //  ...\n            //\n            // Creating an object that has getter and setters instead of just an accessor function is required for destructuring assignments\n            // as a call expression cannot be used as the target of a destructuring assignment while a property access can.\n            //\n            // For element access expressions (`super[x]`), we emit a generic helper that forwards the element access in both situations.\n            if (container.kind === SyntaxKind.MethodDeclaration && hasSyntacticModifier(container, ModifierFlags.Async)) {\n                if (isSuperProperty(node.parent) && isAssignmentTarget(node.parent)) {\n                    getNodeLinks(container).flags |= NodeCheckFlags.AsyncMethodWithSuperBinding;\n                }\n                else {\n                    getNodeLinks(container).flags |= NodeCheckFlags.AsyncMethodWithSuper;\n                }\n            }\n\n            if (needToCaptureLexicalThis) {\n                // call expressions are allowed only in constructors so they should always capture correct 'this'\n                // super property access expressions can also appear in arrow functions -\n                // in this case they should also use correct lexical this\n                captureLexicalThis(node.parent, container);\n            }\n\n            if (container.parent.kind === SyntaxKind.ObjectLiteralExpression) {\n                if (languageVersion < ScriptTarget.ES2015) {\n                    error(node, Diagnostics.super_is_only_allowed_in_members_of_object_literal_expressions_when_option_target_is_ES2015_or_higher);\n                    return errorType;\n                }\n                else {\n                    // for object literal assume that type of 'super' is 'any'\n                    return anyType;\n                }\n            }\n\n            // at this point the only legal case for parent is ClassLikeDeclaration\n            const classLikeDeclaration = container.parent as ClassLikeDeclaration;\n            if (!getClassExtendsHeritageElement(classLikeDeclaration)) {\n                error(node, Diagnostics.super_can_only_be_referenced_in_a_derived_class);\n                return errorType;\n            }\n\n            const classType = getDeclaredTypeOfSymbol(getSymbolOfNode(classLikeDeclaration)) as InterfaceType;\n            const baseClassType = classType && getBaseTypes(classType)[0];\n            if (!baseClassType) {\n                return errorType;\n            }\n\n            if (container.kind === SyntaxKind.Constructor && isInConstructorArgumentInitializer(node, container)) {\n                // issue custom error message for super property access in constructor arguments (to be aligned with old compiler)\n                error(node, Diagnostics.super_cannot_be_referenced_in_constructor_arguments);\n                return errorType;\n            }\n\n            return nodeCheckFlag === NodeCheckFlags.SuperStatic\n                ? getBaseConstructorTypeOfClass(classType)\n                : getTypeWithThisArgument(baseClassType, classType.thisType);\n\n            function isLegalUsageOfSuperExpression(container: Node): boolean {\n                if (!container) {\n                    return false;\n                }\n\n                if (isCallExpression) {\n                    // TS 1.0 SPEC (April 2014): 4.8.1\n                    // Super calls are only permitted in constructors of derived classes\n                    return container.kind === SyntaxKind.Constructor;\n                }\n                else {\n                    // TS 1.0 SPEC (April 2014)\n                    // 'super' property access is allowed\n                    // - In a constructor, instance member function, instance member accessor, or instance member variable initializer where this references a derived class instance\n                    // - In a static member function or static member accessor\n\n                    // topmost container must be something that is directly nested in the class declaration\\object literal expression\n                    if (isClassLike(container.parent) || container.parent.kind === SyntaxKind.ObjectLiteralExpression) {\n                        if (isStatic(container)) {\n                            return container.kind === SyntaxKind.MethodDeclaration ||\n                                container.kind === SyntaxKind.MethodSignature ||\n                                container.kind === SyntaxKind.GetAccessor ||\n                                container.kind === SyntaxKind.SetAccessor ||\n                                container.kind === SyntaxKind.PropertyDeclaration ||\n                                container.kind === SyntaxKind.ClassStaticBlockDeclaration;\n                        }\n                        else {\n                            return container.kind === SyntaxKind.MethodDeclaration ||\n                                container.kind === SyntaxKind.MethodSignature ||\n                                container.kind === SyntaxKind.GetAccessor ||\n                                container.kind === SyntaxKind.SetAccessor ||\n                                container.kind === SyntaxKind.PropertyDeclaration ||\n                                container.kind === SyntaxKind.PropertySignature ||\n                                container.kind === SyntaxKind.Constructor;\n                        }\n                    }\n                }\n\n                return false;\n            }\n        }\n\n        function getContainingObjectLiteral(func: SignatureDeclaration): ObjectLiteralExpression | undefined {\n            return (func.kind === SyntaxKind.MethodDeclaration ||\n                func.kind === SyntaxKind.GetAccessor ||\n                func.kind === SyntaxKind.SetAccessor) && func.parent.kind === SyntaxKind.ObjectLiteralExpression ? func.parent :\n                func.kind === SyntaxKind.FunctionExpression && func.parent.kind === SyntaxKind.PropertyAssignment ? func.parent.parent as ObjectLiteralExpression :\n                undefined;\n        }\n\n        function getThisTypeArgument(type: Type): Type | undefined {\n            return getObjectFlags(type) & ObjectFlags.Reference && (type as TypeReference).target === globalThisType ? getTypeArguments(type as TypeReference)[0] : undefined;\n        }\n\n        function getThisTypeFromContextualType(type: Type): Type | undefined {\n            return mapType(type, t => {\n                return t.flags & TypeFlags.Intersection ? forEach((t as IntersectionType).types, getThisTypeArgument) : getThisTypeArgument(t);\n            });\n        }\n\n        function getContextualThisParameterType(func: SignatureDeclaration): Type | undefined {\n            if (func.kind === SyntaxKind.ArrowFunction) {\n                return undefined;\n            }\n            if (isContextSensitiveFunctionOrObjectLiteralMethod(func)) {\n                const contextualSignature = getContextualSignature(func);\n                if (contextualSignature) {\n                    const thisParameter = contextualSignature.thisParameter;\n                    if (thisParameter) {\n                        return getTypeOfSymbol(thisParameter);\n                    }\n                }\n            }\n            const inJs = isInJSFile(func);\n            if (noImplicitThis || inJs) {\n                const containingLiteral = getContainingObjectLiteral(func);\n                if (containingLiteral) {\n                    // We have an object literal method. Check if the containing object literal has a contextual type\n                    // that includes a ThisType<T>. If so, T is the contextual type for 'this'. We continue looking in\n                    // any directly enclosing object literals.\n                    const contextualType = getApparentTypeOfContextualType(containingLiteral);\n                    let literal = containingLiteral;\n                    let type = contextualType;\n                    while (type) {\n                        const thisType = getThisTypeFromContextualType(type);\n                        if (thisType) {\n                            return instantiateType(thisType, getMapperFromContext(getInferenceContext(containingLiteral)));\n                        }\n                        if (literal.parent.kind !== SyntaxKind.PropertyAssignment) {\n                            break;\n                        }\n                        literal = literal.parent.parent as ObjectLiteralExpression;\n                        type = getApparentTypeOfContextualType(literal);\n                    }\n                    // There was no contextual ThisType<T> for the containing object literal, so the contextual type\n                    // for 'this' is the non-null form of the contextual type for the containing object literal or\n                    // the type of the object literal itself.\n                    return getWidenedType(contextualType ? getNonNullableType(contextualType) : checkExpressionCached(containingLiteral));\n                }\n                // In an assignment of the form 'obj.xxx = function(...)' or 'obj[xxx] = function(...)', the\n                // contextual type for 'this' is 'obj'.\n                const parent = walkUpParenthesizedExpressions(func.parent);\n                if (parent.kind === SyntaxKind.BinaryExpression && (parent as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken) {\n                    const target = (parent as BinaryExpression).left;\n                    if (isAccessExpression(target)) {\n                        const { expression } = target;\n                        // Don't contextually type `this` as `exports` in `exports.Point = function(x, y) { this.x = x; this.y = y; }`\n                        if (inJs && isIdentifier(expression)) {\n                            const sourceFile = getSourceFileOfNode(parent);\n                            if (sourceFile.commonJsModuleIndicator && getResolvedSymbol(expression) === sourceFile.symbol) {\n                                return undefined;\n                            }\n                        }\n\n                        return getWidenedType(checkExpressionCached(expression));\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        // Return contextual type of parameter or undefined if no contextual type is available\n        function getContextuallyTypedParameterType(parameter: ParameterDeclaration): Type | undefined {\n            const func = parameter.parent;\n            if (!isContextSensitiveFunctionOrObjectLiteralMethod(func)) {\n                return undefined;\n            }\n            const iife = getImmediatelyInvokedFunctionExpression(func);\n            if (iife && iife.arguments) {\n                const args = getEffectiveCallArguments(iife);\n                const indexOfParameter = func.parameters.indexOf(parameter);\n                if (parameter.dotDotDotToken) {\n                    return getSpreadArgumentType(args, indexOfParameter, args.length, anyType, /*context*/ undefined, CheckMode.Normal);\n                }\n                const links = getNodeLinks(iife);\n                const cached = links.resolvedSignature;\n                links.resolvedSignature = anySignature;\n                const type = indexOfParameter < args.length ?\n                    getWidenedLiteralType(checkExpression(args[indexOfParameter])) :\n                    parameter.initializer ? undefined : undefinedWideningType;\n                links.resolvedSignature = cached;\n                return type;\n            }\n            const contextualSignature = getContextualSignature(func);\n            if (contextualSignature) {\n                const index = func.parameters.indexOf(parameter) - (getThisParameter(func) ? 1 : 0);\n                return parameter.dotDotDotToken && lastOrUndefined(func.parameters) === parameter ?\n                    getRestTypeAtPosition(contextualSignature, index) :\n                    tryGetTypeAtPosition(contextualSignature, index);\n            }\n        }\n\n        function getContextualTypeForVariableLikeDeclaration(declaration: VariableLikeDeclaration): Type | undefined {\n            const typeNode = getEffectiveTypeAnnotationNode(declaration);\n            if (typeNode) {\n                return getTypeFromTypeNode(typeNode);\n            }\n            switch (declaration.kind) {\n                case SyntaxKind.Parameter:\n                    return getContextuallyTypedParameterType(declaration);\n                case SyntaxKind.BindingElement:\n                    return getContextualTypeForBindingElement(declaration);\n                case SyntaxKind.PropertyDeclaration:\n                    if (isStatic(declaration)) {\n                        return getContextualTypeForStaticPropertyDeclaration(declaration);\n                    }\n                // By default, do nothing and return undefined - only the above cases have context implied by a parent\n            }\n        }\n\n        function getContextualTypeForBindingElement(declaration: BindingElement): Type | undefined {\n            const parent = declaration.parent.parent;\n            const name = declaration.propertyName || declaration.name;\n            const parentType = getContextualTypeForVariableLikeDeclaration(parent) ||\n                parent.kind !== SyntaxKind.BindingElement && parent.initializer && checkDeclarationInitializer(parent, declaration.dotDotDotToken ? CheckMode.RestBindingElement : CheckMode.Normal);\n            if (!parentType || isBindingPattern(name) || isComputedNonLiteralName(name)) return undefined;\n            if (parent.name.kind === SyntaxKind.ArrayBindingPattern) {\n                const index = indexOfNode(declaration.parent.elements, declaration);\n                if (index < 0) return undefined;\n                return getContextualTypeForElementExpression(parentType, index);\n            }\n            const nameType = getLiteralTypeFromPropertyName(name);\n            if (isTypeUsableAsPropertyName(nameType)) {\n                const text = getPropertyNameFromType(nameType);\n                return getTypeOfPropertyOfType(parentType, text);\n            }\n        }\n\n        function getContextualTypeForStaticPropertyDeclaration(declaration: PropertyDeclaration): Type | undefined {\n            const parentType = isExpression(declaration.parent) && getContextualType(declaration.parent);\n            if (!parentType) return undefined;\n            return getTypeOfPropertyOfContextualType(parentType, getSymbolOfNode(declaration).escapedName);\n        }\n\n        // In a variable, parameter or property declaration with a type annotation,\n        //   the contextual type of an initializer expression is the type of the variable, parameter or property.\n        // Otherwise, in a parameter declaration of a contextually typed function expression,\n        //   the contextual type of an initializer expression is the contextual type of the parameter.\n        // Otherwise, in a variable or parameter declaration with a binding pattern name,\n        //   the contextual type of an initializer expression is the type implied by the binding pattern.\n        // Otherwise, in a binding pattern inside a variable or parameter declaration,\n        //   the contextual type of an initializer expression is the type annotation of the containing declaration, if present.\n        function getContextualTypeForInitializerExpression(node: Expression, contextFlags?: ContextFlags): Type | undefined {\n            const declaration = node.parent as VariableLikeDeclaration;\n            if (hasInitializer(declaration) && node === declaration.initializer) {\n                const result = getContextualTypeForVariableLikeDeclaration(declaration);\n                if (result) {\n                    return result;\n                }\n                if (!(contextFlags! & ContextFlags.SkipBindingPatterns) && isBindingPattern(declaration.name)) { // This is less a contextual type and more an implied shape - in some cases, this may be undesirable\n                    return getTypeFromBindingPattern(declaration.name, /*includePatternInType*/ true, /*reportErrors*/ false);\n                }\n            }\n            return undefined;\n        }\n\n        function getContextualTypeForReturnExpression(node: Expression): Type | undefined {\n            const func = getContainingFunction(node);\n            if (func) {\n                let contextualReturnType = getContextualReturnType(func);\n                if (contextualReturnType) {\n                    const functionFlags = getFunctionFlags(func);\n                    if (functionFlags & FunctionFlags.Generator) { // Generator or AsyncGenerator function\n                        const use = functionFlags & FunctionFlags.Async ? IterationUse.AsyncGeneratorReturnType : IterationUse.GeneratorReturnType;\n                        const iterationTypes = getIterationTypesOfIterable(contextualReturnType, use, /*errorNode*/ undefined);\n                        if (!iterationTypes) {\n                            return undefined;\n                        }\n                        contextualReturnType = iterationTypes.returnType;\n                        // falls through to unwrap Promise for AsyncGenerators\n                    }\n\n                    if (functionFlags & FunctionFlags.Async) { // Async function or AsyncGenerator function\n                        // Get the awaited type without the `Awaited<T>` alias\n                        const contextualAwaitedType = mapType(contextualReturnType, getAwaitedTypeNoAlias);\n                        return contextualAwaitedType && getUnionType([contextualAwaitedType, createPromiseLikeType(contextualAwaitedType)]);\n                    }\n\n                    return contextualReturnType; // Regular function or Generator function\n                }\n            }\n            return undefined;\n        }\n\n        function getContextualTypeForAwaitOperand(node: AwaitExpression, contextFlags?: ContextFlags): Type | undefined {\n            const contextualType = getContextualType(node, contextFlags);\n            if (contextualType) {\n                const contextualAwaitedType = getAwaitedTypeNoAlias(contextualType);\n                return contextualAwaitedType && getUnionType([contextualAwaitedType, createPromiseLikeType(contextualAwaitedType)]);\n            }\n            return undefined;\n        }\n\n        function getContextualTypeForYieldOperand(node: YieldExpression): Type | undefined {\n            const func = getContainingFunction(node);\n            if (func) {\n                const functionFlags = getFunctionFlags(func);\n                const contextualReturnType = getContextualReturnType(func);\n                if (contextualReturnType) {\n                    return node.asteriskToken\n                        ? contextualReturnType\n                        : getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Yield, contextualReturnType, (functionFlags & FunctionFlags.Async) !== 0);\n                }\n            }\n\n            return undefined;\n        }\n\n        function isInParameterInitializerBeforeContainingFunction(node: Node) {\n            let inBindingInitializer = false;\n            while (node.parent && !isFunctionLike(node.parent)) {\n                if (isParameter(node.parent) && (inBindingInitializer || node.parent.initializer === node)) {\n                    return true;\n                }\n                if (isBindingElement(node.parent) && node.parent.initializer === node) {\n                    inBindingInitializer = true;\n                }\n\n                node = node.parent;\n            }\n\n            return false;\n        }\n\n        function getContextualIterationType(kind: IterationTypeKind, functionDecl: SignatureDeclaration): Type | undefined {\n            const isAsync = !!(getFunctionFlags(functionDecl) & FunctionFlags.Async);\n            const contextualReturnType = getContextualReturnType(functionDecl);\n            if (contextualReturnType) {\n                return getIterationTypeOfGeneratorFunctionReturnType(kind, contextualReturnType, isAsync)\n                    || undefined;\n            }\n\n            return undefined;\n        }\n\n        function getContextualReturnType(functionDecl: SignatureDeclaration): Type | undefined {\n            // If the containing function has a return type annotation, is a constructor, or is a get accessor whose\n            // corresponding set accessor has a type annotation, return statements in the function are contextually typed\n            const returnType = getReturnTypeFromAnnotation(functionDecl);\n            if (returnType) {\n                return returnType;\n            }\n            // Otherwise, if the containing function is contextually typed by a function type with exactly one call signature\n            // and that call signature is non-generic, return statements are contextually typed by the return type of the signature\n            const signature = getContextualSignatureForFunctionLikeDeclaration(functionDecl as FunctionExpression);\n            if (signature && !isResolvingReturnTypeOfSignature(signature)) {\n                return getReturnTypeOfSignature(signature);\n            }\n            const iife = getImmediatelyInvokedFunctionExpression(functionDecl);\n            if (iife) {\n                return getContextualType(iife);\n            }\n            return undefined;\n        }\n\n        // In a typed function call, an argument or substitution expression is contextually typed by the type of the corresponding parameter.\n        function getContextualTypeForArgument(callTarget: CallLikeExpression, arg: Expression): Type | undefined {\n            const args = getEffectiveCallArguments(callTarget);\n            const argIndex = args.indexOf(arg); // -1 for e.g. the expression of a CallExpression, or the tag of a TaggedTemplateExpression\n            return argIndex === -1 ? undefined : getContextualTypeForArgumentAtIndex(callTarget, argIndex);\n        }\n\n        function getContextualTypeForArgumentAtIndex(callTarget: CallLikeExpression, argIndex: number): Type {\n            if (isImportCall(callTarget)) {\n                return argIndex === 0 ? stringType :\n                    argIndex === 1 ? getGlobalImportCallOptionsType(/*reportErrors*/ false) :\n                    anyType;\n            }\n\n            // If we're already in the process of resolving the given signature, don't resolve again as\n            // that could cause infinite recursion. Instead, return anySignature.\n            const signature = getNodeLinks(callTarget).resolvedSignature === resolvingSignature ? resolvingSignature : getResolvedSignature(callTarget);\n\n            if (isJsxOpeningLikeElement(callTarget) && argIndex === 0) {\n                return getEffectiveFirstArgumentForJsxSignature(signature, callTarget);\n            }\n            const restIndex = signature.parameters.length - 1;\n            return signatureHasRestParameter(signature) && argIndex >= restIndex ?\n                getIndexedAccessType(getTypeOfSymbol(signature.parameters[restIndex]), getNumberLiteralType(argIndex - restIndex), AccessFlags.Contextual) :\n                getTypeAtPosition(signature, argIndex);\n        }\n\n        function getContextualTypeForSubstitutionExpression(template: TemplateExpression, substitutionExpression: Expression) {\n            if (template.parent.kind === SyntaxKind.TaggedTemplateExpression) {\n                return getContextualTypeForArgument(template.parent as TaggedTemplateExpression, substitutionExpression);\n            }\n\n            return undefined;\n        }\n\n        function getContextualTypeForBinaryOperand(node: Expression, contextFlags?: ContextFlags): Type | undefined {\n            const binaryExpression = node.parent as BinaryExpression;\n            const { left, operatorToken, right } = binaryExpression;\n            switch (operatorToken.kind) {\n                case SyntaxKind.EqualsToken:\n                case SyntaxKind.AmpersandAmpersandEqualsToken:\n                case SyntaxKind.BarBarEqualsToken:\n                case SyntaxKind.QuestionQuestionEqualsToken:\n                    return node === right ? getContextualTypeForAssignmentDeclaration(binaryExpression) : undefined;\n                case SyntaxKind.BarBarToken:\n                case SyntaxKind.QuestionQuestionToken:\n                    // When an || expression has a contextual type, the operands are contextually typed by that type, except\n                    // when that type originates in a binding pattern, the right operand is contextually typed by the type of\n                    // the left operand. When an || expression has no contextual type, the right operand is contextually typed\n                    // by the type of the left operand, except for the special case of Javascript declarations of the form\n                    // `namespace.prop = namespace.prop || {}`.\n                    const type = getContextualType(binaryExpression, contextFlags);\n                    return node === right && (type && type.pattern || !type && !isDefaultedExpandoInitializer(binaryExpression)) ?\n                        getTypeOfExpression(left) : type;\n                case SyntaxKind.AmpersandAmpersandToken:\n                case SyntaxKind.CommaToken:\n                    return node === right ? getContextualType(binaryExpression, contextFlags) : undefined;\n                default:\n                    return undefined;\n            }\n        }\n\n        /**\n          * Try to find a resolved symbol for an expression without also resolving its type, as\n          * getSymbolAtLocation would (as that could be reentrant into contextual typing)\n          */\n          function getSymbolForExpression(e: Expression) {\n            if (e.symbol) {\n                return e.symbol;\n            }\n            if (isIdentifier(e)) {\n                return getResolvedSymbol(e);\n            }\n            if (isPropertyAccessExpression(e)) {\n                const lhsType = getTypeOfExpression(e.expression);\n                return isPrivateIdentifier(e.name) ? tryGetPrivateIdentifierPropertyOfType(lhsType, e.name) : getPropertyOfType(lhsType, e.name.escapedText);\n            }\n            return undefined;\n\n            function tryGetPrivateIdentifierPropertyOfType(type: Type, id: PrivateIdentifier) {\n                const lexicallyScopedSymbol = lookupSymbolForPrivateIdentifierDeclaration(id.escapedText, id);\n                return lexicallyScopedSymbol && getPrivateIdentifierPropertyOfType(type, lexicallyScopedSymbol);\n            }\n        }\n\n        // In an assignment expression, the right operand is contextually typed by the type of the left operand.\n        // Don't do this for assignment declarations unless there is a type tag on the assignment, to avoid circularity from checking the right operand.\n        function getContextualTypeForAssignmentDeclaration(binaryExpression: BinaryExpression): Type | undefined {\n            const kind = getAssignmentDeclarationKind(binaryExpression);\n            switch (kind) {\n                case AssignmentDeclarationKind.None:\n                case AssignmentDeclarationKind.ThisProperty:\n                    const lhsSymbol = getSymbolForExpression(binaryExpression.left);\n                    const decl = lhsSymbol && lhsSymbol.valueDeclaration;\n                    // Unannotated, uninitialized property declarations have a type implied by their usage in the constructor.\n                    // We avoid calling back into `getTypeOfExpression` and reentering contextual typing to avoid a bogus circularity error in that case.\n                    if (decl && (isPropertyDeclaration(decl) || isPropertySignature(decl))) {\n                        const overallAnnotation = getEffectiveTypeAnnotationNode(decl);\n                        return (overallAnnotation && instantiateType(getTypeFromTypeNode(overallAnnotation), getSymbolLinks(lhsSymbol).mapper)) ||\n                            (decl.initializer && getTypeOfExpression(binaryExpression.left));\n                    }\n                    if (kind === AssignmentDeclarationKind.None) {\n                        return getTypeOfExpression(binaryExpression.left);\n                    }\n                    return getContextualTypeForThisPropertyAssignment(binaryExpression);\n                case AssignmentDeclarationKind.Property:\n                    if (isPossiblyAliasedThisProperty(binaryExpression, kind)) {\n                        return getContextualTypeForThisPropertyAssignment(binaryExpression);\n                    }\n                    // If `binaryExpression.left` was assigned a symbol, then this is a new declaration; otherwise it is an assignment to an existing declaration.\n                    // See `bindStaticPropertyAssignment` in `binder.ts`.\n                    else if (!binaryExpression.left.symbol) {\n                        return getTypeOfExpression(binaryExpression.left);\n                    }\n                    else {\n                        const decl = binaryExpression.left.symbol.valueDeclaration;\n                        if (!decl) {\n                            return undefined;\n                        }\n                        const lhs = cast(binaryExpression.left, isAccessExpression);\n                        const overallAnnotation = getEffectiveTypeAnnotationNode(decl);\n                        if (overallAnnotation) {\n                            return getTypeFromTypeNode(overallAnnotation);\n                        }\n                        else if (isIdentifier(lhs.expression)) {\n                            const id = lhs.expression;\n                            const parentSymbol = resolveName(id, id.escapedText, SymbolFlags.Value, undefined, id.escapedText, /*isUse*/ true);\n                            if (parentSymbol) {\n                                const annotated = parentSymbol.valueDeclaration && getEffectiveTypeAnnotationNode(parentSymbol.valueDeclaration);\n                                if (annotated) {\n                                    const nameStr = getElementOrPropertyAccessName(lhs);\n                                    if (nameStr !== undefined) {\n                                        return getTypeOfPropertyOfContextualType(getTypeFromTypeNode(annotated), nameStr);\n                                    }\n                                }\n                                return undefined;\n                            }\n                        }\n                        return isInJSFile(decl) ? undefined : getTypeOfExpression(binaryExpression.left);\n                    }\n                case AssignmentDeclarationKind.ExportsProperty:\n                case AssignmentDeclarationKind.Prototype:\n                case AssignmentDeclarationKind.PrototypeProperty:\n                    let valueDeclaration = binaryExpression.left.symbol?.valueDeclaration;\n                    // falls through\n                case AssignmentDeclarationKind.ModuleExports:\n                    valueDeclaration ||= binaryExpression.symbol?.valueDeclaration;\n                    const annotated = valueDeclaration && getEffectiveTypeAnnotationNode(valueDeclaration);\n                    return annotated ? getTypeFromTypeNode(annotated) : undefined;\n                case AssignmentDeclarationKind.ObjectDefinePropertyValue:\n                case AssignmentDeclarationKind.ObjectDefinePropertyExports:\n                case AssignmentDeclarationKind.ObjectDefinePrototypeProperty:\n                    return Debug.fail(\"Does not apply\");\n                default:\n                    return Debug.assertNever(kind);\n            }\n        }\n\n        function isPossiblyAliasedThisProperty(declaration: BinaryExpression, kind = getAssignmentDeclarationKind(declaration)) {\n            if (kind === AssignmentDeclarationKind.ThisProperty) {\n                return true;\n            }\n            if (!isInJSFile(declaration) || kind !== AssignmentDeclarationKind.Property || !isIdentifier((declaration.left as AccessExpression).expression)) {\n                return false;\n            }\n            const name = ((declaration.left as AccessExpression).expression as Identifier).escapedText;\n            const symbol = resolveName(declaration.left, name, SymbolFlags.Value, undefined, undefined, /*isUse*/ true, /*excludeGlobals*/ true);\n            return isThisInitializedDeclaration(symbol?.valueDeclaration);\n        }\n\n        function getContextualTypeForThisPropertyAssignment(binaryExpression: BinaryExpression): Type | undefined {\n            if (!binaryExpression.symbol) return getTypeOfExpression(binaryExpression.left);\n            if (binaryExpression.symbol.valueDeclaration) {\n                const annotated = getEffectiveTypeAnnotationNode(binaryExpression.symbol.valueDeclaration);\n                if (annotated) {\n                    const type = getTypeFromTypeNode(annotated);\n                    if (type) {\n                        return type;\n                    }\n                }\n            }\n            const thisAccess = cast(binaryExpression.left, isAccessExpression);\n            if (!isObjectLiteralMethod(getThisContainer(thisAccess.expression, /*includeArrowFunctions*/ false))) {\n                return undefined;\n            }\n            const thisType = checkThisExpression(thisAccess.expression);\n            const nameStr = getElementOrPropertyAccessName(thisAccess);\n            return nameStr !== undefined && getTypeOfPropertyOfContextualType(thisType, nameStr) || undefined;\n\n        }\n\n        function isCircularMappedProperty(symbol: Symbol) {\n            return !!(getCheckFlags(symbol) & CheckFlags.Mapped && !(symbol as MappedSymbol).type && findResolutionCycleStartIndex(symbol, TypeSystemPropertyName.Type) >= 0);\n        }\n\n        function getTypeOfPropertyOfContextualType(type: Type, name: __String, nameType?: Type) {\n            return mapType(type, t => {\n                if (isGenericMappedType(t) && !t.declaration.nameType) {\n                    const constraint = getConstraintTypeFromMappedType(t);\n                    const constraintOfConstraint = getBaseConstraintOfType(constraint) || constraint;\n                    const propertyNameType = nameType || getStringLiteralType(unescapeLeadingUnderscores(name));\n                    if (isTypeAssignableTo(propertyNameType, constraintOfConstraint)) {\n                        return substituteIndexedMappedType(t, propertyNameType);\n                    }\n                }\n                else if (t.flags & TypeFlags.StructuredType) {\n                    const prop = getPropertyOfType(t, name);\n                    if (prop) {\n                        return isCircularMappedProperty(prop) ? undefined : getTypeOfSymbol(prop);\n                    }\n                    if (isTupleType(t)) {\n                        const restType = getRestTypeOfTupleType(t);\n                        if (restType && isNumericLiteralName(name) && +name >= 0) {\n                            return restType;\n                        }\n                    }\n                    return findApplicableIndexInfo(getIndexInfosOfStructuredType(t), nameType || getStringLiteralType(unescapeLeadingUnderscores(name)))?.type;\n                }\n                return undefined;\n            }, /*noReductions*/ true);\n        }\n\n        // In an object literal contextually typed by a type T, the contextual type of a property assignment is the type of\n        // the matching property in T, if one exists. Otherwise, it is the type of the numeric index signature in T, if one\n        // exists. Otherwise, it is the type of the string index signature in T, if one exists.\n        function getContextualTypeForObjectLiteralMethod(node: MethodDeclaration, contextFlags?: ContextFlags): Type | undefined {\n            Debug.assert(isObjectLiteralMethod(node));\n            if (node.flags & NodeFlags.InWithStatement) {\n                // We cannot answer semantic questions within a with block, do not proceed any further\n                return undefined;\n            }\n            return getContextualTypeForObjectLiteralElement(node, contextFlags);\n        }\n\n        function getContextualTypeForObjectLiteralElement(element: ObjectLiteralElementLike, contextFlags?: ContextFlags) {\n            const objectLiteral = element.parent as ObjectLiteralExpression;\n            const propertyAssignmentType = isPropertyAssignment(element) && getContextualTypeForVariableLikeDeclaration(element);\n            if (propertyAssignmentType) {\n                return propertyAssignmentType;\n            }\n            const type = getApparentTypeOfContextualType(objectLiteral, contextFlags);\n            if (type) {\n                if (hasBindableName(element)) {\n                    // For a (non-symbol) computed property, there is no reason to look up the name\n                    // in the type. It will just be \"__computed\", which does not appear in any\n                    // SymbolTable.\n                    const symbol = getSymbolOfNode(element);\n                    return getTypeOfPropertyOfContextualType(type, symbol.escapedName, getSymbolLinks(symbol).nameType);\n                }\n                if (element.name) {\n                    const nameType = getLiteralTypeFromPropertyName(element.name);\n                    // We avoid calling getApplicableIndexInfo here because it performs potentially expensive intersection reduction.\n                    return mapType(type, t => findApplicableIndexInfo(getIndexInfosOfStructuredType(t), nameType)?.type, /*noReductions*/ true);\n                }\n            }\n            return undefined;\n        }\n\n        // In an array literal contextually typed by a type T, the contextual type of an element expression at index N is\n        // the type of the property with the numeric name N in T, if one exists. Otherwise, if T has a numeric index signature,\n        // it is the type of the numeric index signature in T. Otherwise, in ES6 and higher, the contextual type is the iterated\n        // type of T.\n        function getContextualTypeForElementExpression(arrayContextualType: Type | undefined, index: number): Type | undefined {\n            return arrayContextualType && (\n                getTypeOfPropertyOfContextualType(arrayContextualType, \"\" + index as __String)\n                || mapType(\n                    arrayContextualType,\n                    t => getIteratedTypeOrElementType(IterationUse.Element, t, undefinedType, /*errorNode*/ undefined, /*checkAssignability*/ false),\n                    /*noReductions*/ true));\n        }\n\n        // In a contextually typed conditional expression, the true/false expressions are contextually typed by the same type.\n        function getContextualTypeForConditionalOperand(node: Expression, contextFlags?: ContextFlags): Type | undefined {\n            const conditional = node.parent as ConditionalExpression;\n            return node === conditional.whenTrue || node === conditional.whenFalse ? getContextualType(conditional, contextFlags) : undefined;\n        }\n\n        function getContextualTypeForChildJsxExpression(node: JsxElement, child: JsxChild) {\n            const attributesType = getApparentTypeOfContextualType(node.openingElement.tagName);\n            // JSX expression is in children of JSX Element, we will look for an \"children\" attribute (we get the name from JSX.ElementAttributesProperty)\n            const jsxChildrenPropertyName = getJsxElementChildrenPropertyName(getJsxNamespaceAt(node));\n            if (!(attributesType && !isTypeAny(attributesType) && jsxChildrenPropertyName && jsxChildrenPropertyName !== \"\")) {\n                return undefined;\n            }\n            const realChildren = getSemanticJsxChildren(node.children);\n            const childIndex = realChildren.indexOf(child);\n            const childFieldType = getTypeOfPropertyOfContextualType(attributesType, jsxChildrenPropertyName);\n            return childFieldType && (realChildren.length === 1 ? childFieldType : mapType(childFieldType, t => {\n                if (isArrayLikeType(t)) {\n                    return getIndexedAccessType(t, getNumberLiteralType(childIndex));\n                }\n                else {\n                    return t;\n                }\n            }, /*noReductions*/ true));\n        }\n\n        function getContextualTypeForJsxExpression(node: JsxExpression): Type | undefined {\n            const exprParent = node.parent;\n            return isJsxAttributeLike(exprParent)\n                ? getContextualType(node)\n                : isJsxElement(exprParent)\n                    ? getContextualTypeForChildJsxExpression(exprParent, node)\n                    : undefined;\n        }\n\n        function getContextualTypeForJsxAttribute(attribute: JsxAttribute | JsxSpreadAttribute): Type | undefined {\n            // When we trying to resolve JsxOpeningLikeElement as a stateless function element, we will already give its attributes a contextual type\n            // which is a type of the parameter of the signature we are trying out.\n            // If there is no contextual type (e.g. we are trying to resolve stateful component), get attributes type from resolving element's tagName\n            if (isJsxAttribute(attribute)) {\n                const attributesType = getApparentTypeOfContextualType(attribute.parent);\n                if (!attributesType || isTypeAny(attributesType)) {\n                    return undefined;\n                }\n                return getTypeOfPropertyOfContextualType(attributesType, attribute.name.escapedText);\n            }\n            else {\n                return getContextualType(attribute.parent);\n            }\n        }\n\n        // Return true if the given expression is possibly a discriminant value. We limit the kinds of\n        // expressions we check to those that don't depend on their contextual type in order not to cause\n        // recursive (and possibly infinite) invocations of getContextualType.\n        function isPossiblyDiscriminantValue(node: Expression): boolean {\n            switch (node.kind) {\n                case SyntaxKind.StringLiteral:\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.BigIntLiteral:\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                case SyntaxKind.TrueKeyword:\n                case SyntaxKind.FalseKeyword:\n                case SyntaxKind.NullKeyword:\n                case SyntaxKind.Identifier:\n                case SyntaxKind.UndefinedKeyword:\n                    return true;\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ParenthesizedExpression:\n                    return isPossiblyDiscriminantValue((node as PropertyAccessExpression | ParenthesizedExpression).expression);\n                case SyntaxKind.JsxExpression:\n                    return !(node as JsxExpression).expression || isPossiblyDiscriminantValue((node as JsxExpression).expression!);\n            }\n            return false;\n        }\n\n        function discriminateContextualTypeByObjectMembers(node: ObjectLiteralExpression, contextualType: UnionType) {\n            return getMatchingUnionConstituentForObjectLiteral(contextualType, node) || discriminateTypeByDiscriminableItems(contextualType,\n                concatenate(\n                    map(\n                        filter(node.properties, p => !!p.symbol && p.kind === SyntaxKind.PropertyAssignment && isPossiblyDiscriminantValue(p.initializer) && isDiscriminantProperty(contextualType, p.symbol.escapedName)),\n                        prop => ([() => getContextFreeTypeOfExpression((prop as PropertyAssignment).initializer), prop.symbol.escapedName] as [() => Type, __String])\n                    ),\n                    map(\n                        filter(getPropertiesOfType(contextualType), s => !!(s.flags & SymbolFlags.Optional) && !!node?.symbol?.members && !node.symbol.members.has(s.escapedName) && isDiscriminantProperty(contextualType, s.escapedName)),\n                        s => [() => undefinedType, s.escapedName] as [() => Type, __String]\n                    )\n                ),\n                isTypeAssignableTo,\n                contextualType\n            );\n        }\n\n        function discriminateContextualTypeByJSXAttributes(node: JsxAttributes, contextualType: UnionType) {\n            return discriminateTypeByDiscriminableItems(contextualType,\n                concatenate(\n                    map(\n                        filter(node.properties, p => !!p.symbol && p.kind === SyntaxKind.JsxAttribute && isDiscriminantProperty(contextualType, p.symbol.escapedName) && (!p.initializer || isPossiblyDiscriminantValue(p.initializer))),\n                        prop => ([!(prop as JsxAttribute).initializer ? (() => trueType) : (() => getContextFreeTypeOfExpression((prop as JsxAttribute).initializer!)), prop.symbol.escapedName] as [() => Type, __String])\n                    ),\n                    map(\n                        filter(getPropertiesOfType(contextualType), s => !!(s.flags & SymbolFlags.Optional) && !!node?.symbol?.members && !node.symbol.members.has(s.escapedName) && isDiscriminantProperty(contextualType, s.escapedName)),\n                        s => [() => undefinedType, s.escapedName] as [() => Type, __String]\n                    )\n                ),\n                isTypeAssignableTo,\n                contextualType\n            );\n        }\n\n        // Return the contextual type for a given expression node. During overload resolution, a contextual type may temporarily\n        // be \"pushed\" onto a node using the contextualType property.\n        function getApparentTypeOfContextualType(node: Expression | MethodDeclaration, contextFlags?: ContextFlags): Type | undefined {\n            const contextualType = isObjectLiteralMethod(node) ?\n                getContextualTypeForObjectLiteralMethod(node, contextFlags) :\n                getContextualType(node, contextFlags);\n            const instantiatedType = instantiateContextualType(contextualType, node, contextFlags);\n            if (instantiatedType && !(contextFlags && contextFlags & ContextFlags.NoConstraints && instantiatedType.flags & TypeFlags.TypeVariable)) {\n                const apparentType = mapType(instantiatedType, getApparentType, /*noReductions*/ true);\n                return apparentType.flags & TypeFlags.Union && isObjectLiteralExpression(node) ? discriminateContextualTypeByObjectMembers(node, apparentType as UnionType) :\n                    apparentType.flags & TypeFlags.Union && isJsxAttributes(node) ? discriminateContextualTypeByJSXAttributes(node, apparentType as UnionType) :\n                    apparentType;\n            }\n        }\n\n        // If the given contextual type contains instantiable types and if a mapper representing\n        // return type inferences is available, instantiate those types using that mapper.\n        function instantiateContextualType(contextualType: Type | undefined, node: Node, contextFlags?: ContextFlags): Type | undefined {\n            if (contextualType && maybeTypeOfKind(contextualType, TypeFlags.Instantiable)) {\n                const inferenceContext = getInferenceContext(node);\n                // If no inferences have been made, nothing is gained from instantiating as type parameters\n                // would just be replaced with their defaults similar to the apparent type.\n                if (inferenceContext && some(inferenceContext.inferences, hasInferenceCandidates)) {\n                    // For contextual signatures we incorporate all inferences made so far, e.g. from return\n                    // types as well as arguments to the left in a function call.\n                    if (contextFlags && contextFlags & ContextFlags.Signature) {\n                        return instantiateInstantiableTypes(contextualType, inferenceContext.nonFixingMapper);\n                    }\n                    // For other purposes (e.g. determining whether to produce literal types) we only\n                    // incorporate inferences made from the return type in a function call.\n                    if (inferenceContext.returnMapper) {\n                        return instantiateInstantiableTypes(contextualType, inferenceContext.returnMapper);\n                    }\n                }\n            }\n            return contextualType;\n        }\n\n        // This function is similar to instantiateType, except that (a) it only instantiates types that\n        // are classified as instantiable (i.e. it doesn't instantiate object types), and (b) it performs\n        // no reductions on instantiated union types.\n        function instantiateInstantiableTypes(type: Type, mapper: TypeMapper): Type {\n            if (type.flags & TypeFlags.Instantiable) {\n                return instantiateType(type, mapper);\n            }\n            if (type.flags & TypeFlags.Union) {\n                return getUnionType(map((type as UnionType).types, t => instantiateInstantiableTypes(t, mapper)), UnionReduction.None);\n            }\n            if (type.flags & TypeFlags.Intersection) {\n                return getIntersectionType(map((type as IntersectionType).types, t => instantiateInstantiableTypes(t, mapper)));\n            }\n            return type;\n        }\n\n        /**\n          * Whoa! Do you really want to use this function?\n          *\n          * Unless you're trying to get the *non-apparent* type for a\n          * value-literal type or you're authoring relevant portions of this algorithm,\n          * you probably meant to use 'getApparentTypeOfContextualType'.\n          * Otherwise this may not be very useful.\n          *\n          * In cases where you *are* working on this function, you should understand\n          * when it is appropriate to use 'getContextualType' and 'getApparentTypeOfContextualType'.\n          *\n          *   - Use 'getContextualType' when you are simply going to propagate the result to the expression.\n          *   - Use 'getApparentTypeOfContextualType' when you're going to need the members of the type.\n          *\n          * @param node the expression whose contextual type will be returned.\n          * @returns the contextual type of an expression.\n          */\n        function getContextualType(node: Expression, contextFlags?: ContextFlags): Type | undefined {\n            if (node.flags & NodeFlags.InWithStatement) {\n                // We cannot answer semantic questions within a with block, do not proceed any further\n                return undefined;\n            }\n            if (node.contextualType) {\n                return node.contextualType;\n            }\n            const { parent } = node;\n            switch (parent.kind) {\n                case SyntaxKind.VariableDeclaration:\n                case SyntaxKind.Parameter:\n                case SyntaxKind.PropertyDeclaration:\n                case SyntaxKind.PropertySignature:\n                case SyntaxKind.BindingElement:\n                    return getContextualTypeForInitializerExpression(node, contextFlags);\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.ReturnStatement:\n                    return getContextualTypeForReturnExpression(node);\n                case SyntaxKind.YieldExpression:\n                    return getContextualTypeForYieldOperand(parent as YieldExpression);\n                case SyntaxKind.AwaitExpression:\n                    return getContextualTypeForAwaitOperand(parent as AwaitExpression, contextFlags);\n                case SyntaxKind.CallExpression:\n                case SyntaxKind.NewExpression:\n                    return getContextualTypeForArgument(parent as CallExpression | NewExpression, node);\n                case SyntaxKind.TypeAssertionExpression:\n                case SyntaxKind.AsExpression:\n                    return isConstTypeReference((parent as AssertionExpression).type) ? tryFindWhenConstTypeReference(parent as AssertionExpression) : getTypeFromTypeNode((parent as AssertionExpression).type);\n                case SyntaxKind.BinaryExpression:\n                    return getContextualTypeForBinaryOperand(node, contextFlags);\n                case SyntaxKind.PropertyAssignment:\n                case SyntaxKind.ShorthandPropertyAssignment:\n                    return getContextualTypeForObjectLiteralElement(parent as PropertyAssignment | ShorthandPropertyAssignment, contextFlags);\n                case SyntaxKind.SpreadAssignment:\n                    return getContextualType(parent.parent as ObjectLiteralExpression, contextFlags);\n                case SyntaxKind.ArrayLiteralExpression: {\n                    const arrayLiteral = parent as ArrayLiteralExpression;\n                    const type = getApparentTypeOfContextualType(arrayLiteral, contextFlags);\n                    return getContextualTypeForElementExpression(type, indexOfNode(arrayLiteral.elements, node));\n                }\n                case SyntaxKind.ConditionalExpression:\n                    return getContextualTypeForConditionalOperand(node, contextFlags);\n                case SyntaxKind.TemplateSpan:\n                    Debug.assert(parent.parent.kind === SyntaxKind.TemplateExpression);\n                    return getContextualTypeForSubstitutionExpression(parent.parent as TemplateExpression, node);\n                case SyntaxKind.ParenthesizedExpression: {\n                    // Like in `checkParenthesizedExpression`, an `/** @type {xyz} */` comment before a parenthesized expression acts as a type cast.\n                    const tag = isInJSFile(parent) ? getJSDocTypeTag(parent) : undefined;\n                    return !tag ? getContextualType(parent as ParenthesizedExpression, contextFlags) :\n                        isJSDocTypeTag(tag) && isConstTypeReference(tag.typeExpression.type) ? tryFindWhenConstTypeReference(parent as ParenthesizedExpression) :\n                        getTypeFromTypeNode(tag.typeExpression.type);\n                }\n                case SyntaxKind.NonNullExpression:\n                    return getContextualType(parent as NonNullExpression, contextFlags);\n                case SyntaxKind.ExportAssignment:\n                    return tryGetTypeFromEffectiveTypeNode(parent as ExportAssignment);\n                case SyntaxKind.JsxExpression:\n                    return getContextualTypeForJsxExpression(parent as JsxExpression);\n                case SyntaxKind.JsxAttribute:\n                case SyntaxKind.JsxSpreadAttribute:\n                    return getContextualTypeForJsxAttribute(parent as JsxAttribute | JsxSpreadAttribute);\n                case SyntaxKind.JsxOpeningElement:\n                case SyntaxKind.JsxSelfClosingElement:\n                    return getContextualJsxElementAttributesType(parent as JsxOpeningLikeElement, contextFlags);\n            }\n            return undefined;\n\n            function tryFindWhenConstTypeReference(node: Expression) {\n                return getContextualType(node);\n            }\n        }\n\n        function getInferenceContext(node: Node) {\n            const ancestor = findAncestor(node, n => !!n.inferenceContext);\n            return ancestor && ancestor.inferenceContext!;\n        }\n\n        function getContextualJsxElementAttributesType(node: JsxOpeningLikeElement, contextFlags?: ContextFlags) {\n            if (isJsxOpeningElement(node) && node.parent.contextualType && contextFlags !== ContextFlags.Completions) {\n                // Contextually applied type is moved from attributes up to the outer jsx attributes so when walking up from the children they get hit\n                // _However_ to hit them from the _attributes_ we must look for them here; otherwise we'll used the declared type\n                // (as below) instead!\n                return node.parent.contextualType;\n            }\n            return getContextualTypeForArgumentAtIndex(node, 0);\n        }\n\n        function getEffectiveFirstArgumentForJsxSignature(signature: Signature, node: JsxOpeningLikeElement) {\n            return getJsxReferenceKind(node) !== JsxReferenceKind.Component\n                ? getJsxPropsTypeFromCallSignature(signature, node)\n                : getJsxPropsTypeFromClassType(signature, node);\n        }\n\n        function getJsxPropsTypeFromCallSignature(sig: Signature, context: JsxOpeningLikeElement) {\n            let propsType = getTypeOfFirstParameterOfSignatureWithFallback(sig, unknownType);\n            propsType = getJsxManagedAttributesFromLocatedAttributes(context, getJsxNamespaceAt(context), propsType);\n            const intrinsicAttribs = getJsxType(JsxNames.IntrinsicAttributes, context);\n            if (!isErrorType(intrinsicAttribs)) {\n                propsType = intersectTypes(intrinsicAttribs, propsType);\n            }\n            return propsType;\n        }\n\n        function getJsxPropsTypeForSignatureFromMember(sig: Signature, forcedLookupLocation: __String) {\n            if (sig.compositeSignatures) {\n                // JSX Elements using the legacy `props`-field based lookup (eg, react class components) need to treat the `props` member as an input\n                // instead of an output position when resolving the signature. We need to go back to the input signatures of the composite signature,\n                // get the type of `props` on each return type individually, and then _intersect them_, rather than union them (as would normally occur\n                // for a union signature). It's an unfortunate quirk of looking in the output of the signature for the type we want to use for the input.\n                // The default behavior of `getTypeOfFirstParameterOfSignatureWithFallback` when no `props` member name is defined is much more sane.\n                const results: Type[] = [];\n                for (const signature of sig.compositeSignatures) {\n                    const instance = getReturnTypeOfSignature(signature);\n                    if (isTypeAny(instance)) {\n                        return instance;\n                    }\n                    const propType = getTypeOfPropertyOfType(instance, forcedLookupLocation);\n                    if (!propType) {\n                        return;\n                    }\n                    results.push(propType);\n                }\n                return getIntersectionType(results); // Same result for both union and intersection signatures\n            }\n            const instanceType = getReturnTypeOfSignature(sig);\n            return isTypeAny(instanceType) ? instanceType : getTypeOfPropertyOfType(instanceType, forcedLookupLocation);\n        }\n\n        function getStaticTypeOfReferencedJsxConstructor(context: JsxOpeningLikeElement) {\n            if (isJsxIntrinsicIdentifier(context.tagName)) {\n                const result = getIntrinsicAttributesTypeFromJsxOpeningLikeElement(context);\n                const fakeSignature = createSignatureForJSXIntrinsic(context, result);\n                return getOrCreateTypeFromSignature(fakeSignature);\n            }\n            const tagType = checkExpressionCached(context.tagName);\n            if (tagType.flags & TypeFlags.StringLiteral) {\n                const result = getIntrinsicAttributesTypeFromStringLiteralType(tagType as StringLiteralType, context);\n                if (!result) {\n                    return errorType;\n                }\n                const fakeSignature = createSignatureForJSXIntrinsic(context, result);\n                return getOrCreateTypeFromSignature(fakeSignature);\n            }\n            return tagType;\n        }\n\n        function getJsxManagedAttributesFromLocatedAttributes(context: JsxOpeningLikeElement, ns: Symbol, attributesType: Type) {\n            const managedSym = getJsxLibraryManagedAttributes(ns);\n            if (managedSym) {\n                const declaredManagedType = getDeclaredTypeOfSymbol(managedSym); // fetches interface type, or initializes symbol links type parmaeters\n                const ctorType = getStaticTypeOfReferencedJsxConstructor(context);\n                if (managedSym.flags & SymbolFlags.TypeAlias) {\n                    const params = getSymbolLinks(managedSym).typeParameters;\n                    if (length(params) >= 2) {\n                        const args = fillMissingTypeArguments([ctorType, attributesType], params, 2, isInJSFile(context));\n                        return getTypeAliasInstantiation(managedSym, args);\n                    }\n                }\n                if (length((declaredManagedType as GenericType).typeParameters) >= 2) {\n                    const args = fillMissingTypeArguments([ctorType, attributesType], (declaredManagedType as GenericType).typeParameters, 2, isInJSFile(context));\n                    return createTypeReference((declaredManagedType as GenericType), args);\n                }\n            }\n            return attributesType;\n        }\n\n        function getJsxPropsTypeFromClassType(sig: Signature, context: JsxOpeningLikeElement) {\n            const ns = getJsxNamespaceAt(context);\n            const forcedLookupLocation = getJsxElementPropertiesName(ns);\n            let attributesType = forcedLookupLocation === undefined\n                // If there is no type ElementAttributesProperty, return the type of the first parameter of the signature, which should be the props type\n                ? getTypeOfFirstParameterOfSignatureWithFallback(sig, unknownType)\n                : forcedLookupLocation === \"\"\n                    // If there is no e.g. 'props' member in ElementAttributesProperty, use the element class type instead\n                    ? getReturnTypeOfSignature(sig)\n                    // Otherwise get the type of the property on the signature return type\n                    : getJsxPropsTypeForSignatureFromMember(sig, forcedLookupLocation);\n\n            if (!attributesType) {\n                // There is no property named 'props' on this instance type\n                if (!!forcedLookupLocation && !!length(context.attributes.properties)) {\n                    error(context, Diagnostics.JSX_element_class_does_not_support_attributes_because_it_does_not_have_a_0_property, unescapeLeadingUnderscores(forcedLookupLocation));\n                }\n                return unknownType;\n            }\n\n            attributesType = getJsxManagedAttributesFromLocatedAttributes(context, ns, attributesType);\n\n            if (isTypeAny(attributesType)) {\n                // Props is of type 'any' or unknown\n                return attributesType;\n            }\n            else {\n                // Normal case -- add in IntrinsicClassElements<T> and IntrinsicElements\n                let apparentAttributesType = attributesType;\n                const intrinsicClassAttribs = getJsxType(JsxNames.IntrinsicClassAttributes, context);\n                if (!isErrorType(intrinsicClassAttribs)) {\n                    const typeParams = getLocalTypeParametersOfClassOrInterfaceOrTypeAlias(intrinsicClassAttribs.symbol);\n                    const hostClassType = getReturnTypeOfSignature(sig);\n                    apparentAttributesType = intersectTypes(\n                        typeParams\n                            ? createTypeReference(intrinsicClassAttribs as GenericType, fillMissingTypeArguments([hostClassType], typeParams, getMinTypeArgumentCount(typeParams), isInJSFile(context)))\n                            : intrinsicClassAttribs,\n                        apparentAttributesType\n                    );\n                }\n\n                const intrinsicAttribs = getJsxType(JsxNames.IntrinsicAttributes, context);\n                if (!isErrorType(intrinsicAttribs)) {\n                    apparentAttributesType = intersectTypes(intrinsicAttribs, apparentAttributesType);\n                }\n\n                return apparentAttributesType;\n            }\n        }\n\n        function getIntersectedSignatures(signatures: readonly Signature[]) {\n            return getStrictOptionValue(compilerOptions, \"noImplicitAny\")\n                ? reduceLeft(\n                    signatures,\n                    (left, right) =>\n                        left === right || !left ? left\n                        : compareTypeParametersIdentical(left.typeParameters, right.typeParameters) ? combineSignaturesOfIntersectionMembers(left, right)\n                        : undefined)\n                : undefined;\n        }\n\n        function combineIntersectionThisParam(left: Symbol | undefined, right: Symbol | undefined, mapper: TypeMapper | undefined): Symbol | undefined {\n            if (!left || !right) {\n                return left || right;\n            }\n            // A signature `this` type might be a read or a write position... It's very possible that it should be invariant\n            // and we should refuse to merge signatures if there are `this` types and they do not match. However, so as to be\n            // pessimistic when contextual typing, for now, we'll union the `this` types.\n            const thisType = getUnionType([getTypeOfSymbol(left), instantiateType(getTypeOfSymbol(right), mapper)]);\n            return createSymbolWithType(left, thisType);\n        }\n\n        function combineIntersectionParameters(left: Signature, right: Signature, mapper: TypeMapper | undefined) {\n            const leftCount = getParameterCount(left);\n            const rightCount = getParameterCount(right);\n            const longest = leftCount >= rightCount ? left : right;\n            const shorter = longest === left ? right : left;\n            const longestCount = longest === left ? leftCount : rightCount;\n            const eitherHasEffectiveRest = (hasEffectiveRestParameter(left) || hasEffectiveRestParameter(right));\n            const needsExtraRestElement = eitherHasEffectiveRest && !hasEffectiveRestParameter(longest);\n            const params = new Array<Symbol>(longestCount + (needsExtraRestElement ? 1 : 0));\n            for (let i = 0; i < longestCount; i++) {\n                let longestParamType = tryGetTypeAtPosition(longest, i)!;\n                if (longest === right) {\n                    longestParamType = instantiateType(longestParamType, mapper);\n                }\n                let shorterParamType = tryGetTypeAtPosition(shorter, i) || unknownType;\n                if (shorter === right) {\n                    shorterParamType = instantiateType(shorterParamType, mapper);\n                }\n                const unionParamType = getUnionType([longestParamType, shorterParamType]);\n                const isRestParam = eitherHasEffectiveRest && !needsExtraRestElement && i === (longestCount - 1);\n                const isOptional = i >= getMinArgumentCount(longest) && i >= getMinArgumentCount(shorter);\n                const leftName = i >= leftCount ? undefined : getParameterNameAtPosition(left, i);\n                const rightName = i >= rightCount ? undefined : getParameterNameAtPosition(right, i);\n\n                const paramName = leftName === rightName ? leftName :\n                    !leftName ? rightName :\n                    !rightName ? leftName :\n                    undefined;\n                const paramSymbol = createSymbol(\n                    SymbolFlags.FunctionScopedVariable | (isOptional && !isRestParam ? SymbolFlags.Optional : 0),\n                    paramName || `arg${i}` as __String\n                );\n                paramSymbol.type = isRestParam ? createArrayType(unionParamType) : unionParamType;\n                params[i] = paramSymbol;\n            }\n            if (needsExtraRestElement) {\n                const restParamSymbol = createSymbol(SymbolFlags.FunctionScopedVariable, \"args\" as __String);\n                restParamSymbol.type = createArrayType(getTypeAtPosition(shorter, longestCount));\n                if (shorter === right) {\n                    restParamSymbol.type = instantiateType(restParamSymbol.type, mapper);\n                }\n                params[longestCount] = restParamSymbol;\n            }\n            return params;\n        }\n\n        function combineSignaturesOfIntersectionMembers(left: Signature, right: Signature): Signature {\n            const typeParams = left.typeParameters || right.typeParameters;\n            let paramMapper: TypeMapper | undefined;\n            if (left.typeParameters && right.typeParameters) {\n                paramMapper = createTypeMapper(right.typeParameters, left.typeParameters);\n                // We just use the type parameter defaults from the first signature\n            }\n            const declaration = left.declaration;\n            const params = combineIntersectionParameters(left, right, paramMapper);\n            const thisParam = combineIntersectionThisParam(left.thisParameter, right.thisParameter, paramMapper);\n            const minArgCount = Math.max(left.minArgumentCount, right.minArgumentCount);\n            const result = createSignature(\n                declaration,\n                typeParams,\n                thisParam,\n                params,\n                /*resolvedReturnType*/ undefined,\n                /*resolvedTypePredicate*/ undefined,\n                minArgCount,\n                (left.flags | right.flags) & SignatureFlags.PropagatingFlags\n            );\n            result.compositeKind = TypeFlags.Intersection;\n            result.compositeSignatures = concatenate(left.compositeKind === TypeFlags.Intersection && left.compositeSignatures || [left], [right]);\n            if (paramMapper) {\n                result.mapper = left.compositeKind === TypeFlags.Intersection && left.mapper && left.compositeSignatures ? combineTypeMappers(left.mapper, paramMapper) : paramMapper;\n            }\n            return result;\n        }\n\n        // If the given type is an object or union type with a single signature, and if that signature has at\n        // least as many parameters as the given function, return the signature. Otherwise return undefined.\n        function getContextualCallSignature(type: Type, node: SignatureDeclaration): Signature | undefined {\n            const signatures = getSignaturesOfType(type, SignatureKind.Call);\n            const applicableByArity = filter(signatures, s => !isAritySmaller(s, node));\n            return applicableByArity.length === 1 ? applicableByArity[0] : getIntersectedSignatures(applicableByArity);\n        }\n\n        /** If the contextual signature has fewer parameters than the function expression, do not use it */\n        function isAritySmaller(signature: Signature, target: SignatureDeclaration) {\n            let targetParameterCount = 0;\n            for (; targetParameterCount < target.parameters.length; targetParameterCount++) {\n                const param = target.parameters[targetParameterCount];\n                if (param.initializer || param.questionToken || param.dotDotDotToken || isJSDocOptionalParameter(param)) {\n                    break;\n                }\n            }\n            if (target.parameters.length && parameterIsThisKeyword(target.parameters[0])) {\n                targetParameterCount--;\n            }\n            return !hasEffectiveRestParameter(signature) && getParameterCount(signature) < targetParameterCount;\n        }\n\n        function getContextualSignatureForFunctionLikeDeclaration(node: FunctionLikeDeclaration): Signature | undefined {\n            // Only function expressions, arrow functions, and object literal methods are contextually typed.\n            return isFunctionExpressionOrArrowFunction(node) || isObjectLiteralMethod(node)\n                ? getContextualSignature(node as FunctionExpression)\n                : undefined;\n        }\n\n        // Return the contextual signature for a given expression node. A contextual type provides a\n        // contextual signature if it has a single call signature and if that call signature is non-generic.\n        // If the contextual type is a union type, get the signature from each type possible and if they are\n        // all identical ignoring their return type, the result is same signature but with return type as\n        // union type of return types from these signatures\n        function getContextualSignature(node: FunctionExpression | ArrowFunction | MethodDeclaration): Signature | undefined {\n            Debug.assert(node.kind !== SyntaxKind.MethodDeclaration || isObjectLiteralMethod(node));\n            const typeTagSignature = getSignatureOfTypeTag(node);\n            if (typeTagSignature) {\n                return typeTagSignature;\n            }\n            const type = getApparentTypeOfContextualType(node, ContextFlags.Signature);\n            if (!type) {\n                return undefined;\n            }\n            if (!(type.flags & TypeFlags.Union)) {\n                return getContextualCallSignature(type, node);\n            }\n            let signatureList: Signature[] | undefined;\n            const types = (type as UnionType).types;\n            for (const current of types) {\n                const signature = getContextualCallSignature(current, node);\n                if (signature) {\n                    if (!signatureList) {\n                        // This signature will contribute to contextual union signature\n                        signatureList = [signature];\n                    }\n                    else if (!compareSignaturesIdentical(signatureList[0], signature, /*partialMatch*/ false, /*ignoreThisTypes*/ true, /*ignoreReturnTypes*/ true, compareTypesIdentical)) {\n                        // Signatures aren't identical, do not use\n                        return undefined;\n                    }\n                    else {\n                        // Use this signature for contextual union signature\n                        signatureList.push(signature);\n                    }\n                }\n            }\n            // Result is union of signatures collected (return type is union of return types of this signature set)\n            if (signatureList) {\n                return signatureList.length === 1 ? signatureList[0] : createUnionSignature(signatureList[0], signatureList);\n            }\n        }\n\n        function checkSpreadExpression(node: SpreadElement, checkMode?: CheckMode): Type {\n            if (languageVersion < ScriptTarget.ES2015) {\n                checkExternalEmitHelpers(node, compilerOptions.downlevelIteration ? ExternalEmitHelpers.SpreadIncludes : ExternalEmitHelpers.SpreadArray);\n            }\n\n            const arrayOrIterableType = checkExpression(node.expression, checkMode);\n            return checkIteratedTypeOrElementType(IterationUse.Spread, arrayOrIterableType, undefinedType, node.expression);\n        }\n\n        function checkSyntheticExpression(node: SyntheticExpression): Type {\n            return node.isSpread ? getIndexedAccessType(node.type, numberType) : node.type;\n        }\n\n        function hasDefaultValue(node: BindingElement | Expression): boolean {\n            return (node.kind === SyntaxKind.BindingElement && !!(node as BindingElement).initializer) ||\n                (node.kind === SyntaxKind.BinaryExpression && (node as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken);\n        }\n\n        function checkArrayLiteral(node: ArrayLiteralExpression, checkMode: CheckMode | undefined, forceTuple: boolean | undefined): Type {\n            const elements = node.elements;\n            const elementCount = elements.length;\n            const elementTypes: Type[] = [];\n            const elementFlags: ElementFlags[] = [];\n            const contextualType = getApparentTypeOfContextualType(node);\n            const inDestructuringPattern = isAssignmentTarget(node);\n            const inConstContext = isConstContext(node);\n            let hasOmittedExpression = false;\n            for (let i = 0; i < elementCount; i++) {\n                const e = elements[i];\n                if (e.kind === SyntaxKind.SpreadElement) {\n                    if (languageVersion < ScriptTarget.ES2015) {\n                        checkExternalEmitHelpers(e, compilerOptions.downlevelIteration ? ExternalEmitHelpers.SpreadIncludes : ExternalEmitHelpers.SpreadArray);\n                    }\n                    const spreadType = checkExpression((e as SpreadElement).expression, checkMode, forceTuple);\n                    if (isArrayLikeType(spreadType)) {\n                        elementTypes.push(spreadType);\n                        elementFlags.push(ElementFlags.Variadic);\n                    }\n                    else if (inDestructuringPattern) {\n                        // Given the following situation:\n                        //    var c: {};\n                        //    [...c] = [\"\", 0];\n                        //\n                        // c is represented in the tree as a spread element in an array literal.\n                        // But c really functions as a rest element, and its purpose is to provide\n                        // a contextual type for the right hand side of the assignment. Therefore,\n                        // instead of calling checkExpression on \"...c\", which will give an error\n                        // if c is not iterable/array-like, we need to act as if we are trying to\n                        // get the contextual element type from it. So we do something similar to\n                        // getContextualTypeForElementExpression, which will crucially not error\n                        // if there is no index type / iterated type.\n                        const restElementType = getIndexTypeOfType(spreadType, numberType) ||\n                            getIteratedTypeOrElementType(IterationUse.Destructuring, spreadType, undefinedType, /*errorNode*/ undefined, /*checkAssignability*/ false) ||\n                            unknownType;\n                        elementTypes.push(restElementType);\n                        elementFlags.push(ElementFlags.Rest);\n                    }\n                    else {\n                        elementTypes.push(checkIteratedTypeOrElementType(IterationUse.Spread, spreadType, undefinedType, (e as SpreadElement).expression));\n                        elementFlags.push(ElementFlags.Rest);\n                    }\n                }\n                else if (exactOptionalPropertyTypes && e.kind === SyntaxKind.OmittedExpression) {\n                    hasOmittedExpression = true;\n                    elementTypes.push(missingType);\n                    elementFlags.push(ElementFlags.Optional);\n                }\n                else {\n                    const elementContextualType = getContextualTypeForElementExpression(contextualType, elementTypes.length);\n                    const type = checkExpressionForMutableLocation(e, checkMode, elementContextualType, forceTuple);\n                    elementTypes.push(addOptionality(type, /*isProperty*/ true, hasOmittedExpression));\n                    elementFlags.push(hasOmittedExpression ? ElementFlags.Optional : ElementFlags.Required);\n                }\n            }\n            if (inDestructuringPattern) {\n                return createTupleType(elementTypes, elementFlags);\n            }\n            if (forceTuple || inConstContext || contextualType && someType(contextualType, isTupleLikeType)) {\n                return createArrayLiteralType(createTupleType(elementTypes, elementFlags, /*readonly*/ inConstContext));\n            }\n            return createArrayLiteralType(createArrayType(elementTypes.length ?\n                getUnionType(sameMap(elementTypes, (t, i) => elementFlags[i] & ElementFlags.Variadic ? getIndexedAccessTypeOrUndefined(t, numberType) || anyType : t), UnionReduction.Subtype) :\n                strictNullChecks ? implicitNeverType : undefinedWideningType, inConstContext));\n        }\n\n        function createArrayLiteralType(type: Type) {\n            if (!(getObjectFlags(type) & ObjectFlags.Reference)) {\n                return type;\n            }\n            let literalType = (type as TypeReference).literalType;\n            if (!literalType) {\n                literalType = (type as TypeReference).literalType = cloneTypeReference(type as TypeReference);\n                literalType.objectFlags |= ObjectFlags.ArrayLiteral | ObjectFlags.ContainsObjectOrArrayLiteral;\n            }\n            return literalType;\n        }\n\n        function isNumericName(name: DeclarationName): boolean {\n            switch (name.kind) {\n                case SyntaxKind.ComputedPropertyName:\n                    return isNumericComputedName(name);\n                case SyntaxKind.Identifier:\n                    return isNumericLiteralName(name.escapedText);\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.StringLiteral:\n                    return isNumericLiteralName(name.text);\n                default:\n                    return false;\n            }\n        }\n\n        function isNumericComputedName(name: ComputedPropertyName): boolean {\n            // It seems odd to consider an expression of type Any to result in a numeric name,\n            // but this behavior is consistent with checkIndexedAccess\n            return isTypeAssignableToKind(checkComputedPropertyName(name), TypeFlags.NumberLike);\n        }\n\n        function checkComputedPropertyName(node: ComputedPropertyName): Type {\n            const links = getNodeLinks(node.expression);\n            if (!links.resolvedType) {\n                if ((isTypeLiteralNode(node.parent.parent) || isClassLike(node.parent.parent) || isInterfaceDeclaration(node.parent.parent))\n                    && isBinaryExpression(node.expression) && node.expression.operatorToken.kind === SyntaxKind.InKeyword\n                    && node.parent.kind !== SyntaxKind.GetAccessor && node.parent.kind !== SyntaxKind.SetAccessor) {\n                    return links.resolvedType = errorType;\n                }\n                links.resolvedType = checkExpression(node.expression);\n                // The computed property name of a non-static class field within a loop must be stored in a block-scoped binding.\n                // (It needs to be bound at class evaluation time.)\n                if (isPropertyDeclaration(node.parent) && !hasStaticModifier(node.parent) && isClassExpression(node.parent.parent)) {\n                    const container = getEnclosingBlockScopeContainer(node.parent.parent);\n                    const enclosingIterationStatement = getEnclosingIterationStatement(container);\n                    if (enclosingIterationStatement) {\n                        // The computed field name will use a block scoped binding which can be unique for each iteration of the loop.\n                        getNodeLinks(enclosingIterationStatement).flags |= NodeCheckFlags.LoopWithCapturedBlockScopedBinding;\n                        // The generated variable which stores the computed field name must be block-scoped.\n                        getNodeLinks(node).flags |= NodeCheckFlags.BlockScopedBindingInLoop;\n                        // The generated variable which stores the class must be block-scoped.\n                        getNodeLinks(node.parent.parent).flags |= NodeCheckFlags.BlockScopedBindingInLoop;\n                    }\n                }\n                // This will allow types number, string, symbol or any. It will also allow enums, the unknown\n                // type, and any union of these types (like string | number).\n                if (links.resolvedType.flags & TypeFlags.Nullable ||\n                    !isTypeAssignableToKind(links.resolvedType, TypeFlags.StringLike | TypeFlags.NumberLike | TypeFlags.ESSymbolLike) &&\n                    !isTypeAssignableTo(links.resolvedType, stringNumberSymbolType)) {\n                    error(node, Diagnostics.A_computed_property_name_must_be_of_type_string_number_symbol_or_any);\n                }\n            }\n\n            return links.resolvedType;\n        }\n\n        function isSymbolWithNumericName(symbol: Symbol) {\n            const firstDecl = symbol.declarations?.[0];\n            return isNumericLiteralName(symbol.escapedName) || (firstDecl && isNamedDeclaration(firstDecl) && isNumericName(firstDecl.name));\n        }\n\n        function isSymbolWithSymbolName(symbol: Symbol) {\n            const firstDecl = symbol.declarations?.[0];\n            return isKnownSymbol(symbol) || (firstDecl && isNamedDeclaration(firstDecl) && isComputedPropertyName(firstDecl.name) &&\n                isTypeAssignableToKind(checkComputedPropertyName(firstDecl.name), TypeFlags.ESSymbol));\n        }\n\n        function getObjectLiteralIndexInfo(node: ObjectLiteralExpression, offset: number, properties: Symbol[], keyType: Type): IndexInfo {\n            const propTypes: Type[] = [];\n            for (let i = offset; i < properties.length; i++) {\n                const prop = properties[i];\n                if (keyType === stringType && !isSymbolWithSymbolName(prop) ||\n                    keyType === numberType && isSymbolWithNumericName(prop) ||\n                    keyType === esSymbolType && isSymbolWithSymbolName(prop)) {\n                    propTypes.push(getTypeOfSymbol(properties[i]));\n                }\n            }\n            const unionType = propTypes.length ? getUnionType(propTypes, UnionReduction.Subtype) : undefinedType;\n            return createIndexInfo(keyType, unionType, isConstContext(node));\n        }\n\n        function getImmediateAliasedSymbol(symbol: Symbol): Symbol | undefined {\n            Debug.assert((symbol.flags & SymbolFlags.Alias) !== 0, \"Should only get Alias here.\");\n            const links = getSymbolLinks(symbol);\n            if (!links.immediateTarget) {\n                const node = getDeclarationOfAliasSymbol(symbol);\n                if (!node) return Debug.fail();\n                links.immediateTarget = getTargetOfAliasDeclaration(node, /*dontRecursivelyResolve*/ true);\n            }\n\n            return links.immediateTarget;\n        }\n\n        function checkObjectLiteral(node: ObjectLiteralExpression, checkMode?: CheckMode): Type {\n            const inDestructuringPattern = isAssignmentTarget(node);\n            // Grammar checking\n            checkGrammarObjectLiteralExpression(node, inDestructuringPattern);\n\n            const allPropertiesTable = strictNullChecks ? createSymbolTable() : undefined;\n            let propertiesTable = createSymbolTable();\n            let propertiesArray: Symbol[] = [];\n            let spread: Type = emptyObjectType;\n\n            const contextualType = getApparentTypeOfContextualType(node);\n            const contextualTypeHasPattern = contextualType && contextualType.pattern &&\n                (contextualType.pattern.kind === SyntaxKind.ObjectBindingPattern || contextualType.pattern.kind === SyntaxKind.ObjectLiteralExpression);\n            const inConstContext = isConstContext(node);\n            const checkFlags = inConstContext ? CheckFlags.Readonly : 0;\n            const isInJavascript = isInJSFile(node) && !isInJsonFile(node);\n            const enumTag = getJSDocEnumTag(node);\n            const isJSObjectLiteral = !contextualType && isInJavascript && !enumTag;\n            let objectFlags: ObjectFlags = freshObjectLiteralFlag;\n            let patternWithComputedProperties = false;\n            let hasComputedStringProperty = false;\n            let hasComputedNumberProperty = false;\n            let hasComputedSymbolProperty = false;\n\n            // Spreads may cause an early bail; ensure computed names are always checked (this is cached)\n            // As otherwise they may not be checked until exports for the type at this position are retrieved,\n            // which may never occur.\n            for (const elem of node.properties) {\n                if (elem.name && isComputedPropertyName(elem.name)) {\n                    checkComputedPropertyName(elem.name);\n                }\n            }\n\n            let offset = 0;\n            for (const memberDecl of node.properties) {\n                let member = getSymbolOfNode(memberDecl);\n                const computedNameType = memberDecl.name && memberDecl.name.kind === SyntaxKind.ComputedPropertyName ?\n                    checkComputedPropertyName(memberDecl.name) : undefined;\n                if (memberDecl.kind === SyntaxKind.PropertyAssignment ||\n                    memberDecl.kind === SyntaxKind.ShorthandPropertyAssignment ||\n                    isObjectLiteralMethod(memberDecl)) {\n                    let type = memberDecl.kind === SyntaxKind.PropertyAssignment ? checkPropertyAssignment(memberDecl, checkMode) :\n                        // avoid resolving the left side of the ShorthandPropertyAssignment outside of the destructuring\n                        // for error recovery purposes. For example, if a user wrote `{ a = 100 }` instead of `{ a: 100 }`.\n                        // we don't want to say \"could not find 'a'\".\n                        memberDecl.kind === SyntaxKind.ShorthandPropertyAssignment ? checkExpressionForMutableLocation(!inDestructuringPattern && memberDecl.objectAssignmentInitializer ? memberDecl.objectAssignmentInitializer : memberDecl.name, checkMode) :\n                        checkObjectLiteralMethod(memberDecl, checkMode);\n                    if (isInJavascript) {\n                        const jsDocType = getTypeForDeclarationFromJSDocComment(memberDecl);\n                        if (jsDocType) {\n                            checkTypeAssignableTo(type, jsDocType, memberDecl);\n                            type = jsDocType;\n                        }\n                        else if (enumTag && enumTag.typeExpression) {\n                            checkTypeAssignableTo(type, getTypeFromTypeNode(enumTag.typeExpression), memberDecl);\n                        }\n                    }\n                    objectFlags |= getObjectFlags(type) & ObjectFlags.PropagatingFlags;\n                    const nameType = computedNameType && isTypeUsableAsPropertyName(computedNameType) ? computedNameType : undefined;\n                    const prop = nameType ?\n                        createSymbol(SymbolFlags.Property | member.flags, getPropertyNameFromType(nameType), checkFlags | CheckFlags.Late) :\n                        createSymbol(SymbolFlags.Property | member.flags, member.escapedName, checkFlags);\n                    if (nameType) {\n                        prop.nameType = nameType;\n                    }\n\n                    if (inDestructuringPattern) {\n                        // If object literal is an assignment pattern and if the assignment pattern specifies a default value\n                        // for the property, make the property optional.\n                        const isOptional =\n                            (memberDecl.kind === SyntaxKind.PropertyAssignment && hasDefaultValue(memberDecl.initializer)) ||\n                            (memberDecl.kind === SyntaxKind.ShorthandPropertyAssignment && memberDecl.objectAssignmentInitializer);\n                        if (isOptional) {\n                            prop.flags |= SymbolFlags.Optional;\n                        }\n                    }\n                    else if (contextualTypeHasPattern && !(getObjectFlags(contextualType) & ObjectFlags.ObjectLiteralPatternWithComputedProperties)) {\n                        // If object literal is contextually typed by the implied type of a binding pattern, and if the\n                        // binding pattern specifies a default value for the property, make the property optional.\n                        const impliedProp = getPropertyOfType(contextualType, member.escapedName);\n                        if (impliedProp) {\n                            prop.flags |= impliedProp.flags & SymbolFlags.Optional;\n                        }\n\n                        else if (!compilerOptions.suppressExcessPropertyErrors && !getIndexInfoOfType(contextualType, stringType)) {\n                            error(memberDecl.name, Diagnostics.Object_literal_may_only_specify_known_properties_and_0_does_not_exist_in_type_1,\n                                symbolToString(member), typeToString(contextualType));\n                        }\n                    }\n\n                    prop.declarations = member.declarations;\n                    prop.parent = member.parent;\n                    if (member.valueDeclaration) {\n                        prop.valueDeclaration = member.valueDeclaration;\n                    }\n\n                    prop.type = type;\n                    prop.target = member;\n                    member = prop;\n                    allPropertiesTable?.set(prop.escapedName, prop);\n                }\n                else if (memberDecl.kind === SyntaxKind.SpreadAssignment) {\n                    if (languageVersion < ScriptTarget.ES2015) {\n                        checkExternalEmitHelpers(memberDecl, ExternalEmitHelpers.Assign);\n                    }\n                    if (propertiesArray.length > 0) {\n                        spread = getSpreadType(spread, createObjectLiteralType(), node.symbol, objectFlags, inConstContext);\n                        propertiesArray = [];\n                        propertiesTable = createSymbolTable();\n                        hasComputedStringProperty = false;\n                        hasComputedNumberProperty = false;\n                        hasComputedSymbolProperty = false;\n                    }\n                    const type = getReducedType(checkExpression(memberDecl.expression));\n                    if (isValidSpreadType(type)) {\n                        const mergedType = tryMergeUnionOfObjectTypeAndEmptyObject(type, inConstContext);\n                        if (allPropertiesTable) {\n                            checkSpreadPropOverrides(mergedType, allPropertiesTable, memberDecl);\n                        }\n                        offset = propertiesArray.length;\n                        if (isErrorType(spread)) {\n                            continue;\n                        }\n                        spread = getSpreadType(spread, mergedType, node.symbol, objectFlags, inConstContext);\n                    }\n                    else {\n                        error(memberDecl, Diagnostics.Spread_types_may_only_be_created_from_object_types);\n                        spread = errorType;\n                    }\n                    continue;\n                }\n                else {\n                    // TypeScript 1.0 spec (April 2014)\n                    // A get accessor declaration is processed in the same manner as\n                    // an ordinary function declaration(section 6.1) with no parameters.\n                    // A set accessor declaration is processed in the same manner\n                    // as an ordinary function declaration with a single parameter and a Void return type.\n                    Debug.assert(memberDecl.kind === SyntaxKind.GetAccessor || memberDecl.kind === SyntaxKind.SetAccessor);\n                    checkNodeDeferred(memberDecl);\n                }\n\n                if (computedNameType && !(computedNameType.flags & TypeFlags.StringOrNumberLiteralOrUnique)) {\n                    if (isTypeAssignableTo(computedNameType, stringNumberSymbolType)) {\n                        if (isTypeAssignableTo(computedNameType, numberType)) {\n                            hasComputedNumberProperty = true;\n                        }\n                        else if (isTypeAssignableTo(computedNameType, esSymbolType)) {\n                            hasComputedSymbolProperty = true;\n                        }\n                        else {\n                            hasComputedStringProperty = true;\n                        }\n                        if (inDestructuringPattern) {\n                            patternWithComputedProperties = true;\n                        }\n                    }\n                }\n                else {\n                    propertiesTable.set(member.escapedName, member);\n                }\n                propertiesArray.push(member);\n            }\n\n            // If object literal is contextually typed by the implied type of a binding pattern, augment the result\n            // type with those properties for which the binding pattern specifies a default value.\n            // If the object literal is spread into another object literal, skip this step and let the top-level object\n            // literal handle it instead.\n            if (contextualTypeHasPattern && node.parent.kind !== SyntaxKind.SpreadAssignment) {\n                for (const prop of getPropertiesOfType(contextualType)) {\n                    if (!propertiesTable.get(prop.escapedName) && !getPropertyOfType(spread, prop.escapedName)) {\n                        if (!(prop.flags & SymbolFlags.Optional)) {\n                            error(prop.valueDeclaration || (prop as TransientSymbol).bindingElement,\n                                Diagnostics.Initializer_provides_no_value_for_this_binding_element_and_the_binding_element_has_no_default_value);\n                        }\n                        propertiesTable.set(prop.escapedName, prop);\n                        propertiesArray.push(prop);\n                    }\n                }\n            }\n\n            if (isErrorType(spread)) {\n                return errorType;\n            }\n\n            if (spread !== emptyObjectType) {\n                if (propertiesArray.length > 0) {\n                    spread = getSpreadType(spread, createObjectLiteralType(), node.symbol, objectFlags, inConstContext);\n                    propertiesArray = [];\n                    propertiesTable = createSymbolTable();\n                    hasComputedStringProperty = false;\n                    hasComputedNumberProperty = false;\n                }\n                // remap the raw emptyObjectType fed in at the top into a fresh empty object literal type, unique to this use site\n                return mapType(spread, t => t === emptyObjectType ? createObjectLiteralType() : t);\n            }\n\n            return createObjectLiteralType();\n\n            function createObjectLiteralType() {\n                const indexInfos = [];\n                if (hasComputedStringProperty) indexInfos.push(getObjectLiteralIndexInfo(node, offset, propertiesArray, stringType));\n                if (hasComputedNumberProperty) indexInfos.push(getObjectLiteralIndexInfo(node, offset, propertiesArray, numberType));\n                if (hasComputedSymbolProperty) indexInfos.push(getObjectLiteralIndexInfo(node, offset, propertiesArray, esSymbolType));\n                const result = createAnonymousType(node.symbol, propertiesTable, emptyArray, emptyArray, indexInfos);\n                result.objectFlags |= objectFlags | ObjectFlags.ObjectLiteral | ObjectFlags.ContainsObjectOrArrayLiteral;\n                if (isJSObjectLiteral) {\n                    result.objectFlags |= ObjectFlags.JSLiteral;\n                }\n                if (patternWithComputedProperties) {\n                    result.objectFlags |= ObjectFlags.ObjectLiteralPatternWithComputedProperties;\n                }\n                if (inDestructuringPattern) {\n                    result.pattern = node;\n                }\n                return result;\n            }\n        }\n\n        function isValidSpreadType(type: Type): boolean {\n            const t = removeDefinitelyFalsyTypes(mapType(type, getBaseConstraintOrType));\n            return !!(t.flags & (TypeFlags.Any | TypeFlags.NonPrimitive | TypeFlags.Object | TypeFlags.InstantiableNonPrimitive) ||\n                t.flags & TypeFlags.UnionOrIntersection && every((t as UnionOrIntersectionType).types, isValidSpreadType));\n        }\n\n        function checkJsxSelfClosingElementDeferred(node: JsxSelfClosingElement) {\n            checkJsxOpeningLikeElementOrOpeningFragment(node);\n        }\n\n        function checkJsxSelfClosingElement(node: JsxSelfClosingElement, _checkMode: CheckMode | undefined): Type {\n            checkNodeDeferred(node);\n            return getJsxElementTypeAt(node) || anyType;\n        }\n\n        function checkJsxElementDeferred(node: JsxElement) {\n            // Check attributes\n            checkJsxOpeningLikeElementOrOpeningFragment(node.openingElement);\n\n            // Perform resolution on the closing tag so that rename/go to definition/etc work\n            if (isJsxIntrinsicIdentifier(node.closingElement.tagName)) {\n                getIntrinsicTagSymbol(node.closingElement);\n            }\n            else {\n                checkExpression(node.closingElement.tagName);\n            }\n\n            checkJsxChildren(node);\n        }\n\n        function checkJsxElement(node: JsxElement, _checkMode: CheckMode | undefined): Type {\n            checkNodeDeferred(node);\n\n            return getJsxElementTypeAt(node) || anyType;\n        }\n\n        function checkJsxFragment(node: JsxFragment): Type {\n            checkJsxOpeningLikeElementOrOpeningFragment(node.openingFragment);\n\n            // by default, jsx:'react' will use jsxFactory = React.createElement and jsxFragmentFactory = React.Fragment\n            // if jsxFactory compiler option is provided, ensure jsxFragmentFactory compiler option or @jsxFrag pragma is provided too\n            const nodeSourceFile = getSourceFileOfNode(node);\n            if (getJSXTransformEnabled(compilerOptions) && (compilerOptions.jsxFactory || nodeSourceFile.pragmas.has(\"jsx\"))\n                && !compilerOptions.jsxFragmentFactory && !nodeSourceFile.pragmas.has(\"jsxfrag\")) {\n                error(node, compilerOptions.jsxFactory\n                    ? Diagnostics.The_jsxFragmentFactory_compiler_option_must_be_provided_to_use_JSX_fragments_with_the_jsxFactory_compiler_option\n                    : Diagnostics.An_jsxFrag_pragma_is_required_when_using_an_jsx_pragma_with_JSX_fragments);\n            }\n\n            checkJsxChildren(node);\n            return getJsxElementTypeAt(node) || anyType;\n        }\n\n        function isHyphenatedJsxName(name: string | __String) {\n            return stringContains(name as string, \"-\");\n        }\n\n        /**\n          * Returns true iff React would emit this tag name as a string rather than an identifier or qualified name\n          */\n        function isJsxIntrinsicIdentifier(tagName: JsxTagNameExpression): boolean {\n            return tagName.kind === SyntaxKind.Identifier && isIntrinsicJsxName(tagName.escapedText);\n        }\n\n        function checkJsxAttribute(node: JsxAttribute, checkMode?: CheckMode) {\n            return node.initializer\n                ? checkExpressionForMutableLocation(node.initializer, checkMode)\n                : trueType;  // <Elem attr /> is sugar for <Elem attr={true} />\n        }\n\n        /**\n          * Get attributes type of the JSX opening-like element. The result is from resolving \"attributes\" property of the opening-like element.\n          *\n          * @param openingLikeElement a JSX opening-like element\n          * @param filter a function to remove attributes that will not participate in checking whether attributes are assignable\n          * @return an anonymous type (similar to the one returned by checkObjectLiteral) in which its properties are attributes property.\n          * @remarks Because this function calls getSpreadType, it needs to use the same checks as checkObjectLiteral,\n          * which also calls getSpreadType.\n          */\n        function createJsxAttributesTypeFromAttributesProperty(openingLikeElement: JsxOpeningLikeElement, checkMode: CheckMode | undefined) {\n            const attributes = openingLikeElement.attributes;\n            const allAttributesTable = strictNullChecks ? createSymbolTable() : undefined;\n            let attributesTable = createSymbolTable();\n            let spread: Type = emptyJsxObjectType;\n            let hasSpreadAnyType = false;\n            let typeToIntersect: Type | undefined;\n            let explicitlySpecifyChildrenAttribute = false;\n            let objectFlags: ObjectFlags = ObjectFlags.JsxAttributes;\n            const jsxChildrenPropertyName = getJsxElementChildrenPropertyName(getJsxNamespaceAt(openingLikeElement));\n\n            for (const attributeDecl of attributes.properties) {\n                const member = attributeDecl.symbol;\n                if (isJsxAttribute(attributeDecl)) {\n                    const exprType = checkJsxAttribute(attributeDecl, checkMode);\n                    objectFlags |= getObjectFlags(exprType) & ObjectFlags.PropagatingFlags;\n\n                    const attributeSymbol = createSymbol(SymbolFlags.Property | member.flags, member.escapedName);\n                    attributeSymbol.declarations = member.declarations;\n                    attributeSymbol.parent = member.parent;\n                    if (member.valueDeclaration) {\n                        attributeSymbol.valueDeclaration = member.valueDeclaration;\n                    }\n                    attributeSymbol.type = exprType;\n                    attributeSymbol.target = member;\n                    attributesTable.set(attributeSymbol.escapedName, attributeSymbol);\n                    allAttributesTable?.set(attributeSymbol.escapedName, attributeSymbol);\n                    if (attributeDecl.name.escapedText === jsxChildrenPropertyName) {\n                        explicitlySpecifyChildrenAttribute = true;\n                    }\n                }\n                else {\n                    Debug.assert(attributeDecl.kind === SyntaxKind.JsxSpreadAttribute);\n                    if (attributesTable.size > 0) {\n                        spread = getSpreadType(spread, createJsxAttributesType(), attributes.symbol, objectFlags, /*readonly*/ false);\n                        attributesTable = createSymbolTable();\n                    }\n                    const exprType = getReducedType(checkExpressionCached(attributeDecl.expression, checkMode));\n                    if (isTypeAny(exprType)) {\n                        hasSpreadAnyType = true;\n                    }\n                    if (isValidSpreadType(exprType)) {\n                        spread = getSpreadType(spread, exprType, attributes.symbol, objectFlags, /*readonly*/ false);\n                        if (allAttributesTable) {\n                            checkSpreadPropOverrides(exprType, allAttributesTable, attributeDecl);\n                        }\n                    }\n                    else {\n                        typeToIntersect = typeToIntersect ? getIntersectionType([typeToIntersect, exprType]) : exprType;\n                    }\n                }\n            }\n\n            if (!hasSpreadAnyType) {\n                if (attributesTable.size > 0) {\n                    spread = getSpreadType(spread, createJsxAttributesType(), attributes.symbol, objectFlags, /*readonly*/ false);\n                }\n            }\n\n            // Handle children attribute\n            const parent = openingLikeElement.parent.kind === SyntaxKind.JsxElement ? openingLikeElement.parent as JsxElement : undefined;\n            // We have to check that openingElement of the parent is the one we are visiting as this may not be true for selfClosingElement\n            if (parent && parent.openingElement === openingLikeElement && parent.children.length > 0) {\n                const childrenTypes: Type[] = checkJsxChildren(parent, checkMode);\n\n                if (!hasSpreadAnyType && jsxChildrenPropertyName && jsxChildrenPropertyName !== \"\") {\n                    // Error if there is a attribute named \"children\" explicitly specified and children element.\n                    // This is because children element will overwrite the value from attributes.\n                    // Note: we will not warn \"children\" attribute overwritten if \"children\" attribute is specified in object spread.\n                    if (explicitlySpecifyChildrenAttribute) {\n                        error(attributes, Diagnostics._0_are_specified_twice_The_attribute_named_0_will_be_overwritten, unescapeLeadingUnderscores(jsxChildrenPropertyName));\n                    }\n\n                    const contextualType = getApparentTypeOfContextualType(openingLikeElement.attributes);\n                    const childrenContextualType = contextualType && getTypeOfPropertyOfContextualType(contextualType, jsxChildrenPropertyName);\n                    // If there are children in the body of JSX element, create dummy attribute \"children\" with the union of children types so that it will pass the attribute checking process\n                    const childrenPropSymbol = createSymbol(SymbolFlags.Property, jsxChildrenPropertyName);\n                    childrenPropSymbol.type = childrenTypes.length === 1 ? childrenTypes[0] :\n                        childrenContextualType && someType(childrenContextualType, isTupleLikeType) ? createTupleType(childrenTypes) :\n                        createArrayType(getUnionType(childrenTypes));\n                    // Fake up a property declaration for the children\n                    childrenPropSymbol.valueDeclaration = factory.createPropertySignature(/*modifiers*/ undefined, unescapeLeadingUnderscores(jsxChildrenPropertyName), /*questionToken*/ undefined, /*type*/ undefined);\n                    setParent(childrenPropSymbol.valueDeclaration, attributes);\n                    childrenPropSymbol.valueDeclaration.symbol = childrenPropSymbol;\n                    const childPropMap = createSymbolTable();\n                    childPropMap.set(jsxChildrenPropertyName, childrenPropSymbol);\n                    spread = getSpreadType(spread, createAnonymousType(attributes.symbol, childPropMap, emptyArray, emptyArray, emptyArray),\n                        attributes.symbol, objectFlags, /*readonly*/ false);\n\n                }\n            }\n\n            if (hasSpreadAnyType) {\n                return anyType;\n            }\n            if (typeToIntersect && spread !== emptyJsxObjectType) {\n                return getIntersectionType([typeToIntersect, spread]);\n            }\n            return typeToIntersect || (spread === emptyJsxObjectType ? createJsxAttributesType() : spread);\n\n            /**\n              * Create anonymous type from given attributes symbol table.\n              * @param symbol a symbol of JsxAttributes containing attributes corresponding to attributesTable\n              * @param attributesTable a symbol table of attributes property\n              */\n            function createJsxAttributesType() {\n                objectFlags |= freshObjectLiteralFlag;\n                const result = createAnonymousType(attributes.symbol, attributesTable, emptyArray, emptyArray, emptyArray);\n                result.objectFlags |= objectFlags | ObjectFlags.ObjectLiteral | ObjectFlags.ContainsObjectOrArrayLiteral;\n                return result;\n            }\n        }\n\n        function checkJsxChildren(node: JsxElement | JsxFragment, checkMode?: CheckMode) {\n            const childrenTypes: Type[] = [];\n            for (const child of node.children) {\n                // In React, JSX text that contains only whitespaces will be ignored so we don't want to type-check that\n                // because then type of children property will have constituent of string type.\n                if (child.kind === SyntaxKind.JsxText) {\n                    if (!child.containsOnlyTriviaWhiteSpaces) {\n                        childrenTypes.push(stringType);\n                    }\n                }\n                else if (child.kind === SyntaxKind.JsxExpression && !child.expression) {\n                    continue; // empty jsx expressions don't *really* count as present children\n                }\n                else {\n                    childrenTypes.push(checkExpressionForMutableLocation(child, checkMode));\n                }\n            }\n            return childrenTypes;\n        }\n\n        function checkSpreadPropOverrides(type: Type, props: SymbolTable, spread: SpreadAssignment | JsxSpreadAttribute) {\n            for (const right of getPropertiesOfType(type)) {\n                if (!(right.flags & SymbolFlags.Optional)) {\n                    const left = props.get(right.escapedName);\n                    if (left) {\n                        const diagnostic = error(left.valueDeclaration, Diagnostics._0_is_specified_more_than_once_so_this_usage_will_be_overwritten, unescapeLeadingUnderscores(left.escapedName));\n                        addRelatedInfo(diagnostic, createDiagnosticForNode(spread, Diagnostics.This_spread_always_overwrites_this_property));\n                    }\n                }\n            }\n        }\n\n        /**\n          * Check attributes property of opening-like element. This function is called during chooseOverload to get call signature of a JSX opening-like element.\n          * (See \"checkApplicableSignatureForJsxOpeningLikeElement\" for how the function is used)\n          * @param node a JSXAttributes to be resolved of its type\n          */\n        function checkJsxAttributes(node: JsxAttributes, checkMode: CheckMode | undefined) {\n            return createJsxAttributesTypeFromAttributesProperty(node.parent, checkMode);\n        }\n\n        function getJsxType(name: __String, location: Node | undefined) {\n            const namespace = getJsxNamespaceAt(location);\n            const exports = namespace && getExportsOfSymbol(namespace);\n            const typeSymbol = exports && getSymbol(exports, name, SymbolFlags.Type);\n            return typeSymbol ? getDeclaredTypeOfSymbol(typeSymbol) : errorType;\n        }\n\n        /**\n          * Looks up an intrinsic tag name and returns a symbol that either points to an intrinsic\n          * property (in which case nodeLinks.jsxFlags will be IntrinsicNamedElement) or an intrinsic\n          * string index signature (in which case nodeLinks.jsxFlags will be IntrinsicIndexedElement).\n          * May also return unknownSymbol if both of these lookups fail.\n          */\n        function getIntrinsicTagSymbol(node: JsxOpeningLikeElement | JsxClosingElement): Symbol {\n            const links = getNodeLinks(node);\n            if (!links.resolvedSymbol) {\n                const intrinsicElementsType = getJsxType(JsxNames.IntrinsicElements, node);\n                if (!isErrorType(intrinsicElementsType)) {\n                    // Property case\n                    if (!isIdentifier(node.tagName)) return Debug.fail();\n                    const intrinsicProp = getPropertyOfType(intrinsicElementsType, node.tagName.escapedText);\n                    if (intrinsicProp) {\n                        links.jsxFlags |= JsxFlags.IntrinsicNamedElement;\n                        return links.resolvedSymbol = intrinsicProp;\n                    }\n\n                    // Intrinsic string indexer case\n                    const indexSignatureType = getIndexTypeOfType(intrinsicElementsType, stringType);\n                    if (indexSignatureType) {\n                        links.jsxFlags |= JsxFlags.IntrinsicIndexedElement;\n                        return links.resolvedSymbol = intrinsicElementsType.symbol;\n                    }\n\n                    // Wasn't found\n                    error(node, Diagnostics.Property_0_does_not_exist_on_type_1, idText(node.tagName), \"JSX.\" + JsxNames.IntrinsicElements);\n                    return links.resolvedSymbol = unknownSymbol;\n                }\n                else {\n                    if (noImplicitAny) {\n                        error(node, Diagnostics.JSX_element_implicitly_has_type_any_because_no_interface_JSX_0_exists, unescapeLeadingUnderscores(JsxNames.IntrinsicElements));\n                    }\n                    return links.resolvedSymbol = unknownSymbol;\n                }\n            }\n            return links.resolvedSymbol;\n        }\n\n        function getJsxNamespaceContainerForImplicitImport(location: Node | undefined): Symbol | undefined {\n            const file = location && getSourceFileOfNode(location);\n            const links = file && getNodeLinks(file);\n            if (links && links.jsxImplicitImportContainer === false) {\n                return undefined;\n            }\n            if (links && links.jsxImplicitImportContainer) {\n                return links.jsxImplicitImportContainer;\n            }\n            const runtimeImportSpecifier = getJSXRuntimeImport(getJSXImplicitImportBase(compilerOptions, file), compilerOptions);\n            if (!runtimeImportSpecifier) {\n                return undefined;\n            }\n            const isClassic = getEmitModuleResolutionKind(compilerOptions) === ModuleResolutionKind.Classic;\n            const errorMessage = isClassic\n                                    ? Diagnostics.Cannot_find_module_0_Did_you_mean_to_set_the_moduleResolution_option_to_node_or_to_add_aliases_to_the_paths_option\n                                    : Diagnostics.Cannot_find_module_0_or_its_corresponding_type_declarations;\n            const mod = resolveExternalModule(location!, runtimeImportSpecifier, errorMessage, location!);\n            const result = mod && mod !== unknownSymbol ? getMergedSymbol(resolveSymbol(mod)) : undefined;\n            if (links) {\n                links.jsxImplicitImportContainer = result || false;\n            }\n            return result;\n        }\n\n        function getJsxNamespaceAt(location: Node | undefined): Symbol {\n            const links = location && getNodeLinks(location);\n            if (links && links.jsxNamespace) {\n                return links.jsxNamespace;\n            }\n            if (!links || links.jsxNamespace !== false) {\n                let resolvedNamespace = getJsxNamespaceContainerForImplicitImport(location);\n\n                if (!resolvedNamespace || resolvedNamespace === unknownSymbol) {\n                    const namespaceName = getJsxNamespace(location);\n                    resolvedNamespace = resolveName(location, namespaceName, SymbolFlags.Namespace, /*diagnosticMessage*/ undefined, namespaceName, /*isUse*/ false);\n                }\n\n                if (resolvedNamespace) {\n                    const candidate = resolveSymbol(getSymbol(getExportsOfSymbol(resolveSymbol(resolvedNamespace)), JsxNames.JSX, SymbolFlags.Namespace));\n                    if (candidate && candidate !== unknownSymbol) {\n                        if (links) {\n                            links.jsxNamespace = candidate;\n                        }\n                        return candidate;\n                    }\n                }\n                if (links) {\n                    links.jsxNamespace = false;\n                }\n            }\n            // JSX global fallback\n            const s = resolveSymbol(getGlobalSymbol(JsxNames.JSX, SymbolFlags.Namespace, /*diagnosticMessage*/ undefined));\n            if (s === unknownSymbol) {\n                return undefined!; // TODO: GH#18217\n            }\n            return s!; // TODO: GH#18217\n        }\n\n        /**\n          * Look into JSX namespace and then look for container with matching name as nameOfAttribPropContainer.\n          * Get a single property from that container if existed. Report an error if there are more than one property.\n          *\n          * @param nameOfAttribPropContainer a string of value JsxNames.ElementAttributesPropertyNameContainer or JsxNames.ElementChildrenAttributeNameContainer\n          *          if other string is given or the container doesn't exist, return undefined.\n          */\n        function getNameFromJsxElementAttributesContainer(nameOfAttribPropContainer: __String, jsxNamespace: Symbol): __String | undefined {\n            // JSX.ElementAttributesProperty | JSX.ElementChildrenAttribute [symbol]\n            const jsxElementAttribPropInterfaceSym = jsxNamespace && getSymbol(jsxNamespace.exports!, nameOfAttribPropContainer, SymbolFlags.Type);\n            // JSX.ElementAttributesProperty | JSX.ElementChildrenAttribute [type]\n            const jsxElementAttribPropInterfaceType = jsxElementAttribPropInterfaceSym && getDeclaredTypeOfSymbol(jsxElementAttribPropInterfaceSym);\n            // The properties of JSX.ElementAttributesProperty | JSX.ElementChildrenAttribute\n            const propertiesOfJsxElementAttribPropInterface = jsxElementAttribPropInterfaceType && getPropertiesOfType(jsxElementAttribPropInterfaceType);\n            if (propertiesOfJsxElementAttribPropInterface) {\n                // Element Attributes has zero properties, so the element attributes type will be the class instance type\n                if (propertiesOfJsxElementAttribPropInterface.length === 0) {\n                    return \"\" as __String;\n                }\n                // Element Attributes has one property, so the element attributes type will be the type of the corresponding\n                // property of the class instance type\n                else if (propertiesOfJsxElementAttribPropInterface.length === 1) {\n                    return propertiesOfJsxElementAttribPropInterface[0].escapedName;\n                }\n                else if (propertiesOfJsxElementAttribPropInterface.length > 1 && jsxElementAttribPropInterfaceSym.declarations) {\n                    // More than one property on ElementAttributesProperty is an error\n                    error(jsxElementAttribPropInterfaceSym.declarations[0], Diagnostics.The_global_type_JSX_0_may_not_have_more_than_one_property, unescapeLeadingUnderscores(nameOfAttribPropContainer));\n                }\n            }\n            return undefined;\n        }\n\n        function getJsxLibraryManagedAttributes(jsxNamespace: Symbol) {\n            // JSX.LibraryManagedAttributes [symbol]\n            return jsxNamespace && getSymbol(jsxNamespace.exports!, JsxNames.LibraryManagedAttributes, SymbolFlags.Type);\n        }\n\n        /// e.g. \"props\" for React.d.ts,\n        /// or 'undefined' if ElementAttributesProperty doesn't exist (which means all\n        ///     non-intrinsic elements' attributes type is 'any'),\n        /// or '' if it has 0 properties (which means every\n        ///     non-intrinsic elements' attributes type is the element instance type)\n        function getJsxElementPropertiesName(jsxNamespace: Symbol) {\n            return getNameFromJsxElementAttributesContainer(JsxNames.ElementAttributesPropertyNameContainer, jsxNamespace);\n        }\n\n        function getJsxElementChildrenPropertyName(jsxNamespace: Symbol): __String | undefined {\n            return getNameFromJsxElementAttributesContainer(JsxNames.ElementChildrenAttributeNameContainer, jsxNamespace);\n        }\n\n        function getUninstantiatedJsxSignaturesOfType(elementType: Type, caller: JsxOpeningLikeElement): readonly Signature[] {\n            if (elementType.flags & TypeFlags.String) {\n                return [anySignature];\n            }\n            else if (elementType.flags & TypeFlags.StringLiteral) {\n                const intrinsicType = getIntrinsicAttributesTypeFromStringLiteralType(elementType as StringLiteralType, caller);\n                if (!intrinsicType) {\n                    error(caller, Diagnostics.Property_0_does_not_exist_on_type_1, (elementType as StringLiteralType).value, \"JSX.\" + JsxNames.IntrinsicElements);\n                    return emptyArray;\n                }\n                else {\n                    const fakeSignature = createSignatureForJSXIntrinsic(caller, intrinsicType);\n                    return [fakeSignature];\n                }\n            }\n            const apparentElemType = getApparentType(elementType);\n            // Resolve the signatures, preferring constructor\n            let signatures = getSignaturesOfType(apparentElemType, SignatureKind.Construct);\n            if (signatures.length === 0) {\n                // No construct signatures, try call signatures\n                signatures = getSignaturesOfType(apparentElemType, SignatureKind.Call);\n            }\n            if (signatures.length === 0 && apparentElemType.flags & TypeFlags.Union) {\n                // If each member has some combination of new/call signatures; make a union signature list for those\n                signatures = getUnionSignatures(map((apparentElemType as UnionType).types, t => getUninstantiatedJsxSignaturesOfType(t, caller)));\n            }\n            return signatures;\n        }\n\n        function getIntrinsicAttributesTypeFromStringLiteralType(type: StringLiteralType, location: Node): Type | undefined {\n            // If the elemType is a stringLiteral type, we can then provide a check to make sure that the string literal type is one of the Jsx intrinsic element type\n            // For example:\n            //      var CustomTag: \"h1\" = \"h1\";\n            //      <CustomTag> Hello World </CustomTag>\n            const intrinsicElementsType = getJsxType(JsxNames.IntrinsicElements, location);\n            if (!isErrorType(intrinsicElementsType)) {\n                const stringLiteralTypeName = type.value;\n                const intrinsicProp = getPropertyOfType(intrinsicElementsType, escapeLeadingUnderscores(stringLiteralTypeName));\n                if (intrinsicProp) {\n                    return getTypeOfSymbol(intrinsicProp);\n                }\n                const indexSignatureType = getIndexTypeOfType(intrinsicElementsType, stringType);\n                if (indexSignatureType) {\n                    return indexSignatureType;\n                }\n                return undefined;\n            }\n            // If we need to report an error, we already done so here. So just return any to prevent any more error downstream\n            return anyType;\n        }\n\n        function checkJsxReturnAssignableToAppropriateBound(refKind: JsxReferenceKind, elemInstanceType: Type, openingLikeElement: JsxOpeningLikeElement) {\n            if (refKind === JsxReferenceKind.Function) {\n                const sfcReturnConstraint = getJsxStatelessElementTypeAt(openingLikeElement);\n                if (sfcReturnConstraint) {\n                    checkTypeRelatedTo(elemInstanceType, sfcReturnConstraint, assignableRelation, openingLikeElement.tagName, Diagnostics.Its_return_type_0_is_not_a_valid_JSX_element, generateInitialErrorChain);\n                }\n            }\n            else if (refKind === JsxReferenceKind.Component) {\n                const classConstraint = getJsxElementClassTypeAt(openingLikeElement);\n                if (classConstraint) {\n                    // Issue an error if this return type isn't assignable to JSX.ElementClass, failing that\n                    checkTypeRelatedTo(elemInstanceType, classConstraint, assignableRelation, openingLikeElement.tagName, Diagnostics.Its_instance_type_0_is_not_a_valid_JSX_element, generateInitialErrorChain);\n                }\n            }\n            else { // Mixed\n                const sfcReturnConstraint = getJsxStatelessElementTypeAt(openingLikeElement);\n                const classConstraint = getJsxElementClassTypeAt(openingLikeElement);\n                if (!sfcReturnConstraint || !classConstraint) {\n                    return;\n                }\n                const combined = getUnionType([sfcReturnConstraint, classConstraint]);\n                checkTypeRelatedTo(elemInstanceType, combined, assignableRelation, openingLikeElement.tagName, Diagnostics.Its_element_type_0_is_not_a_valid_JSX_element, generateInitialErrorChain);\n            }\n\n            function generateInitialErrorChain(): DiagnosticMessageChain {\n                const componentName = getTextOfNode(openingLikeElement.tagName);\n                return chainDiagnosticMessages(/* details */ undefined, Diagnostics._0_cannot_be_used_as_a_JSX_component, componentName);\n            }\n        }\n\n        /**\n          * Get attributes type of the given intrinsic opening-like Jsx element by resolving the tag name.\n          * The function is intended to be called from a function which has checked that the opening element is an intrinsic element.\n          * @param node an intrinsic JSX opening-like element\n          */\n        function getIntrinsicAttributesTypeFromJsxOpeningLikeElement(node: JsxOpeningLikeElement): Type {\n            Debug.assert(isJsxIntrinsicIdentifier(node.tagName));\n            const links = getNodeLinks(node);\n            if (!links.resolvedJsxElementAttributesType) {\n                const symbol = getIntrinsicTagSymbol(node);\n                if (links.jsxFlags & JsxFlags.IntrinsicNamedElement) {\n                    return links.resolvedJsxElementAttributesType = getTypeOfSymbol(symbol) || errorType;\n                }\n                else if (links.jsxFlags & JsxFlags.IntrinsicIndexedElement) {\n                    return links.resolvedJsxElementAttributesType =\n                        getIndexTypeOfType(getJsxType(JsxNames.IntrinsicElements, node), stringType) || errorType;\n                }\n                else {\n                    return links.resolvedJsxElementAttributesType = errorType;\n                }\n            }\n            return links.resolvedJsxElementAttributesType;\n        }\n\n        function getJsxElementClassTypeAt(location: Node): Type | undefined {\n            const type = getJsxType(JsxNames.ElementClass, location);\n            if (isErrorType(type)) return undefined;\n            return type;\n        }\n\n        function getJsxElementTypeAt(location: Node): Type {\n            return getJsxType(JsxNames.Element, location);\n        }\n\n        function getJsxStatelessElementTypeAt(location: Node): Type | undefined {\n            const jsxElementType = getJsxElementTypeAt(location);\n            if (jsxElementType) {\n                return getUnionType([jsxElementType, nullType]);\n            }\n        }\n\n        /**\n          * Returns all the properties of the Jsx.IntrinsicElements interface\n          */\n        function getJsxIntrinsicTagNamesAt(location: Node): Symbol[] {\n            const intrinsics = getJsxType(JsxNames.IntrinsicElements, location);\n            return intrinsics ? getPropertiesOfType(intrinsics) : emptyArray;\n        }\n\n        function checkJsxPreconditions(errorNode: Node) {\n            // Preconditions for using JSX\n            if ((compilerOptions.jsx || JsxEmit.None) === JsxEmit.None) {\n                error(errorNode, Diagnostics.Cannot_use_JSX_unless_the_jsx_flag_is_provided);\n            }\n\n            if (getJsxElementTypeAt(errorNode) === undefined) {\n                if (noImplicitAny) {\n                    error(errorNode, Diagnostics.JSX_element_implicitly_has_type_any_because_the_global_type_JSX_Element_does_not_exist);\n                }\n            }\n        }\n\n        function checkJsxOpeningLikeElementOrOpeningFragment(node: JsxOpeningLikeElement | JsxOpeningFragment) {\n            const isNodeOpeningLikeElement = isJsxOpeningLikeElement(node);\n\n            if (isNodeOpeningLikeElement) {\n                checkGrammarJsxElement(node);\n            }\n\n            checkJsxPreconditions(node);\n\n            if (!getJsxNamespaceContainerForImplicitImport(node)) {\n                // The reactNamespace/jsxFactory's root symbol should be marked as 'used' so we don't incorrectly elide its import.\n                // And if there is no reactNamespace/jsxFactory's symbol in scope when targeting React emit, we should issue an error.\n                const jsxFactoryRefErr = diagnostics && compilerOptions.jsx === JsxEmit.React ? Diagnostics.Cannot_find_name_0 : undefined;\n                const jsxFactoryNamespace = getJsxNamespace(node);\n                const jsxFactoryLocation = isNodeOpeningLikeElement ? node.tagName : node;\n\n                // allow null as jsxFragmentFactory\n                let jsxFactorySym: Symbol | undefined;\n                if (!(isJsxOpeningFragment(node) && jsxFactoryNamespace === \"null\")) {\n                    jsxFactorySym = resolveName(jsxFactoryLocation, jsxFactoryNamespace, SymbolFlags.Value, jsxFactoryRefErr, jsxFactoryNamespace, /*isUse*/ true);\n                }\n\n                if (jsxFactorySym) {\n                    // Mark local symbol as referenced here because it might not have been marked\n                    // if jsx emit was not jsxFactory as there wont be error being emitted\n                    jsxFactorySym.isReferenced = SymbolFlags.All;\n\n                    // If react/jsxFactory symbol is alias, mark it as refereced\n                    if (jsxFactorySym.flags & SymbolFlags.Alias && !getTypeOnlyAliasDeclaration(jsxFactorySym)) {\n                        markAliasSymbolAsReferenced(jsxFactorySym);\n                    }\n                }\n\n                // For JsxFragment, mark jsx pragma as referenced via resolveName\n                if (isJsxOpeningFragment(node)) {\n                    const file = getSourceFileOfNode(node);\n                    const localJsxNamespace = getLocalJsxNamespace(file);\n                    if (localJsxNamespace) {\n                        resolveName(jsxFactoryLocation, localJsxNamespace, SymbolFlags.Value, jsxFactoryRefErr, localJsxNamespace, /*isUse*/ true);\n                    }\n                }\n            }\n\n            if (isNodeOpeningLikeElement) {\n                const jsxOpeningLikeNode = node ;\n                const sig = getResolvedSignature(jsxOpeningLikeNode);\n                checkDeprecatedSignature(sig, node);\n                checkJsxReturnAssignableToAppropriateBound(getJsxReferenceKind(jsxOpeningLikeNode), getReturnTypeOfSignature(sig), jsxOpeningLikeNode);\n            }\n        }\n\n        /**\n          * Check if a property with the given name is known anywhere in the given type. In an object type, a property\n          * is considered known if\n          * 1. the object type is empty and the check is for assignability, or\n          * 2. if the object type has index signatures, or\n          * 3. if the property is actually declared in the object type\n          *    (this means that 'toString', for example, is not usually a known property).\n          * 4. In a union or intersection type,\n          *    a property is considered known if it is known in any constituent type.\n          * @param targetType a type to search a given name in\n          * @param name a property name to search\n          * @param isComparingJsxAttributes a boolean flag indicating whether we are searching in JsxAttributesType\n          */\n        function isKnownProperty(targetType: Type, name: __String, isComparingJsxAttributes: boolean): boolean {\n            if (targetType.flags & TypeFlags.Object) {\n                // For backwards compatibility a symbol-named property is satisfied by a string index signature. This\n                // is incorrect and inconsistent with element access expressions, where it is an error, so eventually\n                // we should remove this exception.\n                if (getPropertyOfObjectType(targetType, name) ||\n                    getApplicableIndexInfoForName(targetType, name) ||\n                    isLateBoundName(name) && getIndexInfoOfType(targetType, stringType) ||\n                    isComparingJsxAttributes && isHyphenatedJsxName(name)) {\n                    // For JSXAttributes, if the attribute has a hyphenated name, consider that the attribute to be known.\n                    return true;\n                }\n            }\n            else if (targetType.flags & TypeFlags.UnionOrIntersection && isExcessPropertyCheckTarget(targetType)) {\n                for (const t of (targetType as UnionOrIntersectionType).types) {\n                    if (isKnownProperty(t, name, isComparingJsxAttributes)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function isExcessPropertyCheckTarget(type: Type): boolean {\n            return !!(type.flags & TypeFlags.Object && !(getObjectFlags(type) & ObjectFlags.ObjectLiteralPatternWithComputedProperties) ||\n                type.flags & TypeFlags.NonPrimitive ||\n                type.flags & TypeFlags.Union && some((type as UnionType).types, isExcessPropertyCheckTarget) ||\n                type.flags & TypeFlags.Intersection && every((type as IntersectionType).types, isExcessPropertyCheckTarget));\n        }\n\n        function checkJsxExpression(node: JsxExpression, checkMode?: CheckMode) {\n            checkGrammarJsxExpression(node);\n            if (node.expression) {\n                const type = checkExpression(node.expression, checkMode);\n                if (node.dotDotDotToken && type !== anyType && !isArrayType(type)) {\n                    error(node, Diagnostics.JSX_spread_child_must_be_an_array_type);\n                }\n                return type;\n            }\n            else {\n                return errorType;\n            }\n        }\n\n        function getDeclarationNodeFlagsFromSymbol(s: Symbol): NodeFlags {\n            return s.valueDeclaration ? getCombinedNodeFlags(s.valueDeclaration) : 0;\n        }\n\n        /**\n          * Return whether this symbol is a member of a prototype somewhere\n          * Note that this is not tracked well within the compiler, so the answer may be incorrect.\n          */\n        function isPrototypeProperty(symbol: Symbol) {\n            if (symbol.flags & SymbolFlags.Method || getCheckFlags(symbol) & CheckFlags.SyntheticMethod) {\n                return true;\n            }\n            if (isInJSFile(symbol.valueDeclaration)) {\n                const parent = symbol.valueDeclaration!.parent;\n                return parent && isBinaryExpression(parent) &&\n                    getAssignmentDeclarationKind(parent) === AssignmentDeclarationKind.PrototypeProperty;\n            }\n        }\n\n        /**\n          * Check whether the requested property access is valid.\n          * Returns true if node is a valid property access, and false otherwise.\n          * @param node The node to be checked.\n          * @param isSuper True if the access is from `super.`.\n          * @param type The type of the object whose property is being accessed. (Not the type of the property.)\n          * @param prop The symbol for the property being accessed.\n          */\n        function checkPropertyAccessibility(\n            node: PropertyAccessExpression | QualifiedName | PropertyAccessExpression | VariableDeclaration | ParameterDeclaration | ImportTypeNode | PropertyAssignment | ShorthandPropertyAssignment | BindingElement,\n            isSuper: boolean, writing: boolean, type: Type, prop: Symbol, reportError = true): boolean {\n\n            const errorNode = !reportError ? undefined :\n                node.kind === SyntaxKind.QualifiedName ? node.right :\n                node.kind === SyntaxKind.ImportType ? node :\n                node.kind === SyntaxKind.BindingElement && node.propertyName ? node.propertyName : node.name;\n\n            return checkPropertyAccessibilityAtLocation(node, isSuper, writing, type, prop, errorNode);\n        }\n\n        /**\n          * Check whether the requested property can be accessed at the requested location.\n          * Returns true if node is a valid property access, and false otherwise.\n          * @param location The location node where we want to check if the property is accessible.\n          * @param isSuper True if the access is from `super.`.\n          * @param writing True if this is a write property access, false if it is a read property access.\n          * @param containingType The type of the object whose property is being accessed. (Not the type of the property.)\n          * @param prop The symbol for the property being accessed.\n          * @param errorNode The node where we should report an invalid property access error, or undefined if we should not report errors.\n          */\n        function checkPropertyAccessibilityAtLocation(location: Node,\n            isSuper: boolean, writing: boolean,\n            containingType: Type, prop: Symbol, errorNode?: Node): boolean {\n\n            const flags = getDeclarationModifierFlagsFromSymbol(prop, writing);\n\n            if (isSuper) {\n                // TS 1.0 spec (April 2014): 4.8.2\n                // - In a constructor, instance member function, instance member accessor, or\n                //   instance member variable initializer where this references a derived class instance,\n                //   a super property access is permitted and must specify a public instance member function of the base class.\n                // - In a static member function or static member accessor\n                //   where this references the constructor function object of a derived class,\n                //   a super property access is permitted and must specify a public static member function of the base class.\n                if (languageVersion < ScriptTarget.ES2015) {\n                    if (symbolHasNonMethodDeclaration(prop)) {\n                        if (errorNode) {\n                            error(errorNode, Diagnostics.Only_public_and_protected_methods_of_the_base_class_are_accessible_via_the_super_keyword);\n                        }\n                        return false;\n                    }\n                }\n                if (flags & ModifierFlags.Abstract) {\n                    // A method cannot be accessed in a super property access if the method is abstract.\n                    // This error could mask a private property access error. But, a member\n                    // cannot simultaneously be private and abstract, so this will trigger an\n                    // additional error elsewhere.\n                    if (errorNode) {\n                        error(errorNode,\n                            Diagnostics.Abstract_method_0_in_class_1_cannot_be_accessed_via_super_expression,\n                            symbolToString(prop),\n                            typeToString(getDeclaringClass(prop)!));\n                    }\n                    return false;\n                }\n            }\n\n            // Referencing abstract properties within their own constructors is not allowed\n            if ((flags & ModifierFlags.Abstract) && symbolHasNonMethodDeclaration(prop) &&\n                (isThisProperty(location) || isThisInitializedObjectBindingExpression(location) || isObjectBindingPattern(location.parent) && isThisInitializedDeclaration(location.parent.parent))) {\n                const declaringClassDeclaration = getClassLikeDeclarationOfSymbol(getParentOfSymbol(prop)!);\n                if (declaringClassDeclaration && isNodeUsedDuringClassInitialization(location)) {\n                    if (errorNode) {\n                        error(errorNode,\n                            Diagnostics.Abstract_property_0_in_class_1_cannot_be_accessed_in_the_constructor,\n                            symbolToString(prop),\n                            getTextOfIdentifierOrLiteral(declaringClassDeclaration.name!));\n                    }\n                    return false;\n                }\n            }\n\n            // Public properties are otherwise accessible.\n            if (!(flags & ModifierFlags.NonPublicAccessibilityModifier)) {\n                return true;\n            }\n\n            // Property is known to be private or protected at this point\n\n            // Private property is accessible if the property is within the declaring class\n            if (flags & ModifierFlags.Private) {\n                const declaringClassDeclaration = getClassLikeDeclarationOfSymbol(getParentOfSymbol(prop)!)!;\n                if (!isNodeWithinClass(location, declaringClassDeclaration)) {\n                    if (errorNode) {\n                        error(errorNode,\n                            Diagnostics.Property_0_is_private_and_only_accessible_within_class_1,\n                            symbolToString(prop),\n                            typeToString(getDeclaringClass(prop)!));\n                    }\n                    return false;\n                }\n                return true;\n            }\n\n            // Property is known to be protected at this point\n\n            // All protected properties of a supertype are accessible in a super access\n            if (isSuper) {\n                return true;\n            }\n\n            // Find the first enclosing class that has the declaring classes of the protected constituents\n            // of the property as base classes\n            let enclosingClass = forEachEnclosingClass(location, enclosingDeclaration => {\n                const enclosingClass = getDeclaredTypeOfSymbol(getSymbolOfNode(enclosingDeclaration)!) as InterfaceType;\n                return isClassDerivedFromDeclaringClasses(enclosingClass, prop, writing);\n            });\n            // A protected property is accessible if the property is within the declaring class or classes derived from it\n            if (!enclosingClass) {\n                // allow PropertyAccessibility if context is in function with this parameter\n                // static member access is disallowed\n                enclosingClass = getEnclosingClassFromThisParameter(location);\n                enclosingClass = enclosingClass && isClassDerivedFromDeclaringClasses(enclosingClass, prop, writing);\n                if (flags & ModifierFlags.Static || !enclosingClass) {\n                    if (errorNode) {\n                        error(errorNode,\n                            Diagnostics.Property_0_is_protected_and_only_accessible_within_class_1_and_its_subclasses,\n                            symbolToString(prop),\n                            typeToString(getDeclaringClass(prop) || containingType));\n                    }\n                    return false;\n                }\n            }\n            // No further restrictions for static properties\n            if (flags & ModifierFlags.Static) {\n                return true;\n            }\n            if (containingType.flags & TypeFlags.TypeParameter) {\n                // get the original type -- represented as the type constraint of the 'this' type\n                containingType = (containingType as TypeParameter).isThisType ? getConstraintOfTypeParameter(containingType as TypeParameter)! : getBaseConstraintOfType(containingType as TypeParameter)!; // TODO: GH#18217 Use a different variable that's allowed to be undefined\n            }\n            if (!containingType || !hasBaseType(containingType, enclosingClass)) {\n                if (errorNode) {\n                    error(errorNode,\n                        Diagnostics.Property_0_is_protected_and_only_accessible_through_an_instance_of_class_1_This_is_an_instance_of_class_2,\n                        symbolToString(prop), typeToString(enclosingClass), typeToString(containingType));\n                }\n                return false;\n            }\n            return true;\n        }\n\n        function getEnclosingClassFromThisParameter(node: Node): InterfaceType | undefined {\n            const thisParameter = getThisParameterFromNodeContext(node);\n            let thisType = thisParameter?.type && getTypeFromTypeNode(thisParameter.type);\n            if (thisType && thisType.flags & TypeFlags.TypeParameter) {\n                thisType = getConstraintOfTypeParameter(thisType as TypeParameter);\n            }\n            if (thisType && getObjectFlags(thisType) & (ObjectFlags.ClassOrInterface | ObjectFlags.Reference)) {\n                return getTargetType(thisType) as InterfaceType;\n            }\n            return undefined;\n        }\n\n        function getThisParameterFromNodeContext(node: Node) {\n            const thisContainer = getThisContainer(node, /* includeArrowFunctions */ false);\n            return thisContainer && isFunctionLike(thisContainer) ? getThisParameter(thisContainer) : undefined;\n        }\n\n        function symbolHasNonMethodDeclaration(symbol: Symbol) {\n            return !!forEachProperty(symbol, prop => !(prop.flags & SymbolFlags.Method));\n        }\n\n        function checkNonNullExpression(node: Expression | QualifiedName) {\n            return checkNonNullType(checkExpression(node), node);\n        }\n\n        function isNullableType(type: Type) {\n            return !!((strictNullChecks ? getFalsyFlags(type) : type.flags) & TypeFlags.Nullable);\n        }\n\n        function getNonNullableTypeIfNeeded(type: Type) {\n            return isNullableType(type) ? getNonNullableType(type) : type;\n        }\n\n        function reportObjectPossiblyNullOrUndefinedError(node: Node, flags: TypeFlags) {\n            error(node, flags & TypeFlags.Undefined ? flags & TypeFlags.Null ?\n                Diagnostics.Object_is_possibly_null_or_undefined :\n                Diagnostics.Object_is_possibly_undefined :\n                Diagnostics.Object_is_possibly_null\n            );\n        }\n\n        function reportCannotInvokePossiblyNullOrUndefinedError(node: Node, flags: TypeFlags) {\n            error(node, flags & TypeFlags.Undefined ? flags & TypeFlags.Null ?\n                Diagnostics.Cannot_invoke_an_object_which_is_possibly_null_or_undefined :\n                Diagnostics.Cannot_invoke_an_object_which_is_possibly_undefined :\n                Diagnostics.Cannot_invoke_an_object_which_is_possibly_null\n            );\n        }\n\n        function checkNonNullTypeWithReporter(\n            type: Type,\n            node: Node,\n            reportError: (node: Node, kind: TypeFlags) => void\n        ): Type {\n            if (strictNullChecks && type.flags & TypeFlags.Unknown) {\n                error(node, Diagnostics.Object_is_of_type_unknown);\n                return errorType;\n            }\n            const kind = (strictNullChecks ? getFalsyFlags(type) : type.flags) & TypeFlags.Nullable;\n            if (kind) {\n                reportError(node, kind);\n                const t = getNonNullableType(type);\n                return t.flags & (TypeFlags.Nullable | TypeFlags.Never) ? errorType : t;\n            }\n            return type;\n        }\n\n        function checkNonNullType(type: Type, node: Node) {\n            return checkNonNullTypeWithReporter(type, node, reportObjectPossiblyNullOrUndefinedError);\n        }\n\n        function checkNonNullNonVoidType(type: Type, node: Node): Type {\n            const nonNullType = checkNonNullType(type, node);\n            if (nonNullType.flags & TypeFlags.Void) {\n                error(node, Diagnostics.Object_is_possibly_undefined);\n            }\n            return nonNullType;\n        }\n\n        function checkPropertyAccessExpression(node: PropertyAccessExpression, checkMode: CheckMode | undefined) {\n            return node.flags & NodeFlags.OptionalChain ? checkPropertyAccessChain(node as PropertyAccessChain, checkMode) :\n                checkPropertyAccessExpressionOrQualifiedName(node, node.expression, checkNonNullExpression(node.expression), node.name, checkMode);\n        }\n\n        function checkPropertyAccessChain(node: PropertyAccessChain, checkMode: CheckMode | undefined) {\n            const leftType = checkExpression(node.expression);\n            const nonOptionalType = getOptionalExpressionType(leftType, node.expression);\n            return propagateOptionalTypeMarker(checkPropertyAccessExpressionOrQualifiedName(node, node.expression, checkNonNullType(nonOptionalType, node.expression), node.name, checkMode), node, nonOptionalType !== leftType);\n        }\n\n        function checkQualifiedName(node: QualifiedName, checkMode: CheckMode | undefined) {\n            const leftType = isPartOfTypeQuery(node) && isThisIdentifier(node.left) ? checkNonNullType(checkThisExpression(node.left), node.left) : checkNonNullExpression(node.left);\n            return checkPropertyAccessExpressionOrQualifiedName(node, node.left, leftType, node.right, checkMode);\n        }\n\n        function isMethodAccessForCall(node: Node) {\n            while (node.parent.kind === SyntaxKind.ParenthesizedExpression) {\n                node = node.parent;\n            }\n            return isCallOrNewExpression(node.parent) && node.parent.expression === node;\n        }\n\n        // Lookup the private identifier lexically.\n        function lookupSymbolForPrivateIdentifierDeclaration(propName: __String, location: Node): Symbol | undefined {\n            for (let containingClass = getContainingClass(location); !!containingClass; containingClass = getContainingClass(containingClass)) {\n                const { symbol } = containingClass;\n                const name = getSymbolNameForPrivateIdentifier(symbol, propName);\n                const prop = (symbol.members && symbol.members.get(name)) || (symbol.exports && symbol.exports.get(name));\n                if (prop) {\n                    return prop;\n                }\n            }\n        }\n\n        function checkGrammarPrivateIdentifierExpression(privId: PrivateIdentifier): boolean {\n            if (!getContainingClass(privId)) {\n                return grammarErrorOnNode(privId, Diagnostics.Private_identifiers_are_not_allowed_outside_class_bodies);\n            }\n\n            if (!isForInStatement(privId.parent)) {\n                if (!isExpressionNode(privId)) {\n                    return grammarErrorOnNode(privId, Diagnostics.Private_identifiers_are_only_allowed_in_class_bodies_and_may_only_be_used_as_part_of_a_class_member_declaration_property_access_or_on_the_left_hand_side_of_an_in_expression);\n                }\n\n                const isInOperation = isBinaryExpression(privId.parent) && privId.parent.operatorToken.kind === SyntaxKind.InKeyword;\n                if (!getSymbolForPrivateIdentifierExpression(privId) && !isInOperation) {\n                    return grammarErrorOnNode(privId, Diagnostics.Cannot_find_name_0, idText(privId));\n                }\n            }\n\n            return false;\n        }\n\n        function checkPrivateIdentifierExpression(privId: PrivateIdentifier): Type {\n            checkGrammarPrivateIdentifierExpression(privId);\n            const symbol = getSymbolForPrivateIdentifierExpression(privId);\n            if (symbol) {\n                markPropertyAsReferenced(symbol, /* nodeForCheckWriteOnly: */ undefined, /* isThisAccess: */ false);\n            }\n            return anyType;\n        }\n\n        function getSymbolForPrivateIdentifierExpression(privId: PrivateIdentifier): Symbol | undefined {\n            if (!isExpressionNode(privId)) {\n                return undefined;\n            }\n\n            const links = getNodeLinks(privId);\n            if (links.resolvedSymbol === undefined) {\n                links.resolvedSymbol = lookupSymbolForPrivateIdentifierDeclaration(privId.escapedText, privId);\n            }\n            return links.resolvedSymbol;\n        }\n\n        function getPrivateIdentifierPropertyOfType(leftType: Type, lexicallyScopedIdentifier: Symbol): Symbol | undefined {\n            return getPropertyOfType(leftType, lexicallyScopedIdentifier.escapedName);\n        }\n\n        function checkPrivateIdentifierPropertyAccess(leftType: Type, right: PrivateIdentifier, lexicallyScopedIdentifier: Symbol | undefined): boolean {\n            // Either the identifier could not be looked up in the lexical scope OR the lexically scoped identifier did not exist on the type.\n            // Find a private identifier with the same description on the type.\n            let propertyOnType: Symbol | undefined;\n            const properties = getPropertiesOfType(leftType);\n            if (properties) {\n                forEach(properties, (symbol: Symbol) => {\n                    const decl = symbol.valueDeclaration;\n                    if (decl && isNamedDeclaration(decl) && isPrivateIdentifier(decl.name) && decl.name.escapedText === right.escapedText) {\n                        propertyOnType = symbol;\n                        return true;\n                    }\n                });\n            }\n            const diagName = diagnosticName(right);\n            if (propertyOnType) {\n                const typeValueDecl = Debug.checkDefined(propertyOnType.valueDeclaration);\n                const typeClass = Debug.checkDefined(getContainingClass(typeValueDecl));\n                // We found a private identifier property with the same description.\n                // Either:\n                // - There is a lexically scoped private identifier AND it shadows the one we found on the type.\n                // - It is an attempt to access the private identifier outside of the class.\n                if (lexicallyScopedIdentifier?.valueDeclaration) {\n                    const lexicalValueDecl = lexicallyScopedIdentifier.valueDeclaration;\n                    const lexicalClass = getContainingClass(lexicalValueDecl);\n                    Debug.assert(!!lexicalClass);\n                    if (findAncestor(lexicalClass, n => typeClass === n)) {\n                        const diagnostic = error(\n                            right,\n                            Diagnostics.The_property_0_cannot_be_accessed_on_type_1_within_this_class_because_it_is_shadowed_by_another_private_identifier_with_the_same_spelling,\n                            diagName,\n                            typeToString(leftType)\n                        );\n\n                        addRelatedInfo(\n                            diagnostic,\n                            createDiagnosticForNode(\n                                lexicalValueDecl,\n                                Diagnostics.The_shadowing_declaration_of_0_is_defined_here,\n                                diagName\n                            ),\n                            createDiagnosticForNode(\n                                typeValueDecl,\n                                Diagnostics.The_declaration_of_0_that_you_probably_intended_to_use_is_defined_here,\n                                diagName\n                            )\n                        );\n                        return true;\n                    }\n                }\n                error(\n                    right,\n                    Diagnostics.Property_0_is_not_accessible_outside_class_1_because_it_has_a_private_identifier,\n                    diagName,\n                    diagnosticName(typeClass.name || anon)\n                );\n                return true;\n            }\n            return false;\n        }\n\n        function isThisPropertyAccessInConstructor(node: ElementAccessExpression | PropertyAccessExpression | QualifiedName, prop: Symbol) {\n            return (isConstructorDeclaredProperty(prop) || isThisProperty(node) && isAutoTypedProperty(prop))\n                && getThisContainer(node, /*includeArrowFunctions*/ true) === getDeclaringConstructor(prop);\n        }\n\n        function checkPropertyAccessExpressionOrQualifiedName(node: PropertyAccessExpression | QualifiedName, left: Expression | QualifiedName, leftType: Type, right: Identifier | PrivateIdentifier, checkMode: CheckMode | undefined) {\n            const parentSymbol = getNodeLinks(left).resolvedSymbol;\n            const assignmentKind = getAssignmentTargetKind(node);\n            const apparentType = getApparentType(assignmentKind !== AssignmentKind.None || isMethodAccessForCall(node) ? getWidenedType(leftType) : leftType);\n            const isAnyLike = isTypeAny(apparentType) || apparentType === silentNeverType;\n            let prop: Symbol | undefined;\n            if (isPrivateIdentifier(right)) {\n                if (languageVersion < ScriptTarget.ESNext) {\n                    if (assignmentKind !== AssignmentKind.None) {\n                        checkExternalEmitHelpers(node, ExternalEmitHelpers.ClassPrivateFieldSet);\n                    }\n                    if (assignmentKind !== AssignmentKind.Definite) {\n                        checkExternalEmitHelpers(node, ExternalEmitHelpers.ClassPrivateFieldGet);\n                    }\n                }\n\n                const lexicallyScopedSymbol = lookupSymbolForPrivateIdentifierDeclaration(right.escapedText, right);\n                if (assignmentKind && lexicallyScopedSymbol && lexicallyScopedSymbol.valueDeclaration && isMethodDeclaration(lexicallyScopedSymbol.valueDeclaration)) {\n                    grammarErrorOnNode(right, Diagnostics.Cannot_assign_to_private_method_0_Private_methods_are_not_writable, idText(right));\n                }\n\n                if (isAnyLike) {\n                    if (lexicallyScopedSymbol) {\n                        return isErrorType(apparentType) ? errorType : apparentType;\n                    }\n                    if (!getContainingClass(right)) {\n                        grammarErrorOnNode(right, Diagnostics.Private_identifiers_are_not_allowed_outside_class_bodies);\n                        return anyType;\n                    }\n                }\n                prop = lexicallyScopedSymbol ? getPrivateIdentifierPropertyOfType(leftType, lexicallyScopedSymbol) : undefined;\n                // Check for private-identifier-specific shadowing and lexical-scoping errors.\n                if (!prop && checkPrivateIdentifierPropertyAccess(leftType, right, lexicallyScopedSymbol)) {\n                    return errorType;\n                }\n                else {\n                    const isSetonlyAccessor = prop && prop.flags & SymbolFlags.SetAccessor && !(prop.flags & SymbolFlags.GetAccessor);\n                    if (isSetonlyAccessor && assignmentKind !== AssignmentKind.Definite) {\n                        error(node, Diagnostics.Private_accessor_was_defined_without_a_getter);\n                    }\n                }\n            }\n            else {\n                if (isAnyLike) {\n                    if (isIdentifier(left) && parentSymbol) {\n                        markAliasReferenced(parentSymbol, node);\n                    }\n                    return isErrorType(apparentType) ? errorType : apparentType;;\n                }\n                prop = getPropertyOfType(apparentType, right.escapedText);\n            }\n            // In `Foo.Bar.Baz`, 'Foo' is not referenced if 'Bar' is a const enum or a module containing only const enums.\n            // The exceptions are:\n            //   1. if 'isolatedModules' is enabled, because the const enum value will not be inlined, and\n            //   2. if 'preserveConstEnums' is enabled and the expression is itself an export, e.g. `export = Foo.Bar.Baz`.\n            if (isIdentifier(left) && parentSymbol && (compilerOptions.isolatedModules || !(prop && isConstEnumOrConstEnumOnlyModule(prop)) || shouldPreserveConstEnums(compilerOptions) && isExportOrExportExpression(node))) {\n                markAliasReferenced(parentSymbol, node);\n            }\n\n            let propType: Type;\n            if (!prop) {\n                const indexInfo = !isPrivateIdentifier(right) && (assignmentKind === AssignmentKind.None || !isGenericObjectType(leftType) || isThisTypeParameter(leftType)) ?\n                    getApplicableIndexInfoForName(apparentType, right.escapedText) : undefined;\n                if (!(indexInfo && indexInfo.type)) {\n                    const isUncheckedJS = isUncheckedJSSuggestion(node, leftType.symbol, /*excludeClasses*/ true);\n                    if (!isUncheckedJS && isJSLiteralType(leftType)) {\n                        return anyType;\n                    }\n                    if (leftType.symbol === globalThisSymbol) {\n                        if (globalThisSymbol.exports!.has(right.escapedText) && (globalThisSymbol.exports!.get(right.escapedText)!.flags & SymbolFlags.BlockScoped)) {\n                            error(right, Diagnostics.Property_0_does_not_exist_on_type_1, unescapeLeadingUnderscores(right.escapedText), typeToString(leftType));\n                        }\n                        else if (noImplicitAny) {\n                            error(right, Diagnostics.Element_implicitly_has_an_any_type_because_type_0_has_no_index_signature, typeToString(leftType));\n                        }\n                        return anyType;\n                    }\n                    if (right.escapedText && !checkAndReportErrorForExtendingInterface(node)) {\n                        reportNonexistentProperty(right, isThisTypeParameter(leftType) ? apparentType : leftType, isUncheckedJS);\n                    }\n                    return errorType;\n                }\n                if (indexInfo.isReadonly && (isAssignmentTarget(node) || isDeleteTarget(node))) {\n                    error(node, Diagnostics.Index_signature_in_type_0_only_permits_reading, typeToString(apparentType));\n                }\n\n                propType = (compilerOptions.noUncheckedIndexedAccess && !isAssignmentTarget(node)) ? getUnionType([indexInfo.type, undefinedType]) : indexInfo.type;\n                if (compilerOptions.noPropertyAccessFromIndexSignature && isPropertyAccessExpression(node)) {\n                    error(right, Diagnostics.Property_0_comes_from_an_index_signature_so_it_must_be_accessed_with_0, unescapeLeadingUnderscores(right.escapedText));\n                }\n                if (indexInfo.declaration && getCombinedNodeFlags(indexInfo.declaration) & NodeFlags.Deprecated) {\n                    addDeprecatedSuggestion(right, [indexInfo.declaration], right.escapedText as string);\n                }\n            }\n            else {\n                if (isDeprecatedSymbol(prop) && isUncalledFunctionReference(node, prop) && prop.declarations) {\n                    addDeprecatedSuggestion(right, prop.declarations, right.escapedText as string);\n                }\n                checkPropertyNotUsedBeforeDeclaration(prop, node, right);\n                markPropertyAsReferenced(prop, node, isSelfTypeAccess(left, parentSymbol));\n                getNodeLinks(node).resolvedSymbol = prop;\n                const writing = isWriteAccess(node);\n                checkPropertyAccessibility(node, left.kind === SyntaxKind.SuperKeyword, writing, apparentType, prop);\n                if (isAssignmentToReadonlyEntity(node as Expression, prop, assignmentKind)) {\n                    error(right, Diagnostics.Cannot_assign_to_0_because_it_is_a_read_only_property, idText(right));\n                    return errorType;\n                }\n\n                propType = isThisPropertyAccessInConstructor(node, prop) ? autoType : writing ? getWriteTypeOfSymbol(prop) : getTypeOfSymbol(prop);\n            }\n\n            return getFlowTypeOfAccessExpression(node, prop, propType, right, checkMode);\n        }\n\n        /**\n          * Determines whether a did-you-mean error should be a suggestion in an unchecked JS file.\n          * Only applies to unchecked JS files without checkJS, // @ts-check or // @ts-nocheck\n          * It does not suggest when the suggestion:\n          * - Is from a global file that is different from the reference file, or\n          * - (optionally) Is a class, or is a this.x property access expression\n          */\n        function isUncheckedJSSuggestion(node: Node | undefined, suggestion: Symbol | undefined, excludeClasses: boolean): boolean {\n            const file = getSourceFileOfNode(node);\n            if (file) {\n                if (compilerOptions.checkJs === undefined && file.checkJsDirective === undefined && (file.scriptKind === ScriptKind.JS || file.scriptKind === ScriptKind.JSX)) {\n                    const declarationFile = forEach(suggestion?.declarations, getSourceFileOfNode);\n                    return !(file !== declarationFile && !!declarationFile && isGlobalSourceFile(declarationFile))\n                        && !(excludeClasses && suggestion && suggestion.flags & SymbolFlags.Class)\n                        && !(!!node && excludeClasses && isPropertyAccessExpression(node) && node.expression.kind === SyntaxKind.ThisKeyword);\n                }\n            }\n            return false;\n        }\n\n        function getFlowTypeOfAccessExpression(node: ElementAccessExpression | PropertyAccessExpression | QualifiedName, prop: Symbol | undefined, propType: Type, errorNode: Node, checkMode: CheckMode | undefined) {\n            // Only compute control flow type if this is a property access expression that isn't an\n            // assignment target, and the referenced property was declared as a variable, property,\n            // accessor, or optional method.\n            const assignmentKind = getAssignmentTargetKind(node);\n            if (assignmentKind === AssignmentKind.Definite) {\n                return removeMissingType(propType, !!(prop && prop.flags & SymbolFlags.Optional));\n            }\n            if (prop &&\n                !(prop.flags & (SymbolFlags.Variable | SymbolFlags.Property | SymbolFlags.Accessor))\n                && !(prop.flags & SymbolFlags.Method && propType.flags & TypeFlags.Union)\n                && !isDuplicatedCommonJSExport(prop.declarations)) {\n                return propType;\n            }\n            if (propType === autoType) {\n                return getFlowTypeOfProperty(node, prop);\n            }\n            propType = getNarrowableTypeForReference(propType, node, checkMode);\n            // If strict null checks and strict property initialization checks are enabled, if we have\n            // a this.xxx property access, if the property is an instance property without an initializer,\n            // and if we are in a constructor of the same class as the property declaration, assume that\n            // the property is uninitialized at the top of the control flow.\n            let assumeUninitialized = false;\n            if (strictNullChecks && strictPropertyInitialization && isAccessExpression(node) && node.expression.kind === SyntaxKind.ThisKeyword) {\n                const declaration = prop && prop.valueDeclaration;\n                if (declaration && isPropertyWithoutInitializer(declaration)) {\n                    if (!isStatic(declaration)) {\n                        const flowContainer = getControlFlowContainer(node);\n                        if (flowContainer.kind === SyntaxKind.Constructor && flowContainer.parent === declaration.parent && !(declaration.flags & NodeFlags.Ambient)) {\n                            assumeUninitialized = true;\n                        }\n                    }\n                }\n            }\n            else if (strictNullChecks && prop && prop.valueDeclaration &&\n                isPropertyAccessExpression(prop.valueDeclaration) &&\n                getAssignmentDeclarationPropertyAccessKind(prop.valueDeclaration) &&\n                getControlFlowContainer(node) === getControlFlowContainer(prop.valueDeclaration)) {\n                assumeUninitialized = true;\n            }\n            const flowType = getFlowTypeOfReference(node, propType, assumeUninitialized ? getOptionalType(propType) : propType);\n            if (assumeUninitialized && !(getFalsyFlags(propType) & TypeFlags.Undefined) && getFalsyFlags(flowType) & TypeFlags.Undefined) {\n                error(errorNode, Diagnostics.Property_0_is_used_before_being_assigned, symbolToString(prop!)); // TODO: GH#18217\n                // Return the declared type to reduce follow-on errors\n                return propType;\n            }\n            return assignmentKind ? getBaseTypeOfLiteralType(flowType) : flowType;\n        }\n\n        function checkPropertyNotUsedBeforeDeclaration(prop: Symbol, node: PropertyAccessExpression | QualifiedName, right: Identifier | PrivateIdentifier): void {\n            const { valueDeclaration } = prop;\n            if (!valueDeclaration || getSourceFileOfNode(node).isDeclarationFile) {\n                return;\n            }\n\n            let diagnosticMessage;\n            const declarationName = idText(right);\n            if (isInPropertyInitializerOrClassStaticBlock(node)\n                && !isOptionalPropertyDeclaration(valueDeclaration)\n                && !(isAccessExpression(node) && isAccessExpression(node.expression))\n                && !isBlockScopedNameDeclaredBeforeUse(valueDeclaration, right)\n                && !(isMethodDeclaration(valueDeclaration) && getCombinedModifierFlags(valueDeclaration) & ModifierFlags.Static)\n                && (compilerOptions.useDefineForClassFields || !isPropertyDeclaredInAncestorClass(prop))) {\n                diagnosticMessage = error(right, Diagnostics.Property_0_is_used_before_its_initialization, declarationName);\n            }\n            else if (valueDeclaration.kind === SyntaxKind.ClassDeclaration &&\n                node.parent.kind !== SyntaxKind.TypeReference &&\n                !(valueDeclaration.flags & NodeFlags.Ambient) &&\n                !isBlockScopedNameDeclaredBeforeUse(valueDeclaration, right)) {\n                diagnosticMessage = error(right, Diagnostics.Class_0_used_before_its_declaration, declarationName);\n            }\n\n            if (diagnosticMessage) {\n                addRelatedInfo(diagnosticMessage,\n                    createDiagnosticForNode(valueDeclaration, Diagnostics._0_is_declared_here, declarationName)\n                );\n            }\n        }\n\n        function isInPropertyInitializerOrClassStaticBlock(node: Node): boolean {\n            return !!findAncestor(node, node => {\n                switch (node.kind) {\n                    case SyntaxKind.PropertyDeclaration:\n                        return true;\n                    case SyntaxKind.PropertyAssignment:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                    case SyntaxKind.SpreadAssignment:\n                    case SyntaxKind.ComputedPropertyName:\n                    case SyntaxKind.TemplateSpan:\n                    case SyntaxKind.JsxExpression:\n                    case SyntaxKind.JsxAttribute:\n                    case SyntaxKind.JsxAttributes:\n                    case SyntaxKind.JsxSpreadAttribute:\n                    case SyntaxKind.JsxOpeningElement:\n                    case SyntaxKind.ExpressionWithTypeArguments:\n                    case SyntaxKind.HeritageClause:\n                        return false;\n                    case SyntaxKind.ArrowFunction:\n                    case SyntaxKind.ExpressionStatement:\n                        return isBlock(node.parent) && isClassStaticBlockDeclaration(node.parent.parent) ? true : \"quit\";\n                    default:\n                        return isExpressionNode(node) ? false : \"quit\";\n                }\n            });\n        }\n\n        /**\n          * It's possible that \"prop.valueDeclaration\" is a local declaration, but the property was also declared in a superclass.\n          * In that case we won't consider it used before its declaration, because it gets its value from the superclass' declaration.\n          */\n        function isPropertyDeclaredInAncestorClass(prop: Symbol): boolean {\n            if (!(prop.parent!.flags & SymbolFlags.Class)) {\n                return false;\n            }\n            let classType: InterfaceType | undefined = getTypeOfSymbol(prop.parent!) as InterfaceType;\n            while (true) {\n                classType = classType.symbol && getSuperClass(classType) as InterfaceType | undefined;\n                if (!classType) {\n                    return false;\n                }\n                const superProperty = getPropertyOfType(classType, prop.escapedName);\n                if (superProperty && superProperty.valueDeclaration) {\n                    return true;\n                }\n            }\n        }\n\n        function getSuperClass(classType: InterfaceType): Type | undefined {\n            const x = getBaseTypes(classType);\n            if (x.length === 0) {\n                return undefined;\n            }\n            return getIntersectionType(x);\n        }\n\n        function reportNonexistentProperty(propNode: Identifier | PrivateIdentifier, containingType: Type, isUncheckedJS: boolean) {\n            let errorInfo: DiagnosticMessageChain | undefined;\n            let relatedInfo: Diagnostic | undefined;\n            if (!isPrivateIdentifier(propNode) && containingType.flags & TypeFlags.Union && !(containingType.flags & TypeFlags.Primitive)) {\n                for (const subtype of (containingType as UnionType).types) {\n                    if (!getPropertyOfType(subtype, propNode.escapedText) && !getApplicableIndexInfoForName(subtype, propNode.escapedText)) {\n                        errorInfo = chainDiagnosticMessages(errorInfo, Diagnostics.Property_0_does_not_exist_on_type_1, declarationNameToString(propNode), typeToString(subtype));\n                        break;\n                    }\n                }\n            }\n            if (typeHasStaticProperty(propNode.escapedText, containingType)) {\n                const propName = declarationNameToString(propNode);\n                const typeName = typeToString(containingType);\n                errorInfo = chainDiagnosticMessages(errorInfo, Diagnostics.Property_0_does_not_exist_on_type_1_Did_you_mean_to_access_the_static_member_2_instead, propName, typeName, typeName + \".\" + propName);\n            }\n            else {\n                const promisedType = getPromisedTypeOfPromise(containingType);\n                if (promisedType && getPropertyOfType(promisedType, propNode.escapedText)) {\n                    errorInfo = chainDiagnosticMessages(errorInfo, Diagnostics.Property_0_does_not_exist_on_type_1, declarationNameToString(propNode), typeToString(containingType));\n                    relatedInfo = createDiagnosticForNode(propNode, Diagnostics.Did_you_forget_to_use_await);\n                }\n                else {\n                    const missingProperty = declarationNameToString(propNode);\n                    const container = typeToString(containingType);\n                    const libSuggestion = getSuggestedLibForNonExistentProperty(missingProperty, containingType);\n                    if (libSuggestion !== undefined) {\n                        errorInfo = chainDiagnosticMessages(errorInfo, Diagnostics.Property_0_does_not_exist_on_type_1_Do_you_need_to_change_your_target_library_Try_changing_the_lib_compiler_option_to_2_or_later, missingProperty, container, libSuggestion);\n                    }\n                    else {\n                        const suggestion = getSuggestedSymbolForNonexistentProperty(propNode, containingType);\n                        if (suggestion !== undefined) {\n                            const suggestedName = symbolName(suggestion);\n                            const message = isUncheckedJS ? Diagnostics.Property_0_may_not_exist_on_type_1_Did_you_mean_2 : Diagnostics.Property_0_does_not_exist_on_type_1_Did_you_mean_2;\n                            errorInfo = chainDiagnosticMessages(errorInfo, message, missingProperty, container, suggestedName);\n                            relatedInfo = suggestion.valueDeclaration && createDiagnosticForNode(suggestion.valueDeclaration, Diagnostics._0_is_declared_here, suggestedName);\n                        }\n                        else {\n                            const diagnostic = containerSeemsToBeEmptyDomElement(containingType)\n                                ? Diagnostics.Property_0_does_not_exist_on_type_1_Try_changing_the_lib_compiler_option_to_include_dom\n                                : Diagnostics.Property_0_does_not_exist_on_type_1;\n                            errorInfo = chainDiagnosticMessages(elaborateNeverIntersection(errorInfo, containingType), diagnostic, missingProperty, container);\n                        }\n                    }\n                }\n            }\n            const resultDiagnostic = createDiagnosticForNodeFromMessageChain(propNode, errorInfo);\n            if (relatedInfo) {\n                addRelatedInfo(resultDiagnostic, relatedInfo);\n            }\n            addErrorOrSuggestion(!isUncheckedJS || errorInfo.code !== Diagnostics.Property_0_may_not_exist_on_type_1_Did_you_mean_2.code, resultDiagnostic);\n        }\n\n        function containerSeemsToBeEmptyDomElement(containingType: Type) {\n            return (compilerOptions.lib && !compilerOptions.lib.includes(\"dom\")) &&\n                everyContainedType(containingType, type => type.symbol && /^(EventTarget|Node|((HTML[a-zA-Z]*)?Element))$/.test(unescapeLeadingUnderscores(type.symbol.escapedName))) &&\n                isEmptyObjectType(containingType);\n        }\n\n        function typeHasStaticProperty(propName: __String, containingType: Type): boolean {\n            const prop = containingType.symbol && getPropertyOfType(getTypeOfSymbol(containingType.symbol), propName);\n            return prop !== undefined && !!prop.valueDeclaration && isStatic(prop.valueDeclaration);\n        }\n\n        function getSuggestedLibForNonExistentName(name: __String | Identifier) {\n            const missingName = diagnosticName(name);\n            const allFeatures = getScriptTargetFeatures();\n            const libTargets = getOwnKeys(allFeatures);\n            for (const libTarget of libTargets) {\n                const containingTypes = getOwnKeys(allFeatures[libTarget]);\n                if (containingTypes !== undefined && contains(containingTypes, missingName)) {\n                    return libTarget;\n                }\n            }\n        }\n\n        function getSuggestedLibForNonExistentProperty(missingProperty: string, containingType: Type) {\n            const container = getApparentType(containingType).symbol;\n            if (!container) {\n                return undefined;\n            }\n            const allFeatures = getScriptTargetFeatures();\n            const libTargets = getOwnKeys(allFeatures);\n            for (const libTarget of libTargets) {\n                const featuresOfLib = allFeatures[libTarget];\n                const featuresOfContainingType = featuresOfLib[symbolName(container)];\n                if (featuresOfContainingType !== undefined && contains(featuresOfContainingType, missingProperty)) {\n                    return libTarget;\n                }\n            }\n        }\n\n        function getSuggestedSymbolForNonexistentClassMember(name: string, baseType: Type): Symbol | undefined {\n            return getSpellingSuggestionForName(name, getPropertiesOfType(baseType), SymbolFlags.ClassMember);\n        }\n\n        function getSuggestedSymbolForNonexistentProperty(name: Identifier | PrivateIdentifier | string, containingType: Type): Symbol | undefined {\n            let props = getPropertiesOfType(containingType);\n            if (typeof name !== \"string\") {\n                const parent = name.parent;\n                if (isPropertyAccessExpression(parent)) {\n                    props = filter(props, prop => isValidPropertyAccessForCompletions(parent, containingType, prop));\n                }\n                name = idText(name);\n            }\n            return getSpellingSuggestionForName(name, props, SymbolFlags.Value);\n        }\n\n        function getSuggestedSymbolForNonexistentJSXAttribute(name: Identifier | PrivateIdentifier | string, containingType: Type): Symbol | undefined {\n            const strName = isString(name) ? name : idText(name);\n            const properties = getPropertiesOfType(containingType);\n            const jsxSpecific = strName === \"for\" ? find(properties, x => symbolName(x) === \"htmlFor\")\n                : strName === \"class\" ? find(properties, x => symbolName(x) === \"className\")\n                : undefined;\n            return jsxSpecific ?? getSpellingSuggestionForName(strName, properties, SymbolFlags.Value);\n        }\n\n        function getSuggestionForNonexistentProperty(name: Identifier | PrivateIdentifier | string, containingType: Type): string | undefined {\n            const suggestion = getSuggestedSymbolForNonexistentProperty(name, containingType);\n            return suggestion && symbolName(suggestion);\n        }\n\n        function getSuggestedSymbolForNonexistentSymbol(location: Node | undefined, outerName: __String, meaning: SymbolFlags): Symbol | undefined {\n            Debug.assert(outerName !== undefined, \"outername should always be defined\");\n            const result = resolveNameHelper(location, outerName, meaning, /*nameNotFoundMessage*/ undefined, outerName, /*isUse*/ false, /*excludeGlobals*/ false, /*getSpellingSuggestions*/ true, (symbols, name, meaning) => {\n                Debug.assertEqual(outerName, name, \"name should equal outerName\");\n                const symbol = getSymbol(symbols, name, meaning);\n                // Sometimes the symbol is found when location is a return type of a function: `typeof x` and `x` is declared in the body of the function\n                // So the table *contains* `x` but `x` isn't actually in scope.\n                // However, resolveNameHelper will continue and call this callback again, so we'll eventually get a correct suggestion.\n                if (symbol) return symbol;\n                let candidates: Symbol[];\n                if (symbols === globals) {\n                    const primitives = mapDefined(\n                        [\"string\", \"number\", \"boolean\", \"object\", \"bigint\", \"symbol\"],\n                        s => symbols.has((s.charAt(0).toUpperCase() + s.slice(1)) as __String)\n                            ? createSymbol(SymbolFlags.TypeAlias, s as __String) as Symbol\n                            : undefined);\n                    candidates = primitives.concat(arrayFrom(symbols.values()));\n                }\n                else {\n                    candidates = arrayFrom(symbols.values());\n                }\n                return getSpellingSuggestionForName(unescapeLeadingUnderscores(name), candidates, meaning);\n            });\n            return result;\n        }\n\n        function getSuggestionForNonexistentSymbol(location: Node | undefined, outerName: __String, meaning: SymbolFlags): string | undefined {\n            const symbolResult = getSuggestedSymbolForNonexistentSymbol(location, outerName, meaning);\n            return symbolResult && symbolName(symbolResult);\n        }\n\n        function getSuggestedSymbolForNonexistentModule(name: Identifier, targetModule: Symbol): Symbol | undefined {\n            return targetModule.exports && getSpellingSuggestionForName(idText(name), getExportsOfModuleAsArray(targetModule), SymbolFlags.ModuleMember);\n        }\n\n        function getSuggestionForNonexistentExport(name: Identifier, targetModule: Symbol): string | undefined {\n            const suggestion = getSuggestedSymbolForNonexistentModule(name, targetModule);\n            return suggestion && symbolName(suggestion);\n        }\n\n        function getSuggestionForNonexistentIndexSignature(objectType: Type, expr: ElementAccessExpression, keyedType: Type): string | undefined {\n            // check if object type has setter or getter\n            function hasProp(name: \"set\" | \"get\") {\n                const prop = getPropertyOfObjectType(objectType, name as __String);\n                if (prop) {\n                    const s = getSingleCallSignature(getTypeOfSymbol(prop));\n                    return !!s && getMinArgumentCount(s) >= 1 && isTypeAssignableTo(keyedType, getTypeAtPosition(s, 0));\n                }\n                return false;\n            };\n\n            const suggestedMethod = isAssignmentTarget(expr) ? \"set\" : \"get\";\n            if (!hasProp(suggestedMethod)) {\n                return undefined;\n            }\n\n            let suggestion = tryGetPropertyAccessOrIdentifierToString(expr.expression);\n            if (suggestion === undefined) {\n                suggestion = suggestedMethod;\n            }\n            else {\n                suggestion += \".\" + suggestedMethod;\n            }\n\n            return suggestion;\n        }\n\n        function getSuggestedTypeForNonexistentStringLiteralType(source: StringLiteralType, target: UnionType): StringLiteralType | undefined {\n            const candidates = target.types.filter((type): type is StringLiteralType => !!(type.flags & TypeFlags.StringLiteral));\n            return getSpellingSuggestion(source.value, candidates, type => type.value);\n        }\n\n        /**\n          * Given a name and a list of symbols whose names are *not* equal to the name, return a spelling suggestion if there is one that is close enough.\n          * Names less than length 3 only check for case-insensitive equality, not levenshtein distance.\n          *\n          * If there is a candidate that's the same except for case, return that.\n          * If there is a candidate that's within one edit of the name, return that.\n          * Otherwise, return the candidate with the smallest Levenshtein distance,\n          *    except for candidates:\n          *      * With no name\n          *      * Whose meaning doesn't match the `meaning` parameter.\n          *      * Whose length differs from the target name by more than 0.34 of the length of the name.\n          *      * Whose levenshtein distance is more than 0.4 of the length of the name\n          *        (0.4 allows 1 substitution/transposition for every 5 characters,\n          *         and 1 insertion/deletion at 3 characters)\n          */\n        function getSpellingSuggestionForName(name: string, symbols: Symbol[], meaning: SymbolFlags): Symbol | undefined {\n            return getSpellingSuggestion(name, symbols, getCandidateName);\n\n            function getCandidateName(candidate: Symbol) {\n                const candidateName = symbolName(candidate);\n                if (startsWith(candidateName, \"\\\"\")) {\n                    return undefined;\n                }\n\n                if (candidate.flags & meaning) {\n                    return candidateName;\n                }\n\n                if (candidate.flags & SymbolFlags.Alias) {\n                    const alias = tryResolveAlias(candidate);\n                    if (alias && alias.flags & meaning) {\n                        return candidateName;\n                    }\n                }\n\n                return undefined;\n            }\n        }\n\n        function markPropertyAsReferenced(prop: Symbol, nodeForCheckWriteOnly: Node | undefined, isSelfTypeAccess: boolean) {\n            const valueDeclaration = prop && (prop.flags & SymbolFlags.ClassMember) && prop.valueDeclaration;\n            if (!valueDeclaration) {\n                return;\n            }\n            const hasPrivateModifier = hasEffectiveModifier(valueDeclaration, ModifierFlags.Private);\n            const hasPrivateIdentifier = prop.valueDeclaration && isNamedDeclaration(prop.valueDeclaration) && isPrivateIdentifier(prop.valueDeclaration.name);\n            if (!hasPrivateModifier && !hasPrivateIdentifier) {\n                return;\n            }\n            if (nodeForCheckWriteOnly && isWriteOnlyAccess(nodeForCheckWriteOnly) && !(prop.flags & SymbolFlags.SetAccessor)) {\n                return;\n            }\n            if (isSelfTypeAccess) {\n                // Find any FunctionLikeDeclaration because those create a new 'this' binding. But this should only matter for methods (or getters/setters).\n                const containingMethod = findAncestor(nodeForCheckWriteOnly, isFunctionLikeDeclaration);\n                if (containingMethod && containingMethod.symbol === prop) {\n                    return;\n                }\n            }\n\n            (getCheckFlags(prop) & CheckFlags.Instantiated ? getSymbolLinks(prop).target : prop)!.isReferenced = SymbolFlags.All;\n        }\n\n        function isSelfTypeAccess(name: Expression | QualifiedName, parent: Symbol | undefined) {\n            return name.kind === SyntaxKind.ThisKeyword\n                || !!parent && isEntityNameExpression(name) && parent === getResolvedSymbol(getFirstIdentifier(name));\n        }\n\n        function isValidPropertyAccess(node: PropertyAccessExpression | QualifiedName | ImportTypeNode, propertyName: __String): boolean {\n            switch (node.kind) {\n                case SyntaxKind.PropertyAccessExpression:\n                    return isValidPropertyAccessWithType(node, node.expression.kind === SyntaxKind.SuperKeyword, propertyName, getWidenedType(checkExpression(node.expression)));\n                case SyntaxKind.QualifiedName:\n                    return isValidPropertyAccessWithType(node, /*isSuper*/ false, propertyName, getWidenedType(checkExpression(node.left)));\n                case SyntaxKind.ImportType:\n                    return isValidPropertyAccessWithType(node, /*isSuper*/ false, propertyName, getTypeFromTypeNode(node));\n            }\n        }\n\n        /**\n          * Checks if an existing property access is valid for completions purposes.\n          * @param node a property access-like node where we want to check if we can access a property.\n          * This node does not need to be an access of the property we are checking.\n          * e.g. in completions, this node will often be an incomplete property access node, as in `foo.`.\n          * Besides providing a location (i.e. scope) used to check property accessibility, we use this node for\n          * computing whether this is a `super` property access.\n          * @param type the type whose property we are checking.\n          * @param property the accessed property's symbol.\n          */\n        function isValidPropertyAccessForCompletions(node: PropertyAccessExpression | ImportTypeNode | QualifiedName, type: Type, property: Symbol): boolean {\n            return isPropertyAccessible(node,\n                node.kind === SyntaxKind.PropertyAccessExpression && node.expression.kind === SyntaxKind.SuperKeyword,\n                /* isWrite */ false,\n                type,\n                property);\n            // Previously we validated the 'this' type of methods but this adversely affected performance. See #31377 for more context.\n        }\n\n        function isValidPropertyAccessWithType(\n            node: PropertyAccessExpression | QualifiedName | ImportTypeNode,\n            isSuper: boolean,\n            propertyName: __String,\n            type: Type): boolean {\n\n            // Short-circuiting for improved performance.\n            if (isTypeAny(type)) {\n                return true;\n            }\n\n            const prop = getPropertyOfType(type, propertyName);\n            return !!prop && isPropertyAccessible(node, isSuper, /* isWrite */ false, type, prop);\n        }\n\n        /**\n          * Checks if a property can be accessed in a location.\n          * The location is given by the `node` parameter.\n          * The node does not need to be a property access.\n          * @param node location where to check property accessibility\n          * @param isSuper whether to consider this a `super` property access, e.g. `super.foo`.\n          * @param isWrite whether this is a write access, e.g. `++foo.x`.\n          * @param containingType type where the property comes from.\n          * @param property property symbol.\n          */\n        function isPropertyAccessible(\n            node: Node,\n            isSuper: boolean,\n            isWrite: boolean,\n            containingType: Type,\n            property: Symbol): boolean {\n\n            // Short-circuiting for improved performance.\n            if (isTypeAny(containingType)) {\n                return true;\n            }\n\n            // A #private property access in an optional chain is an error dealt with by the parser.\n              // The checker does not check for it, so we need to do our own check here.\n              if (property.valueDeclaration && isPrivateIdentifierClassElementDeclaration(property.valueDeclaration)) {\n                const declClass = getContainingClass(property.valueDeclaration);\n                return !isOptionalChain(node) && !!findAncestor(node, parent => parent === declClass);\n            }\n\n            return checkPropertyAccessibilityAtLocation(node, isSuper, isWrite, containingType, property);\n        }\n\n        /**\n          * Return the symbol of the for-in variable declared or referenced by the given for-in statement.\n          */\n        function getForInVariableSymbol(node: ForInStatement): Symbol | undefined {\n            const initializer = node.initializer;\n            if (initializer.kind === SyntaxKind.VariableDeclarationList) {\n                const variable = (initializer as VariableDeclarationList).declarations[0];\n                if (variable && !isBindingPattern(variable.name)) {\n                    return getSymbolOfNode(variable);\n                }\n            }\n            else if (initializer.kind === SyntaxKind.Identifier) {\n                return getResolvedSymbol(initializer as Identifier);\n            }\n            return undefined;\n        }\n\n        /**\n          * Return true if the given type is considered to have numeric property names.\n          */\n        function hasNumericPropertyNames(type: Type) {\n            return getIndexInfosOfType(type).length === 1 && !!getIndexInfoOfType(type, numberType);\n        }\n\n        /**\n          * Return true if given node is an expression consisting of an identifier (possibly parenthesized)\n          * that references a for-in variable for an object with numeric property names.\n          */\n        function isForInVariableForNumericPropertyNames(expr: Expression) {\n            const e = skipParentheses(expr);\n            if (e.kind === SyntaxKind.Identifier) {\n                const symbol = getResolvedSymbol(e as Identifier);\n                if (symbol.flags & SymbolFlags.Variable) {\n                    let child: Node = expr;\n                    let node = expr.parent;\n                    while (node) {\n                        if (node.kind === SyntaxKind.ForInStatement &&\n                            child === (node as ForInStatement).statement &&\n                            getForInVariableSymbol(node as ForInStatement) === symbol &&\n                            hasNumericPropertyNames(getTypeOfExpression((node as ForInStatement).expression))) {\n                            return true;\n                        }\n                        child = node;\n                        node = node.parent;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkIndexedAccess(node: ElementAccessExpression, checkMode: CheckMode | undefined): Type {\n            return node.flags & NodeFlags.OptionalChain ? checkElementAccessChain(node as ElementAccessChain, checkMode) :\n                checkElementAccessExpression(node, checkNonNullExpression(node.expression), checkMode);\n        }\n\n        function checkElementAccessChain(node: ElementAccessChain, checkMode: CheckMode | undefined) {\n            const exprType = checkExpression(node.expression);\n            const nonOptionalType = getOptionalExpressionType(exprType, node.expression);\n            return propagateOptionalTypeMarker(checkElementAccessExpression(node, checkNonNullType(nonOptionalType, node.expression), checkMode), node, nonOptionalType !== exprType);\n        }\n\n        function checkElementAccessExpression(node: ElementAccessExpression, exprType: Type, checkMode: CheckMode | undefined): Type {\n            const objectType = getAssignmentTargetKind(node) !== AssignmentKind.None || isMethodAccessForCall(node) ? getWidenedType(exprType) : exprType;\n            const indexExpression = node.argumentExpression;\n            const indexType = checkExpression(indexExpression);\n\n            if (isErrorType(objectType) || objectType === silentNeverType) {\n                return objectType;\n            }\n\n            if (isConstEnumObjectType(objectType) && !isStringLiteralLike(indexExpression)) {\n                error(indexExpression, Diagnostics.A_const_enum_member_can_only_be_accessed_using_a_string_literal);\n                return errorType;\n            }\n\n            const effectiveIndexType = isForInVariableForNumericPropertyNames(indexExpression) ? numberType : indexType;\n            const accessFlags = isAssignmentTarget(node) ?\n                AccessFlags.Writing | (isGenericObjectType(objectType) && !isThisTypeParameter(objectType) ? AccessFlags.NoIndexSignatures : 0) :\n                AccessFlags.ExpressionPosition;\n            const indexedAccessType = getIndexedAccessTypeOrUndefined(objectType, effectiveIndexType, accessFlags, node) || errorType;\n            return checkIndexedAccessIndexType(getFlowTypeOfAccessExpression(node, getNodeLinks(node).resolvedSymbol, indexedAccessType, indexExpression, checkMode), node);\n        }\n\n        function callLikeExpressionMayHaveTypeArguments(node: CallLikeExpression): node is CallExpression | NewExpression | TaggedTemplateExpression | JsxOpeningElement {\n            return isCallOrNewExpression(node) || isTaggedTemplateExpression(node) || isJsxOpeningLikeElement(node);\n        }\n\n        function resolveUntypedCall(node: CallLikeExpression): Signature {\n            if (callLikeExpressionMayHaveTypeArguments(node)) {\n                // Check type arguments even though we will give an error that untyped calls may not accept type arguments.\n                // This gets us diagnostics for the type arguments and marks them as referenced.\n                forEach(node.typeArguments, checkSourceElement);\n            }\n\n            if (node.kind === SyntaxKind.TaggedTemplateExpression) {\n                checkExpression(node.template);\n            }\n            else if (isJsxOpeningLikeElement(node)) {\n                checkExpression(node.attributes);\n            }\n            else if (node.kind !== SyntaxKind.Decorator) {\n                forEach((node as CallExpression).arguments, argument => {\n                    checkExpression(argument);\n                });\n            }\n            return anySignature;\n        }\n\n        function resolveErrorCall(node: CallLikeExpression): Signature {\n            resolveUntypedCall(node);\n            return unknownSignature;\n        }\n\n        // Re-order candidate signatures into the result array. Assumes the result array to be empty.\n        // The candidate list orders groups in reverse, but within a group signatures are kept in declaration order\n        // A nit here is that we reorder only signatures that belong to the same symbol,\n        // so order how inherited signatures are processed is still preserved.\n        // interface A { (x: string): void }\n        // interface B extends A { (x: 'foo'): string }\n        // const b: B;\n        // b('foo') // <- here overloads should be processed as [(x:'foo'): string, (x: string): void]\n        function reorderCandidates(signatures: readonly Signature[], result: Signature[], callChainFlags: SignatureFlags): void {\n            let lastParent: Node | undefined;\n            let lastSymbol: Symbol | undefined;\n            let cutoffIndex = 0;\n            let index: number | undefined;\n            let specializedIndex = -1;\n            let spliceIndex: number;\n            Debug.assert(!result.length);\n            for (const signature of signatures) {\n                const symbol = signature.declaration && getSymbolOfNode(signature.declaration);\n                const parent = signature.declaration && signature.declaration.parent;\n                if (!lastSymbol || symbol === lastSymbol) {\n                    if (lastParent && parent === lastParent) {\n                        index = index! + 1;\n                    }\n                    else {\n                        lastParent = parent;\n                        index = cutoffIndex;\n                    }\n                }\n                else {\n                    // current declaration belongs to a different symbol\n                    // set cutoffIndex so re-orderings in the future won't change result set from 0 to cutoffIndex\n                    index = cutoffIndex = result.length;\n                    lastParent = parent;\n                }\n                lastSymbol = symbol;\n\n                // specialized signatures always need to be placed before non-specialized signatures regardless\n                // of the cutoff position; see GH#1133\n                if (signatureHasLiteralTypes(signature)) {\n                    specializedIndex++;\n                    spliceIndex = specializedIndex;\n                    // The cutoff index always needs to be greater than or equal to the specialized signature index\n                    // in order to prevent non-specialized signatures from being added before a specialized\n                    // signature.\n                    cutoffIndex++;\n                }\n                else {\n                    spliceIndex = index;\n                }\n\n                result.splice(spliceIndex, 0, callChainFlags ? getOptionalCallSignature(signature, callChainFlags) : signature);\n            }\n        }\n\n        function isSpreadArgument(arg: Expression | undefined): arg is Expression {\n            return !!arg && (arg.kind === SyntaxKind.SpreadElement || arg.kind === SyntaxKind.SyntheticExpression && (arg as SyntheticExpression).isSpread);\n        }\n\n        function getSpreadArgumentIndex(args: readonly Expression[]): number {\n            return findIndex(args, isSpreadArgument);\n        }\n\n        function acceptsVoid(t: Type): boolean {\n            return !!(t.flags & TypeFlags.Void);\n        }\n\n        function acceptsVoidUndefinedUnknownOrAny(t: Type): boolean {\n            return !!(t.flags & (TypeFlags.Void | TypeFlags.Undefined | TypeFlags.Unknown | TypeFlags.Any));\n        }\n\n        function hasCorrectArity(node: CallLikeExpression, args: readonly Expression[], signature: Signature, signatureHelpTrailingComma = false) {\n            let argCount: number;\n            let callIsIncomplete = false; // In incomplete call we want to be lenient when we have too few arguments\n            let effectiveParameterCount = getParameterCount(signature);\n            let effectiveMinimumArguments = getMinArgumentCount(signature);\n\n            if (node.kind === SyntaxKind.TaggedTemplateExpression) {\n                argCount = args.length;\n                if (node.template.kind === SyntaxKind.TemplateExpression) {\n                    // If a tagged template expression lacks a tail literal, the call is incomplete.\n                    // Specifically, a template only can end in a TemplateTail or a Missing literal.\n                    const lastSpan = last(node.template.templateSpans); // we should always have at least one span.\n                    callIsIncomplete = nodeIsMissing(lastSpan.literal) || !!lastSpan.literal.isUnterminated;\n                }\n                else {\n                    // If the template didn't end in a backtick, or its beginning occurred right prior to EOF,\n                    // then this might actually turn out to be a TemplateHead in the future;\n                    // so we consider the call to be incomplete.\n                    const templateLiteral = node.template as LiteralExpression;\n                    Debug.assert(templateLiteral.kind === SyntaxKind.NoSubstitutionTemplateLiteral);\n                    callIsIncomplete = !!templateLiteral.isUnterminated;\n                }\n            }\n            else if (node.kind === SyntaxKind.Decorator) {\n                argCount = getDecoratorArgumentCount(node, signature);\n            }\n            else if (isJsxOpeningLikeElement(node)) {\n                callIsIncomplete = node.attributes.end === node.end;\n                if (callIsIncomplete) {\n                    return true;\n                }\n                argCount = effectiveMinimumArguments === 0 ? args.length : 1;\n                effectiveParameterCount = args.length === 0 ? effectiveParameterCount : 1; // class may have argumentless ctor functions - still resolve ctor and compare vs props member type\n                effectiveMinimumArguments = Math.min(effectiveMinimumArguments, 1); // sfc may specify context argument - handled by framework and not typechecked\n            }\n            else if (!node.arguments) {\n                // This only happens when we have something of the form: 'new C'\n                Debug.assert(node.kind === SyntaxKind.NewExpression);\n                return getMinArgumentCount(signature) === 0;\n            }\n            else {\n                argCount = signatureHelpTrailingComma ? args.length + 1 : args.length;\n\n                // If we are missing the close parenthesis, the call is incomplete.\n                callIsIncomplete = node.arguments.end === node.end;\n\n                // If a spread argument is present, check that it corresponds to a rest parameter or at least that it's in the valid range.\n                const spreadArgIndex = getSpreadArgumentIndex(args);\n                if (spreadArgIndex >= 0) {\n                    return spreadArgIndex >= getMinArgumentCount(signature) && (hasEffectiveRestParameter(signature) || spreadArgIndex < getParameterCount(signature));\n                }\n            }\n\n            // Too many arguments implies incorrect arity.\n            if (!hasEffectiveRestParameter(signature) && argCount > effectiveParameterCount) {\n                return false;\n            }\n\n            // If the call is incomplete, we should skip the lower bound check.\n            // JSX signatures can have extra parameters provided by the library which we don't check\n            if (callIsIncomplete || argCount >= effectiveMinimumArguments) {\n                return true;\n            }\n            for (let i = argCount; i < effectiveMinimumArguments; i++) {\n                const type = getTypeAtPosition(signature, i);\n                if (filterType(type, isInJSFile(node) && !strictNullChecks ? acceptsVoidUndefinedUnknownOrAny : acceptsVoid).flags & TypeFlags.Never) {\n                    return false;\n                }\n            }\n            return true;\n        }\n\n        function hasCorrectTypeArgumentArity(signature: Signature, typeArguments: NodeArray<TypeNode> | undefined) {\n            // If the user supplied type arguments, but the number of type arguments does not match\n            // the declared number of type parameters, the call has an incorrect arity.\n            const numTypeParameters = length(signature.typeParameters);\n            const minTypeArgumentCount = getMinTypeArgumentCount(signature.typeParameters);\n            return !some(typeArguments) ||\n                (typeArguments.length >= minTypeArgumentCount && typeArguments.length <= numTypeParameters);\n        }\n\n        // If type has a single call signature and no other members, return that signature. Otherwise, return undefined.\n        function getSingleCallSignature(type: Type): Signature | undefined {\n            return getSingleSignature(type, SignatureKind.Call, /*allowMembers*/ false);\n        }\n\n        function getSingleCallOrConstructSignature(type: Type): Signature | undefined {\n            return getSingleSignature(type, SignatureKind.Call, /*allowMembers*/ false) ||\n                getSingleSignature(type, SignatureKind.Construct, /*allowMembers*/ false);\n        }\n\n        function getSingleSignature(type: Type, kind: SignatureKind, allowMembers: boolean): Signature | undefined {\n            if (type.flags & TypeFlags.Object) {\n                const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                if (allowMembers || resolved.properties.length === 0 && resolved.indexInfos.length === 0) {\n                    if (kind === SignatureKind.Call && resolved.callSignatures.length === 1 && resolved.constructSignatures.length === 0) {\n                        return resolved.callSignatures[0];\n                    }\n                    if (kind === SignatureKind.Construct && resolved.constructSignatures.length === 1 && resolved.callSignatures.length === 0) {\n                        return resolved.constructSignatures[0];\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        // Instantiate a generic signature in the context of a non-generic signature (section 3.8.5 in TypeScript spec)\n        function instantiateSignatureInContextOf(signature: Signature, contextualSignature: Signature, inferenceContext?: InferenceContext, compareTypes?: TypeComparer): Signature {\n            const context = createInferenceContext(signature.typeParameters!, signature, InferenceFlags.None, compareTypes);\n            // We clone the inferenceContext to avoid fixing. For example, when the source signature is <T>(x: T) => T[] and\n            // the contextual signature is (...args: A) => B, we want to infer the element type of A's constraint (say 'any')\n            // for T but leave it possible to later infer '[any]' back to A.\n            const restType = getEffectiveRestType(contextualSignature);\n            const mapper = inferenceContext && (restType && restType.flags & TypeFlags.TypeParameter ? inferenceContext.nonFixingMapper : inferenceContext.mapper);\n            const sourceSignature = mapper ? instantiateSignature(contextualSignature, mapper) : contextualSignature;\n            applyToParameterTypes(sourceSignature, signature, (source, target) => {\n                // Type parameters from outer context referenced by source type are fixed by instantiation of the source type\n                inferTypes(context.inferences, source, target);\n            });\n            if (!inferenceContext) {\n                applyToReturnTypes(contextualSignature, signature, (source, target) => {\n                    inferTypes(context.inferences, source, target, InferencePriority.ReturnType);\n                });\n            }\n            return getSignatureInstantiation(signature, getInferredTypes(context), isInJSFile(contextualSignature.declaration));\n        }\n\n        function inferJsxTypeArguments(node: JsxOpeningLikeElement, signature: Signature, checkMode: CheckMode, context: InferenceContext): Type[] {\n            const paramType = getEffectiveFirstArgumentForJsxSignature(signature, node);\n            const checkAttrType = checkExpressionWithContextualType(node.attributes, paramType, context, checkMode);\n            inferTypes(context.inferences, checkAttrType, paramType);\n            return getInferredTypes(context);\n        }\n\n        function getThisArgumentType(thisArgumentNode: LeftHandSideExpression | undefined) {\n            if (!thisArgumentNode) {\n                return voidType;\n            }\n            const thisArgumentType = checkExpression(thisArgumentNode);\n            return isOptionalChainRoot(thisArgumentNode.parent) ? getNonNullableType(thisArgumentType) :\n                isOptionalChain(thisArgumentNode.parent) ? removeOptionalTypeMarker(thisArgumentType) :\n                thisArgumentType;\n        }\n\n        function inferTypeArguments(node: CallLikeExpression, signature: Signature, args: readonly Expression[], checkMode: CheckMode, context: InferenceContext): Type[] {\n            if (isJsxOpeningLikeElement(node)) {\n                return inferJsxTypeArguments(node, signature, checkMode, context);\n            }\n\n            // If a contextual type is available, infer from that type to the return type of the call expression. For\n            // example, given a 'function wrap<T, U>(cb: (x: T) => U): (x: T) => U' and a call expression\n            // 'let f: (x: string) => number = wrap(s => s.length)', we infer from the declared type of 'f' to the\n            // return type of 'wrap'.\n            if (node.kind !== SyntaxKind.Decorator) {\n                const contextualType = getContextualType(node, every(signature.typeParameters, p => !!getDefaultFromTypeParameter(p)) ? ContextFlags.SkipBindingPatterns : ContextFlags.None);\n                if (contextualType) {\n                    // We clone the inference context to avoid disturbing a resolution in progress for an\n                    // outer call expression. Effectively we just want a snapshot of whatever has been\n                    // inferred for any outer call expression so far.\n                    const outerContext = getInferenceContext(node);\n                    const outerMapper = getMapperFromContext(cloneInferenceContext(outerContext, InferenceFlags.NoDefault));\n                    const instantiatedType = instantiateType(contextualType, outerMapper);\n                    // If the contextual type is a generic function type with a single call signature, we\n                    // instantiate the type with its own type parameters and type arguments. This ensures that\n                    // the type parameters are not erased to type any during type inference such that they can\n                    // be inferred as actual types from the contextual type. For example:\n                    //   declare function arrayMap<T, U>(f: (x: T) => U): (a: T[]) => U[];\n                    //   const boxElements: <A>(a: A[]) => { value: A }[] = arrayMap(value => ({ value }));\n                    // Above, the type of the 'value' parameter is inferred to be 'A'.\n                    const contextualSignature = getSingleCallSignature(instantiatedType);\n                    const inferenceSourceType = contextualSignature && contextualSignature.typeParameters ?\n                        getOrCreateTypeFromSignature(getSignatureInstantiationWithoutFillingInTypeArguments(contextualSignature, contextualSignature.typeParameters)) :\n                        instantiatedType;\n                    const inferenceTargetType = getReturnTypeOfSignature(signature);\n                    // Inferences made from return types have lower priority than all other inferences.\n                    inferTypes(context.inferences, inferenceSourceType, inferenceTargetType, InferencePriority.ReturnType);\n                    // Create a type mapper for instantiating generic contextual types using the inferences made\n                    // from the return type. We need a separate inference pass here because (a) instantiation of\n                    // the source type uses the outer context's return mapper (which excludes inferences made from\n                    // outer arguments), and (b) we don't want any further inferences going into this context.\n                    const returnContext = createInferenceContext(signature.typeParameters!, signature, context.flags);\n                    const returnSourceType = instantiateType(contextualType, outerContext && outerContext.returnMapper);\n                    inferTypes(returnContext.inferences, returnSourceType, inferenceTargetType);\n                    context.returnMapper = some(returnContext.inferences, hasInferenceCandidates) ? getMapperFromContext(cloneInferredPartOfContext(returnContext)) : undefined;\n                }\n            }\n\n            const restType = getNonArrayRestType(signature);\n            const argCount = restType ? Math.min(getParameterCount(signature) - 1, args.length) : args.length;\n            if (restType && restType.flags & TypeFlags.TypeParameter) {\n                const info = find(context.inferences, info => info.typeParameter === restType);\n                if (info) {\n                    info.impliedArity = findIndex(args, isSpreadArgument, argCount) < 0 ? args.length - argCount : undefined;\n                }\n            }\n\n            const thisType = getThisTypeOfSignature(signature);\n            if (thisType) {\n                const thisArgumentNode = getThisArgumentOfCall(node);\n                inferTypes(context.inferences, getThisArgumentType(thisArgumentNode), thisType);\n            }\n\n            for (let i = 0; i < argCount; i++) {\n                const arg = args[i];\n                if (arg.kind !== SyntaxKind.OmittedExpression) {\n                    const paramType = getTypeAtPosition(signature, i);\n                    const argType = checkExpressionWithContextualType(arg, paramType, context, checkMode);\n                    inferTypes(context.inferences, argType, paramType);\n                }\n            }\n\n            if (restType) {\n                const spreadType = getSpreadArgumentType(args, argCount, args.length, restType, context, checkMode);\n                inferTypes(context.inferences, spreadType, restType);\n            }\n\n            return getInferredTypes(context);\n        }\n\n        function getMutableArrayOrTupleType(type: Type) {\n            return type.flags & TypeFlags.Union ? mapType(type, getMutableArrayOrTupleType) :\n                type.flags & TypeFlags.Any || isMutableArrayOrTuple(getBaseConstraintOfType(type) || type) ? type :\n                isTupleType(type) ? createTupleType(getTypeArguments(type), type.target.elementFlags, /*readonly*/ false, type.target.labeledElementDeclarations) :\n                createTupleType([type], [ElementFlags.Variadic]);\n        }\n\n        function getSpreadArgumentType(args: readonly Expression[], index: number, argCount: number, restType: Type, context: InferenceContext | undefined, checkMode: CheckMode) {\n            if (index >= argCount - 1) {\n                const arg = args[argCount - 1];\n                if (isSpreadArgument(arg)) {\n                    // We are inferring from a spread expression in the last argument position, i.e. both the parameter\n                    // and the argument are ...x forms.\n                    return getMutableArrayOrTupleType(arg.kind === SyntaxKind.SyntheticExpression ? (arg as SyntheticExpression).type :\n                        checkExpressionWithContextualType((arg as SpreadElement).expression, restType, context, checkMode));\n                }\n            }\n            const types = [];\n            const flags = [];\n            const names = [];\n            for (let i = index; i < argCount; i++) {\n                const arg = args[i];\n                if (isSpreadArgument(arg)) {\n                    const spreadType = arg.kind === SyntaxKind.SyntheticExpression ? (arg as SyntheticExpression).type : checkExpression((arg as SpreadElement).expression);\n                    if (isArrayLikeType(spreadType)) {\n                        types.push(spreadType);\n                        flags.push(ElementFlags.Variadic);\n                    }\n                    else {\n                        types.push(checkIteratedTypeOrElementType(IterationUse.Spread, spreadType, undefinedType, arg.kind === SyntaxKind.SpreadElement ? (arg as SpreadElement).expression : arg));\n                        flags.push(ElementFlags.Rest);\n                    }\n                }\n                else {\n                    const contextualType = getIndexedAccessType(restType, getNumberLiteralType(i - index), AccessFlags.Contextual);\n                    const argType = checkExpressionWithContextualType(arg, contextualType, context, checkMode);\n                    const hasPrimitiveContextualType = maybeTypeOfKind(contextualType, TypeFlags.Primitive | TypeFlags.Index | TypeFlags.TemplateLiteral | TypeFlags.StringMapping);\n                    types.push(hasPrimitiveContextualType ? getRegularTypeOfLiteralType(argType) : getWidenedLiteralType(argType));\n                    flags.push(ElementFlags.Required);\n                }\n                if (arg.kind === SyntaxKind.SyntheticExpression && (arg as SyntheticExpression).tupleNameSource) {\n                    names.push((arg as SyntheticExpression).tupleNameSource!);\n                }\n            }\n            return createTupleType(types, flags, /*readonly*/ false, length(names) === length(types) ? names : undefined);\n        }\n\n        function checkTypeArguments(signature: Signature, typeArgumentNodes: readonly TypeNode[], reportErrors: boolean, headMessage?: DiagnosticMessage): Type[] | undefined {\n            const isJavascript = isInJSFile(signature.declaration);\n            const typeParameters = signature.typeParameters!;\n            const typeArgumentTypes = fillMissingTypeArguments(map(typeArgumentNodes, getTypeFromTypeNode), typeParameters, getMinTypeArgumentCount(typeParameters), isJavascript);\n            let mapper: TypeMapper | undefined;\n            for (let i = 0; i < typeArgumentNodes.length; i++) {\n                Debug.assert(typeParameters[i] !== undefined, \"Should not call checkTypeArguments with too many type arguments\");\n                const constraint = getConstraintOfTypeParameter(typeParameters[i]);\n                if (constraint) {\n                    const errorInfo = reportErrors && headMessage ? (() => chainDiagnosticMessages(/*details*/ undefined, Diagnostics.Type_0_does_not_satisfy_the_constraint_1)) : undefined;\n                    const typeArgumentHeadMessage = headMessage || Diagnostics.Type_0_does_not_satisfy_the_constraint_1;\n                    if (!mapper) {\n                        mapper = createTypeMapper(typeParameters, typeArgumentTypes);\n                    }\n                    const typeArgument = typeArgumentTypes[i];\n                    if (!checkTypeAssignableTo(\n                        typeArgument,\n                        getTypeWithThisArgument(instantiateType(constraint, mapper), typeArgument),\n                        reportErrors ? typeArgumentNodes[i] : undefined,\n                        typeArgumentHeadMessage,\n                        errorInfo)) {\n                        return undefined;\n                    }\n                }\n            }\n            return typeArgumentTypes;\n        }\n\n        function getJsxReferenceKind(node: JsxOpeningLikeElement): JsxReferenceKind {\n            if (isJsxIntrinsicIdentifier(node.tagName)) {\n                return JsxReferenceKind.Mixed;\n            }\n            const tagType = getApparentType(checkExpression(node.tagName));\n            if (length(getSignaturesOfType(tagType, SignatureKind.Construct))) {\n                return JsxReferenceKind.Component;\n            }\n            if (length(getSignaturesOfType(tagType, SignatureKind.Call))) {\n                return JsxReferenceKind.Function;\n            }\n            return JsxReferenceKind.Mixed;\n        }\n\n        /**\n          * Check if the given signature can possibly be a signature called by the JSX opening-like element.\n          * @param node a JSX opening-like element we are trying to figure its call signature\n          * @param signature a candidate signature we are trying whether it is a call signature\n          * @param relation a relationship to check parameter and argument type\n          */\n        function checkApplicableSignatureForJsxOpeningLikeElement(\n            node: JsxOpeningLikeElement,\n            signature: Signature,\n            relation: ESMap<string, RelationComparisonResult>,\n            checkMode: CheckMode,\n            reportErrors: boolean,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n            errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean }\n        ) {\n            // Stateless function components can have maximum of three arguments: \"props\", \"context\", and \"updater\".\n            // However \"context\" and \"updater\" are implicit and can't be specify by users. Only the first parameter, props,\n            // can be specified by users through attributes property.\n            const paramType = getEffectiveFirstArgumentForJsxSignature(signature, node);\n            const attributesType = checkExpressionWithContextualType(node.attributes, paramType, /*inferenceContext*/ undefined, checkMode);\n            return checkTagNameDoesNotExpectTooManyArguments() && checkTypeRelatedToAndOptionallyElaborate(\n                attributesType,\n                paramType,\n                relation,\n                reportErrors ? node.tagName : undefined,\n                node.attributes,\n                /*headMessage*/ undefined,\n                containingMessageChain,\n                errorOutputContainer);\n\n            function checkTagNameDoesNotExpectTooManyArguments(): boolean {\n                if (getJsxNamespaceContainerForImplicitImport(node)) {\n                    return true; // factory is implicitly jsx/jsxdev - assume it fits the bill, since we don't strongly look for the jsx/jsxs/jsxDEV factory APIs anywhere else (at least not yet)\n                }\n                const tagType = isJsxOpeningElement(node) || isJsxSelfClosingElement(node) && !isJsxIntrinsicIdentifier(node.tagName) ? checkExpression(node.tagName) : undefined;\n                if (!tagType) {\n                    return true;\n                }\n                const tagCallSignatures = getSignaturesOfType(tagType, SignatureKind.Call);\n                if (!length(tagCallSignatures)) {\n                    return true;\n                }\n                const factory = getJsxFactoryEntity(node);\n                if (!factory) {\n                    return true;\n                }\n                const factorySymbol = resolveEntityName(factory, SymbolFlags.Value, /*ignoreErrors*/ true, /*dontResolveAlias*/ false, node);\n                if (!factorySymbol) {\n                    return true;\n                }\n\n                const factoryType = getTypeOfSymbol(factorySymbol);\n                const callSignatures = getSignaturesOfType(factoryType, SignatureKind.Call);\n                if (!length(callSignatures)) {\n                    return true;\n                }\n\n                let hasFirstParamSignatures = false;\n                let maxParamCount = 0;\n                // Check that _some_ first parameter expects a FC-like thing, and that some overload of the SFC expects an acceptable number of arguments\n                for (const sig of callSignatures) {\n                    const firstparam = getTypeAtPosition(sig, 0);\n                    const signaturesOfParam = getSignaturesOfType(firstparam, SignatureKind.Call);\n                    if (!length(signaturesOfParam)) continue;\n                    for (const paramSig of signaturesOfParam) {\n                        hasFirstParamSignatures = true;\n                        if (hasEffectiveRestParameter(paramSig)) {\n                            return true; // some signature has a rest param, so function components can have an arbitrary number of arguments\n                        }\n                        const paramCount = getParameterCount(paramSig);\n                        if (paramCount > maxParamCount) {\n                            maxParamCount = paramCount;\n                        }\n                    }\n                }\n                if (!hasFirstParamSignatures) {\n                    // Not a single signature had a first parameter which expected a signature - for back compat, and\n                    // to guard against generic factories which won't have signatures directly, do not error\n                    return true;\n                }\n                let absoluteMinArgCount = Infinity;\n                for (const tagSig of tagCallSignatures) {\n                    const tagRequiredArgCount = getMinArgumentCount(tagSig);\n                    if (tagRequiredArgCount < absoluteMinArgCount) {\n                        absoluteMinArgCount = tagRequiredArgCount;\n                    }\n                }\n                if (absoluteMinArgCount <= maxParamCount) {\n                    return true; // some signature accepts the number of arguments the function component provides\n                }\n\n                if (reportErrors) {\n                    const diag = createDiagnosticForNode(node.tagName, Diagnostics.Tag_0_expects_at_least_1_arguments_but_the_JSX_factory_2_provides_at_most_3, entityNameToString(node.tagName), absoluteMinArgCount, entityNameToString(factory), maxParamCount);\n                    const tagNameDeclaration = getSymbolAtLocation(node.tagName)?.valueDeclaration;\n                    if (tagNameDeclaration) {\n                        addRelatedInfo(diag, createDiagnosticForNode(tagNameDeclaration, Diagnostics._0_is_declared_here, entityNameToString(node.tagName)));\n                    }\n                    if (errorOutputContainer && errorOutputContainer.skipLogging) {\n                        (errorOutputContainer.errors || (errorOutputContainer.errors = [])).push(diag);\n                    }\n                    if (!errorOutputContainer.skipLogging) {\n                        diagnostics.add(diag);\n                    }\n                }\n                return false;\n            }\n        }\n\n        function getSignatureApplicabilityError(\n            node: CallLikeExpression,\n            args: readonly Expression[],\n            signature: Signature,\n            relation: ESMap<string, RelationComparisonResult>,\n            checkMode: CheckMode,\n            reportErrors: boolean,\n            containingMessageChain: (() => DiagnosticMessageChain | undefined) | undefined,\n        ): readonly Diagnostic[] | undefined {\n\n            const errorOutputContainer: { errors?: Diagnostic[], skipLogging?: boolean } = { errors: undefined, skipLogging: true };\n            if (isJsxOpeningLikeElement(node)) {\n                if (!checkApplicableSignatureForJsxOpeningLikeElement(node, signature, relation, checkMode, reportErrors, containingMessageChain, errorOutputContainer)) {\n                    Debug.assert(!reportErrors || !!errorOutputContainer.errors, \"jsx should have errors when reporting errors\");\n                    return errorOutputContainer.errors || emptyArray;\n                }\n                return undefined;\n            }\n            const thisType = getThisTypeOfSignature(signature);\n            if (thisType && thisType !== voidType && node.kind !== SyntaxKind.NewExpression) {\n                // If the called expression is not of the form `x.f` or `x[\"f\"]`, then sourceType = voidType\n                // If the signature's 'this' type is voidType, then the check is skipped -- anything is compatible.\n                // If the expression is a new expression, then the check is skipped.\n                const thisArgumentNode = getThisArgumentOfCall(node);\n                const thisArgumentType = getThisArgumentType(thisArgumentNode);\n                const errorNode = reportErrors ? (thisArgumentNode || node) : undefined;\n                const headMessage = Diagnostics.The_this_context_of_type_0_is_not_assignable_to_method_s_this_of_type_1;\n                if (!checkTypeRelatedTo(thisArgumentType, thisType, relation, errorNode, headMessage, containingMessageChain, errorOutputContainer)) {\n                    Debug.assert(!reportErrors || !!errorOutputContainer.errors, \"this parameter should have errors when reporting errors\");\n                    return errorOutputContainer.errors || emptyArray;\n                }\n            }\n            const headMessage = Diagnostics.Argument_of_type_0_is_not_assignable_to_parameter_of_type_1;\n            const restType = getNonArrayRestType(signature);\n            const argCount = restType ? Math.min(getParameterCount(signature) - 1, args.length) : args.length;\n            for (let i = 0; i < argCount; i++) {\n                const arg = args[i];\n                if (arg.kind !== SyntaxKind.OmittedExpression) {\n                    const paramType = getTypeAtPosition(signature, i);\n                    const argType = checkExpressionWithContextualType(arg, paramType, /*inferenceContext*/ undefined, checkMode);\n                    // If one or more arguments are still excluded (as indicated by CheckMode.SkipContextSensitive),\n                    // we obtain the regular type of any object literal arguments because we may not have inferred complete\n                    // parameter types yet and therefore excess property checks may yield false positives (see #17041).\n                    const checkArgType = checkMode & CheckMode.SkipContextSensitive ? getRegularTypeOfObjectLiteral(argType) : argType;\n                    if (!checkTypeRelatedToAndOptionallyElaborate(checkArgType, paramType, relation, reportErrors ? arg : undefined, arg, headMessage, containingMessageChain, errorOutputContainer)) {\n                        Debug.assert(!reportErrors || !!errorOutputContainer.errors, \"parameter should have errors when reporting errors\");\n                        maybeAddMissingAwaitInfo(arg, checkArgType, paramType);\n                        return errorOutputContainer.errors || emptyArray;\n                    }\n                }\n            }\n            if (restType) {\n                const spreadType = getSpreadArgumentType(args, argCount, args.length, restType, /*context*/ undefined, checkMode);\n                const restArgCount = args.length - argCount;\n                const errorNode = !reportErrors ? undefined :\n                    restArgCount === 0 ? node :\n                    restArgCount === 1 ? args[argCount] :\n                    setTextRangePosEnd(createSyntheticExpression(node, spreadType), args[argCount].pos, args[args.length - 1].end);\n                if (!checkTypeRelatedTo(spreadType, restType, relation, errorNode, headMessage, /*containingMessageChain*/ undefined, errorOutputContainer)) {\n                    Debug.assert(!reportErrors || !!errorOutputContainer.errors, \"rest parameter should have errors when reporting errors\");\n                    maybeAddMissingAwaitInfo(errorNode, spreadType, restType);\n                    return errorOutputContainer.errors || emptyArray;\n                }\n            }\n            return undefined;\n\n            function maybeAddMissingAwaitInfo(errorNode: Node | undefined, source: Type, target: Type) {\n                if (errorNode && reportErrors && errorOutputContainer.errors && errorOutputContainer.errors.length) {\n                    // Bail if target is Promise-like---something else is wrong\n                    if (getAwaitedTypeOfPromise(target)) {\n                        return;\n                    }\n                    const awaitedTypeOfSource = getAwaitedTypeOfPromise(source);\n                    if (awaitedTypeOfSource && isTypeRelatedTo(awaitedTypeOfSource, target, relation)) {\n                        addRelatedInfo(errorOutputContainer.errors[0], createDiagnosticForNode(errorNode, Diagnostics.Did_you_forget_to_use_await));\n                    }\n                }\n            }\n        }\n\n        /**\n          * Returns the this argument in calls like x.f(...) and x[f](...). Undefined otherwise.\n          */\n        function getThisArgumentOfCall(node: CallLikeExpression): LeftHandSideExpression | undefined {\n            const expression = node.kind === SyntaxKind.CallExpression ? node.expression :\n                node.kind === SyntaxKind.TaggedTemplateExpression ? node.tag : undefined;\n            if (expression) {\n                const callee = skipOuterExpressions(expression);\n                if (isAccessExpression(callee)) {\n                    return callee.expression;\n                }\n            }\n        }\n\n        function createSyntheticExpression(parent: Node, type: Type, isSpread?: boolean, tupleNameSource?: ParameterDeclaration | NamedTupleMember) {\n            const result = parseNodeFactory.createSyntheticExpression(type, isSpread, tupleNameSource);\n            setTextRange(result, parent);\n            setParent(result, parent);\n            return result;\n        }\n\n        /**\n          * Returns the effective arguments for an expression that works like a function invocation.\n          */\n        function getEffectiveCallArguments(node: CallLikeExpression): readonly Expression[] {\n            if (node.kind === SyntaxKind.TaggedTemplateExpression) {\n                const template = node.template;\n                const args: Expression[] = [createSyntheticExpression(template, getGlobalTemplateStringsArrayType())];\n                if (template.kind === SyntaxKind.TemplateExpression) {\n                    forEach(template.templateSpans, span => {\n                        args.push(span.expression);\n                    });\n                }\n                return args;\n            }\n            if (node.kind === SyntaxKind.Decorator) {\n                return getEffectiveDecoratorArguments(node);\n            }\n            if (isJsxOpeningLikeElement(node)) {\n                return node.attributes.properties.length > 0 || (isJsxOpeningElement(node) && node.parent.children.length > 0) ? [node.attributes] : emptyArray;\n            }\n            const args = node.arguments || emptyArray;\n            const spreadIndex = getSpreadArgumentIndex(args);\n            if (spreadIndex >= 0) {\n                // Create synthetic arguments from spreads of tuple types.\n                const effectiveArgs = args.slice(0, spreadIndex);\n                for (let i = spreadIndex; i < args.length; i++) {\n                    const arg = args[i];\n                    // We can call checkExpressionCached because spread expressions never have a contextual type.\n                    const spreadType = arg.kind === SyntaxKind.SpreadElement && (flowLoopCount ? checkExpression((arg as SpreadElement).expression) : checkExpressionCached((arg as SpreadElement).expression));\n                    if (spreadType && isTupleType(spreadType)) {\n                        forEach(getTypeArguments(spreadType), (t, i) => {\n                            const flags = spreadType.target.elementFlags[i];\n                            const syntheticArg = createSyntheticExpression(arg, flags & ElementFlags.Rest ? createArrayType(t) : t,\n                                !!(flags & ElementFlags.Variable), spreadType.target.labeledElementDeclarations?.[i]);\n                            effectiveArgs.push(syntheticArg);\n                        });\n                    }\n                    else {\n                        effectiveArgs.push(arg);\n                    }\n                }\n                return effectiveArgs;\n            }\n            return args;\n        }\n\n        /**\n          * Returns the synthetic argument list for a decorator invocation.\n          */\n        function getEffectiveDecoratorArguments(node: Decorator): readonly Expression[] {\n            const parent = node.parent;\n            const expr = node.expression;\n            switch (parent.kind) {\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.ClassExpression:\n                    // For a class decorator, the `target` is the type of the class (e.g. the\n                    // \"static\" or \"constructor\" side of the class).\n                    return [\n                        createSyntheticExpression(expr, getTypeOfSymbol(getSymbolOfNode(parent)))\n                    ];\n                case SyntaxKind.Parameter:\n                    // A parameter declaration decorator will have three arguments (see\n                    // `ParameterDecorator` in core.d.ts).\n                    const func = parent.parent as FunctionLikeDeclaration;\n                    return [\n                        createSyntheticExpression(expr, parent.parent.kind === SyntaxKind.Constructor ? getTypeOfSymbol(getSymbolOfNode(func)) : errorType),\n                        createSyntheticExpression(expr, anyType),\n                        createSyntheticExpression(expr, numberType)\n                    ];\n                case SyntaxKind.PropertyDeclaration:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    // A method or accessor declaration decorator will have two or three arguments (see\n                    // `PropertyDecorator` and `MethodDecorator` in core.d.ts). If we are emitting decorators\n                    // for ES3, we will only pass two arguments.\n                    const hasPropDesc = parent.kind !== SyntaxKind.PropertyDeclaration && languageVersion !== ScriptTarget.ES3;\n                    return [\n                        createSyntheticExpression(expr, getParentTypeOfClassElement(parent as ClassElement)),\n                        createSyntheticExpression(expr, getClassElementPropertyKeyType(parent as ClassElement)),\n                        createSyntheticExpression(expr, hasPropDesc ? createTypedPropertyDescriptorType(getTypeOfNode(parent)) : anyType)\n                    ];\n            }\n            return Debug.fail();\n        }\n\n        /**\n          * Returns the argument count for a decorator node that works like a function invocation.\n          */\n        function getDecoratorArgumentCount(node: Decorator, signature: Signature) {\n            switch (node.parent.kind) {\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.ClassExpression:\n                    return 1;\n                case SyntaxKind.PropertyDeclaration:\n                    return 2;\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    // For ES3 or decorators with only two parameters we supply only two arguments\n                    return languageVersion === ScriptTarget.ES3 || signature.parameters.length <= 2 ? 2 : 3;\n                case SyntaxKind.Parameter:\n                    return 3;\n                default:\n                    return Debug.fail();\n            }\n        }\n        function getDiagnosticSpanForCallNode(node: CallExpression, doNotIncludeArguments?: boolean) {\n            let start: number;\n            let length: number;\n            const sourceFile = getSourceFileOfNode(node);\n\n            if (isPropertyAccessExpression(node.expression)) {\n                const nameSpan = getErrorSpanForNode(sourceFile, node.expression.name);\n                start = nameSpan.start;\n                length = doNotIncludeArguments ? nameSpan.length : node.end - start;\n            }\n            else {\n                const expressionSpan = getErrorSpanForNode(sourceFile, node.expression);\n                start = expressionSpan.start;\n                length = doNotIncludeArguments ? expressionSpan.length : node.end - start;\n            }\n            return { start, length, sourceFile };\n        }\n        function getDiagnosticForCallNode(node: CallLikeExpression, message: DiagnosticMessage, arg0?: string | number, arg1?: string | number, arg2?: string | number, arg3?: string | number): DiagnosticWithLocation {\n            if (isCallExpression(node)) {\n                const { sourceFile, start, length } = getDiagnosticSpanForCallNode(node);\n                return createFileDiagnostic(sourceFile, start, length, message, arg0, arg1, arg2, arg3);\n            }\n            else {\n                return createDiagnosticForNode(node, message, arg0, arg1, arg2, arg3);\n            }\n        }\n\n        function isPromiseResolveArityError(node: CallLikeExpression) {\n            if (!isCallExpression(node) || !isIdentifier(node.expression)) return false;\n\n            const symbol = resolveName(node.expression, node.expression.escapedText, SymbolFlags.Value, undefined, undefined, false);\n            const decl = symbol?.valueDeclaration;\n            if (!decl || !isParameter(decl) || !isFunctionExpressionOrArrowFunction(decl.parent) || !isNewExpression(decl.parent.parent) || !isIdentifier(decl.parent.parent.expression)) {\n                return false;\n            }\n\n            const globalPromiseSymbol = getGlobalPromiseConstructorSymbol(/*reportErrors*/ false);\n            if (!globalPromiseSymbol) return false;\n\n            const constructorSymbol = getSymbolAtLocation(decl.parent.parent.expression, /*ignoreErrors*/ true);\n            return constructorSymbol === globalPromiseSymbol;\n        }\n\n        function getArgumentArityError(node: CallLikeExpression, signatures: readonly Signature[], args: readonly Expression[]) {\n            const spreadIndex = getSpreadArgumentIndex(args);\n            if (spreadIndex > -1) {\n                return createDiagnosticForNode(args[spreadIndex], Diagnostics.A_spread_argument_must_either_have_a_tuple_type_or_be_passed_to_a_rest_parameter);\n            }\n            let min = Number.POSITIVE_INFINITY; // smallest parameter count\n            let max = Number.NEGATIVE_INFINITY; // largest parameter count\n            let maxBelow = Number.NEGATIVE_INFINITY; // largest parameter count that is smaller than the number of arguments\n            let minAbove = Number.POSITIVE_INFINITY; // smallest parameter count that is larger than the number of arguments\n\n            let closestSignature: Signature | undefined;\n            for (const sig of signatures) {\n                const minParameter = getMinArgumentCount(sig);\n                const maxParameter = getParameterCount(sig);\n                // smallest/largest parameter counts\n                if (minParameter < min) {\n                    min = minParameter;\n                    closestSignature = sig;\n                }\n                max = Math.max(max, maxParameter);\n                // shortest parameter count *longer than the call*/longest parameter count *shorter than the call*\n                if (minParameter < args.length && minParameter > maxBelow) maxBelow = minParameter;\n                if (args.length < maxParameter && maxParameter < minAbove) minAbove = maxParameter;\n            }\n            const hasRestParameter = some(signatures, hasEffectiveRestParameter);\n            const parameterRange = hasRestParameter ? min\n                : min < max ? min + \"-\" + max\n                : min;\n            const error = hasRestParameter ? Diagnostics.Expected_at_least_0_arguments_but_got_1\n                : parameterRange === 1 && args.length === 0 && isPromiseResolveArityError(node) ? Diagnostics.Expected_0_arguments_but_got_1_Did_you_forget_to_include_void_in_your_type_argument_to_Promise\n                : Diagnostics.Expected_0_arguments_but_got_1;\n            if (min < args.length && args.length < max) {\n                // between min and max, but with no matching overload\n                return getDiagnosticForCallNode(node, Diagnostics.No_overload_expects_0_arguments_but_overloads_do_exist_that_expect_either_1_or_2_arguments, args.length, maxBelow, minAbove);\n            }\n            else if (args.length < min) {\n                // too short: put the error span on the call expression, not any of the args\n                const diagnostic = getDiagnosticForCallNode(node, error, parameterRange, args.length);\n                const parameter = closestSignature?.declaration?.parameters[closestSignature.thisParameter ? args.length + 1 : args.length];\n                if (parameter) {\n                    const parameterError = createDiagnosticForNode(\n                        parameter,\n                        isBindingPattern(parameter.name) ? Diagnostics.An_argument_matching_this_binding_pattern_was_not_provided\n                            : isRestParameter(parameter) ? Diagnostics.Arguments_for_the_rest_parameter_0_were_not_provided\n                            : Diagnostics.An_argument_for_0_was_not_provided,\n                        !parameter.name ? args.length : !isBindingPattern(parameter.name) ? idText(getFirstIdentifier(parameter.name)) : undefined\n                    );\n                    return addRelatedInfo(diagnostic, parameterError);\n                }\n                return diagnostic;\n            }\n            else {\n                // too long; error goes on the excess parameters\n                const errorSpan = factory.createNodeArray(args.slice(max));\n                const pos = first(errorSpan).pos;\n                let end = last(errorSpan).end;\n                if (end === pos) {\n                    end++;\n                }\n                setTextRangePosEnd(errorSpan, pos, end);\n                return createDiagnosticForNodeArray(getSourceFileOfNode(node), errorSpan, error, parameterRange, args.length);\n            }\n        }\n\n        function getTypeArgumentArityError(node: Node, signatures: readonly Signature[], typeArguments: NodeArray<TypeNode>) {\n            const argCount = typeArguments.length;\n            // No overloads exist\n            if (signatures.length === 1) {\n                const sig = signatures[0];\n                const min = getMinTypeArgumentCount(sig.typeParameters);\n                const max = length(sig.typeParameters);\n                return createDiagnosticForNodeArray(getSourceFileOfNode(node), typeArguments, Diagnostics.Expected_0_type_arguments_but_got_1, min < max ? min + \"-\" + max : min , argCount);\n            }\n            // Overloads exist\n            let belowArgCount = -Infinity;\n            let aboveArgCount = Infinity;\n            for (const sig of signatures) {\n                const min = getMinTypeArgumentCount(sig.typeParameters);\n                const max = length(sig.typeParameters);\n                if (min > argCount) {\n                    aboveArgCount = Math.min(aboveArgCount, min);\n                }\n                else if (max < argCount) {\n                    belowArgCount = Math.max(belowArgCount, max);\n                }\n            }\n            if (belowArgCount !== -Infinity && aboveArgCount !== Infinity) {\n                return createDiagnosticForNodeArray(getSourceFileOfNode(node), typeArguments, Diagnostics.No_overload_expects_0_type_arguments_but_overloads_do_exist_that_expect_either_1_or_2_type_arguments, argCount, belowArgCount, aboveArgCount);\n            }\n            return createDiagnosticForNodeArray(getSourceFileOfNode(node), typeArguments, Diagnostics.Expected_0_type_arguments_but_got_1, belowArgCount === -Infinity ? aboveArgCount : belowArgCount, argCount);\n        }\n\n        function resolveCall(node: CallLikeExpression, signatures: readonly Signature[], candidatesOutArray: Signature[] | undefined, checkMode: CheckMode, callChainFlags: SignatureFlags, fallbackError?: DiagnosticMessage): Signature {\n            const isTaggedTemplate = node.kind === SyntaxKind.TaggedTemplateExpression;\n            const isDecorator = node.kind === SyntaxKind.Decorator;\n            const isJsxOpeningOrSelfClosingElement = isJsxOpeningLikeElement(node);\n            const reportErrors = !candidatesOutArray;\n\n            let typeArguments: NodeArray<TypeNode> | undefined;\n\n            if (!isDecorator) {\n                typeArguments = (node as CallExpression).typeArguments;\n\n                // We already perform checking on the type arguments on the class declaration itself.\n                if (isTaggedTemplate || isJsxOpeningOrSelfClosingElement || (node as CallExpression).expression.kind !== SyntaxKind.SuperKeyword) {\n                    forEach(typeArguments, checkSourceElement);\n                }\n            }\n\n            const candidates = candidatesOutArray || [];\n            // reorderCandidates fills up the candidates array directly\n            reorderCandidates(signatures, candidates, callChainFlags);\n            if (!candidates.length) {\n                if (reportErrors) {\n                    diagnostics.add(getDiagnosticForCallNode(node, Diagnostics.Call_target_does_not_contain_any_signatures));\n                }\n                return resolveErrorCall(node);\n            }\n\n            const args = getEffectiveCallArguments(node);\n\n            // The excludeArgument array contains true for each context sensitive argument (an argument\n            // is context sensitive it is susceptible to a one-time permanent contextual typing).\n            //\n            // The idea is that we will perform type argument inference & assignability checking once\n            // without using the susceptible parameters that are functions, and once more for those\n            // parameters, contextually typing each as we go along.\n            //\n            // For a tagged template, then the first argument be 'undefined' if necessary because it\n            // represents a TemplateStringsArray.\n            //\n            // For a decorator, no arguments are susceptible to contextual typing due to the fact\n            // decorators are applied to a declaration by the emitter, and not to an expression.\n            const isSingleNonGenericCandidate = candidates.length === 1 && !candidates[0].typeParameters;\n            let argCheckMode = !isDecorator && !isSingleNonGenericCandidate && some(args, isContextSensitive) ? CheckMode.SkipContextSensitive : CheckMode.Normal;\n\n            // The following variables are captured and modified by calls to chooseOverload.\n            // If overload resolution or type argument inference fails, we want to report the\n            // best error possible. The best error is one which says that an argument was not\n            // assignable to a parameter. This implies that everything else about the overload\n            // was fine. So if there is any overload that is only incorrect because of an\n            // argument, we will report an error on that one.\n            //\n            //     function foo(s: string): void;\n            //     function foo(n: number): void; // Report argument error on this overload\n            //     function foo(): void;\n            //     foo(true);\n            //\n            // If none of the overloads even made it that far, there are two possibilities.\n            // There was a problem with type arguments for some overload, in which case\n            // report an error on that. Or none of the overloads even had correct arity,\n            // in which case give an arity error.\n            //\n            //     function foo<T extends string>(x: T): void; // Report type argument error\n            //     function foo(): void;\n            //     foo<number>(0);\n            //\n            let candidatesForArgumentError: Signature[] | undefined;\n            let candidateForArgumentArityError: Signature | undefined;\n            let candidateForTypeArgumentError: Signature | undefined;\n            let result: Signature | undefined;\n\n            // If we are in signature help, a trailing comma indicates that we intend to provide another argument,\n            // so we will only accept overloads with arity at least 1 higher than the current number of provided arguments.\n            const signatureHelpTrailingComma =\n                !!(checkMode & CheckMode.IsForSignatureHelp) && node.kind === SyntaxKind.CallExpression && node.arguments.hasTrailingComma;\n\n            // Section 4.12.1:\n            // if the candidate list contains one or more signatures for which the type of each argument\n            // expression is a subtype of each corresponding parameter type, the return type of the first\n            // of those signatures becomes the return type of the function call.\n            // Otherwise, the return type of the first signature in the candidate list becomes the return\n            // type of the function call.\n            //\n            // Whether the call is an error is determined by assignability of the arguments. The subtype pass\n            // is just important for choosing the best signature. So in the case where there is only one\n            // signature, the subtype pass is useless. So skipping it is an optimization.\n            if (candidates.length > 1) {\n                result = chooseOverload(candidates, subtypeRelation, isSingleNonGenericCandidate, signatureHelpTrailingComma);\n            }\n            if (!result) {\n                result = chooseOverload(candidates, assignableRelation, isSingleNonGenericCandidate, signatureHelpTrailingComma);\n            }\n            if (result) {\n                return result;\n            }\n\n            // No signatures were applicable. Now report errors based on the last applicable signature with\n            // no arguments excluded from assignability checks.\n            // If candidate is undefined, it means that no candidates had a suitable arity. In that case,\n            // skip the checkApplicableSignature check.\n            if (reportErrors) {\n                if (candidatesForArgumentError) {\n                    if (candidatesForArgumentError.length === 1 || candidatesForArgumentError.length > 3) {\n                        const last = candidatesForArgumentError[candidatesForArgumentError.length - 1];\n                        let chain: DiagnosticMessageChain | undefined;\n                        if (candidatesForArgumentError.length > 3) {\n                            chain = chainDiagnosticMessages(chain, Diagnostics.The_last_overload_gave_the_following_error);\n                            chain = chainDiagnosticMessages(chain, Diagnostics.No_overload_matches_this_call);\n                        }\n                        const diags = getSignatureApplicabilityError(node, args, last, assignableRelation, CheckMode.Normal, /*reportErrors*/ true, () => chain);\n                        if (diags) {\n                            for (const d of diags) {\n                                if (last.declaration && candidatesForArgumentError.length > 3) {\n                                    addRelatedInfo(d, createDiagnosticForNode(last.declaration, Diagnostics.The_last_overload_is_declared_here));\n                                }\n                                addImplementationSuccessElaboration(last, d);\n                                diagnostics.add(d);\n                            }\n                        }\n                        else {\n                            Debug.fail(\"No error for last overload signature\");\n                        }\n                    }\n                    else {\n                        const allDiagnostics: (readonly DiagnosticRelatedInformation[])[] = [];\n                        let max = 0;\n                        let min = Number.MAX_VALUE;\n                        let minIndex = 0;\n                        let i = 0;\n                        for (const c of candidatesForArgumentError) {\n                            const chain = () => chainDiagnosticMessages(/*details*/ undefined, Diagnostics.Overload_0_of_1_2_gave_the_following_error, i + 1, candidates.length, signatureToString(c));\n                            const diags = getSignatureApplicabilityError(node, args, c, assignableRelation, CheckMode.Normal, /*reportErrors*/ true, chain);\n                            if (diags) {\n                                if (diags.length <= min) {\n                                    min = diags.length;\n                                    minIndex = i;\n                                }\n                                max = Math.max(max, diags.length);\n                                allDiagnostics.push(diags);\n                            }\n                            else {\n                                Debug.fail(\"No error for 3 or fewer overload signatures\");\n                            }\n                            i++;\n                        }\n\n                        const diags = max > 1 ? allDiagnostics[minIndex] : flatten(allDiagnostics);\n                        Debug.assert(diags.length > 0, \"No errors reported for 3 or fewer overload signatures\");\n                        const chain = chainDiagnosticMessages(\n                            map(diags, createDiagnosticMessageChainFromDiagnostic),\n                            Diagnostics.No_overload_matches_this_call);\n                        // The below is a spread to guarantee we get a new (mutable) array - our `flatMap` helper tries to do \"smart\" optimizations where it reuses input\n                        // arrays and the emptyArray singleton where possible, which is decidedly not what we want while we're still constructing this diagnostic\n                        const related = [...flatMap(diags, d => (d as Diagnostic).relatedInformation) as DiagnosticRelatedInformation[]];\n                        let diag: Diagnostic;\n                        if (every(diags, d => d.start === diags[0].start && d.length === diags[0].length && d.file === diags[0].file)) {\n                            const { file, start, length } = diags[0];\n                            diag = { file, start, length, code: chain.code, category: chain.category, messageText: chain, relatedInformation: related };\n                        }\n                        else {\n                            diag = createDiagnosticForNodeFromMessageChain(node, chain, related);\n                        }\n                        addImplementationSuccessElaboration(candidatesForArgumentError[0], diag);\n                        diagnostics.add(diag);\n                    }\n                }\n                else if (candidateForArgumentArityError) {\n                    diagnostics.add(getArgumentArityError(node, [candidateForArgumentArityError], args));\n                }\n                else if (candidateForTypeArgumentError) {\n                    checkTypeArguments(candidateForTypeArgumentError, (node as CallExpression | TaggedTemplateExpression | JsxOpeningLikeElement).typeArguments!, /*reportErrors*/ true, fallbackError);\n                }\n                else {\n                    const signaturesWithCorrectTypeArgumentArity = filter(signatures, s => hasCorrectTypeArgumentArity(s, typeArguments));\n                    if (signaturesWithCorrectTypeArgumentArity.length === 0) {\n                        diagnostics.add(getTypeArgumentArityError(node, signatures, typeArguments!));\n                    }\n                    else if (!isDecorator) {\n                        diagnostics.add(getArgumentArityError(node, signaturesWithCorrectTypeArgumentArity, args));\n                    }\n                    else if (fallbackError) {\n                        diagnostics.add(getDiagnosticForCallNode(node, fallbackError));\n                    }\n                }\n            }\n\n            return getCandidateForOverloadFailure(node, candidates, args, !!candidatesOutArray);\n\n            function addImplementationSuccessElaboration(failed: Signature, diagnostic: Diagnostic) {\n                const oldCandidatesForArgumentError = candidatesForArgumentError;\n                const oldCandidateForArgumentArityError = candidateForArgumentArityError;\n                const oldCandidateForTypeArgumentError = candidateForTypeArgumentError;\n\n                const failedSignatureDeclarations = failed.declaration?.symbol?.declarations || emptyArray;\n                const isOverload = failedSignatureDeclarations.length > 1;\n                const implDecl = isOverload ? find(failedSignatureDeclarations, d => isFunctionLikeDeclaration(d) && nodeIsPresent(d.body)) : undefined;\n                if (implDecl) {\n                    const candidate = getSignatureFromDeclaration(implDecl as FunctionLikeDeclaration);\n                    const isSingleNonGenericCandidate = !candidate.typeParameters;\n                    if (chooseOverload([candidate], assignableRelation, isSingleNonGenericCandidate)) {\n                        addRelatedInfo(diagnostic, createDiagnosticForNode(implDecl, Diagnostics.The_call_would_have_succeeded_against_this_implementation_but_implementation_signatures_of_overloads_are_not_externally_visible));\n                    }\n                }\n\n                candidatesForArgumentError = oldCandidatesForArgumentError;\n                candidateForArgumentArityError = oldCandidateForArgumentArityError;\n                candidateForTypeArgumentError = oldCandidateForTypeArgumentError;\n            }\n\n            function chooseOverload(candidates: Signature[], relation: ESMap<string, RelationComparisonResult>, isSingleNonGenericCandidate: boolean, signatureHelpTrailingComma = false) {\n                candidatesForArgumentError = undefined;\n                candidateForArgumentArityError = undefined;\n                candidateForTypeArgumentError = undefined;\n\n                if (isSingleNonGenericCandidate) {\n                    const candidate = candidates[0];\n                    if (some(typeArguments) || !hasCorrectArity(node, args, candidate, signatureHelpTrailingComma)) {\n                        return undefined;\n                    }\n                    if (getSignatureApplicabilityError(node, args, candidate, relation, CheckMode.Normal, /*reportErrors*/ false, /*containingMessageChain*/ undefined)) {\n                        candidatesForArgumentError = [candidate];\n                        return undefined;\n                    }\n                    return candidate;\n                }\n\n                for (let candidateIndex = 0; candidateIndex < candidates.length; candidateIndex++) {\n                    const candidate = candidates[candidateIndex];\n                    if (!hasCorrectTypeArgumentArity(candidate, typeArguments) || !hasCorrectArity(node, args, candidate, signatureHelpTrailingComma)) {\n                        continue;\n                    }\n\n                    let checkCandidate: Signature;\n                    let inferenceContext: InferenceContext | undefined;\n\n                    if (candidate.typeParameters) {\n                        let typeArgumentTypes: Type[] | undefined;\n                        if (some(typeArguments)) {\n                            typeArgumentTypes = checkTypeArguments(candidate, typeArguments, /*reportErrors*/ false);\n                            if (!typeArgumentTypes) {\n                                candidateForTypeArgumentError = candidate;\n                                continue;\n                            }\n                        }\n                        else {\n                            inferenceContext = createInferenceContext(candidate.typeParameters, candidate, /*flags*/ isInJSFile(node) ? InferenceFlags.AnyDefault : InferenceFlags.None);\n                            typeArgumentTypes = inferTypeArguments(node, candidate, args, argCheckMode | CheckMode.SkipGenericFunctions, inferenceContext);\n                            argCheckMode |= inferenceContext.flags & InferenceFlags.SkippedGenericFunction ? CheckMode.SkipGenericFunctions : CheckMode.Normal;\n                        }\n                        checkCandidate = getSignatureInstantiation(candidate, typeArgumentTypes, isInJSFile(candidate.declaration), inferenceContext && inferenceContext.inferredTypeParameters);\n                        // If the original signature has a generic rest type, instantiation may produce a\n                        // signature with different arity and we need to perform another arity check.\n                        if (getNonArrayRestType(candidate) && !hasCorrectArity(node, args, checkCandidate, signatureHelpTrailingComma)) {\n                            candidateForArgumentArityError = checkCandidate;\n                            continue;\n                        }\n                    }\n                    else {\n                        checkCandidate = candidate;\n                    }\n                    if (getSignatureApplicabilityError(node, args, checkCandidate, relation, argCheckMode, /*reportErrors*/ false, /*containingMessageChain*/ undefined)) {\n                        // Give preference to error candidates that have no rest parameters (as they are more specific)\n                        (candidatesForArgumentError || (candidatesForArgumentError = [])).push(checkCandidate);\n                        continue;\n                    }\n                    if (argCheckMode) {\n                        // If one or more context sensitive arguments were excluded, we start including\n                        // them now (and keeping do so for any subsequent candidates) and perform a second\n                        // round of type inference and applicability checking for this particular candidate.\n                        argCheckMode = CheckMode.Normal;\n                        if (inferenceContext) {\n                            const typeArgumentTypes = inferTypeArguments(node, candidate, args, argCheckMode, inferenceContext);\n                            checkCandidate = getSignatureInstantiation(candidate, typeArgumentTypes, isInJSFile(candidate.declaration), inferenceContext && inferenceContext.inferredTypeParameters);\n                            // If the original signature has a generic rest type, instantiation may produce a\n                            // signature with different arity and we need to perform another arity check.\n                            if (getNonArrayRestType(candidate) && !hasCorrectArity(node, args, checkCandidate, signatureHelpTrailingComma)) {\n                                candidateForArgumentArityError = checkCandidate;\n                                continue;\n                            }\n                        }\n                        if (getSignatureApplicabilityError(node, args, checkCandidate, relation, argCheckMode, /*reportErrors*/ false, /*containingMessageChain*/ undefined)) {\n                            // Give preference to error candidates that have no rest parameters (as they are more specific)\n                            (candidatesForArgumentError || (candidatesForArgumentError = [])).push(checkCandidate);\n                            continue;\n                        }\n                    }\n                    candidates[candidateIndex] = checkCandidate;\n                    return checkCandidate;\n                }\n\n                return undefined;\n            }\n        }\n\n        // No signature was applicable. We have already reported the errors for the invalid signature.\n        function getCandidateForOverloadFailure(\n            node: CallLikeExpression,\n            candidates: Signature[],\n            args: readonly Expression[],\n            hasCandidatesOutArray: boolean,\n        ): Signature {\n            Debug.assert(candidates.length > 0); // Else should not have called this.\n            checkNodeDeferred(node);\n            // Normally we will combine overloads. Skip this if they have type parameters since that's hard to combine.\n            // Don't do this if there is a `candidatesOutArray`,\n            // because then we want the chosen best candidate to be one of the overloads, not a combination.\n            return hasCandidatesOutArray || candidates.length === 1 || candidates.some(c => !!c.typeParameters)\n                ? pickLongestCandidateSignature(node, candidates, args)\n                : createUnionOfSignaturesForOverloadFailure(candidates);\n        }\n\n        function createUnionOfSignaturesForOverloadFailure(candidates: readonly Signature[]): Signature {\n            const thisParameters = mapDefined(candidates, c => c.thisParameter);\n            let thisParameter: Symbol | undefined;\n            if (thisParameters.length) {\n                thisParameter = createCombinedSymbolFromTypes(thisParameters, thisParameters.map(getTypeOfParameter));\n            }\n            const { min: minArgumentCount, max: maxNonRestParam } = minAndMax(candidates, getNumNonRestParameters);\n            const parameters: Symbol[] = [];\n            for (let i = 0; i < maxNonRestParam; i++) {\n                const symbols = mapDefined(candidates, s => signatureHasRestParameter(s) ?\n                    i < s.parameters.length - 1 ? s.parameters[i] : last(s.parameters) :\n                    i < s.parameters.length ? s.parameters[i] : undefined);\n                Debug.assert(symbols.length !== 0);\n                parameters.push(createCombinedSymbolFromTypes(symbols, mapDefined(candidates, candidate => tryGetTypeAtPosition(candidate, i))));\n            }\n            const restParameterSymbols = mapDefined(candidates, c => signatureHasRestParameter(c) ? last(c.parameters) : undefined);\n            let flags = SignatureFlags.None;\n            if (restParameterSymbols.length !== 0) {\n                const type = createArrayType(getUnionType(mapDefined(candidates, tryGetRestTypeOfSignature), UnionReduction.Subtype));\n                parameters.push(createCombinedSymbolForOverloadFailure(restParameterSymbols, type));\n                flags |= SignatureFlags.HasRestParameter;\n            }\n            if (candidates.some(signatureHasLiteralTypes)) {\n                flags |= SignatureFlags.HasLiteralTypes;\n            }\n            return createSignature(\n                candidates[0].declaration,\n                /*typeParameters*/ undefined, // Before calling this we tested for `!candidates.some(c => !!c.typeParameters)`.\n                thisParameter,\n                parameters,\n                /*resolvedReturnType*/ getIntersectionType(candidates.map(getReturnTypeOfSignature)),\n                /*typePredicate*/ undefined,\n                minArgumentCount,\n                flags);\n        }\n\n        function getNumNonRestParameters(signature: Signature): number {\n            const numParams = signature.parameters.length;\n            return signatureHasRestParameter(signature) ? numParams - 1 : numParams;\n        }\n\n        function createCombinedSymbolFromTypes(sources: readonly Symbol[], types: Type[]): Symbol {\n            return createCombinedSymbolForOverloadFailure(sources, getUnionType(types, UnionReduction.Subtype));\n        }\n\n        function createCombinedSymbolForOverloadFailure(sources: readonly Symbol[], type: Type): Symbol {\n            // This function is currently only used for erroneous overloads, so it's good enough to just use the first source.\n            return createSymbolWithType(first(sources), type);\n        }\n\n        function pickLongestCandidateSignature(node: CallLikeExpression, candidates: Signature[], args: readonly Expression[]): Signature {\n            // Pick the longest signature. This way we can get a contextual type for cases like:\n            //     declare function f(a: { xa: number; xb: number; }, b: number);\n            //     f({ |\n            // Also, use explicitly-supplied type arguments if they are provided, so we can get a contextual signature in cases like:\n            //     declare function f<T>(k: keyof T);\n            //     f<Foo>(\"\n            const bestIndex = getLongestCandidateIndex(candidates, apparentArgumentCount === undefined ? args.length : apparentArgumentCount);\n            const candidate = candidates[bestIndex];\n            const { typeParameters } = candidate;\n            if (!typeParameters) {\n                return candidate;\n            }\n\n            const typeArgumentNodes: readonly TypeNode[] | undefined = callLikeExpressionMayHaveTypeArguments(node) ? node.typeArguments : undefined;\n            const instantiated = typeArgumentNodes\n                ? createSignatureInstantiation(candidate, getTypeArgumentsFromNodes(typeArgumentNodes, typeParameters, isInJSFile(node)))\n                : inferSignatureInstantiationForOverloadFailure(node, typeParameters, candidate, args);\n            candidates[bestIndex] = instantiated;\n            return instantiated;\n        }\n\n        function getTypeArgumentsFromNodes(typeArgumentNodes: readonly TypeNode[], typeParameters: readonly TypeParameter[], isJs: boolean): readonly Type[] {\n            const typeArguments = typeArgumentNodes.map(getTypeOfNode);\n            while (typeArguments.length > typeParameters.length) {\n                typeArguments.pop();\n            }\n            while (typeArguments.length < typeParameters.length) {\n                typeArguments.push(getDefaultFromTypeParameter(typeParameters[typeArguments.length]) || getConstraintOfTypeParameter(typeParameters[typeArguments.length]) || getDefaultTypeArgumentType(isJs));\n            }\n            return typeArguments;\n        }\n\n        function inferSignatureInstantiationForOverloadFailure(node: CallLikeExpression, typeParameters: readonly TypeParameter[], candidate: Signature, args: readonly Expression[]): Signature {\n            const inferenceContext = createInferenceContext(typeParameters, candidate, /*flags*/ isInJSFile(node) ? InferenceFlags.AnyDefault : InferenceFlags.None);\n            const typeArgumentTypes = inferTypeArguments(node, candidate, args, CheckMode.SkipContextSensitive | CheckMode.SkipGenericFunctions, inferenceContext);\n            return createSignatureInstantiation(candidate, typeArgumentTypes);\n        }\n\n        function getLongestCandidateIndex(candidates: Signature[], argsCount: number): number {\n            let maxParamsIndex = -1;\n            let maxParams = -1;\n\n            for (let i = 0; i < candidates.length; i++) {\n                const candidate = candidates[i];\n                const paramCount = getParameterCount(candidate);\n                if (hasEffectiveRestParameter(candidate) || paramCount >= argsCount) {\n                    return i;\n                }\n                if (paramCount > maxParams) {\n                    maxParams = paramCount;\n                    maxParamsIndex = i;\n                }\n            }\n\n            return maxParamsIndex;\n        }\n\n        function resolveCallExpression(node: CallExpression, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            if (node.expression.kind === SyntaxKind.SuperKeyword) {\n                const superType = checkSuperExpression(node.expression);\n                if (isTypeAny(superType)) {\n                    for (const arg of node.arguments) {\n                        checkExpression(arg); // Still visit arguments so they get marked for visibility, etc\n                    }\n                    return anySignature;\n                }\n                if (!isErrorType(superType)) {\n                    // In super call, the candidate signatures are the matching arity signatures of the base constructor function instantiated\n                    // with the type arguments specified in the extends clause.\n                    const baseTypeNode = getEffectiveBaseTypeNode(getContainingClass(node)!);\n                    if (baseTypeNode) {\n                        const baseConstructors = getInstantiatedConstructorsForTypeArguments(superType, baseTypeNode.typeArguments, baseTypeNode);\n                        return resolveCall(node, baseConstructors, candidatesOutArray, checkMode, SignatureFlags.None);\n                    }\n                }\n                return resolveUntypedCall(node);\n            }\n\n            let callChainFlags: SignatureFlags;\n            let funcType = checkExpression(node.expression);\n            if (isCallChain(node)) {\n                const nonOptionalType = getOptionalExpressionType(funcType, node.expression);\n                callChainFlags = nonOptionalType === funcType ? SignatureFlags.None :\n                    isOutermostOptionalChain(node) ? SignatureFlags.IsOuterCallChain :\n                    SignatureFlags.IsInnerCallChain;\n                funcType = nonOptionalType;\n            }\n            else {\n                callChainFlags = SignatureFlags.None;\n            }\n\n            funcType = checkNonNullTypeWithReporter(\n                funcType,\n                node.expression,\n                reportCannotInvokePossiblyNullOrUndefinedError\n            );\n\n            if (funcType === silentNeverType) {\n                return silentNeverSignature;\n            }\n\n            const apparentType = getApparentType(funcType);\n            if (isErrorType(apparentType)) {\n                // Another error has already been reported\n                return resolveErrorCall(node);\n            }\n\n            // Technically, this signatures list may be incomplete. We are taking the apparent type,\n            // but we are not including call signatures that may have been added to the Object or\n            // Function interface, since they have none by default. This is a bit of a leap of faith\n            // that the user will not add any.\n            const callSignatures = getSignaturesOfType(apparentType, SignatureKind.Call);\n            const numConstructSignatures = getSignaturesOfType(apparentType, SignatureKind.Construct).length;\n\n            // TS 1.0 Spec: 4.12\n            // In an untyped function call no TypeArgs are permitted, Args can be any argument list, no contextual\n            // types are provided for the argument expressions, and the result is always of type Any.\n            if (isUntypedFunctionCall(funcType, apparentType, callSignatures.length, numConstructSignatures)) {\n                // The unknownType indicates that an error already occurred (and was reported).  No\n                // need to report another error in this case.\n                if (!isErrorType(funcType) && node.typeArguments) {\n                    error(node, Diagnostics.Untyped_function_calls_may_not_accept_type_arguments);\n                }\n                return resolveUntypedCall(node);\n            }\n            // If FuncExpr's apparent type(section 3.8.1) is a function type, the call is a typed function call.\n            // TypeScript employs overload resolution in typed function calls in order to support functions\n            // with multiple call signatures.\n            if (!callSignatures.length) {\n                if (numConstructSignatures) {\n                    error(node, Diagnostics.Value_of_type_0_is_not_callable_Did_you_mean_to_include_new, typeToString(funcType));\n                }\n                else {\n                    let relatedInformation: DiagnosticRelatedInformation | undefined;\n                    if (node.arguments.length === 1) {\n                        const text = getSourceFileOfNode(node).text;\n                        if (isLineBreak(text.charCodeAt(skipTrivia(text, node.expression.end, /* stopAfterLineBreak */ true) - 1))) {\n                            relatedInformation = createDiagnosticForNode(node.expression, Diagnostics.Are_you_missing_a_semicolon);\n                        }\n                    }\n                    invocationError(node.expression, apparentType, SignatureKind.Call, relatedInformation);\n                }\n                return resolveErrorCall(node);\n            }\n            // When a call to a generic function is an argument to an outer call to a generic function for which\n            // inference is in process, we have a choice to make. If the inner call relies on inferences made from\n            // its contextual type to its return type, deferring the inner call processing allows the best possible\n            // contextual type to accumulate. But if the outer call relies on inferences made from the return type of\n            // the inner call, the inner call should be processed early. There's no sure way to know which choice is\n            // right (only a full unification algorithm can determine that), so we resort to the following heuristic:\n            // If no type arguments are specified in the inner call and at least one call signature is generic and\n            // returns a function type, we choose to defer processing. This narrowly permits function composition\n            // operators to flow inferences through return types, but otherwise processes calls right away. We\n            // use the resolvingSignature singleton to indicate that we deferred processing. This result will be\n            // propagated out and eventually turned into nonInferrableType (a type that is assignable to anything and\n            // from which we never make inferences).\n            if (checkMode & CheckMode.SkipGenericFunctions && !node.typeArguments && callSignatures.some(isGenericFunctionReturningFunction)) {\n                skippedGenericFunction(node, checkMode);\n                return resolvingSignature;\n            }\n            // If the function is explicitly marked with `@class`, then it must be constructed.\n            if (callSignatures.some(sig => isInJSFile(sig.declaration) && !!getJSDocClassTag(sig.declaration!))) {\n                error(node, Diagnostics.Value_of_type_0_is_not_callable_Did_you_mean_to_include_new, typeToString(funcType));\n                return resolveErrorCall(node);\n            }\n\n            return resolveCall(node, callSignatures, candidatesOutArray, checkMode, callChainFlags);\n        }\n\n        function isGenericFunctionReturningFunction(signature: Signature) {\n            return !!(signature.typeParameters && isFunctionType(getReturnTypeOfSignature(signature)));\n        }\n\n        /**\n          * TS 1.0 spec: 4.12\n          * If FuncExpr is of type Any, or of an object type that has no call or construct signatures\n          * but is a subtype of the Function interface, the call is an untyped function call.\n          */\n        function isUntypedFunctionCall(funcType: Type, apparentFuncType: Type, numCallSignatures: number, numConstructSignatures: number): boolean {\n            // We exclude union types because we may have a union of function types that happen to have no common signatures.\n            return isTypeAny(funcType) || isTypeAny(apparentFuncType) && !!(funcType.flags & TypeFlags.TypeParameter) ||\n                !numCallSignatures && !numConstructSignatures && !(apparentFuncType.flags & TypeFlags.Union) && !(getReducedType(apparentFuncType).flags & TypeFlags.Never) && isTypeAssignableTo(funcType, globalFunctionType);\n        }\n\n        function resolveNewExpression(node: NewExpression, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            if (node.arguments && languageVersion < ScriptTarget.ES5) {\n                const spreadIndex = getSpreadArgumentIndex(node.arguments);\n                if (spreadIndex >= 0) {\n                    error(node.arguments[spreadIndex], Diagnostics.Spread_operator_in_new_expressions_is_only_available_when_targeting_ECMAScript_5_and_higher);\n                }\n            }\n\n            let expressionType = checkNonNullExpression(node.expression);\n            if (expressionType === silentNeverType) {\n                return silentNeverSignature;\n            }\n\n            // If expressionType's apparent type(section 3.8.1) is an object type with one or\n            // more construct signatures, the expression is processed in the same manner as a\n            // function call, but using the construct signatures as the initial set of candidate\n            // signatures for overload resolution. The result type of the function call becomes\n            // the result type of the operation.\n            expressionType = getApparentType(expressionType);\n            if (isErrorType(expressionType)) {\n                // Another error has already been reported\n                return resolveErrorCall(node);\n            }\n\n            // TS 1.0 spec: 4.11\n            // If expressionType is of type Any, Args can be any argument\n            // list and the result of the operation is of type Any.\n            if (isTypeAny(expressionType)) {\n                if (node.typeArguments) {\n                    error(node, Diagnostics.Untyped_function_calls_may_not_accept_type_arguments);\n                }\n                return resolveUntypedCall(node);\n            }\n\n            // Technically, this signatures list may be incomplete. We are taking the apparent type,\n            // but we are not including construct signatures that may have been added to the Object or\n            // Function interface, since they have none by default. This is a bit of a leap of faith\n            // that the user will not add any.\n            const constructSignatures = getSignaturesOfType(expressionType, SignatureKind.Construct);\n            if (constructSignatures.length) {\n                if (!isConstructorAccessible(node, constructSignatures[0])) {\n                    return resolveErrorCall(node);\n                }\n                // If the expression is a class of abstract type, or an abstract construct signature,\n                // then it cannot be instantiated.\n                // In the case of a merged class-module or class-interface declaration,\n                // only the class declaration node will have the Abstract flag set.\n                if (someSignature(constructSignatures, signature => !!(signature.flags & SignatureFlags.Abstract))) {\n                    error(node, Diagnostics.Cannot_create_an_instance_of_an_abstract_class);\n                    return resolveErrorCall(node);\n                }\n                const valueDecl = expressionType.symbol && getClassLikeDeclarationOfSymbol(expressionType.symbol);\n                if (valueDecl && hasSyntacticModifier(valueDecl, ModifierFlags.Abstract)) {\n                    error(node, Diagnostics.Cannot_create_an_instance_of_an_abstract_class);\n                    return resolveErrorCall(node);\n                }\n\n                return resolveCall(node, constructSignatures, candidatesOutArray, checkMode, SignatureFlags.None);\n            }\n\n            // If expressionType's apparent type is an object type with no construct signatures but\n            // one or more call signatures, the expression is processed as a function call. A compile-time\n            // error occurs if the result of the function call is not Void. The type of the result of the\n            // operation is Any. It is an error to have a Void this type.\n            const callSignatures = getSignaturesOfType(expressionType, SignatureKind.Call);\n            if (callSignatures.length) {\n                const signature = resolveCall(node, callSignatures, candidatesOutArray, checkMode, SignatureFlags.None);\n                if (!noImplicitAny) {\n                    if (signature.declaration && !isJSConstructor(signature.declaration) && getReturnTypeOfSignature(signature) !== voidType) {\n                        error(node, Diagnostics.Only_a_void_function_can_be_called_with_the_new_keyword);\n                    }\n                    if (getThisTypeOfSignature(signature) === voidType) {\n                        error(node, Diagnostics.A_function_that_is_called_with_the_new_keyword_cannot_have_a_this_type_that_is_void);\n                    }\n                }\n                return signature;\n            }\n\n            invocationError(node.expression, expressionType, SignatureKind.Construct);\n            return resolveErrorCall(node);\n        }\n\n        function someSignature(signatures: Signature | readonly Signature[], f: (s: Signature) => boolean): boolean {\n            if (isArray(signatures)) {\n                return some(signatures, signature => someSignature(signature, f));\n            }\n            return signatures.compositeKind === TypeFlags.Union ? some(signatures.compositeSignatures, f) : f(signatures);\n        }\n\n        function typeHasProtectedAccessibleBase(target: Symbol, type: InterfaceType): boolean {\n            const baseTypes = getBaseTypes(type);\n            if (!length(baseTypes)) {\n                return false;\n            }\n            const firstBase = baseTypes[0];\n            if (firstBase.flags & TypeFlags.Intersection) {\n                const types = (firstBase as IntersectionType).types;\n                const mixinFlags = findMixins(types);\n                let i = 0;\n                for (const intersectionMember of (firstBase as IntersectionType).types) {\n                    // We want to ignore mixin ctors\n                    if (!mixinFlags[i]) {\n                        if (getObjectFlags(intersectionMember) & (ObjectFlags.Class | ObjectFlags.Interface)) {\n                            if (intersectionMember.symbol === target) {\n                                return true;\n                            }\n                            if (typeHasProtectedAccessibleBase(target, intersectionMember as InterfaceType)) {\n                                return true;\n                            }\n                        }\n                    }\n                    i++;\n                }\n                return false;\n            }\n            if (firstBase.symbol === target) {\n                return true;\n            }\n            return typeHasProtectedAccessibleBase(target, firstBase as InterfaceType);\n        }\n\n        function isConstructorAccessible(node: NewExpression, signature: Signature) {\n            if (!signature || !signature.declaration) {\n                return true;\n            }\n\n            const declaration = signature.declaration;\n            const modifiers = getSelectedEffectiveModifierFlags(declaration, ModifierFlags.NonPublicAccessibilityModifier);\n\n            // (1) Public constructors and (2) constructor functions are always accessible.\n            if (!modifiers || declaration.kind !== SyntaxKind.Constructor) {\n                return true;\n            }\n\n            const declaringClassDeclaration = getClassLikeDeclarationOfSymbol(declaration.parent.symbol)!;\n            const declaringClass = getDeclaredTypeOfSymbol(declaration.parent.symbol) as InterfaceType;\n\n            // A private or protected constructor can only be instantiated within its own class (or a subclass, for protected)\n            if (!isNodeWithinClass(node, declaringClassDeclaration)) {\n                const containingClass = getContainingClass(node);\n                if (containingClass && modifiers & ModifierFlags.Protected) {\n                    const containingType = getTypeOfNode(containingClass);\n                    if (typeHasProtectedAccessibleBase(declaration.parent.symbol, containingType as InterfaceType)) {\n                        return true;\n                    }\n                }\n                if (modifiers & ModifierFlags.Private) {\n                    error(node, Diagnostics.Constructor_of_class_0_is_private_and_only_accessible_within_the_class_declaration, typeToString(declaringClass));\n                }\n                if (modifiers & ModifierFlags.Protected) {\n                    error(node, Diagnostics.Constructor_of_class_0_is_protected_and_only_accessible_within_the_class_declaration, typeToString(declaringClass));\n                }\n                return false;\n            }\n\n            return true;\n        }\n\n        function invocationErrorDetails(errorTarget: Node, apparentType: Type, kind: SignatureKind): { messageChain: DiagnosticMessageChain, relatedMessage: DiagnosticMessage | undefined } {\n            let errorInfo: DiagnosticMessageChain | undefined;\n            const isCall = kind === SignatureKind.Call;\n            const awaitedType = getAwaitedType(apparentType);\n            const maybeMissingAwait = awaitedType && getSignaturesOfType(awaitedType, kind).length > 0;\n            if (apparentType.flags & TypeFlags.Union) {\n                const types = (apparentType as UnionType).types;\n                let hasSignatures = false;\n                for (const constituent of types) {\n                    const signatures = getSignaturesOfType(constituent, kind);\n                    if (signatures.length !== 0) {\n                        hasSignatures = true;\n                        if (errorInfo) {\n                            // Bail early if we already have an error, no chance of \"No constituent of type is callable\"\n                            break;\n                        }\n                    }\n                    else {\n                        // Error on the first non callable constituent only\n                        if (!errorInfo) {\n                            errorInfo = chainDiagnosticMessages(\n                                errorInfo,\n                                isCall ?\n                                    Diagnostics.Type_0_has_no_call_signatures :\n                                    Diagnostics.Type_0_has_no_construct_signatures,\n                                typeToString(constituent)\n                            );\n                            errorInfo = chainDiagnosticMessages(\n                                errorInfo,\n                                isCall ?\n                                    Diagnostics.Not_all_constituents_of_type_0_are_callable :\n                                    Diagnostics.Not_all_constituents_of_type_0_are_constructable,\n                                typeToString(apparentType)\n                            );\n                        }\n                        if (hasSignatures) {\n                            // Bail early if we already found a siganture, no chance of \"No constituent of type is callable\"\n                            break;\n                        }\n                    }\n                }\n                if (!hasSignatures) {\n                    errorInfo = chainDiagnosticMessages(\n                        /* detials */ undefined,\n                        isCall ?\n                            Diagnostics.No_constituent_of_type_0_is_callable :\n                            Diagnostics.No_constituent_of_type_0_is_constructable,\n                        typeToString(apparentType)\n                    );\n                }\n                if (!errorInfo) {\n                    errorInfo = chainDiagnosticMessages(\n                        errorInfo,\n                        isCall ?\n                            Diagnostics.Each_member_of_the_union_type_0_has_signatures_but_none_of_those_signatures_are_compatible_with_each_other :\n                            Diagnostics.Each_member_of_the_union_type_0_has_construct_signatures_but_none_of_those_signatures_are_compatible_with_each_other,\n                        typeToString(apparentType)\n                    );\n                }\n            }\n            else {\n                errorInfo = chainDiagnosticMessages(\n                    errorInfo,\n                    isCall ?\n                        Diagnostics.Type_0_has_no_call_signatures :\n                        Diagnostics.Type_0_has_no_construct_signatures,\n                    typeToString(apparentType)\n                );\n            }\n\n            let headMessage = isCall ? Diagnostics.This_expression_is_not_callable : Diagnostics.This_expression_is_not_constructable;\n\n            // Diagnose get accessors incorrectly called as functions\n            if (isCallExpression(errorTarget.parent) && errorTarget.parent.arguments.length === 0) {\n                const { resolvedSymbol } = getNodeLinks(errorTarget);\n                if (resolvedSymbol && resolvedSymbol.flags & SymbolFlags.GetAccessor) {\n                    headMessage = Diagnostics.This_expression_is_not_callable_because_it_is_a_get_accessor_Did_you_mean_to_use_it_without;\n                }\n            }\n\n            return {\n                messageChain: chainDiagnosticMessages(errorInfo, headMessage),\n                relatedMessage: maybeMissingAwait ? Diagnostics.Did_you_forget_to_use_await : undefined,\n            };\n        }\n        function invocationError(errorTarget: Node, apparentType: Type, kind: SignatureKind, relatedInformation?: DiagnosticRelatedInformation) {\n            const { messageChain, relatedMessage: relatedInfo } = invocationErrorDetails(errorTarget, apparentType, kind);\n            const diagnostic = createDiagnosticForNodeFromMessageChain(errorTarget, messageChain);\n            if (relatedInfo) {\n                addRelatedInfo(diagnostic, createDiagnosticForNode(errorTarget, relatedInfo));\n            }\n            if (isCallExpression(errorTarget.parent)) {\n                const { start, length } = getDiagnosticSpanForCallNode(errorTarget.parent, /* doNotIncludeArguments */ true);\n                diagnostic.start = start;\n                diagnostic.length = length;\n            }\n            diagnostics.add(diagnostic);\n            invocationErrorRecovery(apparentType, kind, relatedInformation ? addRelatedInfo(diagnostic, relatedInformation) : diagnostic);\n        }\n\n        function invocationErrorRecovery(apparentType: Type, kind: SignatureKind, diagnostic: Diagnostic) {\n            if (!apparentType.symbol) {\n                return;\n            }\n            const importNode = getSymbolLinks(apparentType.symbol).originatingImport;\n            // Create a diagnostic on the originating import if possible onto which we can attach a quickfix\n            //  An import call expression cannot be rewritten into another form to correct the error - the only solution is to use `.default` at the use-site\n            if (importNode && !isImportCall(importNode)) {\n                const sigs = getSignaturesOfType(getTypeOfSymbol(getSymbolLinks(apparentType.symbol).target!), kind);\n                if (!sigs || !sigs.length) return;\n\n                addRelatedInfo(diagnostic,\n                    createDiagnosticForNode(importNode, Diagnostics.Type_originates_at_this_import_A_namespace_style_import_cannot_be_called_or_constructed_and_will_cause_a_failure_at_runtime_Consider_using_a_default_import_or_import_require_here_instead)\n                );\n            }\n        }\n\n        function resolveTaggedTemplateExpression(node: TaggedTemplateExpression, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            const tagType = checkExpression(node.tag);\n            const apparentType = getApparentType(tagType);\n\n            if (isErrorType(apparentType)) {\n                // Another error has already been reported\n                return resolveErrorCall(node);\n            }\n\n            const callSignatures = getSignaturesOfType(apparentType, SignatureKind.Call);\n            const numConstructSignatures = getSignaturesOfType(apparentType, SignatureKind.Construct).length;\n\n            if (isUntypedFunctionCall(tagType, apparentType, callSignatures.length, numConstructSignatures)) {\n                return resolveUntypedCall(node);\n            }\n\n            if (!callSignatures.length) {\n                if (isArrayLiteralExpression(node.parent)) {\n                    const diagnostic = createDiagnosticForNode(node.tag, Diagnostics.It_is_likely_that_you_are_missing_a_comma_to_separate_these_two_template_expressions_They_form_a_tagged_template_expression_which_cannot_be_invoked);\n                    diagnostics.add(diagnostic);\n                    return resolveErrorCall(node);\n                }\n\n                invocationError(node.tag, apparentType, SignatureKind.Call);\n                return resolveErrorCall(node);\n            }\n\n            return resolveCall(node, callSignatures, candidatesOutArray, checkMode, SignatureFlags.None);\n        }\n\n        /**\n          * Gets the localized diagnostic head message to use for errors when resolving a decorator as a call expression.\n          */\n        function getDiagnosticHeadMessageForDecoratorResolution(node: Decorator) {\n            switch (node.parent.kind) {\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.ClassExpression:\n                    return Diagnostics.Unable_to_resolve_signature_of_class_decorator_when_called_as_an_expression;\n\n                case SyntaxKind.Parameter:\n                    return Diagnostics.Unable_to_resolve_signature_of_parameter_decorator_when_called_as_an_expression;\n\n                case SyntaxKind.PropertyDeclaration:\n                    return Diagnostics.Unable_to_resolve_signature_of_property_decorator_when_called_as_an_expression;\n\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    return Diagnostics.Unable_to_resolve_signature_of_method_decorator_when_called_as_an_expression;\n\n                default:\n                    return Debug.fail();\n            }\n        }\n\n        /**\n          * Resolves a decorator as if it were a call expression.\n          */\n        function resolveDecorator(node: Decorator, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            const funcType = checkExpression(node.expression);\n            const apparentType = getApparentType(funcType);\n            if (isErrorType(apparentType)) {\n                return resolveErrorCall(node);\n            }\n\n            const callSignatures = getSignaturesOfType(apparentType, SignatureKind.Call);\n            const numConstructSignatures = getSignaturesOfType(apparentType, SignatureKind.Construct).length;\n            if (isUntypedFunctionCall(funcType, apparentType, callSignatures.length, numConstructSignatures)) {\n                return resolveUntypedCall(node);\n            }\n\n            if (isPotentiallyUncalledDecorator(node, callSignatures)) {\n                const nodeStr = getTextOfNode(node.expression, /*includeTrivia*/ false);\n                error(node, Diagnostics._0_accepts_too_few_arguments_to_be_used_as_a_decorator_here_Did_you_mean_to_call_it_first_and_write_0, nodeStr);\n                return resolveErrorCall(node);\n            }\n\n            const headMessage = getDiagnosticHeadMessageForDecoratorResolution(node);\n            if (!callSignatures.length) {\n                const errorDetails = invocationErrorDetails(node.expression, apparentType, SignatureKind.Call);\n                const messageChain = chainDiagnosticMessages(errorDetails.messageChain, headMessage);\n                const diag = createDiagnosticForNodeFromMessageChain(node.expression, messageChain);\n                if (errorDetails.relatedMessage) {\n                    addRelatedInfo(diag, createDiagnosticForNode(node.expression, errorDetails.relatedMessage));\n                }\n                diagnostics.add(diag);\n                invocationErrorRecovery(apparentType, SignatureKind.Call, diag);\n                return resolveErrorCall(node);\n            }\n\n            return resolveCall(node, callSignatures, candidatesOutArray, checkMode, SignatureFlags.None, headMessage);\n        }\n\n        function createSignatureForJSXIntrinsic(node: JsxOpeningLikeElement, result: Type): Signature {\n            const namespace = getJsxNamespaceAt(node);\n            const exports = namespace && getExportsOfSymbol(namespace);\n            // We fake up a SFC signature for each intrinsic, however a more specific per-element signature drawn from the JSX declaration\n            // file would probably be preferable.\n            const typeSymbol = exports && getSymbol(exports, JsxNames.Element, SymbolFlags.Type);\n            const returnNode = typeSymbol && nodeBuilder.symbolToEntityName(typeSymbol, SymbolFlags.Type, node);\n            const declaration = factory.createFunctionTypeNode(/*typeParameters*/ undefined,\n                [factory.createParameterDeclaration(/*decorators*/ undefined, /*modifiers*/ undefined, /*dotdotdot*/ undefined, \"props\", /*questionMark*/ undefined, nodeBuilder.typeToTypeNode(result, node))],\n                returnNode ? factory.createTypeReferenceNode(returnNode, /*typeArguments*/ undefined) : factory.createKeywordTypeNode(SyntaxKind.AnyKeyword)\n            );\n            const parameterSymbol = createSymbol(SymbolFlags.FunctionScopedVariable, \"props\" as __String);\n            parameterSymbol.type = result;\n            return createSignature(\n                declaration,\n                /*typeParameters*/ undefined,\n                /*thisParameter*/ undefined,\n                [parameterSymbol],\n                typeSymbol ? getDeclaredTypeOfSymbol(typeSymbol) : errorType,\n                /*returnTypePredicate*/ undefined,\n                1,\n                SignatureFlags.None\n            );\n        }\n\n        function resolveJsxOpeningLikeElement(node: JsxOpeningLikeElement, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            if (isJsxIntrinsicIdentifier(node.tagName)) {\n                const result = getIntrinsicAttributesTypeFromJsxOpeningLikeElement(node);\n                const fakeSignature = createSignatureForJSXIntrinsic(node, result);\n                checkTypeAssignableToAndOptionallyElaborate(checkExpressionWithContextualType(node.attributes, getEffectiveFirstArgumentForJsxSignature(fakeSignature, node), /*mapper*/ undefined, CheckMode.Normal), result, node.tagName, node.attributes);\n                if (length(node.typeArguments)) {\n                    forEach(node.typeArguments, checkSourceElement);\n                    diagnostics.add(createDiagnosticForNodeArray(getSourceFileOfNode(node), node.typeArguments!, Diagnostics.Expected_0_type_arguments_but_got_1, 0, length(node.typeArguments)));\n                }\n                return fakeSignature;\n            }\n            const exprTypes = checkExpression(node.tagName);\n            const apparentType = getApparentType(exprTypes);\n            if (isErrorType(apparentType)) {\n                return resolveErrorCall(node);\n            }\n\n            const signatures = getUninstantiatedJsxSignaturesOfType(exprTypes, node);\n            if (isUntypedFunctionCall(exprTypes, apparentType, signatures.length, /*constructSignatures*/ 0)) {\n                return resolveUntypedCall(node);\n            }\n\n            if (signatures.length === 0) {\n                // We found no signatures at all, which is an error\n                error(node.tagName, Diagnostics.JSX_element_type_0_does_not_have_any_construct_or_call_signatures, getTextOfNode(node.tagName));\n                return resolveErrorCall(node);\n            }\n\n            return resolveCall(node, signatures, candidatesOutArray, checkMode, SignatureFlags.None);\n        }\n\n        /**\n          * Sometimes, we have a decorator that could accept zero arguments,\n          * but is receiving too many arguments as part of the decorator invocation.\n          * In those cases, a user may have meant to *call* the expression before using it as a decorator.\n          */\n        function isPotentiallyUncalledDecorator(decorator: Decorator, signatures: readonly Signature[]) {\n            return signatures.length && every(signatures, signature =>\n                signature.minArgumentCount === 0 &&\n                !signatureHasRestParameter(signature) &&\n                signature.parameters.length < getDecoratorArgumentCount(decorator, signature));\n        }\n\n        function resolveSignature(node: CallLikeExpression, candidatesOutArray: Signature[] | undefined, checkMode: CheckMode): Signature {\n            switch (node.kind) {\n                case SyntaxKind.CallExpression:\n                    return resolveCallExpression(node, candidatesOutArray, checkMode);\n                case SyntaxKind.NewExpression:\n                    return resolveNewExpression(node, candidatesOutArray, checkMode);\n                case SyntaxKind.TaggedTemplateExpression:\n                    return resolveTaggedTemplateExpression(node, candidatesOutArray, checkMode);\n                case SyntaxKind.Decorator:\n                    return resolveDecorator(node, candidatesOutArray, checkMode);\n                case SyntaxKind.JsxOpeningElement:\n                case SyntaxKind.JsxSelfClosingElement:\n                    return resolveJsxOpeningLikeElement(node, candidatesOutArray, checkMode);\n            }\n            throw Debug.assertNever(node, \"Branch in 'resolveSignature' should be unreachable.\");\n        }\n\n        /**\n          * Resolve a signature of a given call-like expression.\n          * @param node a call-like expression to try resolve a signature for\n          * @param candidatesOutArray an array of signature to be filled in by the function. It is passed by signature help in the language service;\n          *                           the function will fill it up with appropriate candidate signatures\n          * @return a signature of the call-like expression or undefined if one can't be found\n          */\n        function getResolvedSignature(node: CallLikeExpression, candidatesOutArray?: Signature[] | undefined, checkMode?: CheckMode): Signature {\n            const links = getNodeLinks(node);\n            // If getResolvedSignature has already been called, we will have cached the resolvedSignature.\n            // However, it is possible that either candidatesOutArray was not passed in the first time,\n            // or that a different candidatesOutArray was passed in. Therefore, we need to redo the work\n            // to correctly fill the candidatesOutArray.\n            const cached = links.resolvedSignature;\n            if (cached && cached !== resolvingSignature && !candidatesOutArray) {\n                return cached;\n            }\n            links.resolvedSignature = resolvingSignature;\n            const result = resolveSignature(node, candidatesOutArray, checkMode || CheckMode.Normal);\n            // When CheckMode.SkipGenericFunctions is set we use resolvingSignature to indicate that call\n            // resolution should be deferred.\n            if (result !== resolvingSignature) {\n                // If signature resolution originated in control flow type analysis (for example to compute the\n                // assigned type in a flow assignment) we don't cache the result as it may be based on temporary\n                // types from the control flow analysis.\n                links.resolvedSignature = flowLoopStart === flowLoopCount ? result : cached;\n            }\n            return result;\n        }\n\n        /**\n          * Indicates whether a declaration can be treated as a constructor in a JavaScript\n          * file.\n          */\n        function isJSConstructor(node: Node | undefined): node is FunctionDeclaration | FunctionExpression {\n            if (!node || !isInJSFile(node)) {\n                return false;\n            }\n            const func = isFunctionDeclaration(node) || isFunctionExpression(node) ? node :\n                isVariableDeclaration(node) && node.initializer && isFunctionExpression(node.initializer) ? node.initializer :\n                undefined;\n            if (func) {\n                // If the node has a @class tag, treat it like a constructor.\n                if (getJSDocClassTag(node)) return true;\n\n                // If the symbol of the node has members, treat it like a constructor.\n                const symbol = getSymbolOfNode(func);\n                return !!symbol?.members?.size;\n            }\n            return false;\n        }\n\n        function mergeJSSymbols(target: Symbol, source: Symbol | undefined) {\n            if (source) {\n                const links = getSymbolLinks(source);\n                if (!links.inferredClassSymbol || !links.inferredClassSymbol.has(getSymbolId(target))) {\n                    const inferred = isTransientSymbol(target) ? target : cloneSymbol(target) as TransientSymbol;\n                    inferred.exports = inferred.exports || createSymbolTable();\n                    inferred.members = inferred.members || createSymbolTable();\n                    inferred.flags |= source.flags & SymbolFlags.Class;\n                    if (source.exports?.size) {\n                        mergeSymbolTable(inferred.exports, source.exports);\n                    }\n                    if (source.members?.size) {\n                        mergeSymbolTable(inferred.members, source.members);\n                    }\n                    (links.inferredClassSymbol || (links.inferredClassSymbol = new Map())).set(getSymbolId(inferred), inferred);\n                    return inferred;\n                }\n                return links.inferredClassSymbol.get(getSymbolId(target));\n            }\n        }\n\n        function getAssignedClassSymbol(decl: Declaration): Symbol | undefined {\n            const assignmentSymbol = decl && getSymbolOfExpando(decl, /*allowDeclaration*/ true);\n            const prototype = assignmentSymbol?.exports?.get(\"prototype\" as __String);\n            const init = prototype?.valueDeclaration && getAssignedJSPrototype(prototype.valueDeclaration);\n            return init ? getSymbolOfNode(init) : undefined;\n        }\n\n        function getSymbolOfExpando(node: Node, allowDeclaration: boolean): Symbol | undefined {\n            if (!node.parent) {\n                return undefined;\n            }\n            let name: Expression | BindingName | undefined;\n            let decl: Node | undefined;\n            if (isVariableDeclaration(node.parent) && node.parent.initializer === node) {\n                if (!isInJSFile(node) && !(isVarConst(node.parent) && isFunctionLikeDeclaration(node))) {\n                    return undefined;\n                }\n                name = node.parent.name;\n                decl = node.parent;\n            }\n            else if (isBinaryExpression(node.parent)) {\n                const parentNode = node.parent;\n                const parentNodeOperator = node.parent.operatorToken.kind;\n                if (parentNodeOperator === SyntaxKind.EqualsToken && (allowDeclaration || parentNode.right === node)) {\n                    name = parentNode.left;\n                    decl = name;\n                }\n                else if (parentNodeOperator === SyntaxKind.BarBarToken || parentNodeOperator === SyntaxKind.QuestionQuestionToken) {\n                    if (isVariableDeclaration(parentNode.parent) && parentNode.parent.initializer === parentNode) {\n                        name = parentNode.parent.name;\n                        decl = parentNode.parent;\n                    }\n                    else if (isBinaryExpression(parentNode.parent) && parentNode.parent.operatorToken.kind === SyntaxKind.EqualsToken && (allowDeclaration || parentNode.parent.right === parentNode)) {\n                        name = parentNode.parent.left;\n                        decl = name;\n                    }\n\n                    if (!name || !isBindableStaticNameExpression(name) || !isSameEntityName(name, parentNode.left)) {\n                        return undefined;\n                    }\n                }\n            }\n            else if (allowDeclaration && isFunctionDeclaration(node)) {\n                name = node.name;\n                decl = node;\n            }\n\n            if (!decl || !name || (!allowDeclaration && !getExpandoInitializer(node, isPrototypeAccess(name)))) {\n                return undefined;\n            }\n            return getSymbolOfNode(decl);\n        }\n\n\n        function getAssignedJSPrototype(node: Node) {\n            if (!node.parent) {\n                return false;\n            }\n            let parent: Node = node.parent;\n            while (parent && parent.kind === SyntaxKind.PropertyAccessExpression) {\n                parent = parent.parent;\n            }\n            if (parent && isBinaryExpression(parent) && isPrototypeAccess(parent.left) && parent.operatorToken.kind === SyntaxKind.EqualsToken) {\n                const right = getInitializerOfBinaryExpression(parent);\n                return isObjectLiteralExpression(right) && right;\n            }\n        }\n\n        /**\n          * Syntactically and semantically checks a call or new expression.\n          * @param node The call/new expression to be checked.\n          * @returns On success, the expression's signature's return type. On failure, anyType.\n          */\n        function checkCallExpression(node: CallExpression | NewExpression, checkMode?: CheckMode): Type {\n            checkGrammarTypeArguments(node, node.typeArguments);\n\n            const signature = getResolvedSignature(node, /*candidatesOutArray*/ undefined, checkMode);\n            if (signature === resolvingSignature) {\n                // CheckMode.SkipGenericFunctions is enabled and this is a call to a generic function that\n                // returns a function type. We defer checking and return nonInferrableType.\n                return nonInferrableType;\n            }\n\n            checkDeprecatedSignature(signature, node);\n\n            if (node.expression.kind === SyntaxKind.SuperKeyword) {\n                return voidType;\n            }\n\n            if (node.kind === SyntaxKind.NewExpression) {\n                const declaration = signature.declaration;\n\n                if (declaration &&\n                    declaration.kind !== SyntaxKind.Constructor &&\n                    declaration.kind !== SyntaxKind.ConstructSignature &&\n                    declaration.kind !== SyntaxKind.ConstructorType &&\n                    !isJSDocConstructSignature(declaration) &&\n                    !isJSConstructor(declaration)) {\n\n                    // When resolved signature is a call signature (and not a construct signature) the result type is any\n                    if (noImplicitAny) {\n                        error(node, Diagnostics.new_expression_whose_target_lacks_a_construct_signature_implicitly_has_an_any_type);\n                    }\n                    return anyType;\n                }\n            }\n\n            // In JavaScript files, calls to any identifier 'require' are treated as external module imports\n            if (isInJSFile(node) && isCommonJsRequire(node)) {\n                return resolveExternalModuleTypeByLiteral(node.arguments![0] as StringLiteral);\n            }\n\n            const returnType = getReturnTypeOfSignature(signature);\n            // Treat any call to the global 'Symbol' function that is part of a const variable or readonly property\n            // as a fresh unique symbol literal type.\n            if (returnType.flags & TypeFlags.ESSymbolLike && isSymbolOrSymbolForCall(node)) {\n                return getESSymbolLikeTypeForNode(walkUpParenthesizedExpressions(node.parent));\n            }\n            if (node.kind === SyntaxKind.CallExpression && !node.questionDotToken && node.parent.kind === SyntaxKind.ExpressionStatement &&\n                returnType.flags & TypeFlags.Void && getTypePredicateOfSignature(signature)) {\n                if (!isDottedName(node.expression)) {\n                    error(node.expression, Diagnostics.Assertions_require_the_call_target_to_be_an_identifier_or_qualified_name);\n                }\n                else if (!getEffectsSignature(node)) {\n                    const diagnostic = error(node.expression, Diagnostics.Assertions_require_every_name_in_the_call_target_to_be_declared_with_an_explicit_type_annotation);\n                    getTypeOfDottedName(node.expression, diagnostic);\n                }\n            }\n\n            if (isInJSFile(node)) {\n                const jsSymbol = getSymbolOfExpando(node, /*allowDeclaration*/ false);\n                if (jsSymbol?.exports?.size) {\n                    const jsAssignmentType = createAnonymousType(jsSymbol, jsSymbol.exports, emptyArray, emptyArray, emptyArray);\n                    jsAssignmentType.objectFlags |= ObjectFlags.JSLiteral;\n                    return getIntersectionType([returnType, jsAssignmentType]);\n                }\n            }\n\n            return returnType;\n        }\n\n        function checkDeprecatedSignature(signature: Signature, node: CallLikeExpression) {\n            if (signature.declaration && signature.declaration.flags & NodeFlags.Deprecated) {\n                const suggestionNode = getDeprecatedSuggestionNode(node);\n                const name = tryGetPropertyAccessOrIdentifierToString(getInvokedExpression(node));\n                addDeprecatedSuggestionWithSignature(suggestionNode, signature.declaration, name, signatureToString(signature));\n            }\n        }\n\n        function getDeprecatedSuggestionNode(node: Node): Node {\n            node = skipParentheses(node);\n            switch (node.kind) {\n                case SyntaxKind.CallExpression:\n                case SyntaxKind.Decorator:\n                case SyntaxKind.NewExpression:\n                    return getDeprecatedSuggestionNode((node as Decorator | CallExpression | NewExpression).expression);\n                case SyntaxKind.TaggedTemplateExpression:\n                    return getDeprecatedSuggestionNode((node as TaggedTemplateExpression).tag);\n                case SyntaxKind.JsxOpeningElement:\n                case SyntaxKind.JsxSelfClosingElement:\n                    return getDeprecatedSuggestionNode((node as JsxOpeningLikeElement).tagName);\n                case SyntaxKind.ElementAccessExpression:\n                    return (node as ElementAccessExpression).argumentExpression;\n                case SyntaxKind.PropertyAccessExpression:\n                    return (node as PropertyAccessExpression).name;\n                case SyntaxKind.TypeReference:\n                    const typeReference = node as TypeReferenceNode;\n                    return isQualifiedName(typeReference.typeName) ? typeReference.typeName.right : typeReference;\n                default:\n                    return node;\n            }\n        }\n\n        function isSymbolOrSymbolForCall(node: Node) {\n            if (!isCallExpression(node)) return false;\n            let left = node.expression;\n            if (isPropertyAccessExpression(left) && left.name.escapedText === \"for\") {\n                left = left.expression;\n            }\n            if (!isIdentifier(left) || left.escapedText !== \"Symbol\") {\n                return false;\n            }\n\n            // make sure `Symbol` is the global symbol\n            const globalESSymbol = getGlobalESSymbolConstructorSymbol(/*reportErrors*/ false);\n            if (!globalESSymbol) {\n                return false;\n            }\n\n            return globalESSymbol === resolveName(left, \"Symbol\" as __String, SymbolFlags.Value, /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ false);\n        }\n\n        function checkImportCallExpression(node: ImportCall): Type {\n            // Check grammar of dynamic import\n            checkGrammarImportCallExpression(node);\n\n            if (node.arguments.length === 0) {\n                return createPromiseReturnType(node, anyType);\n            }\n\n            const specifier = node.arguments[0];\n            const specifierType = checkExpressionCached(specifier);\n            const optionsType = node.arguments.length > 1 ? checkExpressionCached(node.arguments[1]) : undefined;\n            // Even though multiple arguments is grammatically incorrect, type-check extra arguments for completion\n            for (let i = 2; i < node.arguments.length; ++i) {\n                checkExpressionCached(node.arguments[i]);\n            }\n\n            if (specifierType.flags & TypeFlags.Undefined || specifierType.flags & TypeFlags.Null || !isTypeAssignableTo(specifierType, stringType)) {\n                error(specifier, Diagnostics.Dynamic_import_s_specifier_must_be_of_type_string_but_here_has_type_0, typeToString(specifierType));\n            }\n\n            if (optionsType) {\n                const importCallOptionsType = getGlobalImportCallOptionsType(/*reportErrors*/ true);\n                if (importCallOptionsType !== emptyObjectType) {\n                    checkTypeAssignableTo(optionsType, getNullableType(importCallOptionsType, TypeFlags.Undefined), node.arguments[1]);\n                }\n            }\n\n            // resolveExternalModuleName will return undefined if the moduleReferenceExpression is not a string literal\n            const moduleSymbol = resolveExternalModuleName(node, specifier);\n            if (moduleSymbol) {\n                const esModuleSymbol = resolveESModuleSymbol(moduleSymbol, specifier, /*dontRecursivelyResolve*/ true, /*suppressUsageError*/ false);\n                if (esModuleSymbol) {\n                    return createPromiseReturnType(node,\n                        getTypeWithSyntheticDefaultOnly(getTypeOfSymbol(esModuleSymbol), esModuleSymbol, moduleSymbol, specifier) ||\n                            getTypeWithSyntheticDefaultImportType(getTypeOfSymbol(esModuleSymbol), esModuleSymbol, moduleSymbol, specifier)\n                    );\n                }\n            }\n            return createPromiseReturnType(node, anyType);\n        }\n\n        function createDefaultPropertyWrapperForModule(symbol: Symbol, originalSymbol: Symbol, anonymousSymbol?: Symbol | undefined) {\n            const memberTable = createSymbolTable();\n            const newSymbol = createSymbol(SymbolFlags.Alias, InternalSymbolName.Default);\n            newSymbol.parent = originalSymbol;\n            newSymbol.nameType = getStringLiteralType(\"default\");\n            newSymbol.target = resolveSymbol(symbol);\n            memberTable.set(InternalSymbolName.Default, newSymbol);\n            return createAnonymousType(anonymousSymbol, memberTable, emptyArray, emptyArray, emptyArray);\n        }\n\n        function getTypeWithSyntheticDefaultOnly(type: Type, symbol: Symbol, originalSymbol: Symbol, moduleSpecifier: Expression) {\n            const hasDefaultOnly = isOnlyImportedAsDefault(moduleSpecifier);\n            if (hasDefaultOnly && type && !isErrorType(type)) {\n                const synthType = type as SyntheticDefaultModuleType;\n                if (!synthType.defaultOnlyType) {\n                    const type = createDefaultPropertyWrapperForModule(symbol, originalSymbol);\n                    synthType.defaultOnlyType = type;\n                }\n                return synthType.defaultOnlyType;\n            }\n            return undefined;\n        }\n\n        function getTypeWithSyntheticDefaultImportType(type: Type, symbol: Symbol, originalSymbol: Symbol, moduleSpecifier: Expression): Type {\n            if (allowSyntheticDefaultImports && type && !isErrorType(type)) {\n                const synthType = type as SyntheticDefaultModuleType;\n                if (!synthType.syntheticType) {\n                    const file = originalSymbol.declarations?.find(isSourceFile);\n                    const hasSyntheticDefault = canHaveSyntheticDefault(file, originalSymbol, /*dontResolveAlias*/ false, moduleSpecifier);\n                    if (hasSyntheticDefault) {\n                        const anonymousSymbol = createSymbol(SymbolFlags.TypeLiteral, InternalSymbolName.Type);\n                        const defaultContainingObject = createDefaultPropertyWrapperForModule(symbol, originalSymbol, anonymousSymbol);\n                        anonymousSymbol.type = defaultContainingObject;\n                        synthType.syntheticType = isValidSpreadType(type) ? getSpreadType(type, defaultContainingObject, anonymousSymbol, /*objectFlags*/ 0, /*readonly*/ false) : defaultContainingObject;\n                    }\n                    else {\n                        synthType.syntheticType = type;\n                    }\n                }\n                return synthType.syntheticType;\n            }\n            return type;\n        }\n\n        function isCommonJsRequire(node: Node): boolean {\n            if (!isRequireCall(node, /*checkArgumentIsStringLiteralLike*/ true)) {\n                return false;\n            }\n\n            // Make sure require is not a local function\n            if (!isIdentifier(node.expression)) return Debug.fail();\n            const resolvedRequire = resolveName(node.expression, node.expression.escapedText, SymbolFlags.Value, /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ true)!; // TODO: GH#18217\n            if (resolvedRequire === requireSymbol) {\n                return true;\n            }\n            // project includes symbol named 'require' - make sure that it is ambient and local non-alias\n            if (resolvedRequire.flags & SymbolFlags.Alias) {\n                return false;\n            }\n\n            const targetDeclarationKind = resolvedRequire.flags & SymbolFlags.Function\n                ? SyntaxKind.FunctionDeclaration\n                : resolvedRequire.flags & SymbolFlags.Variable\n                    ? SyntaxKind.VariableDeclaration\n                    : SyntaxKind.Unknown;\n            if (targetDeclarationKind !== SyntaxKind.Unknown) {\n                const decl = getDeclarationOfKind(resolvedRequire, targetDeclarationKind)!;\n                // function/variable declaration should be ambient\n                return !!decl && !!(decl.flags & NodeFlags.Ambient);\n            }\n            return false;\n        }\n\n        function checkTaggedTemplateExpression(node: TaggedTemplateExpression): Type {\n            if (!checkGrammarTaggedTemplateChain(node)) checkGrammarTypeArguments(node, node.typeArguments);\n            if (languageVersion < ScriptTarget.ES2015) {\n                checkExternalEmitHelpers(node, ExternalEmitHelpers.MakeTemplateObject);\n            }\n            const signature = getResolvedSignature(node);\n            checkDeprecatedSignature(signature, node);\n            return getReturnTypeOfSignature(signature);\n        }\n\n        function checkAssertion(node: AssertionExpression) {\n            if (node.kind === SyntaxKind.TypeAssertionExpression) {\n                const file = getSourceFileOfNode(node);\n                if (file && fileExtensionIsOneOf(file.fileName, [Extension.Cts, Extension.Mts])) {\n                    grammarErrorOnNode(node, Diagnostics.This_syntax_is_reserved_in_files_with_the_mts_or_cts_extension_Use_an_as_expression_instead);\n                }\n            }\n            return checkAssertionWorker(node, node.type, node.expression);\n        }\n\n        function isValidConstAssertionArgument(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.StringLiteral:\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.BigIntLiteral:\n                case SyntaxKind.TrueKeyword:\n                case SyntaxKind.FalseKeyword:\n                case SyntaxKind.ArrayLiteralExpression:\n                case SyntaxKind.ObjectLiteralExpression:\n                case SyntaxKind.TemplateExpression:\n                    return true;\n                case SyntaxKind.ParenthesizedExpression:\n                    return isValidConstAssertionArgument((node as ParenthesizedExpression).expression);\n                case SyntaxKind.PrefixUnaryExpression:\n                    const op = (node as PrefixUnaryExpression).operator;\n                    const arg = (node as PrefixUnaryExpression).operand;\n                    return op === SyntaxKind.MinusToken && (arg.kind === SyntaxKind.NumericLiteral || arg.kind === SyntaxKind.BigIntLiteral) ||\n                        op === SyntaxKind.PlusToken && arg.kind === SyntaxKind.NumericLiteral;\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ElementAccessExpression:\n                    const expr = (node as PropertyAccessExpression | ElementAccessExpression).expression;\n                    let symbol = getTypeOfNode(expr).symbol;\n                    if (symbol && symbol.flags & SymbolFlags.Alias) {\n                        symbol = resolveAlias(symbol);\n                    }\n                    return !!(symbol && (symbol.flags & SymbolFlags.Enum) && getEnumKind(symbol) === EnumKind.Literal);\n            }\n            return false;\n        }\n\n        function checkAssertionWorker(errNode: Node, type: TypeNode, expression: UnaryExpression | Expression, checkMode?: CheckMode) {\n            let exprType = checkExpression(expression, checkMode);\n            if (isConstTypeReference(type)) {\n                if (!isValidConstAssertionArgument(expression)) {\n                    error(expression, Diagnostics.A_const_assertions_can_only_be_applied_to_references_to_enum_members_or_string_number_boolean_array_or_object_literals);\n                }\n                return getRegularTypeOfLiteralType(exprType);\n            }\n            checkSourceElement(type);\n            exprType = getRegularTypeOfObjectLiteral(getBaseTypeOfLiteralType(exprType));\n            const targetType = getTypeFromTypeNode(type);\n            if (!isErrorType(targetType)) {\n                addLazyDiagnostic(() => {\n                    const widenedType = getWidenedType(exprType);\n                    if (!isTypeComparableTo(targetType, widenedType)) {\n                        checkTypeComparableTo(exprType, targetType, errNode,\n                            Diagnostics.Conversion_of_type_0_to_type_1_may_be_a_mistake_because_neither_type_sufficiently_overlaps_with_the_other_If_this_was_intentional_convert_the_expression_to_unknown_first);\n                    }\n                });\n            }\n            return targetType;\n        }\n\n        function checkNonNullChain(node: NonNullChain) {\n            const leftType = checkExpression(node.expression);\n            const nonOptionalType = getOptionalExpressionType(leftType, node.expression);\n            return propagateOptionalTypeMarker(getNonNullableType(nonOptionalType), node, nonOptionalType !== leftType);\n        }\n\n        function checkNonNullAssertion(node: NonNullExpression) {\n            return node.flags & NodeFlags.OptionalChain ? checkNonNullChain(node as NonNullChain) :\n                getNonNullableType(checkExpression(node.expression));\n        }\n\n        function checkExpressionWithTypeArguments(node: ExpressionWithTypeArguments | TypeQueryNode) {\n            checkGrammarExpressionWithTypeArguments(node);\n            const exprType = node.kind === SyntaxKind.ExpressionWithTypeArguments ? checkExpression(node.expression) :\n                isThisIdentifier(node.exprName) ? checkThisExpression(node.exprName) :\n                checkExpression(node.exprName);\n            const typeArguments = node.typeArguments;\n            if (exprType === silentNeverType || isErrorType(exprType) || !some(typeArguments)) {\n                return exprType;\n            }\n            let hasSomeApplicableSignature = false;\n            let nonApplicableType: Type | undefined;\n            const result = getInstantiatedType(exprType);\n            const errorType = hasSomeApplicableSignature ? nonApplicableType : exprType;\n            if (errorType) {\n                diagnostics.add(createDiagnosticForNodeArray(getSourceFileOfNode(node), typeArguments, Diagnostics.Type_0_has_no_signatures_for_which_the_type_argument_list_is_applicable, typeToString(errorType)));\n            }\n            return result;\n\n            function getInstantiatedType(type: Type): Type {\n                let hasSignatures = false;\n                let hasApplicableSignature = false;\n                const result = getInstantiatedTypePart(type);\n                hasSomeApplicableSignature ||= hasApplicableSignature;\n                if (hasSignatures && !hasApplicableSignature) {\n                    nonApplicableType ??= type;\n                }\n                return result;\n\n                function getInstantiatedTypePart(type: Type): Type {\n                    if (type.flags & TypeFlags.Object) {\n                        const resolved = resolveStructuredTypeMembers(type as ObjectType);\n                        const callSignatures = getInstantiatedSignatures(resolved.callSignatures);\n                        const constructSignatures = getInstantiatedSignatures(resolved.constructSignatures);\n                        hasSignatures ||= resolved.callSignatures.length !== 0 || resolved.constructSignatures.length !== 0;\n                        hasApplicableSignature ||= callSignatures.length !== 0 || constructSignatures.length !== 0;\n                        if (callSignatures !== resolved.callSignatures || constructSignatures !== resolved.constructSignatures) {\n                            const result = createAnonymousType(undefined, resolved.members, callSignatures, constructSignatures, resolved.indexInfos) as ResolvedType & InstantiationExpressionType;\n                            result.objectFlags |= ObjectFlags.InstantiationExpressionType;\n                            result.node = node;\n                            return result;\n                        }\n                    }\n                    else if (type.flags & TypeFlags.InstantiableNonPrimitive) {\n                        const constraint = getBaseConstraintOfType(type);\n                        if (constraint) {\n                            const instantiated = getInstantiatedTypePart(constraint);\n                            if (instantiated !== constraint) {\n                                return instantiated;\n                            }\n                        }\n                    }\n                    else if (type.flags & TypeFlags.Union) {\n                        return mapType(type, getInstantiatedType);\n                    }\n                    else if (type.flags & TypeFlags.Intersection) {\n                        return getIntersectionType(sameMap((type as IntersectionType).types, getInstantiatedTypePart));\n                    }\n                    return type;\n                }\n            }\n\n            function getInstantiatedSignatures(signatures: readonly Signature[]) {\n                const applicableSignatures = filter(signatures, sig => !!sig.typeParameters && hasCorrectTypeArgumentArity(sig, typeArguments));\n                return sameMap(applicableSignatures, sig => {\n                    const typeArgumentTypes = checkTypeArguments(sig, typeArguments!, /*reportErrors*/ true);\n                    return typeArgumentTypes ? getSignatureInstantiation(sig, typeArgumentTypes, isInJSFile(sig.declaration)) : sig;\n                });\n            }\n        }\n\n        function checkMetaProperty(node: MetaProperty): Type {\n            checkGrammarMetaProperty(node);\n\n            if (node.keywordToken === SyntaxKind.NewKeyword) {\n                return checkNewTargetMetaProperty(node);\n            }\n\n            if (node.keywordToken === SyntaxKind.ImportKeyword) {\n                return checkImportMetaProperty(node);\n            }\n\n            return Debug.assertNever(node.keywordToken);\n        }\n\n        function checkMetaPropertyKeyword(node: MetaProperty): Type {\n            switch (node.keywordToken) {\n                case SyntaxKind.ImportKeyword:\n                    return getGlobalImportMetaExpressionType();\n                case SyntaxKind.NewKeyword:\n                    const type = checkNewTargetMetaProperty(node);\n                    return isErrorType(type) ? errorType : createNewTargetExpressionType(type);\n                default:\n                    Debug.assertNever(node.keywordToken);\n            }\n        }\n\n        function checkNewTargetMetaProperty(node: MetaProperty) {\n            const container = getNewTargetContainer(node);\n            if (!container) {\n                error(node, Diagnostics.Meta_property_0_is_only_allowed_in_the_body_of_a_function_declaration_function_expression_or_constructor, \"new.target\");\n                return errorType;\n            }\n            else if (container.kind === SyntaxKind.Constructor) {\n                const symbol = getSymbolOfNode(container.parent as ClassLikeDeclaration);\n                return getTypeOfSymbol(symbol);\n            }\n            else {\n                const symbol = getSymbolOfNode(container)!;\n                return getTypeOfSymbol(symbol);\n            }\n        }\n\n        function checkImportMetaProperty(node: MetaProperty) {\n            if (moduleKind === ModuleKind.Node12 || moduleKind === ModuleKind.NodeNext) {\n                if (getSourceFileOfNode(node).impliedNodeFormat !== ModuleKind.ESNext) {\n                    error(node, Diagnostics.The_import_meta_meta_property_is_not_allowed_in_files_which_will_build_into_CommonJS_output);\n                }\n            }\n            else if (moduleKind < ModuleKind.ES2020 && moduleKind !== ModuleKind.System) {\n                error(node, Diagnostics.The_import_meta_meta_property_is_only_allowed_when_the_module_option_is_es2020_es2022_esnext_system_node12_or_nodenext);\n            }\n            const file = getSourceFileOfNode(node);\n            Debug.assert(!!(file.flags & NodeFlags.PossiblyContainsImportMeta), \"Containing file is missing import meta node flag.\");\n            return node.name.escapedText === \"meta\" ? getGlobalImportMetaType() : errorType;\n        }\n\n        function getTypeOfParameter(symbol: Symbol) {\n            const type = getTypeOfSymbol(symbol);\n            if (strictNullChecks) {\n                const declaration = symbol.valueDeclaration;\n                if (declaration && hasInitializer(declaration)) {\n                    return getOptionalType(type);\n                }\n            }\n            return type;\n        }\n\n        function getTupleElementLabel(d: ParameterDeclaration | NamedTupleMember) {\n            Debug.assert(isIdentifier(d.name)); // Parameter declarations could be binding patterns, but we only allow identifier names\n            return d.name.escapedText;\n        }\n\n        function getParameterNameAtPosition(signature: Signature, pos: number, overrideRestType?: Type) {\n            const paramCount = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            if (pos < paramCount) {\n                return signature.parameters[pos].escapedName;\n            }\n            const restParameter = signature.parameters[paramCount] || unknownSymbol;\n            const restType = overrideRestType || getTypeOfSymbol(restParameter);\n            if (isTupleType(restType)) {\n                const associatedNames = ((restType as TypeReference).target as TupleType).labeledElementDeclarations;\n                const index = pos - paramCount;\n                return associatedNames && getTupleElementLabel(associatedNames[index]) || restParameter.escapedName + \"_\" + index as __String;\n            }\n            return restParameter.escapedName;\n        }\n\n        function getParameterIdentifierNameAtPosition(signature: Signature, pos: number): [parameterName: __String, isRestParameter: boolean] | undefined {\n            if (signature.declaration?.kind === SyntaxKind.JSDocFunctionType) {\n                return undefined;\n            }\n            const paramCount = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            if (pos < paramCount) {\n                const param = signature.parameters[pos];\n                return isParameterDeclarationWithIdentifierName(param) ? [param.escapedName, false] : undefined;\n            }\n\n            const restParameter = signature.parameters[paramCount] || unknownSymbol;\n            if (!isParameterDeclarationWithIdentifierName(restParameter)) {\n                return undefined;\n            }\n\n            const restType = getTypeOfSymbol(restParameter);\n            if (isTupleType(restType)) {\n                const associatedNames = ((restType as TypeReference).target as TupleType).labeledElementDeclarations;\n                const index = pos - paramCount;\n                const associatedName = associatedNames?.[index];\n                const isRestTupleElement = !!associatedName?.dotDotDotToken;\n                return associatedName ? [\n                    getTupleElementLabel(associatedName),\n                    isRestTupleElement\n                ] : undefined;\n            }\n\n            if (pos === paramCount) {\n                return [restParameter.escapedName, true];\n            }\n            return undefined;\n        }\n\n        function isParameterDeclarationWithIdentifierName(symbol: Symbol) {\n            return symbol.valueDeclaration && isParameter(symbol.valueDeclaration) && isIdentifier(symbol.valueDeclaration.name);\n        }\n        function isValidDeclarationForTupleLabel(d: Declaration): d is NamedTupleMember | (ParameterDeclaration & { name: Identifier }) {\n            return d.kind === SyntaxKind.NamedTupleMember || (isParameter(d) && d.name && isIdentifier(d.name));\n        }\n\n        function getNameableDeclarationAtPosition(signature: Signature, pos: number) {\n            const paramCount = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            if (pos < paramCount) {\n                const decl = signature.parameters[pos].valueDeclaration;\n                return decl && isValidDeclarationForTupleLabel(decl) ? decl : undefined;\n            }\n            const restParameter = signature.parameters[paramCount] || unknownSymbol;\n            const restType = getTypeOfSymbol(restParameter);\n            if (isTupleType(restType)) {\n                const associatedNames = ((restType as TypeReference).target as TupleType).labeledElementDeclarations;\n                const index = pos - paramCount;\n                return associatedNames && associatedNames[index];\n            }\n            return restParameter.valueDeclaration && isValidDeclarationForTupleLabel(restParameter.valueDeclaration) ? restParameter.valueDeclaration : undefined;\n        }\n\n        function getTypeAtPosition(signature: Signature, pos: number): Type {\n            return tryGetTypeAtPosition(signature, pos) || anyType;\n        }\n\n        function tryGetTypeAtPosition(signature: Signature, pos: number): Type | undefined {\n            const paramCount = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            if (pos < paramCount) {\n                return getTypeOfParameter(signature.parameters[pos]);\n            }\n            if (signatureHasRestParameter(signature)) {\n                // We want to return the value undefined for an out of bounds parameter position,\n                // so we need to check bounds here before calling getIndexedAccessType (which\n                // otherwise would return the type 'undefined').\n                const restType = getTypeOfSymbol(signature.parameters[paramCount]);\n                const index = pos - paramCount;\n                if (!isTupleType(restType) || restType.target.hasRestElement || index < restType.target.fixedLength) {\n                    return getIndexedAccessType(restType, getNumberLiteralType(index));\n                }\n            }\n            return undefined;\n        }\n\n        function getRestTypeAtPosition(source: Signature, pos: number): Type {\n            const parameterCount = getParameterCount(source);\n            const minArgumentCount = getMinArgumentCount(source);\n            const restType = getEffectiveRestType(source);\n            if (restType && pos >= parameterCount - 1) {\n                return pos === parameterCount - 1 ? restType : createArrayType(getIndexedAccessType(restType, numberType));\n            }\n            const types = [];\n            const flags = [];\n            const names = [];\n            for (let i = pos; i < parameterCount; i++) {\n                if (!restType || i < parameterCount - 1) {\n                    types.push(getTypeAtPosition(source, i));\n                    flags.push(i < minArgumentCount ? ElementFlags.Required : ElementFlags.Optional);\n                }\n                else {\n                    types.push(restType);\n                    flags.push(ElementFlags.Variadic);\n                }\n                const name = getNameableDeclarationAtPosition(source, i);\n                if (name) {\n                    names.push(name);\n                }\n            }\n            return createTupleType(types, flags, /*readonly*/ false, length(names) === length(types) ? names : undefined);\n        }\n\n        // Return the number of parameters in a signature. The rest parameter, if present, counts as one\n        // parameter. For example, the parameter count of (x: number, y: number, ...z: string[]) is 3 and\n        // the parameter count of (x: number, ...args: [number, ...string[], boolean])) is also 3. In the\n        // latter example, the effective rest type is [...string[], boolean].\n        function getParameterCount(signature: Signature) {\n            const length = signature.parameters.length;\n            if (signatureHasRestParameter(signature)) {\n                const restType = getTypeOfSymbol(signature.parameters[length - 1]);\n                if (isTupleType(restType)) {\n                    return length + restType.target.fixedLength - (restType.target.hasRestElement ? 0 : 1);\n                }\n            }\n            return length;\n        }\n\n        function getMinArgumentCount(signature: Signature, flags?: MinArgumentCountFlags) {\n            const strongArityForUntypedJS = flags! & MinArgumentCountFlags.StrongArityForUntypedJS;\n            const voidIsNonOptional = flags! & MinArgumentCountFlags.VoidIsNonOptional;\n            if (voidIsNonOptional || signature.resolvedMinArgumentCount === undefined) {\n                let minArgumentCount: number | undefined;\n                if (signatureHasRestParameter(signature)) {\n                    const restType = getTypeOfSymbol(signature.parameters[signature.parameters.length - 1]);\n                    if (isTupleType(restType)) {\n                        const firstOptionalIndex = findIndex(restType.target.elementFlags, f => !(f & ElementFlags.Required));\n                        const requiredCount = firstOptionalIndex < 0 ? restType.target.fixedLength : firstOptionalIndex;\n                        if (requiredCount > 0) {\n                            minArgumentCount = signature.parameters.length - 1 + requiredCount;\n                        }\n                    }\n                }\n                if (minArgumentCount === undefined) {\n                    if (!strongArityForUntypedJS && signature.flags & SignatureFlags.IsUntypedSignatureInJSFile) {\n                        return 0;\n                    }\n                    minArgumentCount = signature.minArgumentCount;\n                }\n                if (voidIsNonOptional) {\n                    return minArgumentCount;\n                }\n                for (let i = minArgumentCount - 1; i >= 0; i--) {\n                    const type = getTypeAtPosition(signature, i);\n                    if (filterType(type, acceptsVoid).flags & TypeFlags.Never) {\n                        break;\n                    }\n                    minArgumentCount = i;\n                }\n                signature.resolvedMinArgumentCount = minArgumentCount;\n            }\n            return signature.resolvedMinArgumentCount;\n        }\n\n        function hasEffectiveRestParameter(signature: Signature) {\n            if (signatureHasRestParameter(signature)) {\n                const restType = getTypeOfSymbol(signature.parameters[signature.parameters.length - 1]);\n                return !isTupleType(restType) || restType.target.hasRestElement;\n            }\n            return false;\n        }\n\n        function getEffectiveRestType(signature: Signature) {\n            if (signatureHasRestParameter(signature)) {\n                const restType = getTypeOfSymbol(signature.parameters[signature.parameters.length - 1]);\n                if (!isTupleType(restType)) {\n                    return restType;\n                }\n                if (restType.target.hasRestElement) {\n                    return sliceTupleType(restType, restType.target.fixedLength);\n                }\n            }\n            return undefined;\n        }\n\n        function getNonArrayRestType(signature: Signature) {\n            const restType = getEffectiveRestType(signature);\n            return restType && !isArrayType(restType) && !isTypeAny(restType) && (getReducedType(restType).flags & TypeFlags.Never) === 0 ? restType : undefined;\n        }\n\n        function getTypeOfFirstParameterOfSignature(signature: Signature) {\n            return getTypeOfFirstParameterOfSignatureWithFallback(signature, neverType);\n        }\n\n        function getTypeOfFirstParameterOfSignatureWithFallback(signature: Signature, fallbackType: Type) {\n            return signature.parameters.length > 0 ? getTypeAtPosition(signature, 0) : fallbackType;\n        }\n\n        function inferFromAnnotatedParameters(signature: Signature, context: Signature, inferenceContext: InferenceContext) {\n            const len = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            for (let i = 0; i < len; i++) {\n                const declaration = signature.parameters[i].valueDeclaration as ParameterDeclaration;\n                if (declaration.type) {\n                    const typeNode = getEffectiveTypeAnnotationNode(declaration);\n                    if (typeNode) {\n                        inferTypes(inferenceContext.inferences, getTypeFromTypeNode(typeNode), getTypeAtPosition(context, i));\n                    }\n                }\n            }\n            const restType = getEffectiveRestType(context);\n            if (restType && restType.flags & TypeFlags.TypeParameter) {\n                // The contextual signature has a generic rest parameter. We first instantiate the contextual\n                // signature (without fixing type parameters) and assign types to contextually typed parameters.\n                const instantiatedContext = instantiateSignature(context, inferenceContext.nonFixingMapper);\n                assignContextualParameterTypes(signature, instantiatedContext);\n                // We then infer from a tuple type representing the parameters that correspond to the contextual\n                // rest parameter.\n                const restPos = getParameterCount(context) - 1;\n                inferTypes(inferenceContext.inferences, getRestTypeAtPosition(signature, restPos), restType);\n            }\n        }\n\n        function assignContextualParameterTypes(signature: Signature, context: Signature) {\n            if (context.typeParameters) {\n                if (!signature.typeParameters) {\n                    signature.typeParameters = context.typeParameters;\n                }\n                else {\n                    return; // This signature has already has a contextual inference performed and cached on it!\n                }\n            }\n            if (context.thisParameter) {\n                const parameter = signature.thisParameter;\n                if (!parameter || parameter.valueDeclaration && !(parameter.valueDeclaration as ParameterDeclaration).type) {\n                    if (!parameter) {\n                        signature.thisParameter = createSymbolWithType(context.thisParameter, /*type*/ undefined);\n                    }\n                    assignParameterType(signature.thisParameter!, getTypeOfSymbol(context.thisParameter));\n                }\n            }\n            const len = signature.parameters.length - (signatureHasRestParameter(signature) ? 1 : 0);\n            for (let i = 0; i < len; i++) {\n                const parameter = signature.parameters[i];\n                if (!getEffectiveTypeAnnotationNode(parameter.valueDeclaration as ParameterDeclaration)) {\n                    const contextualParameterType = tryGetTypeAtPosition(context, i);\n                    assignParameterType(parameter, contextualParameterType);\n                }\n            }\n            if (signatureHasRestParameter(signature)) {\n                // parameter might be a transient symbol generated by use of `arguments` in the function body.\n                const parameter = last(signature.parameters);\n                if (parameter.valueDeclaration\n                    ? !getEffectiveTypeAnnotationNode(parameter.valueDeclaration as ParameterDeclaration)\n                    // a declarationless parameter may still have a `.type` already set by its construction logic\n                    // (which may pull a type from a jsdoc) - only allow fixing on `DeferredType` parameters with a fallback type\n                    : !!(getCheckFlags(parameter) & CheckFlags.DeferredType)\n                ) {\n                    const contextualParameterType = getRestTypeAtPosition(context, len);\n                    assignParameterType(parameter, contextualParameterType);\n                }\n            }\n        }\n\n        function assignNonContextualParameterTypes(signature: Signature) {\n            if (signature.thisParameter) {\n                assignParameterType(signature.thisParameter);\n            }\n            for (const parameter of signature.parameters) {\n                assignParameterType(parameter);\n            }\n        }\n\n        function assignParameterType(parameter: Symbol, type?: Type) {\n            const links = getSymbolLinks(parameter);\n            if (!links.type) {\n                const declaration = parameter.valueDeclaration as ParameterDeclaration | undefined;\n                links.type = type || (declaration ? getWidenedTypeForVariableLikeDeclaration(declaration, /*reportErrors*/ true) : getTypeOfSymbol(parameter));\n                if (declaration && declaration.name.kind !== SyntaxKind.Identifier) {\n                    // if inference didn't come up with anything but unknown, fall back to the binding pattern if present.\n                    if (links.type === unknownType) {\n                        links.type = getTypeFromBindingPattern(declaration.name);\n                    }\n                    assignBindingElementTypes(declaration.name, links.type);\n                }\n            }\n            else if (type) {\n                Debug.assertEqual(links.type, type, \"Parameter symbol already has a cached type which differs from newly assigned type\");\n            }\n        }\n\n        // When contextual typing assigns a type to a parameter that contains a binding pattern, we also need to push\n        // the destructured type into the contained binding elements.\n        function assignBindingElementTypes(pattern: BindingPattern, parentType: Type) {\n            for (const element of pattern.elements) {\n                if (!isOmittedExpression(element)) {\n                    const type = getBindingElementTypeFromParentType(element, parentType);\n                    if (element.name.kind === SyntaxKind.Identifier) {\n                        getSymbolLinks(getSymbolOfNode(element)).type = type;\n                    }\n                    else {\n                        assignBindingElementTypes(element.name, type);\n                    }\n                }\n            }\n        }\n\n        function createPromiseType(promisedType: Type): Type {\n            // creates a `Promise<T>` type where `T` is the promisedType argument\n            const globalPromiseType = getGlobalPromiseType(/*reportErrors*/ true);\n            if (globalPromiseType !== emptyGenericType) {\n                // if the promised type is itself a promise, get the underlying type; otherwise, fallback to the promised type\n                // Unwrap an `Awaited<T>` to `T` to improve inference.\n                promisedType = getAwaitedTypeNoAlias(unwrapAwaitedType(promisedType)) || unknownType;\n                return createTypeReference(globalPromiseType, [promisedType]);\n            }\n\n            return unknownType;\n        }\n\n        function createPromiseLikeType(promisedType: Type): Type {\n            // creates a `PromiseLike<T>` type where `T` is the promisedType argument\n            const globalPromiseLikeType = getGlobalPromiseLikeType(/*reportErrors*/ true);\n            if (globalPromiseLikeType !== emptyGenericType) {\n                // if the promised type is itself a promise, get the underlying type; otherwise, fallback to the promised type\n                // Unwrap an `Awaited<T>` to `T` to improve inference.\n                promisedType = getAwaitedTypeNoAlias(unwrapAwaitedType(promisedType)) || unknownType;\n                return createTypeReference(globalPromiseLikeType, [promisedType]);\n            }\n\n            return unknownType;\n        }\n\n        function createPromiseReturnType(func: FunctionLikeDeclaration | ImportCall, promisedType: Type) {\n            const promiseType = createPromiseType(promisedType);\n            if (promiseType === unknownType) {\n                error(func, isImportCall(func) ?\n                    Diagnostics.A_dynamic_import_call_returns_a_Promise_Make_sure_you_have_a_declaration_for_Promise_or_include_ES2015_in_your_lib_option :\n                    Diagnostics.An_async_function_or_method_must_return_a_Promise_Make_sure_you_have_a_declaration_for_Promise_or_include_ES2015_in_your_lib_option);\n                return errorType;\n            }\n            else if (!getGlobalPromiseConstructorSymbol(/*reportErrors*/ true)) {\n                error(func, isImportCall(func) ?\n                    Diagnostics.A_dynamic_import_call_in_ES5_SlashES3_requires_the_Promise_constructor_Make_sure_you_have_a_declaration_for_the_Promise_constructor_or_include_ES2015_in_your_lib_option :\n                    Diagnostics.An_async_function_or_method_in_ES5_SlashES3_requires_the_Promise_constructor_Make_sure_you_have_a_declaration_for_the_Promise_constructor_or_include_ES2015_in_your_lib_option);\n            }\n\n            return promiseType;\n        }\n\n        function createNewTargetExpressionType(targetType: Type): Type {\n            // Create a synthetic type `NewTargetExpression { target: TargetType; }`\n            const symbol = createSymbol(SymbolFlags.None, \"NewTargetExpression\" as __String);\n\n            const targetPropertySymbol = createSymbol(SymbolFlags.Property, \"target\" as __String, CheckFlags.Readonly);\n            targetPropertySymbol.parent = symbol;\n            targetPropertySymbol.type = targetType;\n\n            const members = createSymbolTable([targetPropertySymbol]);\n            symbol.members = members;\n            return createAnonymousType(symbol, members, emptyArray, emptyArray, emptyArray);\n        }\n\n        function getReturnTypeFromBody(func: FunctionLikeDeclaration, checkMode?: CheckMode): Type {\n            if (!func.body) {\n                return errorType;\n            }\n\n            const functionFlags = getFunctionFlags(func);\n            const isAsync = (functionFlags & FunctionFlags.Async) !== 0;\n            const isGenerator = (functionFlags & FunctionFlags.Generator) !== 0;\n\n            let returnType: Type | undefined;\n            let yieldType: Type | undefined;\n            let nextType: Type | undefined;\n            let fallbackReturnType: Type = voidType;\n            if (func.body.kind !== SyntaxKind.Block) { // Async or normal arrow function\n                returnType = checkExpressionCached(func.body, checkMode && checkMode & ~CheckMode.SkipGenericFunctions);\n                if (isAsync) {\n                    // From within an async function you can return either a non-promise value or a promise. Any\n                    // Promise/A+ compatible implementation will always assimilate any foreign promise, so the\n                    // return type of the body should be unwrapped to its awaited type, which we will wrap in\n                    // the native Promise<T> type later in this function.\n                    returnType = unwrapAwaitedType(checkAwaitedType(returnType, /*withAlias*/ false, /*errorNode*/ func, Diagnostics.The_return_type_of_an_async_function_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member));\n                }\n            }\n            else if (isGenerator) { // Generator or AsyncGenerator function\n                const returnTypes = checkAndAggregateReturnExpressionTypes(func, checkMode);\n                if (!returnTypes) {\n                    fallbackReturnType = neverType;\n                }\n                else if (returnTypes.length > 0) {\n                    returnType = getUnionType(returnTypes, UnionReduction.Subtype);\n                }\n                const { yieldTypes, nextTypes } = checkAndAggregateYieldOperandTypes(func, checkMode);\n                yieldType = some(yieldTypes) ? getUnionType(yieldTypes, UnionReduction.Subtype) : undefined;\n                nextType = some(nextTypes) ? getIntersectionType(nextTypes) : undefined;\n            }\n            else { // Async or normal function\n                const types = checkAndAggregateReturnExpressionTypes(func, checkMode);\n                if (!types) {\n                    // For an async function, the return type will not be never, but rather a Promise for never.\n                    return functionFlags & FunctionFlags.Async\n                        ? createPromiseReturnType(func, neverType) // Async function\n                        : neverType; // Normal function\n                }\n                if (types.length === 0) {\n                    // For an async function, the return type will not be void, but rather a Promise for void.\n                    return functionFlags & FunctionFlags.Async\n                        ? createPromiseReturnType(func, voidType) // Async function\n                        : voidType; // Normal function\n                }\n\n                // Return a union of the return expression types.\n                returnType = getUnionType(types, UnionReduction.Subtype);\n            }\n\n            if (returnType || yieldType || nextType) {\n                if (yieldType) reportErrorsFromWidening(func, yieldType, WideningKind.GeneratorYield);\n                if (returnType) reportErrorsFromWidening(func, returnType, WideningKind.FunctionReturn);\n                if (nextType) reportErrorsFromWidening(func, nextType, WideningKind.GeneratorNext);\n                if (returnType && isUnitType(returnType) ||\n                    yieldType && isUnitType(yieldType) ||\n                    nextType && isUnitType(nextType)) {\n                    const contextualSignature = getContextualSignatureForFunctionLikeDeclaration(func);\n                    const contextualType = !contextualSignature ? undefined :\n                        contextualSignature === getSignatureFromDeclaration(func) ? isGenerator ? undefined : returnType :\n                        instantiateContextualType(getReturnTypeOfSignature(contextualSignature), func);\n                    if (isGenerator) {\n                        yieldType = getWidenedLiteralLikeTypeForContextualIterationTypeIfNeeded(yieldType, contextualType, IterationTypeKind.Yield, isAsync);\n                        returnType = getWidenedLiteralLikeTypeForContextualIterationTypeIfNeeded(returnType, contextualType, IterationTypeKind.Return, isAsync);\n                        nextType = getWidenedLiteralLikeTypeForContextualIterationTypeIfNeeded(nextType, contextualType, IterationTypeKind.Next, isAsync);\n                    }\n                    else {\n                        returnType = getWidenedLiteralLikeTypeForContextualReturnTypeIfNeeded(returnType, contextualType, isAsync);\n                    }\n                }\n\n                if (yieldType) yieldType = getWidenedType(yieldType);\n                if (returnType) returnType = getWidenedType(returnType);\n                if (nextType) nextType = getWidenedType(nextType);\n            }\n\n            if (isGenerator) {\n                return createGeneratorReturnType(\n                    yieldType || neverType,\n                    returnType || fallbackReturnType,\n                    nextType || getContextualIterationType(IterationTypeKind.Next, func) || unknownType,\n                    isAsync);\n            }\n            else {\n                // From within an async function you can return either a non-promise value or a promise. Any\n                // Promise/A+ compatible implementation will always assimilate any foreign promise, so the\n                // return type of the body is awaited type of the body, wrapped in a native Promise<T> type.\n                return isAsync\n                    ? createPromiseType(returnType || fallbackReturnType)\n                    : returnType || fallbackReturnType;\n            }\n        }\n\n        function createGeneratorReturnType(yieldType: Type, returnType: Type, nextType: Type, isAsyncGenerator: boolean) {\n            const resolver = isAsyncGenerator ? asyncIterationTypesResolver : syncIterationTypesResolver;\n            const globalGeneratorType = resolver.getGlobalGeneratorType(/*reportErrors*/ false);\n            yieldType = resolver.resolveIterationType(yieldType, /*errorNode*/ undefined) || unknownType;\n            returnType = resolver.resolveIterationType(returnType, /*errorNode*/ undefined) || unknownType;\n            nextType = resolver.resolveIterationType(nextType, /*errorNode*/ undefined) || unknownType;\n            if (globalGeneratorType === emptyGenericType) {\n                // Fall back to the global IterableIterator if returnType is assignable to the expected return iteration\n                // type of IterableIterator, and the expected next iteration type of IterableIterator is assignable to\n                // nextType.\n                const globalType = resolver.getGlobalIterableIteratorType(/*reportErrors*/ false);\n                const iterationTypes = globalType !== emptyGenericType ? getIterationTypesOfGlobalIterableType(globalType, resolver) : undefined;\n                const iterableIteratorReturnType = iterationTypes ? iterationTypes.returnType : anyType;\n                const iterableIteratorNextType = iterationTypes ? iterationTypes.nextType : undefinedType;\n                if (isTypeAssignableTo(returnType, iterableIteratorReturnType) &&\n                    isTypeAssignableTo(iterableIteratorNextType, nextType)) {\n                    if (globalType !== emptyGenericType) {\n                        return createTypeFromGenericGlobalType(globalType, [yieldType]);\n                    }\n\n                    // The global IterableIterator type doesn't exist, so report an error\n                    resolver.getGlobalIterableIteratorType(/*reportErrors*/ true);\n                    return emptyObjectType;\n                }\n\n                // The global Generator type doesn't exist, so report an error\n                resolver.getGlobalGeneratorType(/*reportErrors*/ true);\n                return emptyObjectType;\n            }\n\n            return createTypeFromGenericGlobalType(globalGeneratorType, [yieldType, returnType, nextType]);\n        }\n\n        function checkAndAggregateYieldOperandTypes(func: FunctionLikeDeclaration, checkMode: CheckMode | undefined) {\n            const yieldTypes: Type[] = [];\n            const nextTypes: Type[] = [];\n            const isAsync = (getFunctionFlags(func) & FunctionFlags.Async) !== 0;\n            forEachYieldExpression(func.body as Block, yieldExpression => {\n                const yieldExpressionType = yieldExpression.expression ? checkExpression(yieldExpression.expression, checkMode) : undefinedWideningType;\n                pushIfUnique(yieldTypes, getYieldedTypeOfYieldExpression(yieldExpression, yieldExpressionType, anyType, isAsync));\n                let nextType: Type | undefined;\n                if (yieldExpression.asteriskToken) {\n                    const iterationTypes = getIterationTypesOfIterable(\n                        yieldExpressionType,\n                        isAsync ? IterationUse.AsyncYieldStar : IterationUse.YieldStar,\n                        yieldExpression.expression);\n                    nextType = iterationTypes && iterationTypes.nextType;\n                }\n                else {\n                    nextType = getContextualType(yieldExpression);\n                }\n                if (nextType) pushIfUnique(nextTypes, nextType);\n            });\n            return { yieldTypes, nextTypes };\n        }\n\n        function getYieldedTypeOfYieldExpression(node: YieldExpression, expressionType: Type, sentType: Type, isAsync: boolean): Type | undefined {\n            const errorNode = node.expression || node;\n            // A `yield*` expression effectively yields everything that its operand yields\n            const yieldedType = node.asteriskToken ? checkIteratedTypeOrElementType(isAsync ? IterationUse.AsyncYieldStar : IterationUse.YieldStar, expressionType, sentType, errorNode) : expressionType;\n            return !isAsync ? yieldedType : getAwaitedType(yieldedType, errorNode, node.asteriskToken\n                ? Diagnostics.Type_of_iterated_elements_of_a_yield_Asterisk_operand_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member\n                : Diagnostics.Type_of_yield_operand_in_an_async_generator_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member);\n        }\n\n        /**\n          * Collect the TypeFacts learned from a typeof switch with\n          * total clauses `witnesses`, and the active clause ranging\n          * from `start` to `end`. Parameter `hasDefault` denotes\n          * whether the active clause contains a default clause.\n          */\n        function getFactsFromTypeofSwitch(start: number, end: number, witnesses: string[], hasDefault: boolean): TypeFacts {\n            let facts: TypeFacts = TypeFacts.None;\n            // When in the default we only collect inequality facts\n            // because default is 'in theory' a set of infinite\n            // equalities.\n            if (hasDefault) {\n                // Value is not equal to any types after the active clause.\n                for (let i = end; i < witnesses.length; i++) {\n                    facts |= typeofNEFacts.get(witnesses[i]) || TypeFacts.TypeofNEHostObject;\n                }\n                // Remove inequalities for types that appear in the\n                // active clause because they appear before other\n                // types collected so far.\n                for (let i = start; i < end; i++) {\n                    facts &= ~(typeofNEFacts.get(witnesses[i]) || 0);\n                }\n                // Add inequalities for types before the active clause unconditionally.\n                for (let i = 0; i < start; i++) {\n                    facts |= typeofNEFacts.get(witnesses[i]) || TypeFacts.TypeofNEHostObject;\n                }\n            }\n            // When in an active clause without default the set of\n            // equalities is finite.\n            else {\n                // Add equalities for all types in the active clause.\n                for (let i = start; i < end; i++) {\n                    facts |= typeofEQFacts.get(witnesses[i]) || TypeFacts.TypeofEQHostObject;\n                }\n                // Remove equalities for types that appear before the\n                // active clause.\n                for (let i = 0; i < start; i++) {\n                    facts &= ~(typeofEQFacts.get(witnesses[i]) || 0);\n                }\n            }\n            return facts;\n        }\n\n        function isExhaustiveSwitchStatement(node: SwitchStatement): boolean {\n            const links = getNodeLinks(node);\n            return links.isExhaustive !== undefined ? links.isExhaustive : (links.isExhaustive = computeExhaustiveSwitchStatement(node));\n        }\n\n        function computeExhaustiveSwitchStatement(node: SwitchStatement): boolean {\n            if (node.expression.kind === SyntaxKind.TypeOfExpression) {\n                const operandType = getTypeOfExpression((node.expression as TypeOfExpression).expression);\n                const witnesses = getSwitchClauseTypeOfWitnesses(node, /*retainDefault*/ false);\n                // notEqualFacts states that the type of the switched value is not equal to every type in the switch.\n                const notEqualFacts = getFactsFromTypeofSwitch(0, 0, witnesses, /*hasDefault*/ true);\n                const type = getBaseConstraintOfType(operandType) || operandType;\n                // Take any/unknown as a special condition. Or maybe we could change `type` to a union containing all primitive types.\n                if (type.flags & TypeFlags.AnyOrUnknown) {\n                    return (TypeFacts.AllTypeofNE & notEqualFacts) === TypeFacts.AllTypeofNE;\n                }\n                return !!(filterType(type, t => (getTypeFacts(t) & notEqualFacts) === notEqualFacts).flags & TypeFlags.Never);\n            }\n            const type = getTypeOfExpression(node.expression);\n            if (!isLiteralType(type)) {\n                return false;\n            }\n            const switchTypes = getSwitchClauseTypes(node);\n            if (!switchTypes.length || some(switchTypes, isNeitherUnitTypeNorNever)) {\n                return false;\n            }\n            return eachTypeContainedIn(mapType(type, getRegularTypeOfLiteralType), switchTypes);\n        }\n\n        function functionHasImplicitReturn(func: FunctionLikeDeclaration) {\n            return func.endFlowNode && isReachableFlowNode(func.endFlowNode);\n        }\n\n        /** NOTE: Return value of `[]` means a different thing than `undefined`. `[]` means func returns `void`, `undefined` means it returns `never`. */\n        function checkAndAggregateReturnExpressionTypes(func: FunctionLikeDeclaration, checkMode: CheckMode | undefined): Type[] | undefined {\n            const functionFlags = getFunctionFlags(func);\n            const aggregatedTypes: Type[] = [];\n            let hasReturnWithNoExpression = functionHasImplicitReturn(func);\n            let hasReturnOfTypeNever = false;\n            forEachReturnStatement(func.body as Block, returnStatement => {\n                const expr = returnStatement.expression;\n                if (expr) {\n                    let type = checkExpressionCached(expr, checkMode && checkMode & ~CheckMode.SkipGenericFunctions);\n                    if (functionFlags & FunctionFlags.Async) {\n                        // From within an async function you can return either a non-promise value or a promise. Any\n                        // Promise/A+ compatible implementation will always assimilate any foreign promise, so the\n                        // return type of the body should be unwrapped to its awaited type, which should be wrapped in\n                        // the native Promise<T> type by the caller.\n                        type = unwrapAwaitedType(checkAwaitedType(type, /*withAlias*/ false, func, Diagnostics.The_return_type_of_an_async_function_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member));\n                    }\n                    if (type.flags & TypeFlags.Never) {\n                        hasReturnOfTypeNever = true;\n                    }\n                    pushIfUnique(aggregatedTypes, type);\n                }\n                else {\n                    hasReturnWithNoExpression = true;\n                }\n            });\n            if (aggregatedTypes.length === 0 && !hasReturnWithNoExpression && (hasReturnOfTypeNever || mayReturnNever(func))) {\n                return undefined;\n            }\n            if (strictNullChecks && aggregatedTypes.length && hasReturnWithNoExpression &&\n                !(isJSConstructor(func) && aggregatedTypes.some(t => t.symbol === func.symbol))) {\n                // Javascript \"callable constructors\", containing eg `if (!(this instanceof A)) return new A()` should not add undefined\n                pushIfUnique(aggregatedTypes, undefinedType);\n            }\n            return aggregatedTypes;\n        }\n        function mayReturnNever(func: FunctionLikeDeclaration): boolean {\n            switch (func.kind) {\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                    return true;\n                case SyntaxKind.MethodDeclaration:\n                    return func.parent.kind === SyntaxKind.ObjectLiteralExpression;\n                default:\n                    return false;\n            }\n        }\n\n        /**\n          * TypeScript Specification 1.0 (6.3) - July 2014\n          *   An explicitly typed function whose return type isn't the Void type,\n          *   the Any type, or a union type containing the Void or Any type as a constituent\n          *   must have at least one return statement somewhere in its body.\n          *   An exception to this rule is if the function implementation consists of a single 'throw' statement.\n          *\n          * @param returnType - return type of the function, can be undefined if return type is not explicitly specified\n          */\n        function checkAllCodePathsInNonVoidFunctionReturnOrThrow(func: FunctionLikeDeclaration | MethodSignature, returnType: Type | undefined) {\n            addLazyDiagnostic(checkAllCodePathsInNonVoidFunctionReturnOrThrowDiagnostics);\n            return;\n\n            function checkAllCodePathsInNonVoidFunctionReturnOrThrowDiagnostics(): void {\n                const functionFlags = getFunctionFlags(func);\n                const type = returnType && unwrapReturnType(returnType, functionFlags);\n\n                // Functions with with an explicitly specified 'void' or 'any' return type don't need any return expressions.\n                if (type && maybeTypeOfKind(type, TypeFlags.Any | TypeFlags.Void)) {\n                    return;\n                }\n\n                // If all we have is a function signature, or an arrow function with an expression body, then there is nothing to check.\n                // also if HasImplicitReturn flag is not set this means that all codepaths in function body end with return or throw\n                if (func.kind === SyntaxKind.MethodSignature || nodeIsMissing(func.body) || func.body!.kind !== SyntaxKind.Block || !functionHasImplicitReturn(func)) {\n                    return;\n                }\n\n                const hasExplicitReturn = func.flags & NodeFlags.HasExplicitReturn;\n                const errorNode = getEffectiveReturnTypeNode(func) || func;\n\n                if (type && type.flags & TypeFlags.Never) {\n                    error(errorNode, Diagnostics.A_function_returning_never_cannot_have_a_reachable_end_point);\n                }\n                else if (type && !hasExplicitReturn) {\n                    // minimal check: function has syntactic return type annotation and no explicit return statements in the body\n                    // this function does not conform to the specification.\n                    error(errorNode, Diagnostics.A_function_whose_declared_type_is_neither_void_nor_any_must_return_a_value);\n                }\n                else if (type && strictNullChecks && !isTypeAssignableTo(undefinedType, type)) {\n                    error(errorNode, Diagnostics.Function_lacks_ending_return_statement_and_return_type_does_not_include_undefined);\n                }\n                else if (compilerOptions.noImplicitReturns) {\n                    if (!type) {\n                        // If return type annotation is omitted check if function has any explicit return statements.\n                        // If it does not have any - its inferred return type is void - don't do any checks.\n                        // Otherwise get inferred return type from function body and report error only if it is not void / anytype\n                        if (!hasExplicitReturn) {\n                            return;\n                        }\n                        const inferredReturnType = getReturnTypeOfSignature(getSignatureFromDeclaration(func));\n                        if (isUnwrappedReturnTypeVoidOrAny(func, inferredReturnType)) {\n                            return;\n                        }\n                    }\n                    error(errorNode, Diagnostics.Not_all_code_paths_return_a_value);\n                }\n            }\n        }\n\n        function checkFunctionExpressionOrObjectLiteralMethod(node: FunctionExpression | ArrowFunction | MethodDeclaration, checkMode?: CheckMode): Type {\n            Debug.assert(node.kind !== SyntaxKind.MethodDeclaration || isObjectLiteralMethod(node));\n            checkNodeDeferred(node);\n\n            if (isFunctionExpression(node)) {\n                checkCollisionsForDeclarationName(node, node.name);\n            }\n\n            // The identityMapper object is used to indicate that function expressions are wildcards\n            if (checkMode && checkMode & CheckMode.SkipContextSensitive && isContextSensitive(node)) {\n                // Skip parameters, return signature with return type that retains noncontextual parts so inferences can still be drawn in an early stage\n                if (!getEffectiveReturnTypeNode(node) && !hasContextSensitiveParameters(node)) {\n                    // Return plain anyFunctionType if there is no possibility we'll make inferences from the return type\n                    const contextualSignature = getContextualSignature(node);\n                    if (contextualSignature && couldContainTypeVariables(getReturnTypeOfSignature(contextualSignature))) {\n                        const links = getNodeLinks(node);\n                        if (links.contextFreeType) {\n                            return links.contextFreeType;\n                        }\n                        const returnType = getReturnTypeFromBody(node, checkMode);\n                        const returnOnlySignature = createSignature(undefined, undefined, undefined, emptyArray, returnType, /*resolvedTypePredicate*/ undefined, 0, SignatureFlags.None);\n                        const returnOnlyType = createAnonymousType(node.symbol, emptySymbols, [returnOnlySignature], emptyArray, emptyArray);\n                        returnOnlyType.objectFlags |= ObjectFlags.NonInferrableType;\n                        return links.contextFreeType = returnOnlyType;\n                    }\n                }\n                return anyFunctionType;\n            }\n\n            // Grammar checking\n            const hasGrammarError = checkGrammarFunctionLikeDeclaration(node);\n            if (!hasGrammarError && node.kind === SyntaxKind.FunctionExpression) {\n                checkGrammarForGenerator(node);\n            }\n\n            contextuallyCheckFunctionExpressionOrObjectLiteralMethod(node, checkMode);\n\n            return getTypeOfSymbol(getSymbolOfNode(node));\n        }\n\n        function contextuallyCheckFunctionExpressionOrObjectLiteralMethod(node: FunctionExpression | ArrowFunction | MethodDeclaration, checkMode?: CheckMode) {\n            const links = getNodeLinks(node);\n            // Check if function expression is contextually typed and assign parameter types if so.\n            if (!(links.flags & NodeCheckFlags.ContextChecked)) {\n                const contextualSignature = getContextualSignature(node);\n                // If a type check is started at a function expression that is an argument of a function call, obtaining the\n                // contextual type may recursively get back to here during overload resolution of the call. If so, we will have\n                // already assigned contextual types.\n                if (!(links.flags & NodeCheckFlags.ContextChecked)) {\n                    links.flags |= NodeCheckFlags.ContextChecked;\n                    const signature = firstOrUndefined(getSignaturesOfType(getTypeOfSymbol(getSymbolOfNode(node)), SignatureKind.Call));\n                    if (!signature) {\n                        return;\n                    }\n                    if (isContextSensitive(node)) {\n                        if (contextualSignature) {\n                            const inferenceContext = getInferenceContext(node);\n                            if (checkMode && checkMode & CheckMode.Inferential) {\n                                inferFromAnnotatedParameters(signature, contextualSignature, inferenceContext!);\n                            }\n                            const instantiatedContextualSignature = inferenceContext ?\n                                instantiateSignature(contextualSignature, inferenceContext.mapper) : contextualSignature;\n                            assignContextualParameterTypes(signature, instantiatedContextualSignature);\n                        }\n                        else {\n                            // Force resolution of all parameter types such that the absence of a contextual type is consistently reflected.\n                            assignNonContextualParameterTypes(signature);\n                        }\n                    }\n                    if (contextualSignature && !getReturnTypeFromAnnotation(node) && !signature.resolvedReturnType) {\n                        const returnType = getReturnTypeFromBody(node, checkMode);\n                        if (!signature.resolvedReturnType) {\n                            signature.resolvedReturnType = returnType;\n                        }\n                    }\n                    checkSignatureDeclaration(node);\n                }\n            }\n        }\n\n        function checkFunctionExpressionOrObjectLiteralMethodDeferred(node: ArrowFunction | FunctionExpression | MethodDeclaration) {\n            Debug.assert(node.kind !== SyntaxKind.MethodDeclaration || isObjectLiteralMethod(node));\n\n            const functionFlags = getFunctionFlags(node);\n            const returnType = getReturnTypeFromAnnotation(node);\n            checkAllCodePathsInNonVoidFunctionReturnOrThrow(node, returnType);\n\n            if (node.body) {\n                if (!getEffectiveReturnTypeNode(node)) {\n                    // There are some checks that are only performed in getReturnTypeFromBody, that may produce errors\n                    // we need. An example is the noImplicitAny errors resulting from widening the return expression\n                    // of a function. Because checking of function expression bodies is deferred, there was never an\n                    // appropriate time to do this during the main walk of the file (see the comment at the top of\n                    // checkFunctionExpressionBodies). So it must be done now.\n                    getReturnTypeOfSignature(getSignatureFromDeclaration(node));\n                }\n\n                if (node.body.kind === SyntaxKind.Block) {\n                    checkSourceElement(node.body);\n                }\n                else {\n                    // From within an async function you can return either a non-promise value or a promise. Any\n                    // Promise/A+ compatible implementation will always assimilate any foreign promise, so we\n                    // should not be checking assignability of a promise to the return type. Instead, we need to\n                    // check assignability of the awaited type of the expression body against the promised type of\n                    // its return type annotation.\n                    const exprType = checkExpression(node.body);\n                    const returnOrPromisedType = returnType && unwrapReturnType(returnType, functionFlags);\n                    if (returnOrPromisedType) {\n                        if ((functionFlags & FunctionFlags.AsyncGenerator) === FunctionFlags.Async) { // Async function\n                            const awaitedType = checkAwaitedType(exprType, /*withAlias*/ false, node.body, Diagnostics.The_return_type_of_an_async_function_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member);\n                            checkTypeAssignableToAndOptionallyElaborate(awaitedType, returnOrPromisedType, node.body, node.body);\n                        }\n                        else { // Normal function\n                            checkTypeAssignableToAndOptionallyElaborate(exprType, returnOrPromisedType, node.body, node.body);\n                        }\n                    }\n                }\n            }\n        }\n\n        function checkArithmeticOperandType(operand: Node, type: Type, diagnostic: DiagnosticMessage, isAwaitValid = false): boolean {\n            if (!isTypeAssignableTo(type, numberOrBigIntType)) {\n                const awaitedType = isAwaitValid && getAwaitedTypeOfPromise(type);\n                errorAndMaybeSuggestAwait(\n                    operand,\n                    !!awaitedType && isTypeAssignableTo(awaitedType, numberOrBigIntType),\n                    diagnostic);\n                return false;\n            }\n            return true;\n        }\n\n        function isReadonlyAssignmentDeclaration(d: Declaration) {\n            if (!isCallExpression(d)) {\n                return false;\n            }\n            if (!isBindableObjectDefinePropertyCall(d)) {\n                return false;\n            }\n            const objectLitType = checkExpressionCached(d.arguments[2]);\n            const valueType = getTypeOfPropertyOfType(objectLitType, \"value\" as __String);\n            if (valueType) {\n                const writableProp = getPropertyOfType(objectLitType, \"writable\" as __String);\n                const writableType = writableProp && getTypeOfSymbol(writableProp);\n                if (!writableType || writableType === falseType || writableType === regularFalseType) {\n                    return true;\n                }\n                // We include this definition whereupon we walk back and check the type at the declaration because\n                // The usual definition of `Object.defineProperty` will _not_ cause literal types to be preserved in the\n                // argument types, should the type be contextualized by the call itself.\n                if (writableProp && writableProp.valueDeclaration && isPropertyAssignment(writableProp.valueDeclaration)) {\n                    const initializer = writableProp.valueDeclaration.initializer;\n                    const rawOriginalType = checkExpression(initializer);\n                    if (rawOriginalType === falseType || rawOriginalType === regularFalseType) {\n                        return true;\n                    }\n                }\n                return false;\n            }\n            const setProp = getPropertyOfType(objectLitType, \"set\" as __String);\n            return !setProp;\n        }\n\n        function isReadonlySymbol(symbol: Symbol): boolean {\n            // The following symbols are considered read-only:\n            // Properties with a 'readonly' modifier\n            // Variables declared with 'const'\n            // Get accessors without matching set accessors\n            // Enum members\n            // Object.defineProperty assignments with writable false or no setter\n            // Unions and intersections of the above (unions and intersections eagerly set isReadonly on creation)\n            return !!(getCheckFlags(symbol) & CheckFlags.Readonly ||\n                symbol.flags & SymbolFlags.Property && getDeclarationModifierFlagsFromSymbol(symbol) & ModifierFlags.Readonly ||\n                symbol.flags & SymbolFlags.Variable && getDeclarationNodeFlagsFromSymbol(symbol) & NodeFlags.Const ||\n                symbol.flags & SymbolFlags.Accessor && !(symbol.flags & SymbolFlags.SetAccessor) ||\n                symbol.flags & SymbolFlags.EnumMember ||\n                some(symbol.declarations, isReadonlyAssignmentDeclaration)\n            );\n        }\n\n        function isAssignmentToReadonlyEntity(expr: Expression, symbol: Symbol, assignmentKind: AssignmentKind) {\n            if (assignmentKind === AssignmentKind.None) {\n                // no assigment means it doesn't matter whether the entity is readonly\n                return false;\n            }\n            if (isReadonlySymbol(symbol)) {\n                // Allow assignments to readonly properties within constructors of the same class declaration.\n                if (symbol.flags & SymbolFlags.Property &&\n                    isAccessExpression(expr) &&\n                    expr.expression.kind === SyntaxKind.ThisKeyword) {\n                    // Look for if this is the constructor for the class that `symbol` is a property of.\n                    const ctor = getContainingFunction(expr);\n                    if (!(ctor && (ctor.kind === SyntaxKind.Constructor || isJSConstructor(ctor)))) {\n                        return true;\n                    }\n                    if (symbol.valueDeclaration) {\n                        const isAssignmentDeclaration = isBinaryExpression(symbol.valueDeclaration);\n                        const isLocalPropertyDeclaration = ctor.parent === symbol.valueDeclaration.parent;\n                        const isLocalParameterProperty = ctor === symbol.valueDeclaration.parent;\n                        const isLocalThisPropertyAssignment = isAssignmentDeclaration && symbol.parent?.valueDeclaration === ctor.parent;\n                        const isLocalThisPropertyAssignmentConstructorFunction = isAssignmentDeclaration && symbol.parent?.valueDeclaration === ctor;\n                        const isWriteableSymbol =\n                            isLocalPropertyDeclaration\n                            || isLocalParameterProperty\n                            || isLocalThisPropertyAssignment\n                            || isLocalThisPropertyAssignmentConstructorFunction;\n                        return !isWriteableSymbol;\n                    }\n                }\n                return true;\n            }\n            if (isAccessExpression(expr)) {\n                // references through namespace import should be readonly\n                const node = skipParentheses(expr.expression);\n                if (node.kind === SyntaxKind.Identifier) {\n                    const symbol = getNodeLinks(node).resolvedSymbol!;\n                    if (symbol.flags & SymbolFlags.Alias) {\n                        const declaration = getDeclarationOfAliasSymbol(symbol);\n                        return !!declaration && declaration.kind === SyntaxKind.NamespaceImport;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkReferenceExpression(expr: Expression, invalidReferenceMessage: DiagnosticMessage, invalidOptionalChainMessage: DiagnosticMessage): boolean {\n            // References are combinations of identifiers, parentheses, and property accesses.\n            const node = skipOuterExpressions(expr, OuterExpressionKinds.Assertions | OuterExpressionKinds.Parentheses);\n            if (node.kind !== SyntaxKind.Identifier && !isAccessExpression(node)) {\n                error(expr, invalidReferenceMessage);\n                return false;\n            }\n            if (node.flags & NodeFlags.OptionalChain) {\n                error(expr, invalidOptionalChainMessage);\n                return false;\n            }\n            return true;\n        }\n\n        function checkDeleteExpression(node: DeleteExpression): Type {\n            checkExpression(node.expression);\n            const expr = skipParentheses(node.expression);\n            if (!isAccessExpression(expr)) {\n                error(expr, Diagnostics.The_operand_of_a_delete_operator_must_be_a_property_reference);\n                return booleanType;\n            }\n            if (isPropertyAccessExpression(expr) && isPrivateIdentifier(expr.name)) {\n                error(expr, Diagnostics.The_operand_of_a_delete_operator_cannot_be_a_private_identifier);\n            }\n            const links = getNodeLinks(expr);\n            const symbol = getExportSymbolOfValueSymbolIfExported(links.resolvedSymbol);\n            if (symbol) {\n                if (isReadonlySymbol(symbol)) {\n                    error(expr, Diagnostics.The_operand_of_a_delete_operator_cannot_be_a_read_only_property);\n                }\n                checkDeleteExpressionMustBeOptional(expr, symbol);\n            }\n            return booleanType;\n        }\n\n        function checkDeleteExpressionMustBeOptional(expr: AccessExpression, symbol: Symbol) {\n            const type = getTypeOfSymbol(symbol);\n            if (strictNullChecks &&\n                !(type.flags & (TypeFlags.AnyOrUnknown | TypeFlags.Never)) &&\n                !(exactOptionalPropertyTypes ? symbol.flags & SymbolFlags.Optional : getFalsyFlags(type) & TypeFlags.Undefined)) {\n                error(expr, Diagnostics.The_operand_of_a_delete_operator_must_be_optional);\n            }\n        }\n\n        function checkTypeOfExpression(node: TypeOfExpression): Type {\n            checkExpression(node.expression);\n            return typeofType;\n        }\n\n        function checkVoidExpression(node: VoidExpression): Type {\n            checkExpression(node.expression);\n            return undefinedWideningType;\n        }\n\n        function checkAwaitExpressionGrammar(node: AwaitExpression): void {\n            // Grammar checking\n            const container = getContainingFunctionOrClassStaticBlock(node);\n            if (container && isClassStaticBlockDeclaration(container)) {\n                error(node, Diagnostics.Await_expression_cannot_be_used_inside_a_class_static_block);\n            }\n            else if (!(node.flags & NodeFlags.AwaitContext)) {\n                if (isInTopLevelContext(node)) {\n                    const sourceFile = getSourceFileOfNode(node);\n                    if (!hasParseDiagnostics(sourceFile)) {\n                        let span: TextSpan | undefined;\n                        if (!isEffectiveExternalModule(sourceFile, compilerOptions)) {\n                            if (!span) span = getSpanOfTokenAtPosition(sourceFile, node.pos);\n                            const diagnostic = createFileDiagnostic(sourceFile, span.start, span.length,\n                                Diagnostics.await_expressions_are_only_allowed_at_the_top_level_of_a_file_when_that_file_is_a_module_but_this_file_has_no_imports_or_exports_Consider_adding_an_empty_export_to_make_this_file_a_module);\n                            diagnostics.add(diagnostic);\n                        }\n                        if ((moduleKind !== ModuleKind.ES2022 && moduleKind !== ModuleKind.ESNext && moduleKind !== ModuleKind.System && !(moduleKind === ModuleKind.NodeNext && getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.ESNext)) || languageVersion < ScriptTarget.ES2017) {\n                            span = getSpanOfTokenAtPosition(sourceFile, node.pos);\n                            const diagnostic = createFileDiagnostic(sourceFile, span.start, span.length,\n                                Diagnostics.Top_level_await_expressions_are_only_allowed_when_the_module_option_is_set_to_es2022_esnext_system_or_nodenext_and_the_target_option_is_set_to_es2017_or_higher);\n                            diagnostics.add(diagnostic);\n                        }\n                    }\n                }\n                else {\n                    // use of 'await' in non-async function\n                    const sourceFile = getSourceFileOfNode(node);\n                    if (!hasParseDiagnostics(sourceFile)) {\n                        const span = getSpanOfTokenAtPosition(sourceFile, node.pos);\n                        const diagnostic = createFileDiagnostic(sourceFile, span.start, span.length, Diagnostics.await_expressions_are_only_allowed_within_async_functions_and_at_the_top_levels_of_modules);\n                        if (container && container.kind !== SyntaxKind.Constructor && (getFunctionFlags(container) & FunctionFlags.Async) === 0) {\n                            const relatedInfo = createDiagnosticForNode(container, Diagnostics.Did_you_mean_to_mark_this_function_as_async);\n                            addRelatedInfo(diagnostic, relatedInfo);\n                        }\n                        diagnostics.add(diagnostic);\n                    }\n                }\n            }\n\n            if (isInParameterInitializerBeforeContainingFunction(node)) {\n                error(node, Diagnostics.await_expressions_cannot_be_used_in_a_parameter_initializer);\n            }\n        }\n\n        function checkAwaitExpression(node: AwaitExpression): Type {\n            addLazyDiagnostic(() => checkAwaitExpressionGrammar(node));\n\n            const operandType = checkExpression(node.expression);\n            const awaitedType = checkAwaitedType(operandType, /*withAlias*/ true, node, Diagnostics.Type_of_await_operand_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member);\n            if (awaitedType === operandType && !isErrorType(awaitedType) && !(operandType.flags & TypeFlags.AnyOrUnknown)) {\n                addErrorOrSuggestion(/*isError*/ false, createDiagnosticForNode(node, Diagnostics.await_has_no_effect_on_the_type_of_this_expression));\n            }\n            return awaitedType;\n        }\n\n        function checkPrefixUnaryExpression(node: PrefixUnaryExpression): Type {\n            const operandType = checkExpression(node.operand);\n            if (operandType === silentNeverType) {\n                return silentNeverType;\n            }\n            switch (node.operand.kind) {\n                case SyntaxKind.NumericLiteral:\n                    switch (node.operator) {\n                        case SyntaxKind.MinusToken:\n                            return getFreshTypeOfLiteralType(getNumberLiteralType(-(node.operand as NumericLiteral).text));\n                        case SyntaxKind.PlusToken:\n                            return getFreshTypeOfLiteralType(getNumberLiteralType(+(node.operand as NumericLiteral).text));\n                    }\n                    break;\n                case SyntaxKind.BigIntLiteral:\n                    if (node.operator === SyntaxKind.MinusToken) {\n                        return getFreshTypeOfLiteralType(getBigIntLiteralType({\n                            negative: true,\n                            base10Value: parsePseudoBigInt((node.operand as BigIntLiteral).text)\n                        }));\n                    }\n            }\n            switch (node.operator) {\n                case SyntaxKind.PlusToken:\n                case SyntaxKind.MinusToken:\n                case SyntaxKind.TildeToken:\n                    checkNonNullType(operandType, node.operand);\n                    if (maybeTypeOfKindConsideringBaseConstraint(operandType, TypeFlags.ESSymbolLike)) {\n                        error(node.operand, Diagnostics.The_0_operator_cannot_be_applied_to_type_symbol, tokenToString(node.operator));\n                    }\n                    if (node.operator === SyntaxKind.PlusToken) {\n                        if (maybeTypeOfKind(operandType, TypeFlags.BigIntLike)) {\n                            error(node.operand, Diagnostics.Operator_0_cannot_be_applied_to_type_1, tokenToString(node.operator), typeToString(getBaseTypeOfLiteralType(operandType)));\n                        }\n                        return numberType;\n                    }\n                    return getUnaryResultType(operandType);\n                case SyntaxKind.ExclamationToken:\n                    checkTruthinessExpression(node.operand);\n                    const facts = getTypeFacts(operandType) & (TypeFacts.Truthy | TypeFacts.Falsy);\n                    return facts === TypeFacts.Truthy ? falseType :\n                        facts === TypeFacts.Falsy ? trueType :\n                        booleanType;\n                case SyntaxKind.PlusPlusToken:\n                case SyntaxKind.MinusMinusToken:\n                    const ok = checkArithmeticOperandType(node.operand, checkNonNullType(operandType, node.operand),\n                        Diagnostics.An_arithmetic_operand_must_be_of_type_any_number_bigint_or_an_enum_type);\n                    if (ok) {\n                        // run check only if former checks succeeded to avoid reporting cascading errors\n                        checkReferenceExpression(\n                            node.operand,\n                            Diagnostics.The_operand_of_an_increment_or_decrement_operator_must_be_a_variable_or_a_property_access,\n                            Diagnostics.The_operand_of_an_increment_or_decrement_operator_may_not_be_an_optional_property_access);\n                    }\n                    return getUnaryResultType(operandType);\n            }\n            return errorType;\n        }\n\n        function checkPostfixUnaryExpression(node: PostfixUnaryExpression): Type {\n            const operandType = checkExpression(node.operand);\n            if (operandType === silentNeverType) {\n                return silentNeverType;\n            }\n            const ok = checkArithmeticOperandType(\n                node.operand,\n                checkNonNullType(operandType, node.operand),\n                Diagnostics.An_arithmetic_operand_must_be_of_type_any_number_bigint_or_an_enum_type);\n            if (ok) {\n                // run check only if former checks succeeded to avoid reporting cascading errors\n                checkReferenceExpression(\n                    node.operand,\n                    Diagnostics.The_operand_of_an_increment_or_decrement_operator_must_be_a_variable_or_a_property_access,\n                    Diagnostics.The_operand_of_an_increment_or_decrement_operator_may_not_be_an_optional_property_access);\n            }\n            return getUnaryResultType(operandType);\n        }\n\n        function getUnaryResultType(operandType: Type): Type {\n            if (maybeTypeOfKind(operandType, TypeFlags.BigIntLike)) {\n                return isTypeAssignableToKind(operandType, TypeFlags.AnyOrUnknown) || maybeTypeOfKind(operandType, TypeFlags.NumberLike)\n                    ? numberOrBigIntType\n                    : bigintType;\n            }\n            // If it's not a bigint type, implicit coercion will result in a number\n            return numberType;\n        }\n\n        function maybeTypeOfKindConsideringBaseConstraint(type: Type, kind: TypeFlags): boolean {\n            if (maybeTypeOfKind(type, kind)) {\n                return true;\n            }\n\n            const baseConstraint = getBaseConstraintOrType(type);\n            return !!baseConstraint && maybeTypeOfKind(baseConstraint, kind);\n        }\n\n        // Return true if type might be of the given kind. A union or intersection type might be of a given\n        // kind if at least one constituent type is of the given kind.\n        function maybeTypeOfKind(type: Type, kind: TypeFlags): boolean {\n            if (type.flags & kind) {\n                return true;\n            }\n            if (type.flags & TypeFlags.UnionOrIntersection) {\n                const types = (type as UnionOrIntersectionType).types;\n                for (const t of types) {\n                    if (maybeTypeOfKind(t, kind)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function isTypeAssignableToKind(source: Type, kind: TypeFlags, strict?: boolean): boolean {\n            if (source.flags & kind) {\n                return true;\n            }\n            if (strict && source.flags & (TypeFlags.AnyOrUnknown | TypeFlags.Void | TypeFlags.Undefined | TypeFlags.Null)) {\n                return false;\n            }\n            return !!(kind & TypeFlags.NumberLike) && isTypeAssignableTo(source, numberType) ||\n                !!(kind & TypeFlags.BigIntLike) && isTypeAssignableTo(source, bigintType) ||\n                !!(kind & TypeFlags.StringLike) && isTypeAssignableTo(source, stringType) ||\n                !!(kind & TypeFlags.BooleanLike) && isTypeAssignableTo(source, booleanType) ||\n                !!(kind & TypeFlags.Void) && isTypeAssignableTo(source, voidType) ||\n                !!(kind & TypeFlags.Never) && isTypeAssignableTo(source, neverType) ||\n                !!(kind & TypeFlags.Null) && isTypeAssignableTo(source, nullType) ||\n                !!(kind & TypeFlags.Undefined) && isTypeAssignableTo(source, undefinedType) ||\n                !!(kind & TypeFlags.ESSymbol) && isTypeAssignableTo(source, esSymbolType) ||\n                !!(kind & TypeFlags.NonPrimitive) && isTypeAssignableTo(source, nonPrimitiveType);\n        }\n\n        function allTypesAssignableToKind(source: Type, kind: TypeFlags, strict?: boolean): boolean {\n            return source.flags & TypeFlags.Union ?\n                every((source as UnionType).types, subType => allTypesAssignableToKind(subType, kind, strict)) :\n                isTypeAssignableToKind(source, kind, strict);\n        }\n\n        function isConstEnumObjectType(type: Type): boolean {\n            return !!(getObjectFlags(type) & ObjectFlags.Anonymous) && !!type.symbol && isConstEnumSymbol(type.symbol);\n        }\n\n        function isConstEnumSymbol(symbol: Symbol): boolean {\n            return (symbol.flags & SymbolFlags.ConstEnum) !== 0;\n        }\n\n        function checkInstanceOfExpression(left: Expression, right: Expression, leftType: Type, rightType: Type): Type {\n            if (leftType === silentNeverType || rightType === silentNeverType) {\n                return silentNeverType;\n            }\n            // TypeScript 1.0 spec (April 2014): 4.15.4\n            // The instanceof operator requires the left operand to be of type Any, an object type, or a type parameter type,\n            // and the right operand to be of type Any, a subtype of the 'Function' interface type, or have a call or construct signature.\n            // The result is always of the Boolean primitive type.\n            // NOTE: do not raise error if leftType is unknown as related error was already reported\n            if (!isTypeAny(leftType) &&\n                allTypesAssignableToKind(leftType, TypeFlags.Primitive)) {\n                error(left, Diagnostics.The_left_hand_side_of_an_instanceof_expression_must_be_of_type_any_an_object_type_or_a_type_parameter);\n            }\n            // NOTE: do not raise error if right is unknown as related error was already reported\n            if (!(isTypeAny(rightType) || typeHasCallOrConstructSignatures(rightType) || isTypeSubtypeOf(rightType, globalFunctionType))) {\n                error(right, Diagnostics.The_right_hand_side_of_an_instanceof_expression_must_be_of_type_any_or_of_a_type_assignable_to_the_Function_interface_type);\n            }\n            return booleanType;\n        }\n\n        function checkInExpression(left: Expression, right: Expression, leftType: Type, rightType: Type): Type {\n            if (leftType === silentNeverType || rightType === silentNeverType) {\n                return silentNeverType;\n            }\n            if (isPrivateIdentifier(left)) {\n                if (languageVersion < ScriptTarget.ESNext) {\n                    checkExternalEmitHelpers(left, ExternalEmitHelpers.ClassPrivateFieldIn);\n                }\n                // Unlike in 'checkPrivateIdentifierExpression' we now have access to the RHS type\n                // which provides us with the opportunity to emit more detailed errors\n                if (!getNodeLinks(left).resolvedSymbol && getContainingClass(left)) {\n                    const isUncheckedJS = isUncheckedJSSuggestion(left, rightType.symbol, /*excludeClasses*/ true);\n                    reportNonexistentProperty(left, rightType, isUncheckedJS);\n                }\n            }\n            else {\n                leftType = checkNonNullType(leftType, left);\n                // TypeScript 1.0 spec (April 2014): 4.15.5\n                // Require the left operand to be of type Any, the String primitive type, or the Number primitive type.\n                if (!(allTypesAssignableToKind(leftType, TypeFlags.StringLike | TypeFlags.NumberLike | TypeFlags.ESSymbolLike) ||\n                    isTypeAssignableToKind(leftType, TypeFlags.Index | TypeFlags.TemplateLiteral | TypeFlags.StringMapping | TypeFlags.TypeParameter))) {\n                    error(left, Diagnostics.The_left_hand_side_of_an_in_expression_must_be_a_private_identifier_or_of_type_any_string_number_or_symbol);\n                }\n            }\n            rightType = checkNonNullType(rightType, right);\n            // TypeScript 1.0 spec (April 2014): 4.15.5\n            // The in operator requires the right operand to be\n            //\n            //   1. assignable to the non-primitive type,\n            //   2. an unconstrained type parameter,\n            //   3. a union or intersection including one or more type parameters, whose constituents are all assignable to the\n            //      the non-primitive type, or are unconstrainted type parameters, or have constraints assignable to the\n            //      non-primitive type, or\n            //   4. a type parameter whose constraint is\n            //      i. an object type,\n            //     ii. the non-primitive type, or\n            //    iii. a union or intersection with at least one constituent assignable to an object or non-primitive type.\n            //\n            // The divergent behavior for type parameters and unions containing type parameters is a workaround for type\n            // parameters not being narrowable. If the right operand is a concrete type, we can error if there is any chance\n            // it is a primitive. But if the operand is a type parameter, it cannot be narrowed, so we don't issue an error\n            // unless *all* instantiations would result in an error.\n            //\n            // The result is always of the Boolean primitive type.\n            const rightTypeConstraint = getConstraintOfType(rightType);\n            if (!allTypesAssignableToKind(rightType, TypeFlags.NonPrimitive | TypeFlags.InstantiableNonPrimitive) ||\n                rightTypeConstraint && (\n                    isTypeAssignableToKind(rightType, TypeFlags.UnionOrIntersection) && !allTypesAssignableToKind(rightTypeConstraint, TypeFlags.NonPrimitive | TypeFlags.InstantiableNonPrimitive) ||\n                    !maybeTypeOfKind(rightTypeConstraint, TypeFlags.NonPrimitive | TypeFlags.InstantiableNonPrimitive | TypeFlags.Object)\n                )\n            ) {\n                error(right, Diagnostics.The_right_hand_side_of_an_in_expression_must_not_be_a_primitive);\n            }\n            return booleanType;\n        }\n\n        function checkObjectLiteralAssignment(node: ObjectLiteralExpression, sourceType: Type, rightIsThis?: boolean): Type {\n            const properties = node.properties;\n            if (strictNullChecks && properties.length === 0) {\n                return checkNonNullType(sourceType, node);\n            }\n            for (let i = 0; i < properties.length; i++) {\n                checkObjectLiteralDestructuringPropertyAssignment(node, sourceType, i, properties, rightIsThis);\n            }\n            return sourceType;\n        }\n\n        /** Note: If property cannot be a SpreadAssignment, then allProperties does not need to be provided */\n        function checkObjectLiteralDestructuringPropertyAssignment(node: ObjectLiteralExpression, objectLiteralType: Type, propertyIndex: number, allProperties?: NodeArray<ObjectLiteralElementLike>, rightIsThis = false) {\n            const properties = node.properties;\n            const property = properties[propertyIndex];\n            if (property.kind === SyntaxKind.PropertyAssignment || property.kind === SyntaxKind.ShorthandPropertyAssignment) {\n                const name = property.name;\n                const exprType = getLiteralTypeFromPropertyName(name);\n                if (isTypeUsableAsPropertyName(exprType)) {\n                    const text = getPropertyNameFromType(exprType);\n                    const prop = getPropertyOfType(objectLiteralType, text);\n                    if (prop) {\n                        markPropertyAsReferenced(prop, property, rightIsThis);\n                        checkPropertyAccessibility(property, /*isSuper*/ false, /*writing*/ true, objectLiteralType, prop);\n                    }\n                }\n                const elementType = getIndexedAccessType(objectLiteralType, exprType, AccessFlags.ExpressionPosition, name);\n                const type = getFlowTypeOfDestructuring(property, elementType);\n                return checkDestructuringAssignment(property.kind === SyntaxKind.ShorthandPropertyAssignment ? property : property.initializer, type);\n            }\n            else if (property.kind === SyntaxKind.SpreadAssignment) {\n                if (propertyIndex < properties.length - 1) {\n                    error(property, Diagnostics.A_rest_element_must_be_last_in_a_destructuring_pattern);\n                }\n                else {\n                    if (languageVersion < ScriptTarget.ESNext) {\n                        checkExternalEmitHelpers(property, ExternalEmitHelpers.Rest);\n                    }\n                    const nonRestNames: PropertyName[] = [];\n                    if (allProperties) {\n                        for (const otherProperty of allProperties) {\n                            if (!isSpreadAssignment(otherProperty)) {\n                                nonRestNames.push(otherProperty.name);\n                            }\n                        }\n                    }\n                    const type = getRestType(objectLiteralType, nonRestNames, objectLiteralType.symbol);\n                    checkGrammarForDisallowedTrailingComma(allProperties, Diagnostics.A_rest_parameter_or_binding_pattern_may_not_have_a_trailing_comma);\n                    return checkDestructuringAssignment(property.expression, type);\n                }\n            }\n            else {\n                error(property, Diagnostics.Property_assignment_expected);\n            }\n        }\n\n        function checkArrayLiteralAssignment(node: ArrayLiteralExpression, sourceType: Type, checkMode?: CheckMode): Type {\n            const elements = node.elements;\n            if (languageVersion < ScriptTarget.ES2015 && compilerOptions.downlevelIteration) {\n                checkExternalEmitHelpers(node, ExternalEmitHelpers.Read);\n            }\n            // This elementType will be used if the specific property corresponding to this index is not\n            // present (aka the tuple element property). This call also checks that the parentType is in\n            // fact an iterable or array (depending on target language).\n            const possiblyOutOfBoundsType = checkIteratedTypeOrElementType(IterationUse.Destructuring | IterationUse.PossiblyOutOfBounds, sourceType, undefinedType, node) || errorType;\n            let inBoundsType: Type | undefined = compilerOptions.noUncheckedIndexedAccess ? undefined: possiblyOutOfBoundsType;\n            for (let i = 0; i < elements.length; i++) {\n                let type = possiblyOutOfBoundsType;\n                if (node.elements[i].kind === SyntaxKind.SpreadElement) {\n                    type = inBoundsType = inBoundsType ?? (checkIteratedTypeOrElementType(IterationUse.Destructuring, sourceType, undefinedType, node) || errorType);\n                }\n                checkArrayLiteralDestructuringElementAssignment(node, sourceType, i, type, checkMode);\n            }\n            return sourceType;\n        }\n\n        function checkArrayLiteralDestructuringElementAssignment(node: ArrayLiteralExpression, sourceType: Type,\n            elementIndex: number, elementType: Type, checkMode?: CheckMode) {\n            const elements = node.elements;\n            const element = elements[elementIndex];\n            if (element.kind !== SyntaxKind.OmittedExpression) {\n                if (element.kind !== SyntaxKind.SpreadElement) {\n                    const indexType = getNumberLiteralType(elementIndex);\n                    if (isArrayLikeType(sourceType)) {\n                        // We create a synthetic expression so that getIndexedAccessType doesn't get confused\n                        // when the element is a SyntaxKind.ElementAccessExpression.\n                        const accessFlags = AccessFlags.ExpressionPosition | (hasDefaultValue(element) ? AccessFlags.NoTupleBoundsCheck : 0);\n                        const elementType = getIndexedAccessTypeOrUndefined(sourceType, indexType, accessFlags, createSyntheticExpression(element, indexType)) || errorType;\n                        const assignedType = hasDefaultValue(element) ? getTypeWithFacts(elementType, TypeFacts.NEUndefined) : elementType;\n                        const type = getFlowTypeOfDestructuring(element, assignedType);\n                        return checkDestructuringAssignment(element, type, checkMode);\n                    }\n                    return checkDestructuringAssignment(element, elementType, checkMode);\n                }\n                if (elementIndex < elements.length - 1) {\n                    error(element, Diagnostics.A_rest_element_must_be_last_in_a_destructuring_pattern);\n                }\n                else {\n                    const restExpression = (element as SpreadElement).expression;\n                    if (restExpression.kind === SyntaxKind.BinaryExpression && (restExpression as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken) {\n                        error((restExpression as BinaryExpression).operatorToken, Diagnostics.A_rest_element_cannot_have_an_initializer);\n                    }\n                    else {\n                        checkGrammarForDisallowedTrailingComma(node.elements, Diagnostics.A_rest_parameter_or_binding_pattern_may_not_have_a_trailing_comma);\n                        const type = everyType(sourceType, isTupleType) ?\n                            mapType(sourceType, t => sliceTupleType(t as TupleTypeReference, elementIndex)) :\n                            createArrayType(elementType);\n                        return checkDestructuringAssignment(restExpression, type, checkMode);\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        function checkDestructuringAssignment(exprOrAssignment: Expression | ShorthandPropertyAssignment, sourceType: Type, checkMode?: CheckMode, rightIsThis?: boolean): Type {\n            let target: Expression;\n            if (exprOrAssignment.kind === SyntaxKind.ShorthandPropertyAssignment) {\n                const prop = exprOrAssignment as ShorthandPropertyAssignment;\n                if (prop.objectAssignmentInitializer) {\n                    // In strict null checking mode, if a default value of a non-undefined type is specified, remove\n                    // undefined from the final type.\n                    if (strictNullChecks &&\n                        !(getFalsyFlags(checkExpression(prop.objectAssignmentInitializer)) & TypeFlags.Undefined)) {\n                        sourceType = getTypeWithFacts(sourceType, TypeFacts.NEUndefined);\n                    }\n                    checkBinaryLikeExpression(prop.name, prop.equalsToken!, prop.objectAssignmentInitializer, checkMode);\n                }\n                target = (exprOrAssignment as ShorthandPropertyAssignment).name;\n            }\n            else {\n                target = exprOrAssignment;\n            }\n\n            if (target.kind === SyntaxKind.BinaryExpression && (target as BinaryExpression).operatorToken.kind === SyntaxKind.EqualsToken) {\n                checkBinaryExpression(target as BinaryExpression, checkMode);\n                target = (target as BinaryExpression).left;\n            }\n            if (target.kind === SyntaxKind.ObjectLiteralExpression) {\n                return checkObjectLiteralAssignment(target as ObjectLiteralExpression, sourceType, rightIsThis);\n            }\n            if (target.kind === SyntaxKind.ArrayLiteralExpression) {\n                return checkArrayLiteralAssignment(target as ArrayLiteralExpression, sourceType, checkMode);\n            }\n            return checkReferenceAssignment(target, sourceType, checkMode);\n        }\n\n        function checkReferenceAssignment(target: Expression, sourceType: Type, checkMode?: CheckMode): Type {\n            const targetType = checkExpression(target, checkMode);\n            const error = target.parent.kind === SyntaxKind.SpreadAssignment ?\n                Diagnostics.The_target_of_an_object_rest_assignment_must_be_a_variable_or_a_property_access :\n                Diagnostics.The_left_hand_side_of_an_assignment_expression_must_be_a_variable_or_a_property_access;\n            const optionalError = target.parent.kind === SyntaxKind.SpreadAssignment ?\n                Diagnostics.The_target_of_an_object_rest_assignment_may_not_be_an_optional_property_access :\n                Diagnostics.The_left_hand_side_of_an_assignment_expression_may_not_be_an_optional_property_access;\n            if (checkReferenceExpression(target, error, optionalError)) {\n                checkTypeAssignableToAndOptionallyElaborate(sourceType, targetType, target, target);\n            }\n            if (isPrivateIdentifierPropertyAccessExpression(target)) {\n                checkExternalEmitHelpers(target.parent, ExternalEmitHelpers.ClassPrivateFieldSet);\n            }\n            return sourceType;\n        }\n\n        /**\n          * This is a *shallow* check: An expression is side-effect-free if the\n          * evaluation of the expression *itself* cannot produce side effects.\n          * For example, x++ / 3 is side-effect free because the / operator\n          * does not have side effects.\n          * The intent is to \"smell test\" an expression for correctness in positions where\n          * its value is discarded (e.g. the left side of the comma operator).\n          */\n        function isSideEffectFree(node: Node): boolean {\n            node = skipParentheses(node);\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                case SyntaxKind.StringLiteral:\n                case SyntaxKind.RegularExpressionLiteral:\n                case SyntaxKind.TaggedTemplateExpression:\n                case SyntaxKind.TemplateExpression:\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.BigIntLiteral:\n                case SyntaxKind.TrueKeyword:\n                case SyntaxKind.FalseKeyword:\n                case SyntaxKind.NullKeyword:\n                case SyntaxKind.UndefinedKeyword:\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ClassExpression:\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.ArrayLiteralExpression:\n                case SyntaxKind.ObjectLiteralExpression:\n                case SyntaxKind.TypeOfExpression:\n                case SyntaxKind.NonNullExpression:\n                case SyntaxKind.JsxSelfClosingElement:\n                case SyntaxKind.JsxElement:\n                    return true;\n\n                case SyntaxKind.ConditionalExpression:\n                    return isSideEffectFree((node as ConditionalExpression).whenTrue) &&\n                        isSideEffectFree((node as ConditionalExpression).whenFalse);\n\n                case SyntaxKind.BinaryExpression:\n                    if (isAssignmentOperator((node as BinaryExpression).operatorToken.kind)) {\n                        return false;\n                    }\n                    return isSideEffectFree((node as BinaryExpression).left) &&\n                            isSideEffectFree((node as BinaryExpression).right);\n\n                case SyntaxKind.PrefixUnaryExpression:\n                case SyntaxKind.PostfixUnaryExpression:\n                    // Unary operators ~, !, +, and - have no side effects.\n                    // The rest do.\n                    switch ((node as PrefixUnaryExpression).operator) {\n                        case SyntaxKind.ExclamationToken:\n                        case SyntaxKind.PlusToken:\n                        case SyntaxKind.MinusToken:\n                        case SyntaxKind.TildeToken:\n                            return true;\n                    }\n                    return false;\n\n                // Some forms listed here for clarity\n                case SyntaxKind.VoidExpression: // Explicit opt-out\n                case SyntaxKind.TypeAssertionExpression: // Not SEF, but can produce useful type warnings\n                case SyntaxKind.AsExpression: // Not SEF, but can produce useful type warnings\n                default:\n                    return false;\n            }\n        }\n\n        function isTypeEqualityComparableTo(source: Type, target: Type) {\n            return (target.flags & TypeFlags.Nullable) !== 0 || isTypeComparableTo(source, target);\n        }\n\n        function createCheckBinaryExpression() {\n            interface WorkArea {\n                readonly checkMode: CheckMode | undefined;\n                skip: boolean;\n                stackIndex: number;\n                /**\n                  * Holds the types from the left-side of an expression from [0..stackIndex].\n                  * Holds the type of the result at stackIndex+1. This allows us to reuse existing stack entries\n                  * and avoid storing an extra property on the object (i.e., `lastResult`).\n                  */\n                typeStack: (Type | undefined)[];\n            }\n\n            const trampoline = createBinaryExpressionTrampoline(onEnter, onLeft, onOperator, onRight, onExit, foldState);\n\n            return (node: BinaryExpression, checkMode: CheckMode | undefined) => {\n                const result = trampoline(node, checkMode);\n                Debug.assertIsDefined(result);\n                return result;\n            };\n\n            function onEnter(node: BinaryExpression, state: WorkArea | undefined, checkMode: CheckMode | undefined) {\n                if (state) {\n                    state.stackIndex++;\n                    state.skip = false;\n                    setLeftType(state, /*type*/ undefined);\n                    setLastResult(state, /*type*/ undefined);\n                }\n                else {\n                    state = {\n                        checkMode,\n                        skip: false,\n                        stackIndex: 0,\n                        typeStack: [undefined, undefined],\n                    };\n                }\n\n                if (isInJSFile(node) && getAssignedExpandoInitializer(node)) {\n                    state.skip = true;\n                    setLastResult(state, checkExpression(node.right, checkMode));\n                    return state;\n                }\n\n                checkGrammarNullishCoalesceWithLogicalExpression(node);\n\n                const operator = node.operatorToken.kind;\n                if (operator === SyntaxKind.EqualsToken && (node.left.kind === SyntaxKind.ObjectLiteralExpression || node.left.kind === SyntaxKind.ArrayLiteralExpression)) {\n                    state.skip = true;\n                    setLastResult(state, checkDestructuringAssignment(node.left, checkExpression(node.right, checkMode), checkMode, node.right.kind === SyntaxKind.ThisKeyword));\n                    return state;\n                }\n\n                return state;\n            }\n\n            function onLeft(left: Expression, state: WorkArea, _node: BinaryExpression) {\n                if (!state.skip) {\n                    return maybeCheckExpression(state, left);\n                }\n            }\n\n            function onOperator(operatorToken: BinaryOperatorToken, state: WorkArea, node: BinaryExpression) {\n                if (!state.skip) {\n                    const leftType = getLastResult(state);\n                    Debug.assertIsDefined(leftType);\n                    setLeftType(state, leftType);\n                    setLastResult(state, /*type*/ undefined);\n                    const operator = operatorToken.kind;\n                    if (operator === SyntaxKind.AmpersandAmpersandToken || operator === SyntaxKind.BarBarToken || operator === SyntaxKind.QuestionQuestionToken) {\n                        if (operator === SyntaxKind.AmpersandAmpersandToken) {\n                            const parent = walkUpParenthesizedExpressions(node.parent);\n                            checkTestingKnownTruthyCallableOrAwaitableType(node.left, isIfStatement(parent) ? parent.thenStatement : undefined);\n                        }\n                        checkTruthinessOfType(leftType, node.left);\n                    }\n                }\n            }\n\n            function onRight(right: Expression, state: WorkArea, _node: BinaryExpression) {\n                if (!state.skip) {\n                    return maybeCheckExpression(state, right);\n                }\n            }\n\n            function onExit(node: BinaryExpression, state: WorkArea): Type | undefined {\n                let result: Type | undefined;\n                if (state.skip) {\n                    result = getLastResult(state);\n                }\n                else {\n                    const leftType = getLeftType(state);\n                    Debug.assertIsDefined(leftType);\n\n                    const rightType = getLastResult(state);\n                    Debug.assertIsDefined(rightType);\n\n                    result = checkBinaryLikeExpressionWorker(node.left, node.operatorToken, node.right, leftType, rightType, node);\n                }\n\n                state.skip = false;\n                setLeftType(state, /*type*/ undefined);\n                setLastResult(state, /*type*/ undefined);\n                state.stackIndex--;\n                return result;\n            }\n\n            function foldState(state: WorkArea, result: Type | undefined, _side: \"left\" | \"right\") {\n                setLastResult(state, result);\n                return state;\n            }\n\n            function maybeCheckExpression(state: WorkArea, node: Expression): BinaryExpression | undefined {\n                if (isBinaryExpression(node)) {\n                    return node;\n                }\n                setLastResult(state, checkExpression(node, state.checkMode));\n            }\n\n            function getLeftType(state: WorkArea) {\n                return state.typeStack[state.stackIndex];\n            }\n\n            function setLeftType(state: WorkArea, type: Type | undefined) {\n                state.typeStack[state.stackIndex] = type;\n            }\n\n            function getLastResult(state: WorkArea) {\n                return state.typeStack[state.stackIndex + 1];\n            }\n\n            function setLastResult(state: WorkArea, type: Type | undefined) {\n                // To reduce overhead, reuse the next stack entry to store the\n                // last result. This avoids the overhead of an additional property\n                // on `WorkArea` and reuses empty stack entries as we walk back up\n                // the stack.\n                state.typeStack[state.stackIndex + 1] = type;\n            }\n        }\n\n        function checkGrammarNullishCoalesceWithLogicalExpression(node: BinaryExpression) {\n            const { left, operatorToken, right } = node;\n            if (operatorToken.kind === SyntaxKind.QuestionQuestionToken) {\n                if (isBinaryExpression(left) && (left.operatorToken.kind === SyntaxKind.BarBarToken || left.operatorToken.kind === SyntaxKind.AmpersandAmpersandToken)) {\n                    grammarErrorOnNode(left, Diagnostics._0_and_1_operations_cannot_be_mixed_without_parentheses, tokenToString(left.operatorToken.kind), tokenToString(operatorToken.kind));\n                }\n                if (isBinaryExpression(right) && (right.operatorToken.kind === SyntaxKind.BarBarToken || right.operatorToken.kind === SyntaxKind.AmpersandAmpersandToken)) {\n                    grammarErrorOnNode(right, Diagnostics._0_and_1_operations_cannot_be_mixed_without_parentheses, tokenToString(right.operatorToken.kind), tokenToString(operatorToken.kind));\n                }\n            }\n        }\n\n        // Note that this and `checkBinaryExpression` above should behave mostly the same, except this elides some\n        // expression-wide checks and does not use a work stack to fold nested binary expressions into the same callstack frame\n        function checkBinaryLikeExpression(left: Expression, operatorToken: Node, right: Expression, checkMode?: CheckMode, errorNode?: Node): Type {\n            const operator = operatorToken.kind;\n            if (operator === SyntaxKind.EqualsToken && (left.kind === SyntaxKind.ObjectLiteralExpression || left.kind === SyntaxKind.ArrayLiteralExpression)) {\n                return checkDestructuringAssignment(left, checkExpression(right, checkMode), checkMode, right.kind === SyntaxKind.ThisKeyword);\n            }\n            let leftType: Type;\n            if (operator === SyntaxKind.AmpersandAmpersandToken || operator === SyntaxKind.BarBarToken || operator === SyntaxKind.QuestionQuestionToken) {\n                leftType = checkTruthinessExpression(left, checkMode);\n            }\n            else {\n                leftType = checkExpression(left, checkMode);\n            }\n\n            const rightType = checkExpression(right, checkMode);\n            return checkBinaryLikeExpressionWorker(left, operatorToken, right, leftType, rightType, errorNode);\n        }\n\n        function checkBinaryLikeExpressionWorker(\n            left: Expression,\n            operatorToken: Node,\n            right: Expression,\n            leftType: Type,\n            rightType: Type,\n            errorNode?: Node\n        ): Type {\n            const operator = operatorToken.kind;\n            switch (operator) {\n                case SyntaxKind.AsteriskToken:\n                case SyntaxKind.AsteriskAsteriskToken:\n                case SyntaxKind.AsteriskEqualsToken:\n                case SyntaxKind.AsteriskAsteriskEqualsToken:\n                case SyntaxKind.SlashToken:\n                case SyntaxKind.SlashEqualsToken:\n                case SyntaxKind.PercentToken:\n                case SyntaxKind.PercentEqualsToken:\n                case SyntaxKind.MinusToken:\n                case SyntaxKind.MinusEqualsToken:\n                case SyntaxKind.LessThanLessThanToken:\n                case SyntaxKind.LessThanLessThanEqualsToken:\n                case SyntaxKind.GreaterThanGreaterThanToken:\n                case SyntaxKind.GreaterThanGreaterThanEqualsToken:\n                case SyntaxKind.GreaterThanGreaterThanGreaterThanToken:\n                case SyntaxKind.GreaterThanGreaterThanGreaterThanEqualsToken:\n                case SyntaxKind.BarToken:\n                case SyntaxKind.BarEqualsToken:\n                case SyntaxKind.CaretToken:\n                case SyntaxKind.CaretEqualsToken:\n                case SyntaxKind.AmpersandToken:\n                case SyntaxKind.AmpersandEqualsToken:\n                    if (leftType === silentNeverType || rightType === silentNeverType) {\n                        return silentNeverType;\n                    }\n\n                    leftType = checkNonNullType(leftType, left);\n                    rightType = checkNonNullType(rightType, right);\n\n                    let suggestedOperator: SyntaxKind | undefined;\n                    // if a user tries to apply a bitwise operator to 2 boolean operands\n                    // try and return them a helpful suggestion\n                    if ((leftType.flags & TypeFlags.BooleanLike) &&\n                        (rightType.flags & TypeFlags.BooleanLike) &&\n                        (suggestedOperator = getSuggestedBooleanOperator(operatorToken.kind)) !== undefined) {\n                        error(errorNode || operatorToken, Diagnostics.The_0_operator_is_not_allowed_for_boolean_types_Consider_using_1_instead, tokenToString(operatorToken.kind), tokenToString(suggestedOperator));\n                        return numberType;\n                    }\n                    else {\n                        // otherwise just check each operand separately and report errors as normal\n                        const leftOk = checkArithmeticOperandType(left, leftType, Diagnostics.The_left_hand_side_of_an_arithmetic_operation_must_be_of_type_any_number_bigint_or_an_enum_type, /*isAwaitValid*/ true);\n                        const rightOk = checkArithmeticOperandType(right, rightType, Diagnostics.The_right_hand_side_of_an_arithmetic_operation_must_be_of_type_any_number_bigint_or_an_enum_type, /*isAwaitValid*/ true);\n                        let resultType: Type;\n                        // If both are any or unknown, allow operation; assume it will resolve to number\n                        if ((isTypeAssignableToKind(leftType, TypeFlags.AnyOrUnknown) && isTypeAssignableToKind(rightType, TypeFlags.AnyOrUnknown)) ||\n                            // Or, if neither could be bigint, implicit coercion results in a number result\n                            !(maybeTypeOfKind(leftType, TypeFlags.BigIntLike) || maybeTypeOfKind(rightType, TypeFlags.BigIntLike))\n                        ) {\n                            resultType = numberType;\n                        }\n                        // At least one is assignable to bigint, so check that both are\n                        else if (bothAreBigIntLike(leftType, rightType)) {\n                            switch (operator) {\n                                case SyntaxKind.GreaterThanGreaterThanGreaterThanToken:\n                                case SyntaxKind.GreaterThanGreaterThanGreaterThanEqualsToken:\n                                    reportOperatorError();\n                                    break;\n                                case SyntaxKind.AsteriskAsteriskToken:\n                                case SyntaxKind.AsteriskAsteriskEqualsToken:\n                                    if (languageVersion < ScriptTarget.ES2016) {\n                                        error(errorNode, Diagnostics.Exponentiation_cannot_be_performed_on_bigint_values_unless_the_target_option_is_set_to_es2016_or_later);\n                                    }\n                            }\n                            resultType = bigintType;\n                        }\n                        // Exactly one of leftType/rightType is assignable to bigint\n                        else {\n                            reportOperatorError(bothAreBigIntLike);\n                            resultType = errorType;\n                        }\n                        if (leftOk && rightOk) {\n                            checkAssignmentOperator(resultType);\n                        }\n                        return resultType;\n                    }\n                case SyntaxKind.PlusToken:\n                case SyntaxKind.PlusEqualsToken:\n                    if (leftType === silentNeverType || rightType === silentNeverType) {\n                        return silentNeverType;\n                    }\n\n                    if (!isTypeAssignableToKind(leftType, TypeFlags.StringLike) && !isTypeAssignableToKind(rightType, TypeFlags.StringLike)) {\n                        leftType = checkNonNullType(leftType, left);\n                        rightType = checkNonNullType(rightType, right);\n                    }\n\n                    let resultType: Type | undefined;\n                    if (isTypeAssignableToKind(leftType, TypeFlags.NumberLike, /*strict*/ true) && isTypeAssignableToKind(rightType, TypeFlags.NumberLike, /*strict*/ true)) {\n                        // Operands of an enum type are treated as having the primitive type Number.\n                        // If both operands are of the Number primitive type, the result is of the Number primitive type.\n                        resultType = numberType;\n                    }\n                    else if (isTypeAssignableToKind(leftType, TypeFlags.BigIntLike, /*strict*/ true) && isTypeAssignableToKind(rightType, TypeFlags.BigIntLike, /*strict*/ true)) {\n                        // If both operands are of the BigInt primitive type, the result is of the BigInt primitive type.\n                        resultType = bigintType;\n                    }\n                    else if (isTypeAssignableToKind(leftType, TypeFlags.StringLike, /*strict*/ true) || isTypeAssignableToKind(rightType, TypeFlags.StringLike, /*strict*/ true)) {\n                        // If one or both operands are of the String primitive type, the result is of the String primitive type.\n                        resultType = stringType;\n                    }\n                    else if (isTypeAny(leftType) || isTypeAny(rightType)) {\n                        // Otherwise, the result is of type Any.\n                        // NOTE: unknown type here denotes error type. Old compiler treated this case as any type so do we.\n                        resultType = isErrorType(leftType) || isErrorType(rightType) ? errorType : anyType;\n                    }\n\n                    // Symbols are not allowed at all in arithmetic expressions\n                    if (resultType && !checkForDisallowedESSymbolOperand(operator)) {\n                        return resultType;\n                    }\n\n                    if (!resultType) {\n                        // Types that have a reasonably good chance of being a valid operand type.\n                        // If both types have an awaited type of one of these, we'll assume the user\n                        // might be missing an await without doing an exhaustive check that inserting\n                        // await(s) will actually be a completely valid binary expression.\n                        const closeEnoughKind = TypeFlags.NumberLike | TypeFlags.BigIntLike | TypeFlags.StringLike | TypeFlags.AnyOrUnknown;\n                        reportOperatorError((left, right) =>\n                            isTypeAssignableToKind(left, closeEnoughKind) &&\n                            isTypeAssignableToKind(right, closeEnoughKind));\n                        return anyType;\n                    }\n\n                    if (operator === SyntaxKind.PlusEqualsToken) {\n                        checkAssignmentOperator(resultType);\n                    }\n                    return resultType;\n                case SyntaxKind.LessThanToken:\n                case SyntaxKind.GreaterThanToken:\n                case SyntaxKind.LessThanEqualsToken:\n                case SyntaxKind.GreaterThanEqualsToken:\n                    if (checkForDisallowedESSymbolOperand(operator)) {\n                        leftType = getBaseTypeOfLiteralType(checkNonNullType(leftType, left));\n                        rightType = getBaseTypeOfLiteralType(checkNonNullType(rightType, right));\n                        reportOperatorErrorUnless((left, right) =>\n                            isTypeComparableTo(left, right) || isTypeComparableTo(right, left) || (\n                                isTypeAssignableTo(left, numberOrBigIntType) && isTypeAssignableTo(right, numberOrBigIntType)));\n                    }\n                    return booleanType;\n                case SyntaxKind.EqualsEqualsToken:\n                case SyntaxKind.ExclamationEqualsToken:\n                case SyntaxKind.EqualsEqualsEqualsToken:\n                case SyntaxKind.ExclamationEqualsEqualsToken:\n                    reportOperatorErrorUnless((left, right) => isTypeEqualityComparableTo(left, right) || isTypeEqualityComparableTo(right, left));\n                    return booleanType;\n\n                case SyntaxKind.InstanceOfKeyword:\n                    return checkInstanceOfExpression(left, right, leftType, rightType);\n                case SyntaxKind.InKeyword:\n                    return checkInExpression(left, right, leftType, rightType);\n                case SyntaxKind.AmpersandAmpersandToken:\n                case SyntaxKind.AmpersandAmpersandEqualsToken: {\n                    const resultType = getTypeFacts(leftType) & TypeFacts.Truthy ?\n                        getUnionType([extractDefinitelyFalsyTypes(strictNullChecks ? leftType : getBaseTypeOfLiteralType(rightType)), rightType]) :\n                        leftType;\n                    if (operator === SyntaxKind.AmpersandAmpersandEqualsToken) {\n                        checkAssignmentOperator(rightType);\n                    }\n                    return resultType;\n                }\n                case SyntaxKind.BarBarToken:\n                case SyntaxKind.BarBarEqualsToken: {\n                    const resultType = getTypeFacts(leftType) & TypeFacts.Falsy ?\n                        getUnionType([removeDefinitelyFalsyTypes(leftType), rightType], UnionReduction.Subtype) :\n                        leftType;\n                    if (operator === SyntaxKind.BarBarEqualsToken) {\n                        checkAssignmentOperator(rightType);\n                    }\n                    return resultType;\n                }\n                case SyntaxKind.QuestionQuestionToken:\n                case SyntaxKind.QuestionQuestionEqualsToken: {\n                    const resultType = getTypeFacts(leftType) & TypeFacts.EQUndefinedOrNull ?\n                        getUnionType([getNonNullableType(leftType), rightType], UnionReduction.Subtype) :\n                        leftType;\n                    if (operator === SyntaxKind.QuestionQuestionEqualsToken) {\n                        checkAssignmentOperator(rightType);\n                    }\n                    return resultType;\n                }\n                case SyntaxKind.EqualsToken:\n                    const declKind = isBinaryExpression(left.parent) ? getAssignmentDeclarationKind(left.parent) : AssignmentDeclarationKind.None;\n                    checkAssignmentDeclaration(declKind, rightType);\n                    if (isAssignmentDeclaration(declKind)) {\n                        if (!(rightType.flags & TypeFlags.Object) ||\n                            declKind !== AssignmentDeclarationKind.ModuleExports &&\n                            declKind !== AssignmentDeclarationKind.Prototype &&\n                            !isEmptyObjectType(rightType) &&\n                            !isFunctionObjectType(rightType as ObjectType) &&\n                            !(getObjectFlags(rightType) & ObjectFlags.Class)) {\n                            // don't check assignability of module.exports=, C.prototype=, or expando types because they will necessarily be incomplete\n                            checkAssignmentOperator(rightType);\n                        }\n                        return leftType;\n                    }\n                    else {\n                        checkAssignmentOperator(rightType);\n                        return getRegularTypeOfObjectLiteral(rightType);\n                    }\n                case SyntaxKind.CommaToken:\n                    if (!compilerOptions.allowUnreachableCode && isSideEffectFree(left) && !isEvalNode(right)) {\n                        const sf = getSourceFileOfNode(left);\n                        const sourceText = sf.text;\n                        const start = skipTrivia(sourceText, left.pos);\n                        const isInDiag2657 = sf.parseDiagnostics.some(diag => {\n                            if (diag.code !== Diagnostics.JSX_expressions_must_have_one_parent_element.code) return false;\n                            return textSpanContainsPosition(diag, start);\n                        });\n                        if (!isInDiag2657) error(left, Diagnostics.Left_side_of_comma_operator_is_unused_and_has_no_side_effects);\n                    }\n                    return rightType;\n\n                default:\n                    return Debug.fail();\n            }\n\n            function bothAreBigIntLike(left: Type, right: Type): boolean {\n                return isTypeAssignableToKind(left, TypeFlags.BigIntLike) && isTypeAssignableToKind(right, TypeFlags.BigIntLike);\n            }\n\n            function checkAssignmentDeclaration(kind: AssignmentDeclarationKind, rightType: Type) {\n                if (kind === AssignmentDeclarationKind.ModuleExports) {\n                    for (const prop of getPropertiesOfObjectType(rightType)) {\n                        const propType = getTypeOfSymbol(prop);\n                        if (propType.symbol && propType.symbol.flags & SymbolFlags.Class) {\n                            const name = prop.escapedName;\n                            const symbol = resolveName(prop.valueDeclaration, name, SymbolFlags.Type, undefined, name, /*isUse*/ false);\n                            if (symbol?.declarations && symbol.declarations.some(isJSDocTypedefTag)) {\n                                addDuplicateDeclarationErrorsForSymbols(symbol, Diagnostics.Duplicate_identifier_0, unescapeLeadingUnderscores(name), prop);\n                                addDuplicateDeclarationErrorsForSymbols(prop, Diagnostics.Duplicate_identifier_0, unescapeLeadingUnderscores(name), symbol);\n                            }\n                        }\n                    }\n                }\n            }\n\n            function isEvalNode(node: Expression) {\n                return node.kind === SyntaxKind.Identifier && (node as Identifier).escapedText === \"eval\";\n            }\n\n            // Return true if there was no error, false if there was an error.\n            function checkForDisallowedESSymbolOperand(operator: SyntaxKind): boolean {\n                const offendingSymbolOperand =\n                    maybeTypeOfKindConsideringBaseConstraint(leftType, TypeFlags.ESSymbolLike) ? left :\n                    maybeTypeOfKindConsideringBaseConstraint(rightType, TypeFlags.ESSymbolLike) ? right :\n                    undefined;\n\n                if (offendingSymbolOperand) {\n                    error(offendingSymbolOperand, Diagnostics.The_0_operator_cannot_be_applied_to_type_symbol, tokenToString(operator));\n                    return false;\n                }\n\n                return true;\n            }\n\n            function getSuggestedBooleanOperator(operator: SyntaxKind): SyntaxKind | undefined {\n                switch (operator) {\n                    case SyntaxKind.BarToken:\n                    case SyntaxKind.BarEqualsToken:\n                        return SyntaxKind.BarBarToken;\n                    case SyntaxKind.CaretToken:\n                    case SyntaxKind.CaretEqualsToken:\n                        return SyntaxKind.ExclamationEqualsEqualsToken;\n                    case SyntaxKind.AmpersandToken:\n                    case SyntaxKind.AmpersandEqualsToken:\n                        return SyntaxKind.AmpersandAmpersandToken;\n                    default:\n                        return undefined;\n                }\n            }\n\n            function checkAssignmentOperator(valueType: Type): void {\n                if (isAssignmentOperator(operator)) {\n                    addLazyDiagnostic(checkAssignmentOperatorWorker);\n                }\n\n                function checkAssignmentOperatorWorker() {\n                    // TypeScript 1.0 spec (April 2014): 4.17\n                    // An assignment of the form\n                    //    VarExpr = ValueExpr\n                    // requires VarExpr to be classified as a reference\n                    // A compound assignment furthermore requires VarExpr to be classified as a reference (section 4.1)\n                    // and the type of the non-compound operation to be assignable to the type of VarExpr.\n\n                    if (checkReferenceExpression(left,\n                        Diagnostics.The_left_hand_side_of_an_assignment_expression_must_be_a_variable_or_a_property_access,\n                        Diagnostics.The_left_hand_side_of_an_assignment_expression_may_not_be_an_optional_property_access)\n                        && (!isIdentifier(left) || unescapeLeadingUnderscores(left.escapedText) !== \"exports\")) {\n\n                        let headMessage: DiagnosticMessage | undefined;\n                        if (exactOptionalPropertyTypes && isPropertyAccessExpression(left) && maybeTypeOfKind(valueType, TypeFlags.Undefined)) {\n                            const target = getTypeOfPropertyOfType(getTypeOfExpression(left.expression), left.name.escapedText);\n                            if (isExactOptionalPropertyMismatch(valueType, target)) {\n                                headMessage = Diagnostics.Type_0_is_not_assignable_to_type_1_with_exactOptionalPropertyTypes_Colon_true_Consider_adding_undefined_to_the_type_of_the_target;\n                            }\n                        }\n                        // to avoid cascading errors check assignability only if 'isReference' check succeeded and no errors were reported\n                        checkTypeAssignableToAndOptionallyElaborate(valueType, leftType, left, right, headMessage);\n                    }\n                }\n            }\n\n            function isAssignmentDeclaration(kind: AssignmentDeclarationKind) {\n                switch (kind) {\n                    case AssignmentDeclarationKind.ModuleExports:\n                        return true;\n                    case AssignmentDeclarationKind.ExportsProperty:\n                    case AssignmentDeclarationKind.Property:\n                    case AssignmentDeclarationKind.Prototype:\n                    case AssignmentDeclarationKind.PrototypeProperty:\n                    case AssignmentDeclarationKind.ThisProperty:\n                        const symbol = getSymbolOfNode(left);\n                        const init = getAssignedExpandoInitializer(right);\n                        return !!init && isObjectLiteralExpression(init) &&\n                            !!symbol?.exports?.size;\n                    default:\n                        return false;\n                }\n            }\n\n            /**\n              * Returns true if an error is reported\n              */\n            function reportOperatorErrorUnless(typesAreCompatible: (left: Type, right: Type) => boolean): boolean {\n                if (!typesAreCompatible(leftType, rightType)) {\n                    reportOperatorError(typesAreCompatible);\n                    return true;\n                }\n                return false;\n            }\n\n            function reportOperatorError(isRelated?: (left: Type, right: Type) => boolean) {\n                let wouldWorkWithAwait = false;\n                const errNode = errorNode || operatorToken;\n                if (isRelated) {\n                    const awaitedLeftType = getAwaitedTypeNoAlias(leftType);\n                    const awaitedRightType = getAwaitedTypeNoAlias(rightType);\n                    wouldWorkWithAwait = !(awaitedLeftType === leftType && awaitedRightType === rightType)\n                        && !!(awaitedLeftType && awaitedRightType)\n                        && isRelated(awaitedLeftType, awaitedRightType);\n                }\n\n                let effectiveLeft = leftType;\n                let effectiveRight = rightType;\n                if (!wouldWorkWithAwait && isRelated) {\n                    [effectiveLeft, effectiveRight] = getBaseTypesIfUnrelated(leftType, rightType, isRelated);\n                }\n                const [leftStr, rightStr] = getTypeNamesForErrorDisplay(effectiveLeft, effectiveRight);\n                if (!tryGiveBetterPrimaryError(errNode, wouldWorkWithAwait, leftStr, rightStr)) {\n                    errorAndMaybeSuggestAwait(\n                        errNode,\n                        wouldWorkWithAwait,\n                        Diagnostics.Operator_0_cannot_be_applied_to_types_1_and_2,\n                        tokenToString(operatorToken.kind),\n                        leftStr,\n                        rightStr,\n                    );\n                }\n            }\n\n            function tryGiveBetterPrimaryError(errNode: Node, maybeMissingAwait: boolean, leftStr: string, rightStr: string) {\n                let typeName: string | undefined;\n                switch (operatorToken.kind) {\n                    case SyntaxKind.EqualsEqualsEqualsToken:\n                    case SyntaxKind.EqualsEqualsToken:\n                        typeName = \"false\";\n                        break;\n                    case SyntaxKind.ExclamationEqualsEqualsToken:\n                    case SyntaxKind.ExclamationEqualsToken:\n                        typeName = \"true\";\n                }\n\n                if (typeName) {\n                    return errorAndMaybeSuggestAwait(\n                        errNode,\n                        maybeMissingAwait,\n                        Diagnostics.This_condition_will_always_return_0_since_the_types_1_and_2_have_no_overlap,\n                        typeName, leftStr, rightStr);\n                }\n\n                return undefined;\n            }\n        }\n\n        function getBaseTypesIfUnrelated(leftType: Type, rightType: Type, isRelated: (left: Type, right: Type) => boolean): [Type, Type] {\n            let effectiveLeft = leftType;\n            let effectiveRight = rightType;\n            const leftBase = getBaseTypeOfLiteralType(leftType);\n            const rightBase = getBaseTypeOfLiteralType(rightType);\n            if (!isRelated(leftBase, rightBase)) {\n                effectiveLeft = leftBase;\n                effectiveRight = rightBase;\n            }\n            return [ effectiveLeft, effectiveRight ];\n        }\n\n        function checkYieldExpression(node: YieldExpression): Type {\n            addLazyDiagnostic(checkYieldExpressionGrammar);\n\n            const func = getContainingFunction(node);\n            if (!func) return anyType;\n            const functionFlags = getFunctionFlags(func);\n\n            if (!(functionFlags & FunctionFlags.Generator)) {\n                // If the user's code is syntactically correct, the func should always have a star. After all, we are in a yield context.\n                return anyType;\n            }\n\n            const isAsync = (functionFlags & FunctionFlags.Async) !== 0;\n            if (node.asteriskToken) {\n                // Async generator functions prior to ESNext require the __await, __asyncDelegator,\n                // and __asyncValues helpers\n                if (isAsync && languageVersion < ScriptTarget.ESNext) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.AsyncDelegatorIncludes);\n                }\n\n                // Generator functions prior to ES2015 require the __values helper\n                if (!isAsync && languageVersion < ScriptTarget.ES2015 && compilerOptions.downlevelIteration) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.Values);\n                }\n            }\n\n            // There is no point in doing an assignability check if the function\n            // has no explicit return type because the return type is directly computed\n            // from the yield expressions.\n            const returnType = getReturnTypeFromAnnotation(func);\n            const iterationTypes = returnType && getIterationTypesOfGeneratorFunctionReturnType(returnType, isAsync);\n            const signatureYieldType = iterationTypes && iterationTypes.yieldType || anyType;\n            const signatureNextType = iterationTypes && iterationTypes.nextType || anyType;\n            const resolvedSignatureNextType = isAsync ? getAwaitedType(signatureNextType) || anyType : signatureNextType;\n            const yieldExpressionType = node.expression ? checkExpression(node.expression) : undefinedWideningType;\n            const yieldedType = getYieldedTypeOfYieldExpression(node, yieldExpressionType, resolvedSignatureNextType, isAsync);\n            if (returnType && yieldedType) {\n                checkTypeAssignableToAndOptionallyElaborate(yieldedType, signatureYieldType, node.expression || node, node.expression);\n            }\n\n            if (node.asteriskToken) {\n                const use = isAsync ? IterationUse.AsyncYieldStar : IterationUse.YieldStar;\n                return getIterationTypeOfIterable(use, IterationTypeKind.Return, yieldExpressionType, node.expression)\n                    || anyType;\n            }\n            else if (returnType) {\n                return getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Next, returnType, isAsync)\n                    || anyType;\n            }\n            let type = getContextualIterationType(IterationTypeKind.Next, func);\n            if (!type) {\n                type = anyType;\n                addLazyDiagnostic(() => {\n                    if (noImplicitAny && !expressionResultIsUnused(node)) {\n                        const contextualType = getContextualType(node);\n                        if (!contextualType || isTypeAny(contextualType)) {\n                            error(node, Diagnostics.yield_expression_implicitly_results_in_an_any_type_because_its_containing_generator_lacks_a_return_type_annotation);\n                        }\n                    }\n                });\n            }\n            return type;\n\n            function checkYieldExpressionGrammar() {\n                if (!(node.flags & NodeFlags.YieldContext)) {\n                    grammarErrorOnFirstToken(node, Diagnostics.A_yield_expression_is_only_allowed_in_a_generator_body);\n                }\n\n                if (isInParameterInitializerBeforeContainingFunction(node)) {\n                    error(node, Diagnostics.yield_expressions_cannot_be_used_in_a_parameter_initializer);\n                }\n            }\n        }\n\n        function checkConditionalExpression(node: ConditionalExpression, checkMode?: CheckMode): Type {\n            checkTruthinessExpression(node.condition);\n            checkTestingKnownTruthyCallableOrAwaitableType(node.condition, node.whenTrue);\n            const type1 = checkExpression(node.whenTrue, checkMode);\n            const type2 = checkExpression(node.whenFalse, checkMode);\n            return getUnionType([type1, type2], UnionReduction.Subtype);\n        }\n\n        function isTemplateLiteralContext(node: Node): boolean {\n            const parent = node.parent;\n            return isParenthesizedExpression(parent) && isTemplateLiteralContext(parent) ||\n                isElementAccessExpression(parent) && parent.argumentExpression === node;\n        }\n\n        function checkTemplateExpression(node: TemplateExpression): Type {\n            const texts = [node.head.text];\n            const types = [];\n            for (const span of node.templateSpans) {\n                const type = checkExpression(span.expression);\n                if (maybeTypeOfKindConsideringBaseConstraint(type, TypeFlags.ESSymbolLike)) {\n                    error(span.expression, Diagnostics.Implicit_conversion_of_a_symbol_to_a_string_will_fail_at_runtime_Consider_wrapping_this_expression_in_String);\n                }\n                texts.push(span.literal.text);\n                types.push(isTypeAssignableTo(type, templateConstraintType) ? type : stringType);\n            }\n            return isConstContext(node) || isTemplateLiteralContext(node) || someType(getContextualType(node) || unknownType, isTemplateLiteralContextualType) ? getTemplateLiteralType(texts, types) : stringType;\n        }\n\n        function isTemplateLiteralContextualType(type: Type): boolean {\n            return !!(type.flags & (TypeFlags.StringLiteral | TypeFlags.TemplateLiteral) ||\n                type.flags & TypeFlags.InstantiableNonPrimitive && maybeTypeOfKind(getBaseConstraintOfType(type) || unknownType, TypeFlags.StringLike));\n        }\n\n        function getContextNode(node: Expression): Node {\n            if (node.kind === SyntaxKind.JsxAttributes && !isJsxSelfClosingElement(node.parent)) {\n                return node.parent.parent; // Needs to be the root JsxElement, so it encompasses the attributes _and_ the children (which are essentially part of the attributes)\n            }\n            return node;\n        }\n\n        function checkExpressionWithContextualType(node: Expression, contextualType: Type, inferenceContext: InferenceContext | undefined, checkMode: CheckMode): Type {\n            const context = getContextNode(node);\n            const saveContextualType = context.contextualType;\n            const saveInferenceContext = context.inferenceContext;\n            try {\n                context.contextualType = contextualType;\n                context.inferenceContext = inferenceContext;\n                const type = checkExpression(node, checkMode | CheckMode.Contextual | (inferenceContext ? CheckMode.Inferential : 0));\n                // We strip literal freshness when an appropriate contextual type is present such that contextually typed\n                // literals always preserve their literal types (otherwise they might widen during type inference). An alternative\n                // here would be to not mark contextually typed literals as fresh in the first place.\n                const result = maybeTypeOfKind(type, TypeFlags.Literal) && isLiteralOfContextualType(type, instantiateContextualType(contextualType, node)) ?\n                    getRegularTypeOfLiteralType(type) : type;\n                return result;\n            }\n            finally {\n                // In the event our operation is canceled or some other exception occurs, reset the contextual type\n                // so that we do not accidentally hold onto an instance of the checker, as a Type created in the services layer\n                // may hold onto the checker that created it.\n                context.contextualType = saveContextualType;\n                context.inferenceContext = saveInferenceContext;\n            }\n        }\n\n        function checkExpressionCached(node: Expression | QualifiedName, checkMode?: CheckMode): Type {\n            if (checkMode && checkMode !== CheckMode.Normal) {\n                return checkExpression(node, checkMode);\n            }\n            const links = getNodeLinks(node);\n            if (!links.resolvedType) {\n                // When computing a type that we're going to cache, we need to ignore any ongoing control flow\n                // analysis because variables may have transient types in indeterminable states. Moving flowLoopStart\n                // to the top of the stack ensures all transient types are computed from a known point.\n                const saveFlowLoopStart = flowLoopStart;\n                const saveFlowTypeCache = flowTypeCache;\n                flowLoopStart = flowLoopCount;\n                flowTypeCache = undefined;\n                links.resolvedType = checkExpression(node, checkMode);\n                flowTypeCache = saveFlowTypeCache;\n                flowLoopStart = saveFlowLoopStart;\n            }\n            return links.resolvedType;\n        }\n\n        function isTypeAssertion(node: Expression) {\n            node = skipParentheses(node, /*excludeJSDocTypeAssertions*/ true);\n            return node.kind === SyntaxKind.TypeAssertionExpression ||\n                node.kind === SyntaxKind.AsExpression ||\n                isJSDocTypeAssertion(node);\n        }\n\n        function checkDeclarationInitializer(\n            declaration: HasExpressionInitializer,\n            checkMode: CheckMode,\n            contextualType?: Type | undefined\n        ) {\n            const initializer = getEffectiveInitializer(declaration)!;\n            const type = getQuickTypeOfExpression(initializer) ||\n                (contextualType ?\n                    checkExpressionWithContextualType(initializer, contextualType, /*inferenceContext*/ undefined, checkMode || CheckMode.Normal)\n                    : checkExpressionCached(initializer, checkMode));\n            return isParameter(declaration) && declaration.name.kind === SyntaxKind.ArrayBindingPattern &&\n                isTupleType(type) && !type.target.hasRestElement && getTypeReferenceArity(type) < declaration.name.elements.length ?\n                padTupleType(type, declaration.name) : type;\n        }\n\n        function padTupleType(type: TupleTypeReference, pattern: ArrayBindingPattern) {\n            const patternElements = pattern.elements;\n            const elementTypes = getTypeArguments(type).slice();\n            const elementFlags = type.target.elementFlags.slice();\n            for (let i = getTypeReferenceArity(type); i < patternElements.length; i++) {\n                const e = patternElements[i];\n                if (i < patternElements.length - 1 || !(e.kind === SyntaxKind.BindingElement && e.dotDotDotToken)) {\n                    elementTypes.push(!isOmittedExpression(e) && hasDefaultValue(e) ? getTypeFromBindingElement(e, /*includePatternInType*/ false, /*reportErrors*/ false) : anyType);\n                    elementFlags.push(ElementFlags.Optional);\n                    if (!isOmittedExpression(e) && !hasDefaultValue(e)) {\n                        reportImplicitAny(e, anyType);\n                    }\n                }\n            }\n            return createTupleType(elementTypes, elementFlags, type.target.readonly);\n        }\n\n        function widenTypeInferredFromInitializer(declaration: HasExpressionInitializer, type: Type) {\n            const widened = getCombinedNodeFlags(declaration) & NodeFlags.Const || isDeclarationReadonly(declaration) ? type : getWidenedLiteralType(type);\n            if (isInJSFile(declaration)) {\n                if (isEmptyLiteralType(widened)) {\n                    reportImplicitAny(declaration, anyType);\n                    return anyType;\n                }\n                else if (isEmptyArrayLiteralType(widened)) {\n                    reportImplicitAny(declaration, anyArrayType);\n                    return anyArrayType;\n                }\n            }\n            return widened;\n        }\n\n        function isLiteralOfContextualType(candidateType: Type, contextualType: Type | undefined): boolean {\n            if (contextualType) {\n                if (contextualType.flags & TypeFlags.UnionOrIntersection) {\n                    const types = (contextualType as UnionType).types;\n                    return some(types, t => isLiteralOfContextualType(candidateType, t));\n                }\n                if (contextualType.flags & TypeFlags.InstantiableNonPrimitive) {\n                    // If the contextual type is a type variable constrained to a primitive type, consider\n                    // this a literal context for literals of that primitive type. For example, given a\n                    // type parameter 'T extends string', infer string literal types for T.\n                    const constraint = getBaseConstraintOfType(contextualType) || unknownType;\n                    return maybeTypeOfKind(constraint, TypeFlags.String) && maybeTypeOfKind(candidateType, TypeFlags.StringLiteral) ||\n                        maybeTypeOfKind(constraint, TypeFlags.Number) && maybeTypeOfKind(candidateType, TypeFlags.NumberLiteral) ||\n                        maybeTypeOfKind(constraint, TypeFlags.BigInt) && maybeTypeOfKind(candidateType, TypeFlags.BigIntLiteral) ||\n                        maybeTypeOfKind(constraint, TypeFlags.ESSymbol) && maybeTypeOfKind(candidateType, TypeFlags.UniqueESSymbol) ||\n                        isLiteralOfContextualType(candidateType, constraint);\n                }\n                // If the contextual type is a literal of a particular primitive type, we consider this a\n                // literal context for all literals of that primitive type.\n                return !!(contextualType.flags & (TypeFlags.StringLiteral | TypeFlags.Index | TypeFlags.TemplateLiteral | TypeFlags.StringMapping) && maybeTypeOfKind(candidateType, TypeFlags.StringLiteral) ||\n                    contextualType.flags & TypeFlags.NumberLiteral && maybeTypeOfKind(candidateType, TypeFlags.NumberLiteral) ||\n                    contextualType.flags & TypeFlags.BigIntLiteral && maybeTypeOfKind(candidateType, TypeFlags.BigIntLiteral) ||\n                    contextualType.flags & TypeFlags.BooleanLiteral && maybeTypeOfKind(candidateType, TypeFlags.BooleanLiteral) ||\n                    contextualType.flags & TypeFlags.UniqueESSymbol && maybeTypeOfKind(candidateType, TypeFlags.UniqueESSymbol));\n            }\n            return false;\n        }\n\n        function isConstContext(node: Expression): boolean {\n            const parent = node.parent;\n            return isAssertionExpression(parent) && isConstTypeReference(parent.type) ||\n                isJSDocTypeAssertion(parent) && isConstTypeReference(getJSDocTypeAssertionType(parent)) ||\n                (isParenthesizedExpression(parent) || isArrayLiteralExpression(parent) || isSpreadElement(parent)) && isConstContext(parent) ||\n                (isPropertyAssignment(parent) || isShorthandPropertyAssignment(parent) || isTemplateSpan(parent)) && isConstContext(parent.parent);\n        }\n\n        function checkExpressionForMutableLocation(node: Expression, checkMode: CheckMode | undefined, contextualType?: Type, forceTuple?: boolean): Type {\n            const type = checkExpression(node, checkMode, forceTuple);\n            return isConstContext(node) || isCommonJsExportedExpression(node) ? getRegularTypeOfLiteralType(type) :\n                isTypeAssertion(node) ? type :\n                getWidenedLiteralLikeTypeForContextualType(type, instantiateContextualType(arguments.length === 2 ? getContextualType(node) : contextualType, node));\n        }\n\n        function checkPropertyAssignment(node: PropertyAssignment, checkMode?: CheckMode): Type {\n            // Do not use hasDynamicName here, because that returns false for well known symbols.\n            // We want to perform checkComputedPropertyName for all computed properties, including\n            // well known symbols.\n            if (node.name.kind === SyntaxKind.ComputedPropertyName) {\n                checkComputedPropertyName(node.name);\n            }\n\n            return checkExpressionForMutableLocation(node.initializer, checkMode);\n        }\n\n        function checkObjectLiteralMethod(node: MethodDeclaration, checkMode?: CheckMode): Type {\n            // Grammar checking\n            checkGrammarMethod(node);\n\n            // Do not use hasDynamicName here, because that returns false for well known symbols.\n            // We want to perform checkComputedPropertyName for all computed properties, including\n            // well known symbols.\n            if (node.name.kind === SyntaxKind.ComputedPropertyName) {\n                checkComputedPropertyName(node.name);\n            }\n\n            const uninstantiatedType = checkFunctionExpressionOrObjectLiteralMethod(node, checkMode);\n            return instantiateTypeWithSingleGenericCallSignature(node, uninstantiatedType, checkMode);\n        }\n\n        function instantiateTypeWithSingleGenericCallSignature(node: Expression | MethodDeclaration | QualifiedName, type: Type, checkMode?: CheckMode) {\n            if (checkMode && checkMode & (CheckMode.Inferential | CheckMode.SkipGenericFunctions)) {\n                const callSignature = getSingleSignature(type, SignatureKind.Call, /*allowMembers*/ true);\n                const constructSignature = getSingleSignature(type, SignatureKind.Construct, /*allowMembers*/ true);\n                const signature = callSignature || constructSignature;\n                if (signature && signature.typeParameters) {\n                    const contextualType = getApparentTypeOfContextualType(node as Expression, ContextFlags.NoConstraints);\n                    if (contextualType) {\n                        const contextualSignature = getSingleSignature(getNonNullableType(contextualType), callSignature ? SignatureKind.Call : SignatureKind.Construct, /*allowMembers*/ false);\n                        if (contextualSignature && !contextualSignature.typeParameters) {\n                            if (checkMode & CheckMode.SkipGenericFunctions) {\n                                skippedGenericFunction(node, checkMode);\n                                return anyFunctionType;\n                            }\n                            const context = getInferenceContext(node)!;\n                            // We have an expression that is an argument of a generic function for which we are performing\n                            // type argument inference. The expression is of a function type with a single generic call\n                            // signature and a contextual function type with a single non-generic call signature. Now check\n                            // if the outer function returns a function type with a single non-generic call signature and\n                            // if some of the outer function type parameters have no inferences so far. If so, we can\n                            // potentially add inferred type parameters to the outer function return type.\n                            const returnType = context.signature && getReturnTypeOfSignature(context.signature);\n                            const returnSignature = returnType && getSingleCallOrConstructSignature(returnType);\n                            if (returnSignature && !returnSignature.typeParameters && !every(context.inferences, hasInferenceCandidates)) {\n                                // Instantiate the signature with its own type parameters as type arguments, possibly\n                                // renaming the type parameters to ensure they have unique names.\n                                const uniqueTypeParameters = getUniqueTypeParameters(context, signature.typeParameters);\n                                const instantiatedSignature = getSignatureInstantiationWithoutFillingInTypeArguments(signature, uniqueTypeParameters);\n                                // Infer from the parameters of the instantiated signature to the parameters of the\n                                // contextual signature starting with an empty set of inference candidates.\n                                const inferences = map(context.inferences, info => createInferenceInfo(info.typeParameter));\n                                applyToParameterTypes(instantiatedSignature, contextualSignature, (source, target) => {\n                                    inferTypes(inferences, source, target, /*priority*/ 0, /*contravariant*/ true);\n                                });\n                                if (some(inferences, hasInferenceCandidates)) {\n                                    // We have inference candidates, indicating that one or more type parameters are referenced\n                                    // in the parameter types of the contextual signature. Now also infer from the return type.\n                                    applyToReturnTypes(instantiatedSignature, contextualSignature, (source, target) => {\n                                        inferTypes(inferences, source, target);\n                                    });\n                                    // If the type parameters for which we produced candidates do not have any inferences yet,\n                                    // we adopt the new inference candidates and add the type parameters of the expression type\n                                    // to the set of inferred type parameters for the outer function return type.\n                                    if (!hasOverlappingInferences(context.inferences, inferences)) {\n                                        mergeInferences(context.inferences, inferences);\n                                        context.inferredTypeParameters = concatenate(context.inferredTypeParameters, uniqueTypeParameters);\n                                        return getOrCreateTypeFromSignature(instantiatedSignature);\n                                    }\n                                }\n                            }\n                            return getOrCreateTypeFromSignature(instantiateSignatureInContextOf(signature, contextualSignature, context));\n                        }\n                    }\n                }\n            }\n            return type;\n        }\n\n        function skippedGenericFunction(node: Node, checkMode: CheckMode) {\n            if (checkMode & CheckMode.Inferential) {\n                // We have skipped a generic function during inferential typing. Obtain the inference context and\n                // indicate this has occurred such that we know a second pass of inference is be needed.\n                const context = getInferenceContext(node)!;\n                context.flags |= InferenceFlags.SkippedGenericFunction;\n            }\n        }\n\n        function hasInferenceCandidates(info: InferenceInfo) {\n            return !!(info.candidates || info.contraCandidates);\n        }\n\n        function hasOverlappingInferences(a: InferenceInfo[], b: InferenceInfo[]) {\n            for (let i = 0; i < a.length; i++) {\n                if (hasInferenceCandidates(a[i]) && hasInferenceCandidates(b[i])) {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        function mergeInferences(target: InferenceInfo[], source: InferenceInfo[]) {\n            for (let i = 0; i < target.length; i++) {\n                if (!hasInferenceCandidates(target[i]) && hasInferenceCandidates(source[i])) {\n                    target[i] = source[i];\n                }\n            }\n        }\n\n        function getUniqueTypeParameters(context: InferenceContext, typeParameters: readonly TypeParameter[]): readonly TypeParameter[] {\n            const result: TypeParameter[] = [];\n            let oldTypeParameters: TypeParameter[] | undefined;\n            let newTypeParameters: TypeParameter[] | undefined;\n            for (const tp of typeParameters) {\n                const name = tp.symbol.escapedName;\n                if (hasTypeParameterByName(context.inferredTypeParameters, name) || hasTypeParameterByName(result, name)) {\n                    const newName = getUniqueTypeParameterName(concatenate(context.inferredTypeParameters, result), name);\n                    const symbol = createSymbol(SymbolFlags.TypeParameter, newName);\n                    const newTypeParameter = createTypeParameter(symbol);\n                    newTypeParameter.target = tp;\n                    oldTypeParameters = append(oldTypeParameters, tp);\n                    newTypeParameters = append(newTypeParameters, newTypeParameter);\n                    result.push(newTypeParameter);\n                }\n                else {\n                    result.push(tp);\n                }\n            }\n            if (newTypeParameters) {\n                const mapper = createTypeMapper(oldTypeParameters!, newTypeParameters);\n                for (const tp of newTypeParameters) {\n                    tp.mapper = mapper;\n                }\n            }\n            return result;\n        }\n\n        function hasTypeParameterByName(typeParameters: readonly TypeParameter[] | undefined, name: __String) {\n            return some(typeParameters, tp => tp.symbol.escapedName === name);\n        }\n\n        function getUniqueTypeParameterName(typeParameters: readonly TypeParameter[], baseName: __String) {\n            let len = (baseName as string).length;\n            while (len > 1 && (baseName as string).charCodeAt(len - 1) >= CharacterCodes._0 && (baseName as string).charCodeAt(len - 1) <= CharacterCodes._9) len--;\n            const s = (baseName as string).slice(0, len);\n            for (let index = 1; true; index++) {\n                const augmentedName = (s + index as __String);\n                if (!hasTypeParameterByName(typeParameters, augmentedName)) {\n                    return augmentedName;\n                }\n            }\n        }\n\n        function getReturnTypeOfSingleNonGenericCallSignature(funcType: Type) {\n            const signature = getSingleCallSignature(funcType);\n            if (signature && !signature.typeParameters) {\n                return getReturnTypeOfSignature(signature);\n            }\n        }\n\n        function getReturnTypeOfSingleNonGenericSignatureOfCallChain(expr: CallChain) {\n            const funcType = checkExpression(expr.expression);\n            const nonOptionalType = getOptionalExpressionType(funcType, expr.expression);\n            const returnType = getReturnTypeOfSingleNonGenericCallSignature(funcType);\n            return returnType && propagateOptionalTypeMarker(returnType, expr, nonOptionalType !== funcType);\n        }\n\n        /**\n          * Returns the type of an expression. Unlike checkExpression, this function is simply concerned\n          * with computing the type and may not fully check all contained sub-expressions for errors.\n          */\n        function getTypeOfExpression(node: Expression) {\n            // Don't bother caching types that require no flow analysis and are quick to compute.\n            const quickType = getQuickTypeOfExpression(node);\n            if (quickType) {\n                return quickType;\n            }\n            // If a type has been cached for the node, return it.\n            if (node.flags & NodeFlags.TypeCached && flowTypeCache) {\n                const cachedType = flowTypeCache[getNodeId(node)];\n                if (cachedType) {\n                    return cachedType;\n                }\n            }\n            const startInvocationCount = flowInvocationCount;\n            const type = checkExpression(node);\n            // If control flow analysis was required to determine the type, it is worth caching.\n            if (flowInvocationCount !== startInvocationCount) {\n                const cache = flowTypeCache || (flowTypeCache = []);\n                cache[getNodeId(node)] = type;\n                setNodeFlags(node, node.flags | NodeFlags.TypeCached);\n            }\n            return type;\n        }\n\n        function getQuickTypeOfExpression(node: Expression) {\n            let expr = skipParentheses(node, /*excludeJSDocTypeAssertions*/ true);\n            if (isJSDocTypeAssertion(expr)) {\n                const type = getJSDocTypeAssertionType(expr);\n                if (!isConstTypeReference(type)) {\n                    return getTypeFromTypeNode(type);\n                }\n            }\n            expr = skipParentheses(node);\n            // Optimize for the common case of a call to a function with a single non-generic call\n            // signature where we can just fetch the return type without checking the arguments.\n            if (isCallExpression(expr) && expr.expression.kind !== SyntaxKind.SuperKeyword && !isRequireCall(expr, /*checkArgumentIsStringLiteralLike*/ true) && !isSymbolOrSymbolForCall(expr)) {\n                const type = isCallChain(expr) ? getReturnTypeOfSingleNonGenericSignatureOfCallChain(expr) :\n                    getReturnTypeOfSingleNonGenericCallSignature(checkNonNullExpression(expr.expression));\n                if (type) {\n                    return type;\n                }\n            }\n            else if (isAssertionExpression(expr) && !isConstTypeReference(expr.type)) {\n                return getTypeFromTypeNode((expr as TypeAssertion).type);\n            }\n            else if (node.kind === SyntaxKind.NumericLiteral || node.kind === SyntaxKind.StringLiteral ||\n                node.kind === SyntaxKind.TrueKeyword || node.kind === SyntaxKind.FalseKeyword) {\n                return checkExpression(node);\n            }\n            return undefined;\n        }\n\n        /**\n          * Returns the type of an expression. Unlike checkExpression, this function is simply concerned\n          * with computing the type and may not fully check all contained sub-expressions for errors.\n          * It is intended for uses where you know there is no contextual type,\n          * and requesting the contextual type might cause a circularity or other bad behaviour.\n          * It sets the contextual type of the node to any before calling getTypeOfExpression.\n          */\n        function getContextFreeTypeOfExpression(node: Expression) {\n            const links = getNodeLinks(node);\n            if (links.contextFreeType) {\n                return links.contextFreeType;\n            }\n            const saveContextualType = node.contextualType;\n            node.contextualType = anyType;\n            try {\n                const type = links.contextFreeType = checkExpression(node, CheckMode.SkipContextSensitive);\n                return type;\n            }\n            finally {\n                // In the event our operation is canceled or some other exception occurs, reset the contextual type\n                // so that we do not accidentally hold onto an instance of the checker, as a Type created in the services layer\n                // may hold onto the checker that created it.\n                node.contextualType = saveContextualType;\n            }\n        }\n\n        function checkExpression(node: Expression | QualifiedName, checkMode?: CheckMode, forceTuple?: boolean): Type {\n            tracing?.push(tracing.Phase.Check, \"checkExpression\", { kind: node.kind, pos: node.pos, end: node.end, path: (node as TracingNode).tracingPath });\n            const saveCurrentNode = currentNode;\n            currentNode = node;\n            instantiationCount = 0;\n            const uninstantiatedType = checkExpressionWorker(node, checkMode, forceTuple);\n            const type = instantiateTypeWithSingleGenericCallSignature(node, uninstantiatedType, checkMode);\n            if (isConstEnumObjectType(type)) {\n                checkConstEnumAccess(node, type);\n            }\n            currentNode = saveCurrentNode;\n            tracing?.pop();\n            return type;\n        }\n\n        function checkConstEnumAccess(node: Expression | QualifiedName, type: Type) {\n            // enum object type for const enums are only permitted in:\n            // - 'left' in property access\n            // - 'object' in indexed access\n            // - target in rhs of import statement\n            const ok =\n                (node.parent.kind === SyntaxKind.PropertyAccessExpression && (node.parent as PropertyAccessExpression).expression === node) ||\n                (node.parent.kind === SyntaxKind.ElementAccessExpression && (node.parent as ElementAccessExpression).expression === node) ||\n                ((node.kind === SyntaxKind.Identifier || node.kind === SyntaxKind.QualifiedName) && isInRightSideOfImportOrExportAssignment(node as Identifier) ||\n                    (node.parent.kind === SyntaxKind.TypeQuery && (node.parent as TypeQueryNode).exprName === node)) ||\n                (node.parent.kind === SyntaxKind.ExportSpecifier); // We allow reexporting const enums\n\n            if (!ok) {\n                error(node, Diagnostics.const_enums_can_only_be_used_in_property_or_index_access_expressions_or_the_right_hand_side_of_an_import_declaration_or_export_assignment_or_type_query);\n            }\n\n            if (compilerOptions.isolatedModules) {\n                Debug.assert(!!(type.symbol.flags & SymbolFlags.ConstEnum));\n                const constEnumDeclaration = type.symbol.valueDeclaration as EnumDeclaration;\n                if (constEnumDeclaration.flags & NodeFlags.Ambient) {\n                    error(node, Diagnostics.Cannot_access_ambient_const_enums_when_the_isolatedModules_flag_is_provided);\n                }\n            }\n        }\n\n        function checkParenthesizedExpression(node: ParenthesizedExpression, checkMode?: CheckMode): Type {\n            if (hasJSDocNodes(node) && isJSDocTypeAssertion(node)) {\n                const type = getJSDocTypeAssertionType(node);\n                return checkAssertionWorker(type, type, node.expression, checkMode);\n            }\n            return checkExpression(node.expression, checkMode);\n        }\n\n        function checkExpressionWorker(node: Expression | QualifiedName, checkMode: CheckMode | undefined, forceTuple?: boolean): Type {\n            const kind = node.kind;\n            if (cancellationToken) {\n                // Only bother checking on a few construct kinds.  We don't want to be excessively\n                // hitting the cancellation token on every node we check.\n                switch (kind) {\n                    case SyntaxKind.ClassExpression:\n                    case SyntaxKind.FunctionExpression:\n                    case SyntaxKind.ArrowFunction:\n                        cancellationToken.throwIfCancellationRequested();\n                }\n            }\n            switch (kind) {\n                case SyntaxKind.Identifier:\n                    return checkIdentifier(node as Identifier, checkMode);\n                case SyntaxKind.PrivateIdentifier:\n                    return checkPrivateIdentifierExpression(node as PrivateIdentifier);\n                case SyntaxKind.ThisKeyword:\n                    return checkThisExpression(node);\n                case SyntaxKind.SuperKeyword:\n                    return checkSuperExpression(node);\n                case SyntaxKind.NullKeyword:\n                    return nullWideningType;\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                case SyntaxKind.StringLiteral:\n                    return getFreshTypeOfLiteralType(getStringLiteralType((node as StringLiteralLike).text));\n                case SyntaxKind.NumericLiteral:\n                    checkGrammarNumericLiteral(node as NumericLiteral);\n                    return getFreshTypeOfLiteralType(getNumberLiteralType(+(node as NumericLiteral).text));\n                case SyntaxKind.BigIntLiteral:\n                    checkGrammarBigIntLiteral(node as BigIntLiteral);\n                    return getFreshTypeOfLiteralType(getBigIntLiteralType({\n                        negative: false,\n                        base10Value: parsePseudoBigInt((node as BigIntLiteral).text)\n                    }));\n                case SyntaxKind.TrueKeyword:\n                    return trueType;\n                case SyntaxKind.FalseKeyword:\n                    return falseType;\n                case SyntaxKind.TemplateExpression:\n                    return checkTemplateExpression(node as TemplateExpression);\n                case SyntaxKind.RegularExpressionLiteral:\n                    return globalRegExpType;\n                case SyntaxKind.ArrayLiteralExpression:\n                    return checkArrayLiteral(node as ArrayLiteralExpression, checkMode, forceTuple);\n                case SyntaxKind.ObjectLiteralExpression:\n                    return checkObjectLiteral(node as ObjectLiteralExpression, checkMode);\n                case SyntaxKind.PropertyAccessExpression:\n                    return checkPropertyAccessExpression(node as PropertyAccessExpression, checkMode);\n                case SyntaxKind.QualifiedName:\n                    return checkQualifiedName(node as QualifiedName, checkMode);\n                case SyntaxKind.ElementAccessExpression:\n                    return checkIndexedAccess(node as ElementAccessExpression, checkMode);\n                case SyntaxKind.CallExpression:\n                    if ((node as CallExpression).expression.kind === SyntaxKind.ImportKeyword) {\n                        return checkImportCallExpression(node as ImportCall);\n                    }\n                    // falls through\n                case SyntaxKind.NewExpression:\n                    return checkCallExpression(node as CallExpression, checkMode);\n                case SyntaxKind.TaggedTemplateExpression:\n                    return checkTaggedTemplateExpression(node as TaggedTemplateExpression);\n                case SyntaxKind.ParenthesizedExpression:\n                    return checkParenthesizedExpression(node as ParenthesizedExpression, checkMode);\n                case SyntaxKind.ClassExpression:\n                    return checkClassExpression(node as ClassExpression);\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                    return checkFunctionExpressionOrObjectLiteralMethod(node as FunctionExpression | ArrowFunction, checkMode);\n                case SyntaxKind.TypeOfExpression:\n                    return checkTypeOfExpression(node as TypeOfExpression);\n                case SyntaxKind.TypeAssertionExpression:\n                case SyntaxKind.AsExpression:\n                    return checkAssertion(node as AssertionExpression);\n                case SyntaxKind.NonNullExpression:\n                    return checkNonNullAssertion(node as NonNullExpression);\n                case SyntaxKind.ExpressionWithTypeArguments:\n                    return checkExpressionWithTypeArguments(node as ExpressionWithTypeArguments);\n                case SyntaxKind.MetaProperty:\n                    return checkMetaProperty(node as MetaProperty);\n                case SyntaxKind.DeleteExpression:\n                    return checkDeleteExpression(node as DeleteExpression);\n                case SyntaxKind.VoidExpression:\n                    return checkVoidExpression(node as VoidExpression);\n                case SyntaxKind.AwaitExpression:\n                    return checkAwaitExpression(node as AwaitExpression);\n                case SyntaxKind.PrefixUnaryExpression:\n                    return checkPrefixUnaryExpression(node as PrefixUnaryExpression);\n                case SyntaxKind.PostfixUnaryExpression:\n                    return checkPostfixUnaryExpression(node as PostfixUnaryExpression);\n                case SyntaxKind.BinaryExpression:\n                    return checkBinaryExpression(node as BinaryExpression, checkMode);\n                case SyntaxKind.ConditionalExpression:\n                    return checkConditionalExpression(node as ConditionalExpression, checkMode);\n                case SyntaxKind.SpreadElement:\n                    return checkSpreadExpression(node as SpreadElement, checkMode);\n                case SyntaxKind.OmittedExpression:\n                    return undefinedWideningType;\n                case SyntaxKind.YieldExpression:\n                    return checkYieldExpression(node as YieldExpression);\n                case SyntaxKind.SyntheticExpression:\n                    return checkSyntheticExpression(node as SyntheticExpression);\n                case SyntaxKind.JsxExpression:\n                    return checkJsxExpression(node as JsxExpression, checkMode);\n                case SyntaxKind.JsxElement:\n                    return checkJsxElement(node as JsxElement, checkMode);\n                case SyntaxKind.JsxSelfClosingElement:\n                    return checkJsxSelfClosingElement(node as JsxSelfClosingElement, checkMode);\n                case SyntaxKind.JsxFragment:\n                    return checkJsxFragment(node as JsxFragment);\n                case SyntaxKind.JsxAttributes:\n                    return checkJsxAttributes(node as JsxAttributes, checkMode);\n                case SyntaxKind.JsxOpeningElement:\n                    Debug.fail(\"Shouldn't ever directly check a JsxOpeningElement\");\n            }\n            return errorType;\n        }\n\n        // DECLARATION AND STATEMENT TYPE CHECKING\n\n        function checkTypeParameter(node: TypeParameterDeclaration) {\n            // Grammar Checking\n            checkGrammarModifiers(node);\n            if (node.expression) {\n                grammarErrorOnFirstToken(node.expression, Diagnostics.Type_expected);\n            }\n\n            checkSourceElement(node.constraint);\n            checkSourceElement(node.default);\n            const typeParameter = getDeclaredTypeOfTypeParameter(getSymbolOfNode(node));\n            // Resolve base constraint to reveal circularity errors\n            getBaseConstraintOfType(typeParameter);\n            if (!hasNonCircularTypeParameterDefault(typeParameter)) {\n                error(node.default, Diagnostics.Type_parameter_0_has_a_circular_default, typeToString(typeParameter));\n            }\n            const constraintType = getConstraintOfTypeParameter(typeParameter);\n            const defaultType = getDefaultFromTypeParameter(typeParameter);\n            if (constraintType && defaultType) {\n                checkTypeAssignableTo(defaultType, getTypeWithThisArgument(instantiateType(constraintType, makeUnaryTypeMapper(typeParameter, defaultType)), defaultType), node.default, Diagnostics.Type_0_does_not_satisfy_the_constraint_1);\n            }\n            if (node.parent.kind === SyntaxKind.InterfaceDeclaration || node.parent.kind === SyntaxKind.ClassDeclaration || node.parent.kind === SyntaxKind.TypeAliasDeclaration) {\n                const modifiers = getVarianceModifiers(typeParameter);\n                if (modifiers === ModifierFlags.In || modifiers === ModifierFlags.Out) {\n                    const symbol = getSymbolOfNode(node.parent);\n                    const source = createMarkerType(symbol, typeParameter, modifiers === ModifierFlags.Out ? markerSubType : markerSuperType);\n                    const target = createMarkerType(symbol, typeParameter, modifiers === ModifierFlags.Out ? markerSuperType : markerSubType);\n                    const saveVarianceTypeParameter = typeParameter;\n                    varianceTypeParameter = typeParameter;\n                    checkTypeAssignableTo(source, target, node, Diagnostics.Type_0_is_not_assignable_to_type_1_as_implied_by_variance_annotation);\n                    varianceTypeParameter = saveVarianceTypeParameter;\n                }\n            }\n            addLazyDiagnostic(() => checkTypeNameIsReserved(node.name, Diagnostics.Type_parameter_name_cannot_be_0));\n        }\n\n        function checkParameter(node: ParameterDeclaration) {\n            // Grammar checking\n            // It is a SyntaxError if the Identifier \"eval\" or the Identifier \"arguments\" occurs as the\n            // Identifier in a PropertySetParameterList of a PropertyAssignment that is contained in strict code\n            // or if its FunctionBody is strict code(11.1.5).\n            checkGrammarDecoratorsAndModifiers(node);\n\n            checkVariableLikeDeclaration(node);\n            const func = getContainingFunction(node)!;\n            if (hasSyntacticModifier(node, ModifierFlags.ParameterPropertyModifier)) {\n                if (!(func.kind === SyntaxKind.Constructor && nodeIsPresent(func.body))) {\n                    error(node, Diagnostics.A_parameter_property_is_only_allowed_in_a_constructor_implementation);\n                }\n                if (func.kind === SyntaxKind.Constructor && isIdentifier(node.name) && node.name.escapedText === \"constructor\") {\n                    error(node.name, Diagnostics.constructor_cannot_be_used_as_a_parameter_property_name);\n                }\n            }\n            if (node.questionToken && isBindingPattern(node.name) && (func as FunctionLikeDeclaration).body) {\n                error(node, Diagnostics.A_binding_pattern_parameter_cannot_be_optional_in_an_implementation_signature);\n            }\n            if (node.name && isIdentifier(node.name) && (node.name.escapedText === \"this\" || node.name.escapedText === \"new\")) {\n                if (func.parameters.indexOf(node) !== 0) {\n                    error(node, Diagnostics.A_0_parameter_must_be_the_first_parameter, node.name.escapedText as string);\n                }\n                if (func.kind === SyntaxKind.Constructor || func.kind === SyntaxKind.ConstructSignature || func.kind === SyntaxKind.ConstructorType) {\n                    error(node, Diagnostics.A_constructor_cannot_have_a_this_parameter);\n                }\n                if (func.kind === SyntaxKind.ArrowFunction) {\n                    error(node, Diagnostics.An_arrow_function_cannot_have_a_this_parameter);\n                }\n                if (func.kind === SyntaxKind.GetAccessor || func.kind === SyntaxKind.SetAccessor) {\n                    error(node, Diagnostics.get_and_set_accessors_cannot_declare_this_parameters);\n                }\n            }\n\n            // Only check rest parameter type if it's not a binding pattern. Since binding patterns are\n            // not allowed in a rest parameter, we already have an error from checkGrammarParameterList.\n            if (node.dotDotDotToken && !isBindingPattern(node.name) && !isTypeAssignableTo(getReducedType(getTypeOfSymbol(node.symbol)), anyReadonlyArrayType)) {\n                error(node, Diagnostics.A_rest_parameter_must_be_of_an_array_type);\n            }\n        }\n\n        function checkTypePredicate(node: TypePredicateNode): void {\n            const parent = getTypePredicateParent(node);\n            if (!parent) {\n                // The parent must not be valid.\n                error(node, Diagnostics.A_type_predicate_is_only_allowed_in_return_type_position_for_functions_and_methods);\n                return;\n            }\n\n            const signature = getSignatureFromDeclaration(parent);\n            const typePredicate = getTypePredicateOfSignature(signature);\n            if (!typePredicate) {\n                return;\n            }\n\n            checkSourceElement(node.type);\n\n            const { parameterName } = node;\n            if (typePredicate.kind === TypePredicateKind.This || typePredicate.kind === TypePredicateKind.AssertsThis) {\n                getTypeFromThisTypeNode(parameterName as ThisTypeNode);\n            }\n            else {\n                if (typePredicate.parameterIndex >= 0) {\n                    if (signatureHasRestParameter(signature) && typePredicate.parameterIndex === signature.parameters.length - 1) {\n                        error(parameterName, Diagnostics.A_type_predicate_cannot_reference_a_rest_parameter);\n                    }\n                    else {\n                        if (typePredicate.type) {\n                            const leadingError = () => chainDiagnosticMessages(/*details*/ undefined, Diagnostics.A_type_predicate_s_type_must_be_assignable_to_its_parameter_s_type);\n                            checkTypeAssignableTo(typePredicate.type,\n                                getTypeOfSymbol(signature.parameters[typePredicate.parameterIndex]),\n                                node.type,\n                                /*headMessage*/ undefined,\n                                leadingError);\n                        }\n                    }\n                }\n                else if (parameterName) {\n                    let hasReportedError = false;\n                    for (const { name } of parent.parameters) {\n                        if (isBindingPattern(name) &&\n                                checkIfTypePredicateVariableIsDeclaredInBindingPattern(name, parameterName, typePredicate.parameterName)) {\n                            hasReportedError = true;\n                            break;\n                        }\n                    }\n                    if (!hasReportedError) {\n                        error(node.parameterName, Diagnostics.Cannot_find_parameter_0, typePredicate.parameterName);\n                    }\n                }\n            }\n        }\n\n        function getTypePredicateParent(node: Node): SignatureDeclaration | undefined {\n            switch (node.parent.kind) {\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.CallSignature:\n                case SyntaxKind.FunctionDeclaration:\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.FunctionType:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.MethodSignature:\n                    const parent = node.parent as SignatureDeclaration;\n                    if (node === parent.type) {\n                        return parent;\n                    }\n            }\n        }\n\n        function checkIfTypePredicateVariableIsDeclaredInBindingPattern(\n            pattern: BindingPattern,\n            predicateVariableNode: Node,\n            predicateVariableName: string) {\n            for (const element of pattern.elements) {\n                if (isOmittedExpression(element)) {\n                    continue;\n                }\n\n                const name = element.name;\n                if (name.kind === SyntaxKind.Identifier && name.escapedText === predicateVariableName) {\n                    error(predicateVariableNode,\n                        Diagnostics.A_type_predicate_cannot_reference_element_0_in_a_binding_pattern,\n                        predicateVariableName);\n                    return true;\n                }\n                else if (name.kind === SyntaxKind.ArrayBindingPattern || name.kind === SyntaxKind.ObjectBindingPattern) {\n                    if (checkIfTypePredicateVariableIsDeclaredInBindingPattern(\n                        name,\n                        predicateVariableNode,\n                        predicateVariableName)) {\n                        return true;\n                    }\n                }\n            }\n        }\n\n        function checkSignatureDeclaration(node: SignatureDeclaration) {\n            // Grammar checking\n            if (node.kind === SyntaxKind.IndexSignature) {\n                checkGrammarIndexSignature(node as SignatureDeclaration);\n            }\n            // TODO (yuisu): Remove this check in else-if when SyntaxKind.Construct is moved and ambient context is handled\n            else if (node.kind === SyntaxKind.FunctionType || node.kind === SyntaxKind.FunctionDeclaration || node.kind === SyntaxKind.ConstructorType ||\n                node.kind === SyntaxKind.CallSignature || node.kind === SyntaxKind.Constructor ||\n                node.kind === SyntaxKind.ConstructSignature) {\n                checkGrammarFunctionLikeDeclaration(node as FunctionLikeDeclaration);\n            }\n\n            const functionFlags = getFunctionFlags(node as FunctionLikeDeclaration);\n            if (!(functionFlags & FunctionFlags.Invalid)) {\n                // Async generators prior to ESNext require the __await and __asyncGenerator helpers\n                if ((functionFlags & FunctionFlags.AsyncGenerator) === FunctionFlags.AsyncGenerator && languageVersion < ScriptTarget.ESNext) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.AsyncGeneratorIncludes);\n                }\n\n                // Async functions prior to ES2017 require the __awaiter helper\n                if ((functionFlags & FunctionFlags.AsyncGenerator) === FunctionFlags.Async && languageVersion < ScriptTarget.ES2017) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.Awaiter);\n                }\n\n                // Generator functions, Async functions, and Async Generator functions prior to\n                // ES2015 require the __generator helper\n                if ((functionFlags & FunctionFlags.AsyncGenerator) !== FunctionFlags.Normal && languageVersion < ScriptTarget.ES2015) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.Generator);\n                }\n            }\n\n            checkTypeParameters(getEffectiveTypeParameterDeclarations(node));\n            checkUnmatchedJSDocParameters(node);\n\n            forEach(node.parameters, checkParameter);\n\n            // TODO(rbuckton): Should we start checking JSDoc types?\n            if (node.type) {\n                checkSourceElement(node.type);\n            }\n\n            addLazyDiagnostic(checkSignatureDeclarationDiagnostics);\n\n            function checkSignatureDeclarationDiagnostics() {\n                checkCollisionWithArgumentsInGeneratedCode(node);\n                const returnTypeNode = getEffectiveReturnTypeNode(node);\n                if (noImplicitAny && !returnTypeNode) {\n                    switch (node.kind) {\n                        case SyntaxKind.ConstructSignature:\n                            error(node, Diagnostics.Construct_signature_which_lacks_return_type_annotation_implicitly_has_an_any_return_type);\n                            break;\n                        case SyntaxKind.CallSignature:\n                            error(node, Diagnostics.Call_signature_which_lacks_return_type_annotation_implicitly_has_an_any_return_type);\n                            break;\n                    }\n                }\n\n                if (returnTypeNode) {\n                    const functionFlags = getFunctionFlags(node as FunctionDeclaration);\n                    if ((functionFlags & (FunctionFlags.Invalid | FunctionFlags.Generator)) === FunctionFlags.Generator) {\n                        const returnType = getTypeFromTypeNode(returnTypeNode);\n                        if (returnType === voidType) {\n                            error(returnTypeNode, Diagnostics.A_generator_cannot_have_a_void_type_annotation);\n                        }\n                        else {\n                            // Naively, one could check that Generator<any, any, any> is assignable to the return type annotation.\n                            // However, that would not catch the error in the following case.\n                            //\n                            //    interface BadGenerator extends Iterable<number>, Iterator<string> { }\n                            //    function* g(): BadGenerator { } // Iterable and Iterator have different types!\n                            //\n                            const generatorYieldType = getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Yield, returnType, (functionFlags & FunctionFlags.Async) !== 0) || anyType;\n                            const generatorReturnType = getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Return, returnType, (functionFlags & FunctionFlags.Async) !== 0) || generatorYieldType;\n                            const generatorNextType = getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Next, returnType, (functionFlags & FunctionFlags.Async) !== 0) || unknownType;\n                            const generatorInstantiation = createGeneratorReturnType(generatorYieldType, generatorReturnType, generatorNextType, !!(functionFlags & FunctionFlags.Async));\n                            checkTypeAssignableTo(generatorInstantiation, returnType, returnTypeNode);\n                        }\n                    }\n                    else if ((functionFlags & FunctionFlags.AsyncGenerator) === FunctionFlags.Async) {\n                        checkAsyncFunctionReturnType(node as FunctionLikeDeclaration, returnTypeNode);\n                    }\n                }\n                if (node.kind !== SyntaxKind.IndexSignature && node.kind !== SyntaxKind.JSDocFunctionType) {\n                    registerForUnusedIdentifiersCheck(node);\n                }\n            }\n        }\n\n        function checkClassForDuplicateDeclarations(node: ClassLikeDeclaration) {\n            const instanceNames = new Map<__String, DeclarationMeaning>();\n            const staticNames = new Map<__String, DeclarationMeaning>();\n            // instance and static private identifiers share the same scope\n            const privateIdentifiers = new Map<__String, DeclarationMeaning>();\n            for (const member of node.members) {\n                if (member.kind === SyntaxKind.Constructor) {\n                    for (const param of (member as ConstructorDeclaration).parameters) {\n                        if (isParameterPropertyDeclaration(param, member) && !isBindingPattern(param.name)) {\n                            addName(instanceNames, param.name, param.name.escapedText, DeclarationMeaning.GetOrSetAccessor);\n                        }\n                    }\n                }\n                else {\n                    const isStaticMember = isStatic(member);\n                    const name = member.name;\n                    if (!name) {\n                        continue;\n                    }\n                    const isPrivate = isPrivateIdentifier(name);\n                    const privateStaticFlags = isPrivate && isStaticMember ? DeclarationMeaning.PrivateStatic : 0;\n                    const names =\n                        isPrivate ? privateIdentifiers :\n                        isStaticMember ? staticNames :\n                        instanceNames;\n\n                    const memberName = name && getPropertyNameForPropertyNameNode(name);\n                    if (memberName) {\n                        switch (member.kind) {\n                            case SyntaxKind.GetAccessor:\n                                addName(names, name, memberName, DeclarationMeaning.GetAccessor | privateStaticFlags);\n                                break;\n\n                            case SyntaxKind.SetAccessor:\n                                addName(names, name, memberName, DeclarationMeaning.SetAccessor | privateStaticFlags);\n                                break;\n\n                            case SyntaxKind.PropertyDeclaration:\n                                addName(names, name, memberName, DeclarationMeaning.GetOrSetAccessor | privateStaticFlags);\n                                break;\n\n                            case SyntaxKind.MethodDeclaration:\n                                addName(names, name, memberName, DeclarationMeaning.Method | privateStaticFlags);\n                                break;\n                        }\n                    }\n                }\n            }\n\n            function addName(names: UnderscoreEscapedMap<DeclarationMeaning>, location: Node, name: __String, meaning: DeclarationMeaning) {\n                const prev = names.get(name);\n                if (prev) {\n                    // For private identifiers, do not allow mixing of static and instance members with the same name\n                    if ((prev & DeclarationMeaning.PrivateStatic) !== (meaning & DeclarationMeaning.PrivateStatic)) {\n                        error(location, Diagnostics.Duplicate_identifier_0_Static_and_instance_elements_cannot_share_the_same_private_name, getTextOfNode(location));\n                    }\n                    else {\n                        const prevIsMethod = !!(prev & DeclarationMeaning.Method);\n                        const isMethod = !!(meaning & DeclarationMeaning.Method);\n                        if (prevIsMethod || isMethod) {\n                            if (prevIsMethod !== isMethod) {\n                                error(location, Diagnostics.Duplicate_identifier_0, getTextOfNode(location));\n                            }\n                            // If this is a method/method duplication is might be an overload, so this will be handled when overloads are considered\n                        }\n                        else if (prev & meaning & ~DeclarationMeaning.PrivateStatic) {\n                            error(location, Diagnostics.Duplicate_identifier_0, getTextOfNode(location));\n                        }\n                        else {\n                            names.set(name, prev | meaning);\n                        }\n                    }\n                }\n                else {\n                    names.set(name, meaning);\n                }\n            }\n        }\n\n        /**\n          * Static members being set on a constructor function may conflict with built-in properties\n          * of Function. Esp. in ECMAScript 5 there are non-configurable and non-writable\n          * built-in properties. This check issues a transpile error when a class has a static\n          * member with the same name as a non-writable built-in property.\n          *\n          * @see http://www.ecma-international.org/ecma-262/5.1/#sec-15.3.3\n          * @see http://www.ecma-international.org/ecma-262/5.1/#sec-15.3.5\n          * @see http://www.ecma-international.org/ecma-262/6.0/#sec-properties-of-the-function-constructor\n          * @see http://www.ecma-international.org/ecma-262/6.0/#sec-function-instances\n          */\n        function checkClassForStaticPropertyNameConflicts(node: ClassLikeDeclaration) {\n            for (const member of node.members) {\n                const memberNameNode = member.name;\n                const isStaticMember = isStatic(member);\n                if (isStaticMember && memberNameNode) {\n                    const memberName = getPropertyNameForPropertyNameNode(memberNameNode);\n                    switch (memberName) {\n                        case \"name\":\n                        case \"length\":\n                        case \"caller\":\n                        case \"arguments\":\n                        case \"prototype\":\n                            const message = Diagnostics.Static_property_0_conflicts_with_built_in_property_Function_0_of_constructor_function_1;\n                            const className = getNameOfSymbolAsWritten(getSymbolOfNode(node));\n                            error(memberNameNode, message, memberName, className);\n                            break;\n                    }\n                }\n            }\n        }\n\n        function checkObjectTypeForDuplicateDeclarations(node: TypeLiteralNode | InterfaceDeclaration) {\n            const names = new Map<string, boolean>();\n            for (const member of node.members) {\n                if (member.kind === SyntaxKind.PropertySignature) {\n                    let memberName: string;\n                    const name = member.name!;\n                    switch (name.kind) {\n                        case SyntaxKind.StringLiteral:\n                        case SyntaxKind.NumericLiteral:\n                            memberName = name.text;\n                            break;\n                        case SyntaxKind.Identifier:\n                            memberName = idText(name);\n                            break;\n                        default:\n                            continue;\n                    }\n\n                    if (names.get(memberName)) {\n                        error(getNameOfDeclaration(member.symbol.valueDeclaration), Diagnostics.Duplicate_identifier_0, memberName);\n                        error(member.name, Diagnostics.Duplicate_identifier_0, memberName);\n                    }\n                    else {\n                        names.set(memberName, true);\n                    }\n                }\n            }\n        }\n\n        function checkTypeForDuplicateIndexSignatures(node: Node) {\n            if (node.kind === SyntaxKind.InterfaceDeclaration) {\n                const nodeSymbol = getSymbolOfNode(node as InterfaceDeclaration);\n                // in case of merging interface declaration it is possible that we'll enter this check procedure several times for every declaration\n                // to prevent this run check only for the first declaration of a given kind\n                if (nodeSymbol.declarations && nodeSymbol.declarations.length > 0 && nodeSymbol.declarations[0] !== node) {\n                    return;\n                }\n            }\n\n            // TypeScript 1.0 spec (April 2014)\n            // 3.7.4: An object type can contain at most one string index signature and one numeric index signature.\n            // 8.5: A class declaration can have at most one string index member declaration and one numeric index member declaration\n            const indexSymbol = getIndexSymbol(getSymbolOfNode(node)!);\n            if (indexSymbol?.declarations) {\n                const indexSignatureMap = new Map<TypeId, { type: Type, declarations: IndexSignatureDeclaration[] }>();\n                for (const declaration of (indexSymbol.declarations as IndexSignatureDeclaration[])) {\n                    if (declaration.parameters.length === 1 && declaration.parameters[0].type) {\n                        forEachType(getTypeFromTypeNode(declaration.parameters[0].type), type => {\n                            const entry = indexSignatureMap.get(getTypeId(type));\n                            if (entry) {\n                                entry.declarations.push(declaration);\n                            }\n                            else {\n                                indexSignatureMap.set(getTypeId(type), { type, declarations: [declaration] });\n                            }\n                        });\n                    }\n                }\n                indexSignatureMap.forEach(entry => {\n                    if (entry.declarations.length > 1) {\n                        for (const declaration of entry.declarations) {\n                            error(declaration, Diagnostics.Duplicate_index_signature_for_type_0, typeToString(entry.type));\n                        }\n                    }\n                });\n            }\n        }\n\n        function checkPropertyDeclaration(node: PropertyDeclaration | PropertySignature) {\n            // Grammar checking\n            if (!checkGrammarDecoratorsAndModifiers(node) && !checkGrammarProperty(node)) checkGrammarComputedPropertyName(node.name);\n            checkVariableLikeDeclaration(node);\n\n            setNodeLinksForPrivateIdentifierScope(node);\n\n            // property signatures already report \"initializer not allowed in ambient context\" elsewhere\n            if (hasSyntacticModifier(node, ModifierFlags.Abstract) && node.kind === SyntaxKind.PropertyDeclaration && node.initializer) {\n                error(node, Diagnostics.Property_0_cannot_have_an_initializer_because_it_is_marked_abstract, declarationNameToString(node.name));\n            }\n        }\n\n        function checkPropertySignature(node: PropertySignature) {\n            if (isPrivateIdentifier(node.name)) {\n                error(node, Diagnostics.Private_identifiers_are_not_allowed_outside_class_bodies);\n            }\n            return checkPropertyDeclaration(node);\n        }\n\n        function checkMethodDeclaration(node: MethodDeclaration | MethodSignature) {\n            // Grammar checking\n            if (!checkGrammarMethod(node)) checkGrammarComputedPropertyName(node.name);\n\n            // Grammar checking for modifiers is done inside the function checkGrammarFunctionLikeDeclaration\n            checkFunctionOrMethodDeclaration(node);\n\n            // method signatures already report \"implementation not allowed in ambient context\" elsewhere\n            if (hasSyntacticModifier(node, ModifierFlags.Abstract) && node.kind === SyntaxKind.MethodDeclaration && node.body) {\n                error(node, Diagnostics.Method_0_cannot_have_an_implementation_because_it_is_marked_abstract, declarationNameToString(node.name));\n            }\n\n            // Private named methods are only allowed in class declarations\n            if (isPrivateIdentifier(node.name) && !getContainingClass(node)) {\n                error(node, Diagnostics.Private_identifiers_are_not_allowed_outside_class_bodies);\n            }\n\n            setNodeLinksForPrivateIdentifierScope(node);\n        }\n\n        function setNodeLinksForPrivateIdentifierScope(node: PropertyDeclaration | PropertySignature | MethodDeclaration | MethodSignature | AccessorDeclaration) {\n            if (isPrivateIdentifier(node.name) && languageVersion < ScriptTarget.ESNext) {\n                for (let lexicalScope = getEnclosingBlockScopeContainer(node); !!lexicalScope; lexicalScope = getEnclosingBlockScopeContainer(lexicalScope)) {\n                    getNodeLinks(lexicalScope).flags |= NodeCheckFlags.ContainsClassWithPrivateIdentifiers;\n                }\n\n                // If this is a private element in a class expression inside the body of a loop,\n                // then we must use a block-scoped binding to store the additional variables required\n                // to transform private elements.\n                if (isClassExpression(node.parent)) {\n                    const enclosingIterationStatement = getEnclosingIterationStatement(node.parent);\n                    if (enclosingIterationStatement) {\n                        getNodeLinks(node.name).flags |= NodeCheckFlags.BlockScopedBindingInLoop;\n                        getNodeLinks(enclosingIterationStatement).flags |= NodeCheckFlags.LoopWithCapturedBlockScopedBinding;\n                    }\n                }\n            }\n        }\n\n        function checkClassStaticBlockDeclaration(node: ClassStaticBlockDeclaration) {\n            checkGrammarDecoratorsAndModifiers(node);\n\n            forEachChild(node, checkSourceElement);\n        }\n\n        function checkConstructorDeclaration(node: ConstructorDeclaration) {\n            // Grammar check on signature of constructor and modifier of the constructor is done in checkSignatureDeclaration function.\n            checkSignatureDeclaration(node);\n            // Grammar check for checking only related to constructorDeclaration\n            if (!checkGrammarConstructorTypeParameters(node)) checkGrammarConstructorTypeAnnotation(node);\n\n            checkSourceElement(node.body);\n\n            const symbol = getSymbolOfNode(node);\n            const firstDeclaration = getDeclarationOfKind(symbol, node.kind);\n\n            // Only type check the symbol once\n            if (node === firstDeclaration) {\n                checkFunctionOrConstructorSymbol(symbol);\n            }\n\n            // exit early in the case of signature - super checks are not relevant to them\n            if (nodeIsMissing(node.body)) {\n                return;\n            }\n\n            addLazyDiagnostic(checkConstructorDeclarationDiagnostics);\n\n            return;\n\n            function isInstancePropertyWithInitializerOrPrivateIdentifierProperty(n: Node): boolean {\n                if (isPrivateIdentifierClassElementDeclaration(n)) {\n                    return true;\n                }\n                return n.kind === SyntaxKind.PropertyDeclaration &&\n                    !isStatic(n) &&\n                    !!(n as PropertyDeclaration).initializer;\n            }\n\n            function checkConstructorDeclarationDiagnostics() {\n                // TS 1.0 spec (April 2014): 8.3.2\n                // Constructors of classes with no extends clause may not contain super calls, whereas\n                // constructors of derived classes must contain at least one super call somewhere in their function body.\n                const containingClassDecl = node.parent as ClassDeclaration;\n                if (getClassExtendsHeritageElement(containingClassDecl)) {\n                    captureLexicalThis(node.parent, containingClassDecl);\n                    const classExtendsNull = classDeclarationExtendsNull(containingClassDecl);\n                    const superCall = findFirstSuperCall(node.body!);\n                    if (superCall) {\n                        if (classExtendsNull) {\n                            error(superCall, Diagnostics.A_constructor_cannot_contain_a_super_call_when_its_class_extends_null);\n                        }\n\n                        // A super call must be root-level in a constructor if both of the following are true:\n                        // - The containing class is a derived class.\n                        // - The constructor declares parameter properties\n                        //   or the containing class declares instance member variables with initializers.\n\n                        const superCallShouldBeRootLevel =\n                            (getEmitScriptTarget(compilerOptions) !== ScriptTarget.ESNext || !useDefineForClassFields) &&\n                            (some((node.parent as ClassDeclaration).members, isInstancePropertyWithInitializerOrPrivateIdentifierProperty) ||\n                            some(node.parameters, p => hasSyntacticModifier(p, ModifierFlags.ParameterPropertyModifier)));\n\n                        if (superCallShouldBeRootLevel) {\n                            // Until we have better flow analysis, it is an error to place the super call within any kind of block or conditional\n                            // See GH #8277\n                            if (!superCallIsRootLevelInConstructor(superCall, node.body!)) {\n                                error(superCall, Diagnostics.A_super_call_must_be_a_root_level_statement_within_a_constructor_of_a_derived_class_that_contains_initialized_properties_parameter_properties_or_private_identifiers);\n                            }\n                            // Skip past any prologue directives to check statements for referring to 'super' or 'this' before a super call\n                            else {\n                                let superCallStatement: ExpressionStatement | undefined;\n\n                                for (const statement of node.body!.statements) {\n                                    if (isExpressionStatement(statement) && isSuperCall(skipOuterExpressions(statement.expression))) {\n                                        superCallStatement = statement;\n                                        break;\n                                    }\n                                    if (!isPrologueDirective(statement) && nodeImmediatelyReferencesSuperOrThis(statement)) {\n                                        break;\n                                    }\n                                }\n\n                                // Until we have better flow analysis, it is an error to place the super call within any kind of block or conditional\n                                // See GH #8277\n                                if (superCallStatement === undefined) {\n                                    error(node, Diagnostics.A_super_call_must_be_the_first_statement_in_the_constructor_to_refer_to_super_or_this_when_a_derived_class_contains_initialized_properties_parameter_properties_or_private_identifiers);\n                                }\n                            }\n                        }\n                    }\n                    else if (!classExtendsNull) {\n                        error(node, Diagnostics.Constructors_for_derived_classes_must_contain_a_super_call);\n                    }\n                }\n            }\n        }\n\n        function superCallIsRootLevelInConstructor(superCall: Node, body: Block) {\n            const superCallParent = walkUpParenthesizedExpressions(superCall.parent);\n            return isExpressionStatement(superCallParent) && superCallParent.parent === body;\n        }\n\n        function nodeImmediatelyReferencesSuperOrThis(node: Node): boolean {\n            if (node.kind === SyntaxKind.SuperKeyword || node.kind === SyntaxKind.ThisKeyword) {\n                return true;\n            }\n\n            if (isThisContainerOrFunctionBlock(node)) {\n                return false;\n            }\n\n            return !!forEachChild(node, nodeImmediatelyReferencesSuperOrThis);\n        }\n\n        function checkAccessorDeclaration(node: AccessorDeclaration) {\n            addLazyDiagnostic(checkAccessorDeclarationDiagnostics);\n            checkSourceElement(node.body);\n            setNodeLinksForPrivateIdentifierScope(node);\n\n            function checkAccessorDeclarationDiagnostics() {\n                // Grammar checking accessors\n                if (!checkGrammarFunctionLikeDeclaration(node) && !checkGrammarAccessor(node)) checkGrammarComputedPropertyName(node.name);\n\n                checkDecorators(node);\n                checkSignatureDeclaration(node);\n                if (node.kind === SyntaxKind.GetAccessor) {\n                    if (!(node.flags & NodeFlags.Ambient) && nodeIsPresent(node.body) && (node.flags & NodeFlags.HasImplicitReturn)) {\n                        if (!(node.flags & NodeFlags.HasExplicitReturn)) {\n                            error(node.name, Diagnostics.A_get_accessor_must_return_a_value);\n                        }\n                    }\n                }\n                // Do not use hasDynamicName here, because that returns false for well known symbols.\n                // We want to perform checkComputedPropertyName for all computed properties, including\n                // well known symbols.\n                if (node.name.kind === SyntaxKind.ComputedPropertyName) {\n                    checkComputedPropertyName(node.name);\n                }\n\n                if (hasBindableName(node)) {\n                    // TypeScript 1.0 spec (April 2014): 8.4.3\n                    // Accessors for the same member name must specify the same accessibility.\n                    const symbol = getSymbolOfNode(node);\n                    const getter = getDeclarationOfKind<AccessorDeclaration>(symbol, SyntaxKind.GetAccessor);\n                    const setter = getDeclarationOfKind<AccessorDeclaration>(symbol, SyntaxKind.SetAccessor);\n                    if (getter && setter && !(getNodeCheckFlags(getter) & NodeCheckFlags.TypeChecked)) {\n                        getNodeLinks(getter).flags |= NodeCheckFlags.TypeChecked;\n                        const getterFlags = getEffectiveModifierFlags(getter);\n                        const setterFlags = getEffectiveModifierFlags(setter);\n                        if ((getterFlags & ModifierFlags.Abstract) !== (setterFlags & ModifierFlags.Abstract)) {\n                            error(getter.name, Diagnostics.Accessors_must_both_be_abstract_or_non_abstract);\n                            error(setter.name, Diagnostics.Accessors_must_both_be_abstract_or_non_abstract);\n                        }\n                        if (((getterFlags & ModifierFlags.Protected) && !(setterFlags & (ModifierFlags.Protected | ModifierFlags.Private))) ||\n                            ((getterFlags & ModifierFlags.Private) && !(setterFlags & ModifierFlags.Private))) {\n                            error(getter.name, Diagnostics.A_get_accessor_must_be_at_least_as_accessible_as_the_setter);\n                            error(setter.name, Diagnostics.A_get_accessor_must_be_at_least_as_accessible_as_the_setter);\n                        }\n\n                        const getterType = getAnnotatedAccessorType(getter);\n                        const setterType = getAnnotatedAccessorType(setter);\n                        if (getterType && setterType) {\n                            checkTypeAssignableTo(getterType, setterType, getter, Diagnostics.The_return_type_of_a_get_accessor_must_be_assignable_to_its_set_accessor_type);\n                        }\n                    }\n                }\n                const returnType = getTypeOfAccessors(getSymbolOfNode(node));\n                if (node.kind === SyntaxKind.GetAccessor) {\n                    checkAllCodePathsInNonVoidFunctionReturnOrThrow(node, returnType);\n                }\n            }\n        }\n\n        function checkMissingDeclaration(node: Node) {\n            checkDecorators(node);\n        }\n\n        function getEffectiveTypeArguments(node: TypeReferenceNode | ExpressionWithTypeArguments, typeParameters: readonly TypeParameter[]): Type[] {\n            return fillMissingTypeArguments(map(node.typeArguments!, getTypeFromTypeNode), typeParameters,\n                getMinTypeArgumentCount(typeParameters), isInJSFile(node));\n        }\n\n        function checkTypeArgumentConstraints(node: TypeReferenceNode | ExpressionWithTypeArguments, typeParameters: readonly TypeParameter[]): boolean {\n            let typeArguments: Type[] | undefined;\n            let mapper: TypeMapper | undefined;\n            let result = true;\n            for (let i = 0; i < typeParameters.length; i++) {\n                const constraint = getConstraintOfTypeParameter(typeParameters[i]);\n                if (constraint) {\n                    if (!typeArguments) {\n                        typeArguments = getEffectiveTypeArguments(node, typeParameters);\n                        mapper = createTypeMapper(typeParameters, typeArguments);\n                    }\n                    result = result && checkTypeAssignableTo(\n                        typeArguments[i],\n                        instantiateType(constraint, mapper),\n                        node.typeArguments![i],\n                        Diagnostics.Type_0_does_not_satisfy_the_constraint_1);\n                }\n            }\n            return result;\n        }\n\n        function getTypeParametersForTypeReference(node: TypeReferenceNode | ExpressionWithTypeArguments) {\n            const type = getTypeFromTypeReference(node);\n            if (!isErrorType(type)) {\n                const symbol = getNodeLinks(node).resolvedSymbol;\n                if (symbol) {\n                    return symbol.flags & SymbolFlags.TypeAlias && getSymbolLinks(symbol).typeParameters ||\n                        (getObjectFlags(type) & ObjectFlags.Reference ? (type as TypeReference).target.localTypeParameters : undefined);\n                }\n            }\n            return undefined;\n        }\n\n        function checkTypeReferenceNode(node: TypeReferenceNode | ExpressionWithTypeArguments) {\n            checkGrammarTypeArguments(node, node.typeArguments);\n            if (node.kind === SyntaxKind.TypeReference && node.typeName.jsdocDotPos !== undefined && !isInJSFile(node) && !isInJSDoc(node)) {\n                grammarErrorAtPos(node, node.typeName.jsdocDotPos, 1, Diagnostics.JSDoc_types_can_only_be_used_inside_documentation_comments);\n            }\n            forEach(node.typeArguments, checkSourceElement);\n            const type = getTypeFromTypeReference(node);\n            if (!isErrorType(type)) {\n                if (node.typeArguments) {\n                    addLazyDiagnostic(() => {\n                        const typeParameters = getTypeParametersForTypeReference(node);\n                        if (typeParameters) {\n                            checkTypeArgumentConstraints(node, typeParameters);\n                        }\n                    });\n                }\n                const symbol = getNodeLinks(node).resolvedSymbol;\n                if (symbol) {\n                    if (some(symbol.declarations, d => isTypeDeclaration(d) && !!(d.flags & NodeFlags.Deprecated))) {\n                        addDeprecatedSuggestion(\n                            getDeprecatedSuggestionNode(node),\n                            symbol.declarations!,\n                            symbol.escapedName as string\n                        );\n                    }\n                    if (type.flags & TypeFlags.Enum && symbol.flags & SymbolFlags.EnumMember) {\n                        error(node, Diagnostics.Enum_type_0_has_members_with_initializers_that_are_not_literals, typeToString(type));\n                    }\n                }\n            }\n        }\n\n        function getTypeArgumentConstraint(node: TypeNode): Type | undefined {\n            const typeReferenceNode = tryCast(node.parent, isTypeReferenceType);\n            if (!typeReferenceNode) return undefined;\n            const typeParameters = getTypeParametersForTypeReference(typeReferenceNode);\n            if (!typeParameters) return undefined;\n            const constraint = getConstraintOfTypeParameter(typeParameters[typeReferenceNode.typeArguments!.indexOf(node)]);\n            return constraint && instantiateType(constraint, createTypeMapper(typeParameters, getEffectiveTypeArguments(typeReferenceNode, typeParameters)));\n        }\n\n        function checkTypeQuery(node: TypeQueryNode) {\n            getTypeFromTypeQueryNode(node);\n        }\n\n        function checkTypeLiteral(node: TypeLiteralNode) {\n            forEach(node.members, checkSourceElement);\n            addLazyDiagnostic(checkTypeLiteralDiagnostics);\n\n            function checkTypeLiteralDiagnostics() {\n                const type = getTypeFromTypeLiteralOrFunctionOrConstructorTypeNode(node);\n                checkIndexConstraints(type, type.symbol);\n                checkTypeForDuplicateIndexSignatures(node);\n                checkObjectTypeForDuplicateDeclarations(node);\n            }\n        }\n\n        function checkArrayType(node: ArrayTypeNode) {\n            checkSourceElement(node.elementType);\n        }\n\n        function checkTupleType(node: TupleTypeNode) {\n            const elementTypes = node.elements;\n            let seenOptionalElement = false;\n            let seenRestElement = false;\n            const hasNamedElement = some(elementTypes, isNamedTupleMember);\n            for (const e of elementTypes) {\n                if (e.kind !== SyntaxKind.NamedTupleMember && hasNamedElement) {\n                    grammarErrorOnNode(e, Diagnostics.Tuple_members_must_all_have_names_or_all_not_have_names);\n                    break;\n                }\n                const flags = getTupleElementFlags(e);\n                if (flags & ElementFlags.Variadic) {\n                    const type = getTypeFromTypeNode((e as RestTypeNode | NamedTupleMember).type);\n                    if (!isArrayLikeType(type)) {\n                        error(e, Diagnostics.A_rest_element_type_must_be_an_array_type);\n                        break;\n                    }\n                    if (isArrayType(type) || isTupleType(type) && type.target.combinedFlags & ElementFlags.Rest) {\n                        seenRestElement = true;\n                    }\n                }\n                else if (flags & ElementFlags.Rest) {\n                    if (seenRestElement) {\n                        grammarErrorOnNode(e, Diagnostics.A_rest_element_cannot_follow_another_rest_element);\n                        break;\n                    }\n                    seenRestElement = true;\n                }\n                else if (flags & ElementFlags.Optional) {\n                    if (seenRestElement) {\n                        grammarErrorOnNode(e, Diagnostics.An_optional_element_cannot_follow_a_rest_element);\n                        break;\n                    }\n                    seenOptionalElement = true;\n                }\n                else if (seenOptionalElement) {\n                    grammarErrorOnNode(e, Diagnostics.A_required_element_cannot_follow_an_optional_element);\n                    break;\n                }\n            }\n            forEach(node.elements, checkSourceElement);\n            getTypeFromTypeNode(node);\n        }\n\n        function checkUnionOrIntersectionType(node: UnionOrIntersectionTypeNode) {\n            forEach(node.types, checkSourceElement);\n            getTypeFromTypeNode(node);\n        }\n\n        function checkIndexedAccessIndexType(type: Type, accessNode: IndexedAccessTypeNode | ElementAccessExpression) {\n            if (!(type.flags & TypeFlags.IndexedAccess)) {\n                return type;\n            }\n            // Check if the index type is assignable to 'keyof T' for the object type.\n            const objectType = (type as IndexedAccessType).objectType;\n            const indexType = (type as IndexedAccessType).indexType;\n            if (isTypeAssignableTo(indexType, getIndexType(objectType, /*stringsOnly*/ false))) {\n                if (accessNode.kind === SyntaxKind.ElementAccessExpression && isAssignmentTarget(accessNode) &&\n                    getObjectFlags(objectType) & ObjectFlags.Mapped && getMappedTypeModifiers(objectType as MappedType) & MappedTypeModifiers.IncludeReadonly) {\n                    error(accessNode, Diagnostics.Index_signature_in_type_0_only_permits_reading, typeToString(objectType));\n                }\n                return type;\n            }\n            // Check if we're indexing with a numeric type and if either object or index types\n            // is a generic type with a constraint that has a numeric index signature.\n            const apparentObjectType = getApparentType(objectType);\n            if (getIndexInfoOfType(apparentObjectType, numberType) && isTypeAssignableToKind(indexType, TypeFlags.NumberLike)) {\n                return type;\n            }\n            if (isGenericObjectType(objectType)) {\n                const propertyName = getPropertyNameFromIndex(indexType, accessNode);\n                if (propertyName) {\n                    const propertySymbol = forEachType(apparentObjectType, t => getPropertyOfType(t, propertyName));\n                    if (propertySymbol && getDeclarationModifierFlagsFromSymbol(propertySymbol) & ModifierFlags.NonPublicAccessibilityModifier) {\n                        error(accessNode, Diagnostics.Private_or_protected_member_0_cannot_be_accessed_on_a_type_parameter, unescapeLeadingUnderscores(propertyName));\n                        return errorType;\n                    }\n                }\n            }\n            error(accessNode, Diagnostics.Type_0_cannot_be_used_to_index_type_1, typeToString(indexType), typeToString(objectType));\n            return errorType;\n        }\n\n        function checkIndexedAccessType(node: IndexedAccessTypeNode) {\n            checkSourceElement(node.objectType);\n            checkSourceElement(node.indexType);\n            checkIndexedAccessIndexType(getTypeFromIndexedAccessTypeNode(node), node);\n        }\n\n        function checkMappedType(node: MappedTypeNode) {\n            checkGrammarMappedType(node);\n            checkSourceElement(node.typeParameter);\n            checkSourceElement(node.nameType);\n            checkSourceElement(node.type);\n\n            if (!node.type) {\n                reportImplicitAny(node, anyType);\n            }\n\n            const type = getTypeFromMappedTypeNode(node) as MappedType;\n            const nameType = getNameTypeFromMappedType(type);\n            if (nameType) {\n                checkTypeAssignableTo(nameType, keyofConstraintType, node.nameType);\n            }\n            else {\n                const constraintType = getConstraintTypeFromMappedType(type);\n                checkTypeAssignableTo(constraintType, keyofConstraintType, getEffectiveConstraintOfTypeParameter(node.typeParameter));\n            }\n        }\n\n        function checkGrammarMappedType(node: MappedTypeNode) {\n            if (node.members?.length) {\n                return grammarErrorOnNode(node.members[0], Diagnostics.A_mapped_type_may_not_declare_properties_or_methods);\n            }\n        }\n\n        function checkThisType(node: ThisTypeNode) {\n            getTypeFromThisTypeNode(node);\n        }\n\n        function checkTypeOperator(node: TypeOperatorNode) {\n            checkGrammarTypeOperatorNode(node);\n            checkSourceElement(node.type);\n        }\n\n        function checkConditionalType(node: ConditionalTypeNode) {\n            forEachChild(node, checkSourceElement);\n        }\n\n        function checkInferType(node: InferTypeNode) {\n            if (!findAncestor(node, n => n.parent && n.parent.kind === SyntaxKind.ConditionalType && (n.parent as ConditionalTypeNode).extendsType === n)) {\n                grammarErrorOnNode(node, Diagnostics.infer_declarations_are_only_permitted_in_the_extends_clause_of_a_conditional_type);\n            }\n            checkSourceElement(node.typeParameter);\n            registerForUnusedIdentifiersCheck(node);\n        }\n\n        function checkTemplateLiteralType(node: TemplateLiteralTypeNode) {\n            for (const span of node.templateSpans) {\n                checkSourceElement(span.type);\n                const type = getTypeFromTypeNode(span.type);\n                checkTypeAssignableTo(type, templateConstraintType, span.type);\n            }\n            getTypeFromTypeNode(node);\n        }\n\n        function checkImportType(node: ImportTypeNode) {\n            checkSourceElement(node.argument);\n\n            if (node.assertions) {\n                const override = getResolutionModeOverrideForClause(node.assertions.assertClause, grammarErrorOnNode);\n                if (override) {\n                    if (getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.Node12 && getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.NodeNext) {\n                        grammarErrorOnNode(node.assertions.assertClause, Diagnostics.Resolution_modes_are_only_supported_when_moduleResolution_is_node12_or_nodenext);\n                    }\n                }\n            }\n\n            getTypeFromTypeNode(node);\n        }\n\n        function checkNamedTupleMember(node: NamedTupleMember) {\n            if (node.dotDotDotToken && node.questionToken) {\n                grammarErrorOnNode(node, Diagnostics.A_tuple_member_cannot_be_both_optional_and_rest);\n            }\n            if (node.type.kind === SyntaxKind.OptionalType) {\n                grammarErrorOnNode(node.type, Diagnostics.A_labeled_tuple_element_is_declared_as_optional_with_a_question_mark_after_the_name_and_before_the_colon_rather_than_after_the_type);\n            }\n            if (node.type.kind === SyntaxKind.RestType) {\n                grammarErrorOnNode(node.type, Diagnostics.A_labeled_tuple_element_is_declared_as_rest_with_a_before_the_name_rather_than_before_the_type);\n            }\n            checkSourceElement(node.type);\n            getTypeFromTypeNode(node);\n        }\n\n        function isPrivateWithinAmbient(node: Node): boolean {\n            return (hasEffectiveModifier(node, ModifierFlags.Private) || isPrivateIdentifierClassElementDeclaration(node)) && !!(node.flags & NodeFlags.Ambient);\n        }\n\n        function getEffectiveDeclarationFlags(n: Declaration, flagsToCheck: ModifierFlags): ModifierFlags {\n            let flags = getCombinedModifierFlags(n);\n\n            // children of classes (even ambient classes) should not be marked as ambient or export\n            // because those flags have no useful semantics there.\n            if (n.parent.kind !== SyntaxKind.InterfaceDeclaration &&\n                n.parent.kind !== SyntaxKind.ClassDeclaration &&\n                n.parent.kind !== SyntaxKind.ClassExpression &&\n                n.flags & NodeFlags.Ambient) {\n                if (!(flags & ModifierFlags.Ambient) && !(isModuleBlock(n.parent) && isModuleDeclaration(n.parent.parent) && isGlobalScopeAugmentation(n.parent.parent))) {\n                    // It is nested in an ambient context, which means it is automatically exported\n                    flags |= ModifierFlags.Export;\n                }\n                flags |= ModifierFlags.Ambient;\n            }\n\n            return flags & flagsToCheck;\n        }\n\n        function checkFunctionOrConstructorSymbol(symbol: Symbol): void {\n            addLazyDiagnostic(() => checkFunctionOrConstructorSymbolWorker(symbol));\n        }\n\n        function checkFunctionOrConstructorSymbolWorker(symbol: Symbol): void {\n            function getCanonicalOverload(overloads: Declaration[], implementation: FunctionLikeDeclaration | undefined): Declaration {\n                // Consider the canonical set of flags to be the flags of the bodyDeclaration or the first declaration\n                // Error on all deviations from this canonical set of flags\n                // The caveat is that if some overloads are defined in lib.d.ts, we don't want to\n                // report the errors on those. To achieve this, we will say that the implementation is\n                // the canonical signature only if it is in the same container as the first overload\n                const implementationSharesContainerWithFirstOverload = implementation !== undefined && implementation.parent === overloads[0].parent;\n                return implementationSharesContainerWithFirstOverload ? implementation : overloads[0];\n            }\n\n            function checkFlagAgreementBetweenOverloads(overloads: Declaration[], implementation: FunctionLikeDeclaration | undefined, flagsToCheck: ModifierFlags, someOverloadFlags: ModifierFlags, allOverloadFlags: ModifierFlags): void {\n                // Error if some overloads have a flag that is not shared by all overloads. To find the\n                // deviations, we XOR someOverloadFlags with allOverloadFlags\n                const someButNotAllOverloadFlags = someOverloadFlags ^ allOverloadFlags;\n                if (someButNotAllOverloadFlags !== 0) {\n                    const canonicalFlags = getEffectiveDeclarationFlags(getCanonicalOverload(overloads, implementation), flagsToCheck);\n                    forEach(overloads, o => {\n                        const deviation = getEffectiveDeclarationFlags(o, flagsToCheck) ^ canonicalFlags;\n                        if (deviation & ModifierFlags.Export) {\n                            error(getNameOfDeclaration(o), Diagnostics.Overload_signatures_must_all_be_exported_or_non_exported);\n                        }\n                        else if (deviation & ModifierFlags.Ambient) {\n                            error(getNameOfDeclaration(o), Diagnostics.Overload_signatures_must_all_be_ambient_or_non_ambient);\n                        }\n                        else if (deviation & (ModifierFlags.Private | ModifierFlags.Protected)) {\n                            error(getNameOfDeclaration(o) || o, Diagnostics.Overload_signatures_must_all_be_public_private_or_protected);\n                        }\n                        else if (deviation & ModifierFlags.Abstract) {\n                            error(getNameOfDeclaration(o), Diagnostics.Overload_signatures_must_all_be_abstract_or_non_abstract);\n                        }\n                    });\n                }\n            }\n\n            function checkQuestionTokenAgreementBetweenOverloads(overloads: Declaration[], implementation: FunctionLikeDeclaration | undefined, someHaveQuestionToken: boolean, allHaveQuestionToken: boolean): void {\n                if (someHaveQuestionToken !== allHaveQuestionToken) {\n                    const canonicalHasQuestionToken = hasQuestionToken(getCanonicalOverload(overloads, implementation));\n                    forEach(overloads, o => {\n                        const deviation = hasQuestionToken(o) !== canonicalHasQuestionToken;\n                        if (deviation) {\n                            error(getNameOfDeclaration(o), Diagnostics.Overload_signatures_must_all_be_optional_or_required);\n                        }\n                    });\n                }\n            }\n\n            const flagsToCheck: ModifierFlags = ModifierFlags.Export | ModifierFlags.Ambient | ModifierFlags.Private | ModifierFlags.Protected | ModifierFlags.Abstract;\n            let someNodeFlags: ModifierFlags = ModifierFlags.None;\n            let allNodeFlags = flagsToCheck;\n            let someHaveQuestionToken = false;\n            let allHaveQuestionToken = true;\n            let hasOverloads = false;\n            let bodyDeclaration: FunctionLikeDeclaration | undefined;\n            let lastSeenNonAmbientDeclaration: FunctionLikeDeclaration | undefined;\n            let previousDeclaration: SignatureDeclaration | undefined;\n\n            const declarations = symbol.declarations;\n            const isConstructor = (symbol.flags & SymbolFlags.Constructor) !== 0;\n\n            function reportImplementationExpectedError(node: SignatureDeclaration): void {\n                if (node.name && nodeIsMissing(node.name)) {\n                    return;\n                }\n\n                let seen = false;\n                const subsequentNode = forEachChild(node.parent, c => {\n                    if (seen) {\n                        return c;\n                    }\n                    else {\n                        seen = c === node;\n                    }\n                });\n                // We may be here because of some extra nodes between overloads that could not be parsed into a valid node.\n                // In this case the subsequent node is not really consecutive (.pos !== node.end), and we must ignore it here.\n                if (subsequentNode && subsequentNode.pos === node.end) {\n                    if (subsequentNode.kind === node.kind) {\n                        const errorNode: Node = (subsequentNode as FunctionLikeDeclaration).name || subsequentNode;\n                        const subsequentName = (subsequentNode as FunctionLikeDeclaration).name;\n                        if (node.name && subsequentName && (\n                            // both are private identifiers\n                            isPrivateIdentifier(node.name) && isPrivateIdentifier(subsequentName) && node.name.escapedText === subsequentName.escapedText ||\n                            // Both are computed property names\n                            // TODO: GH#17345: These are methods, so handle computed name case. (`Always allowing computed property names is *not* the correct behavior!)\n                            isComputedPropertyName(node.name) && isComputedPropertyName(subsequentName) ||\n                            // Both are literal property names that are the same.\n                            isPropertyNameLiteral(node.name) && isPropertyNameLiteral(subsequentName) &&\n                            getEscapedTextOfIdentifierOrLiteral(node.name) === getEscapedTextOfIdentifierOrLiteral(subsequentName)\n                        )) {\n                            const reportError =\n                                (node.kind === SyntaxKind.MethodDeclaration || node.kind === SyntaxKind.MethodSignature) &&\n                                isStatic(node) !== isStatic(subsequentNode);\n                            // we can get here in two cases\n                            // 1. mixed static and instance class members\n                            // 2. something with the same name was defined before the set of overloads that prevents them from merging\n                            // here we'll report error only for the first case since for second we should already report error in binder\n                            if (reportError) {\n                                const diagnostic = isStatic(node) ? Diagnostics.Function_overload_must_be_static : Diagnostics.Function_overload_must_not_be_static;\n                                error(errorNode, diagnostic);\n                            }\n                            return;\n                        }\n                        if (nodeIsPresent((subsequentNode as FunctionLikeDeclaration).body)) {\n                            error(errorNode, Diagnostics.Function_implementation_name_must_be_0, declarationNameToString(node.name));\n                            return;\n                        }\n                    }\n                }\n                const errorNode: Node = node.name || node;\n                if (isConstructor) {\n                    error(errorNode, Diagnostics.Constructor_implementation_is_missing);\n                }\n                else {\n                    // Report different errors regarding non-consecutive blocks of declarations depending on whether\n                    // the node in question is abstract.\n                    if (hasSyntacticModifier(node, ModifierFlags.Abstract)) {\n                        error(errorNode, Diagnostics.All_declarations_of_an_abstract_method_must_be_consecutive);\n                    }\n                    else {\n                        error(errorNode, Diagnostics.Function_implementation_is_missing_or_not_immediately_following_the_declaration);\n                    }\n                }\n            }\n\n            let duplicateFunctionDeclaration = false;\n            let multipleConstructorImplementation = false;\n            let hasNonAmbientClass = false;\n            const functionDeclarations = [] as Declaration[];\n            if (declarations) {\n                for (const current of declarations) {\n                    const node = current as SignatureDeclaration | ClassDeclaration | ClassExpression;\n                    const inAmbientContext = node.flags & NodeFlags.Ambient;\n                    const inAmbientContextOrInterface = node.parent && (node.parent.kind === SyntaxKind.InterfaceDeclaration || node.parent.kind === SyntaxKind.TypeLiteral) || inAmbientContext;\n                    if (inAmbientContextOrInterface) {\n                        // check if declarations are consecutive only if they are non-ambient\n                        // 1. ambient declarations can be interleaved\n                        // i.e. this is legal\n                        //     declare function foo();\n                        //     declare function bar();\n                        //     declare function foo();\n                        // 2. mixing ambient and non-ambient declarations is a separate error that will be reported - do not want to report an extra one\n                        previousDeclaration = undefined;\n                    }\n\n                    if ((node.kind === SyntaxKind.ClassDeclaration || node.kind === SyntaxKind.ClassExpression) && !inAmbientContext) {\n                        hasNonAmbientClass = true;\n                    }\n\n                    if (node.kind === SyntaxKind.FunctionDeclaration || node.kind === SyntaxKind.MethodDeclaration || node.kind === SyntaxKind.MethodSignature || node.kind === SyntaxKind.Constructor) {\n                        functionDeclarations.push(node);\n                        const currentNodeFlags = getEffectiveDeclarationFlags(node, flagsToCheck);\n                        someNodeFlags |= currentNodeFlags;\n                        allNodeFlags &= currentNodeFlags;\n                        someHaveQuestionToken = someHaveQuestionToken || hasQuestionToken(node);\n                        allHaveQuestionToken = allHaveQuestionToken && hasQuestionToken(node);\n                        const bodyIsPresent = nodeIsPresent((node as FunctionLikeDeclaration).body);\n\n                        if (bodyIsPresent && bodyDeclaration) {\n                            if (isConstructor) {\n                                multipleConstructorImplementation = true;\n                            }\n                            else {\n                                duplicateFunctionDeclaration = true;\n                            }\n                        }\n                        else if (previousDeclaration?.parent === node.parent && previousDeclaration.end !== node.pos) {\n                            reportImplementationExpectedError(previousDeclaration);\n                        }\n\n                        if (bodyIsPresent) {\n                            if (!bodyDeclaration) {\n                                bodyDeclaration = node as FunctionLikeDeclaration;\n                            }\n                        }\n                        else {\n                            hasOverloads = true;\n                        }\n\n                        previousDeclaration = node;\n\n                        if (!inAmbientContextOrInterface) {\n                            lastSeenNonAmbientDeclaration = node as FunctionLikeDeclaration;\n                        }\n                    }\n                }\n            }\n\n            if (multipleConstructorImplementation) {\n                forEach(functionDeclarations, declaration => {\n                    error(declaration, Diagnostics.Multiple_constructor_implementations_are_not_allowed);\n                });\n            }\n\n            if (duplicateFunctionDeclaration) {\n                forEach(functionDeclarations, declaration => {\n                    error(getNameOfDeclaration(declaration) || declaration, Diagnostics.Duplicate_function_implementation);\n                });\n            }\n\n            if (hasNonAmbientClass && !isConstructor && symbol.flags & SymbolFlags.Function && declarations) {\n                const relatedDiagnostics = filter(declarations, d => d.kind === SyntaxKind.ClassDeclaration)\n                    .map(d => createDiagnosticForNode(d, Diagnostics.Consider_adding_a_declare_modifier_to_this_class));\n\n                forEach(declarations, declaration => {\n                    const diagnostic = declaration.kind === SyntaxKind.ClassDeclaration\n                            ? Diagnostics.Class_declaration_cannot_implement_overload_list_for_0\n                            : declaration.kind === SyntaxKind.FunctionDeclaration\n                                ? Diagnostics.Function_with_bodies_can_only_merge_with_classes_that_are_ambient\n                                : undefined;\n                    if (diagnostic) {\n                        addRelatedInfo(\n                            error(getNameOfDeclaration(declaration) || declaration, diagnostic, symbolName(symbol)),\n                            ...relatedDiagnostics\n                        );\n                    }\n                });\n            }\n\n            // Abstract methods can't have an implementation -- in particular, they don't need one.\n            if (lastSeenNonAmbientDeclaration && !lastSeenNonAmbientDeclaration.body &&\n                !hasSyntacticModifier(lastSeenNonAmbientDeclaration, ModifierFlags.Abstract) && !lastSeenNonAmbientDeclaration.questionToken) {\n                reportImplementationExpectedError(lastSeenNonAmbientDeclaration);\n            }\n\n            if (hasOverloads) {\n                if (declarations) {\n                    checkFlagAgreementBetweenOverloads(declarations, bodyDeclaration, flagsToCheck, someNodeFlags, allNodeFlags);\n                    checkQuestionTokenAgreementBetweenOverloads(declarations, bodyDeclaration, someHaveQuestionToken, allHaveQuestionToken);\n                }\n\n                if (bodyDeclaration) {\n                    const signatures = getSignaturesOfSymbol(symbol);\n                    const bodySignature = getSignatureFromDeclaration(bodyDeclaration);\n                    for (const signature of signatures) {\n                        if (!isImplementationCompatibleWithOverload(bodySignature, signature)) {\n                            addRelatedInfo(\n                                error(signature.declaration, Diagnostics.This_overload_signature_is_not_compatible_with_its_implementation_signature),\n                                createDiagnosticForNode(bodyDeclaration, Diagnostics.The_implementation_signature_is_declared_here)\n                            );\n                            break;\n                        }\n                    }\n                }\n            }\n        }\n\n        function checkExportsOnMergedDeclarations(node: Declaration): void {\n            addLazyDiagnostic(() => checkExportsOnMergedDeclarationsWorker(node));\n        }\n\n        function checkExportsOnMergedDeclarationsWorker(node: Declaration): void {\n            // if localSymbol is defined on node then node itself is exported - check is required\n            let symbol = node.localSymbol;\n            if (!symbol) {\n                // local symbol is undefined => this declaration is non-exported.\n                // however symbol might contain other declarations that are exported\n                symbol = getSymbolOfNode(node)!;\n                if (!symbol.exportSymbol) {\n                    // this is a pure local symbol (all declarations are non-exported) - no need to check anything\n                    return;\n                }\n            }\n\n            // run the check only for the first declaration in the list\n            if (getDeclarationOfKind(symbol, node.kind) !== node) {\n                return;\n            }\n\n            let exportedDeclarationSpaces = DeclarationSpaces.None;\n            let nonExportedDeclarationSpaces = DeclarationSpaces.None;\n            let defaultExportedDeclarationSpaces = DeclarationSpaces.None;\n            for (const d of symbol.declarations!) {\n                const declarationSpaces = getDeclarationSpaces(d);\n                const effectiveDeclarationFlags = getEffectiveDeclarationFlags(d, ModifierFlags.Export | ModifierFlags.Default);\n\n                if (effectiveDeclarationFlags & ModifierFlags.Export) {\n                    if (effectiveDeclarationFlags & ModifierFlags.Default) {\n                        defaultExportedDeclarationSpaces |= declarationSpaces;\n                    }\n                    else {\n                        exportedDeclarationSpaces |= declarationSpaces;\n                    }\n                }\n                else {\n                    nonExportedDeclarationSpaces |= declarationSpaces;\n                }\n            }\n\n            // Spaces for anything not declared a 'default export'.\n            const nonDefaultExportedDeclarationSpaces = exportedDeclarationSpaces | nonExportedDeclarationSpaces;\n\n            const commonDeclarationSpacesForExportsAndLocals = exportedDeclarationSpaces & nonExportedDeclarationSpaces;\n            const commonDeclarationSpacesForDefaultAndNonDefault = defaultExportedDeclarationSpaces & nonDefaultExportedDeclarationSpaces;\n\n            if (commonDeclarationSpacesForExportsAndLocals || commonDeclarationSpacesForDefaultAndNonDefault) {\n                // declaration spaces for exported and non-exported declarations intersect\n                for (const d of symbol.declarations!) {\n                    const declarationSpaces = getDeclarationSpaces(d);\n\n                    const name = getNameOfDeclaration(d);\n                    // Only error on the declarations that contributed to the intersecting spaces.\n                    if (declarationSpaces & commonDeclarationSpacesForDefaultAndNonDefault) {\n                        error(name, Diagnostics.Merged_declaration_0_cannot_include_a_default_export_declaration_Consider_adding_a_separate_export_default_0_declaration_instead, declarationNameToString(name));\n                    }\n                    else if (declarationSpaces & commonDeclarationSpacesForExportsAndLocals) {\n                        error(name, Diagnostics.Individual_declarations_in_merged_declaration_0_must_be_all_exported_or_all_local, declarationNameToString(name));\n                    }\n                }\n            }\n\n            function getDeclarationSpaces(decl: Declaration): DeclarationSpaces {\n                let d = decl as Node;\n                switch (d.kind) {\n                    case SyntaxKind.InterfaceDeclaration:\n                    case SyntaxKind.TypeAliasDeclaration:\n\n                    // A jsdoc typedef and callback are, by definition, type aliases.\n                    // falls through\n                    case SyntaxKind.JSDocTypedefTag:\n                    case SyntaxKind.JSDocCallbackTag:\n                    case SyntaxKind.JSDocEnumTag:\n                        return DeclarationSpaces.ExportType;\n                    case SyntaxKind.ModuleDeclaration:\n                        return isAmbientModule(d as ModuleDeclaration) || getModuleInstanceState(d as ModuleDeclaration) !== ModuleInstanceState.NonInstantiated\n                            ? DeclarationSpaces.ExportNamespace | DeclarationSpaces.ExportValue\n                            : DeclarationSpaces.ExportNamespace;\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.EnumDeclaration:\n                    case SyntaxKind.EnumMember:\n                        return DeclarationSpaces.ExportType | DeclarationSpaces.ExportValue;\n                    case SyntaxKind.SourceFile:\n                        return DeclarationSpaces.ExportType | DeclarationSpaces.ExportValue | DeclarationSpaces.ExportNamespace;\n                    case SyntaxKind.ExportAssignment:\n                    case SyntaxKind.BinaryExpression:\n                        const node = d as ExportAssignment | BinaryExpression;\n                        const expression = isExportAssignment(node) ? node.expression : node.right;\n                        // Export assigned entity name expressions act as aliases and should fall through, otherwise they export values\n                        if (!isEntityNameExpression(expression)) {\n                            return DeclarationSpaces.ExportValue;\n                        }\n                        d = expression;\n\n                    // The below options all declare an Alias, which is allowed to merge with other values within the importing module.\n                    // falls through\n                    case SyntaxKind.ImportEqualsDeclaration:\n                    case SyntaxKind.NamespaceImport:\n                    case SyntaxKind.ImportClause:\n                        let result = DeclarationSpaces.None;\n                        const target = resolveAlias(getSymbolOfNode(d)!);\n                        forEach(target.declarations, d => {\n                            result |= getDeclarationSpaces(d);\n                        });\n                        return result;\n                    case SyntaxKind.VariableDeclaration:\n                    case SyntaxKind.BindingElement:\n                    case SyntaxKind.FunctionDeclaration:\n                    case SyntaxKind.ImportSpecifier: // https://github.com/Microsoft/TypeScript/pull/7591\n                    case SyntaxKind.Identifier: // https://github.com/microsoft/TypeScript/issues/36098\n                    // Identifiers are used as declarations of assignment declarations whose parents may be\n                    // SyntaxKind.CallExpression - `Object.defineProperty(thing, \"aField\", {value: 42});`\n                    // SyntaxKind.ElementAccessExpression - `thing[\"aField\"] = 42;` or `thing[\"aField\"];` (with a doc comment on it)\n                    // or SyntaxKind.PropertyAccessExpression - `thing.aField = 42;`\n                    // all of which are pretty much always values, or at least imply a value meaning.\n                    // It may be apprpriate to treat these as aliases in the future.\n                        return DeclarationSpaces.ExportValue;\n                    default:\n                        return Debug.failBadSyntaxKind(d);\n                }\n            }\n        }\n\n        function getAwaitedTypeOfPromise(type: Type, errorNode?: Node, diagnosticMessage?: DiagnosticMessage, arg0?: string | number): Type | undefined {\n            const promisedType = getPromisedTypeOfPromise(type, errorNode);\n            return promisedType && getAwaitedType(promisedType, errorNode, diagnosticMessage, arg0);\n        }\n\n        /**\n          * Gets the \"promised type\" of a promise.\n          * @param type The type of the promise.\n          * @remarks The \"promised type\" of a type is the type of the \"value\" parameter of the \"onfulfilled\" callback.\n          */\n        function getPromisedTypeOfPromise(type: Type, errorNode?: Node): Type | undefined {\n            //\n            //  { // type\n            //      then( // thenFunction\n            //          onfulfilled: ( // onfulfilledParameterType\n            //              value: T // valueParameterType\n            //          ) => any\n            //      ): any;\n            //  }\n            //\n\n            if (isTypeAny(type)) {\n                return undefined;\n            }\n\n            const typeAsPromise = type as PromiseOrAwaitableType;\n            if (typeAsPromise.promisedTypeOfPromise) {\n                return typeAsPromise.promisedTypeOfPromise;\n            }\n\n            if (isReferenceToType(type, getGlobalPromiseType(/*reportErrors*/ false))) {\n                return typeAsPromise.promisedTypeOfPromise = getTypeArguments(type as GenericType)[0];\n            }\n\n            // primitives with a `{ then() }` won't be unwrapped/adopted.\n            if (allTypesAssignableToKind(type, TypeFlags.Primitive | TypeFlags.Never)) {\n                return undefined;\n            }\n\n            const thenFunction = getTypeOfPropertyOfType(type, \"then\" as __String)!; // TODO: GH#18217\n            if (isTypeAny(thenFunction)) {\n                return undefined;\n            }\n\n            const thenSignatures = thenFunction ? getSignaturesOfType(thenFunction, SignatureKind.Call) : emptyArray;\n            if (thenSignatures.length === 0) {\n                if (errorNode) {\n                    error(errorNode, Diagnostics.A_promise_must_have_a_then_method);\n                }\n                return undefined;\n            }\n\n            const onfulfilledParameterType = getTypeWithFacts(getUnionType(map(thenSignatures, getTypeOfFirstParameterOfSignature)), TypeFacts.NEUndefinedOrNull);\n            if (isTypeAny(onfulfilledParameterType)) {\n                return undefined;\n            }\n\n            const onfulfilledParameterSignatures = getSignaturesOfType(onfulfilledParameterType, SignatureKind.Call);\n            if (onfulfilledParameterSignatures.length === 0) {\n                if (errorNode) {\n                    error(errorNode, Diagnostics.The_first_parameter_of_the_then_method_of_a_promise_must_be_a_callback);\n                }\n                return undefined;\n            }\n\n            return typeAsPromise.promisedTypeOfPromise = getUnionType(map(onfulfilledParameterSignatures, getTypeOfFirstParameterOfSignature), UnionReduction.Subtype);\n        }\n\n        /**\n          * Gets the \"awaited type\" of a type.\n          * @param type The type to await.\n          * @param withAlias When `true`, wraps the \"awaited type\" in `Awaited<T>` if needed.\n          * @remarks The \"awaited type\" of an expression is its \"promised type\" if the expression is a\n          * Promise-like type; otherwise, it is the type of the expression. This is used to reflect\n          * The runtime behavior of the `await` keyword.\n          */\n        function checkAwaitedType(type: Type, withAlias: boolean, errorNode: Node, diagnosticMessage: DiagnosticMessage, arg0?: string | number): Type {\n            const awaitedType = withAlias ?\n                getAwaitedType(type, errorNode, diagnosticMessage, arg0) :\n                getAwaitedTypeNoAlias(type, errorNode, diagnosticMessage, arg0);\n            return awaitedType || errorType;\n        }\n\n        /**\n          * Determines whether a type is an object with a callable `then` member.\n          */\n        function isThenableType(type: Type): boolean {\n            if (allTypesAssignableToKind(type, TypeFlags.Primitive | TypeFlags.Never)) {\n                // primitive types cannot be considered \"thenable\" since they are not objects.\n                return false;\n            }\n\n            const thenFunction = getTypeOfPropertyOfType(type, \"then\" as __String);\n            return !!thenFunction && getSignaturesOfType(getTypeWithFacts(thenFunction, TypeFacts.NEUndefinedOrNull), SignatureKind.Call).length > 0;\n        }\n\n        interface AwaitedTypeInstantiation extends Type {\n            _awaitedTypeBrand: never;\n            aliasSymbol: Symbol;\n            aliasTypeArguments: readonly Type[];\n        }\n\n        function isAwaitedTypeInstantiation(type: Type): type is AwaitedTypeInstantiation {\n            if (type.flags & TypeFlags.Conditional) {\n                const awaitedSymbol = getGlobalAwaitedSymbol(/*reportErrors*/ false);\n                return !!awaitedSymbol && type.aliasSymbol === awaitedSymbol && type.aliasTypeArguments?.length === 1;\n            }\n            return false;\n        }\n\n        /**\n          * For a generic `Awaited<T>`, gets `T`.\n          */\n        function unwrapAwaitedType(type: Type) {\n            return type.flags & TypeFlags.Union ? mapType(type, unwrapAwaitedType) :\n                isAwaitedTypeInstantiation(type) ? type.aliasTypeArguments[0] :\n                type;\n        }\n\n        function createAwaitedTypeIfNeeded(type: Type): Type {\n            // We wrap type `T` in `Awaited<T>` based on the following conditions:\n            // - `T` is not already an `Awaited<U>`, and\n            // - `T` is generic, and\n            // - One of the following applies:\n            //   - `T` has no base constraint, or\n            //   - The base constraint of `T` is `any`, `unknown`, `object`, or `{}`, or\n            //   - The base constraint of `T` is an object type with a callable `then` method.\n\n            if (isTypeAny(type)) {\n                return type;\n            }\n\n            // If this is already an `Awaited<T>`, just return it. This helps to avoid `Awaited<Awaited<T>>` in higher-order.\n            if (isAwaitedTypeInstantiation(type)) {\n                return type;\n            }\n\n            // Only instantiate `Awaited<T>` if `T` contains possibly non-primitive types.\n            if (isGenericObjectType(type)) {\n                const baseConstraint = getBaseConstraintOfType(type);\n                // Only instantiate `Awaited<T>` if `T` has no base constraint, or the base constraint of `T` is `any`, `unknown`, `{}`, `object`,\n                // or is promise-like.\n                if (!baseConstraint || (baseConstraint.flags & TypeFlags.AnyOrUnknown) || isEmptyObjectType(baseConstraint) || isThenableType(baseConstraint)) {\n                    // Nothing to do if `Awaited<T>` doesn't exist\n                    const awaitedSymbol = getGlobalAwaitedSymbol(/*reportErrors*/ true);\n                    if (awaitedSymbol) {\n                        // Unwrap unions that may contain `Awaited<T>`, otherwise its possible to manufacture an `Awaited<Awaited<T> | U>` where\n                        // an `Awaited<T | U>` would suffice.\n                        return getTypeAliasInstantiation(awaitedSymbol, [unwrapAwaitedType(type)]);\n                    }\n                }\n            }\n\n            Debug.assert(getPromisedTypeOfPromise(type) === undefined, \"type provided should not be a non-generic 'promise'-like.\");\n            return type;\n        }\n\n        /**\n          * Gets the \"awaited type\" of a type.\n          *\n          * The \"awaited type\" of an expression is its \"promised type\" if the expression is a\n          * Promise-like type; otherwise, it is the type of the expression. If the \"promised\n          * type\" is itself a Promise-like, the \"promised type\" is recursively unwrapped until a\n          * non-promise type is found.\n          *\n          * This is used to reflect the runtime behavior of the `await` keyword.\n          */\n        function getAwaitedType(type: Type, errorNode?: Node, diagnosticMessage?: DiagnosticMessage, arg0?: string | number): Type | undefined {\n            const awaitedType = getAwaitedTypeNoAlias(type, errorNode, diagnosticMessage, arg0);\n            return awaitedType && createAwaitedTypeIfNeeded(awaitedType);\n        }\n\n        /**\n          * Gets the \"awaited type\" of a type without introducing an `Awaited<T>` wrapper.\n          *\n          * @see {@link getAwaitedType}\n          */\n        function getAwaitedTypeNoAlias(type: Type, errorNode?: Node, diagnosticMessage?: DiagnosticMessage, arg0?: string | number): Type | undefined {\n            if (isTypeAny(type)) {\n                return type;\n            }\n\n            // If this is already an `Awaited<T>`, just return it. This avoids `Awaited<Awaited<T>>` in higher-order\n            if (isAwaitedTypeInstantiation(type)) {\n                return type;\n            }\n\n            // If we've already cached an awaited type, return a possible `Awaited<T>` for it.\n            const typeAsAwaitable = type as PromiseOrAwaitableType;\n            if (typeAsAwaitable.awaitedTypeOfType) {\n                return typeAsAwaitable.awaitedTypeOfType;\n            }\n\n            // For a union, get a union of the awaited types of each constituent.\n            if (type.flags & TypeFlags.Union) {\n                const mapper = errorNode ? (constituentType: Type) => getAwaitedTypeNoAlias(constituentType, errorNode, diagnosticMessage, arg0) : getAwaitedTypeNoAlias;\n                return typeAsAwaitable.awaitedTypeOfType = mapType(type, mapper);\n            }\n\n            const promisedType = getPromisedTypeOfPromise(type);\n            if (promisedType) {\n                if (type.id === promisedType.id || awaitedTypeStack.lastIndexOf(promisedType.id) >= 0) {\n                    // Verify that we don't have a bad actor in the form of a promise whose\n                    // promised type is the same as the promise type, or a mutually recursive\n                    // promise. If so, we return undefined as we cannot guess the shape. If this\n                    // were the actual case in the JavaScript, this Promise would never resolve.\n                    //\n                    // An example of a bad actor with a singly-recursive promise type might\n                    // be:\n                    //\n                    //  interface BadPromise {\n                    //      then(\n                    //          onfulfilled: (value: BadPromise) => any,\n                    //          onrejected: (error: any) => any): BadPromise;\n                    //  }\n                    //\n                    // The above interface will pass the PromiseLike check, and return a\n                    // promised type of `BadPromise`. Since this is a self reference, we\n                    // don't want to keep recursing ad infinitum.\n                    //\n                    // An example of a bad actor in the form of a mutually-recursive\n                    // promise type might be:\n                    //\n                    //  interface BadPromiseA {\n                    //      then(\n                    //          onfulfilled: (value: BadPromiseB) => any,\n                    //          onrejected: (error: any) => any): BadPromiseB;\n                    //  }\n                    //\n                    //  interface BadPromiseB {\n                    //      then(\n                    //          onfulfilled: (value: BadPromiseA) => any,\n                    //          onrejected: (error: any) => any): BadPromiseA;\n                    //  }\n                    //\n                    if (errorNode) {\n                        error(errorNode, Diagnostics.Type_is_referenced_directly_or_indirectly_in_the_fulfillment_callback_of_its_own_then_method);\n                    }\n                    return undefined;\n                }\n\n                // Keep track of the type we're about to unwrap to avoid bad recursive promise types.\n                // See the comments above for more information.\n                awaitedTypeStack.push(type.id);\n                const awaitedType = getAwaitedTypeNoAlias(promisedType, errorNode, diagnosticMessage, arg0);\n                awaitedTypeStack.pop();\n\n                if (!awaitedType) {\n                    return undefined;\n                }\n\n                return typeAsAwaitable.awaitedTypeOfType = awaitedType;\n            }\n\n            // The type was not a promise, so it could not be unwrapped any further.\n            // As long as the type does not have a callable \"then\" property, it is\n            // safe to return the type; otherwise, an error is reported and we return\n            // undefined.\n            //\n            // An example of a non-promise \"thenable\" might be:\n            //\n            //  await { then(): void {} }\n            //\n            // The \"thenable\" does not match the minimal definition for a promise. When\n            // a Promise/A+-compatible or ES6 promise tries to adopt this value, the promise\n            // will never settle. We treat this as an error to help flag an early indicator\n            // of a runtime problem. If the user wants to return this value from an async\n            // function, they would need to wrap it in some other value. If they want it to\n            // be treated as a promise, they can cast to <any>.\n            if (isThenableType(type)) {\n                if (errorNode) {\n                    Debug.assertIsDefined(diagnosticMessage);\n                    error(errorNode, diagnosticMessage, arg0);\n                }\n                return undefined;\n            }\n\n            return typeAsAwaitable.awaitedTypeOfType = type;\n        }\n\n        /**\n          * Checks the return type of an async function to ensure it is a compatible\n          * Promise implementation.\n          *\n          * This checks that an async function has a valid Promise-compatible return type.\n          * An async function has a valid Promise-compatible return type if the resolved value\n          * of the return type has a construct signature that takes in an `initializer` function\n          * that in turn supplies a `resolve` function as one of its arguments and results in an\n          * object with a callable `then` signature.\n          *\n          * @param node The signature to check\n          */\n        function checkAsyncFunctionReturnType(node: FunctionLikeDeclaration | MethodSignature, returnTypeNode: TypeNode) {\n            // As part of our emit for an async function, we will need to emit the entity name of\n            // the return type annotation as an expression. To meet the necessary runtime semantics\n            // for __awaiter, we must also check that the type of the declaration (e.g. the static\n            // side or \"constructor\" of the promise type) is compatible `PromiseConstructorLike`.\n            //\n            // An example might be (from lib.es6.d.ts):\n            //\n            //  interface Promise<T> { ... }\n            //  interface PromiseConstructor {\n            //      new <T>(...): Promise<T>;\n            //  }\n            //  declare var Promise: PromiseConstructor;\n            //\n            // When an async function declares a return type annotation of `Promise<T>`, we\n            // need to get the type of the `Promise` variable declaration above, which would\n            // be `PromiseConstructor`.\n            //\n            // The same case applies to a class:\n            //\n            //  declare class Promise<T> {\n            //      constructor(...);\n            //      then<U>(...): Promise<U>;\n            //  }\n            //\n            const returnType = getTypeFromTypeNode(returnTypeNode);\n\n            if (languageVersion >= ScriptTarget.ES2015) {\n                if (isErrorType(returnType)) {\n                    return;\n                }\n                const globalPromiseType = getGlobalPromiseType(/*reportErrors*/ true);\n                if (globalPromiseType !== emptyGenericType && !isReferenceToType(returnType, globalPromiseType)) {\n                    // The promise type was not a valid type reference to the global promise type, so we\n                    // report an error and return the unknown type.\n                    error(returnTypeNode, Diagnostics.The_return_type_of_an_async_function_or_method_must_be_the_global_Promise_T_type_Did_you_mean_to_write_Promise_0, typeToString(getAwaitedTypeNoAlias(returnType) || voidType));\n                    return;\n                }\n            }\n            else {\n                // Always mark the type node as referenced if it points to a value\n                markTypeNodeAsReferenced(returnTypeNode);\n\n                if (isErrorType(returnType)) {\n                    return;\n                }\n\n                const promiseConstructorName = getEntityNameFromTypeNode(returnTypeNode);\n                if (promiseConstructorName === undefined) {\n                    error(returnTypeNode, Diagnostics.Type_0_is_not_a_valid_async_function_return_type_in_ES5_SlashES3_because_it_does_not_refer_to_a_Promise_compatible_constructor_value, typeToString(returnType));\n                    return;\n                }\n\n                const promiseConstructorSymbol = resolveEntityName(promiseConstructorName, SymbolFlags.Value, /*ignoreErrors*/ true);\n                const promiseConstructorType = promiseConstructorSymbol ? getTypeOfSymbol(promiseConstructorSymbol) : errorType;\n                if (isErrorType(promiseConstructorType)) {\n                    if (promiseConstructorName.kind === SyntaxKind.Identifier && promiseConstructorName.escapedText === \"Promise\" && getTargetType(returnType) === getGlobalPromiseType(/*reportErrors*/ false)) {\n                        error(returnTypeNode, Diagnostics.An_async_function_or_method_in_ES5_SlashES3_requires_the_Promise_constructor_Make_sure_you_have_a_declaration_for_the_Promise_constructor_or_include_ES2015_in_your_lib_option);\n                    }\n                    else {\n                        error(returnTypeNode, Diagnostics.Type_0_is_not_a_valid_async_function_return_type_in_ES5_SlashES3_because_it_does_not_refer_to_a_Promise_compatible_constructor_value, entityNameToString(promiseConstructorName));\n                    }\n                    return;\n                }\n\n                const globalPromiseConstructorLikeType = getGlobalPromiseConstructorLikeType(/*reportErrors*/ true);\n                if (globalPromiseConstructorLikeType === emptyObjectType) {\n                    // If we couldn't resolve the global PromiseConstructorLike type we cannot verify\n                    // compatibility with __awaiter.\n                    error(returnTypeNode, Diagnostics.Type_0_is_not_a_valid_async_function_return_type_in_ES5_SlashES3_because_it_does_not_refer_to_a_Promise_compatible_constructor_value, entityNameToString(promiseConstructorName));\n                    return;\n                }\n\n                if (!checkTypeAssignableTo(promiseConstructorType, globalPromiseConstructorLikeType, returnTypeNode,\n                    Diagnostics.Type_0_is_not_a_valid_async_function_return_type_in_ES5_SlashES3_because_it_does_not_refer_to_a_Promise_compatible_constructor_value)) {\n                    return;\n                }\n\n                // Verify there is no local declaration that could collide with the promise constructor.\n                const rootName = promiseConstructorName && getFirstIdentifier(promiseConstructorName);\n                const collidingSymbol = getSymbol(node.locals!, rootName.escapedText, SymbolFlags.Value);\n                if (collidingSymbol) {\n                    error(collidingSymbol.valueDeclaration, Diagnostics.Duplicate_identifier_0_Compiler_uses_declaration_1_to_support_async_functions,\n                        idText(rootName),\n                        entityNameToString(promiseConstructorName));\n                    return;\n                }\n            }\n            checkAwaitedType(returnType, /*withAlias*/ false, node, Diagnostics.The_return_type_of_an_async_function_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member);\n        }\n\n        /** Check a decorator */\n        function checkDecorator(node: Decorator): void {\n            const signature = getResolvedSignature(node);\n            checkDeprecatedSignature(signature, node);\n            const returnType = getReturnTypeOfSignature(signature);\n            if (returnType.flags & TypeFlags.Any) {\n                return;\n            }\n\n            let headMessage: DiagnosticMessage;\n            let expectedReturnType: Type;\n            switch (node.parent.kind) {\n                case SyntaxKind.ClassDeclaration:\n                    headMessage = Diagnostics.Decorator_function_return_type_0_is_not_assignable_to_type_1;\n                    const classSymbol = getSymbolOfNode(node.parent);\n                    const classConstructorType = getTypeOfSymbol(classSymbol);\n                    expectedReturnType = getUnionType([classConstructorType, voidType]);\n                    break;\n\n                case SyntaxKind.PropertyDeclaration:\n                case SyntaxKind.Parameter:\n                    headMessage = Diagnostics.Decorator_function_return_type_is_0_but_is_expected_to_be_void_or_any;\n                    expectedReturnType = voidType;\n                    break;\n\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    headMessage = Diagnostics.Decorator_function_return_type_0_is_not_assignable_to_type_1;\n                    const methodType = getTypeOfNode(node.parent);\n                    const descriptorType = createTypedPropertyDescriptorType(methodType);\n                    expectedReturnType = getUnionType([descriptorType, voidType]);\n                    break;\n\n                default:\n                    return Debug.fail();\n            }\n\n            checkTypeAssignableTo(\n                returnType,\n                expectedReturnType,\n                node,\n                headMessage);\n        }\n\n        /**\n          * If a TypeNode can be resolved to a value symbol imported from an external module, it is\n          * marked as referenced to prevent import elision.\n          */\n        function markTypeNodeAsReferenced(node: TypeNode) {\n            markEntityNameOrEntityExpressionAsReference(node && getEntityNameFromTypeNode(node), /*forDecoratorMetadata*/ false);\n        }\n\n        function markEntityNameOrEntityExpressionAsReference(typeName: EntityNameOrEntityNameExpression | undefined, forDecoratorMetadata: boolean) {\n            if (!typeName) return;\n\n            const rootName = getFirstIdentifier(typeName);\n            const meaning = (typeName.kind === SyntaxKind.Identifier ? SymbolFlags.Type : SymbolFlags.Namespace) | SymbolFlags.Alias;\n            const rootSymbol = resolveName(rootName, rootName.escapedText, meaning, /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isReference*/ true);\n            if (rootSymbol && rootSymbol.flags & SymbolFlags.Alias) {\n                if (symbolIsValue(rootSymbol)\n                    && !isConstEnumOrConstEnumOnlyModule(resolveAlias(rootSymbol))\n                    && !getTypeOnlyAliasDeclaration(rootSymbol)) {\n                    markAliasSymbolAsReferenced(rootSymbol);\n                }\n                else if (forDecoratorMetadata\n                    && compilerOptions.isolatedModules\n                    && getEmitModuleKind(compilerOptions) >= ModuleKind.ES2015\n                    && !symbolIsValue(rootSymbol)\n                    && !some(rootSymbol.declarations, isTypeOnlyImportOrExportDeclaration)) {\n                    const diag = error(typeName, Diagnostics.A_type_referenced_in_a_decorated_signature_must_be_imported_with_import_type_or_a_namespace_import_when_isolatedModules_and_emitDecoratorMetadata_are_enabled);\n                    const aliasDeclaration = find(rootSymbol.declarations || emptyArray, isAliasSymbolDeclaration);\n                    if (aliasDeclaration) {\n                        addRelatedInfo(diag, createDiagnosticForNode(aliasDeclaration, Diagnostics._0_was_imported_here, idText(rootName)));\n                    }\n                }\n            }\n        }\n\n        /**\n          * This function marks the type used for metadata decorator as referenced if it is import\n          * from external module.\n          * This is different from markTypeNodeAsReferenced because it tries to simplify type nodes in\n          * union and intersection type\n          * @param node\n          */\n        function markDecoratorMedataDataTypeNodeAsReferenced(node: TypeNode | undefined): void {\n            const entityName = getEntityNameForDecoratorMetadata(node);\n            if (entityName && isEntityName(entityName)) {\n                markEntityNameOrEntityExpressionAsReference(entityName, /*forDecoratorMetadata*/ true);\n            }\n        }\n\n        function getEntityNameForDecoratorMetadata(node: TypeNode | undefined): EntityName | undefined {\n            if (node) {\n                switch (node.kind) {\n                    case SyntaxKind.IntersectionType:\n                    case SyntaxKind.UnionType:\n                        return getEntityNameForDecoratorMetadataFromTypeList((node as UnionOrIntersectionTypeNode).types);\n\n                    case SyntaxKind.ConditionalType:\n                        return getEntityNameForDecoratorMetadataFromTypeList([(node as ConditionalTypeNode).trueType, (node as ConditionalTypeNode).falseType]);\n\n                    case SyntaxKind.ParenthesizedType:\n                    case SyntaxKind.NamedTupleMember:\n                        return getEntityNameForDecoratorMetadata((node as ParenthesizedTypeNode).type);\n\n                    case SyntaxKind.TypeReference:\n                        return (node as TypeReferenceNode).typeName;\n                }\n            }\n        }\n\n        function getEntityNameForDecoratorMetadataFromTypeList(types: readonly TypeNode[]): EntityName | undefined {\n            let commonEntityName: EntityName | undefined;\n            for (let typeNode of types) {\n                while (typeNode.kind === SyntaxKind.ParenthesizedType || typeNode.kind === SyntaxKind.NamedTupleMember) {\n                    typeNode = (typeNode as ParenthesizedTypeNode | NamedTupleMember).type; // Skip parens if need be\n                }\n                if (typeNode.kind === SyntaxKind.NeverKeyword) {\n                    continue; // Always elide `never` from the union/intersection if possible\n                }\n                if (!strictNullChecks && (typeNode.kind === SyntaxKind.LiteralType && (typeNode as LiteralTypeNode).literal.kind === SyntaxKind.NullKeyword || typeNode.kind === SyntaxKind.UndefinedKeyword)) {\n                    continue; // Elide null and undefined from unions for metadata, just like what we did prior to the implementation of strict null checks\n                }\n                const individualEntityName = getEntityNameForDecoratorMetadata(typeNode);\n                if (!individualEntityName) {\n                    // Individual is something like string number\n                    // So it would be serialized to either that type or object\n                    // Safe to return here\n                    return undefined;\n                }\n\n                if (commonEntityName) {\n                    // Note this is in sync with the transformation that happens for type node.\n                    // Keep this in sync with serializeUnionOrIntersectionType\n                    // Verify if they refer to same entity and is identifier\n                    // return undefined if they dont match because we would emit object\n                    if (!isIdentifier(commonEntityName) ||\n                        !isIdentifier(individualEntityName) ||\n                        commonEntityName.escapedText !== individualEntityName.escapedText) {\n                        return undefined;\n                    }\n                }\n                else {\n                    commonEntityName = individualEntityName;\n                }\n            }\n            return commonEntityName;\n        }\n\n        function getParameterTypeNodeForDecoratorCheck(node: ParameterDeclaration): TypeNode | undefined {\n            const typeNode = getEffectiveTypeAnnotationNode(node);\n            return isRestParameter(node) ? getRestParameterElementType(typeNode) : typeNode;\n        }\n\n        /** Check the decorators of a node */\n        function checkDecorators(node: Node): void {\n            if (!node.decorators) {\n                return;\n            }\n\n            // skip this check for nodes that cannot have decorators. These should have already had an error reported by\n            // checkGrammarDecorators.\n            if (!nodeCanBeDecorated(node, node.parent, node.parent.parent)) {\n                return;\n            }\n\n            if (!compilerOptions.experimentalDecorators) {\n                error(node, Diagnostics.Experimental_support_for_decorators_is_a_feature_that_is_subject_to_change_in_a_future_release_Set_the_experimentalDecorators_option_in_your_tsconfig_or_jsconfig_to_remove_this_warning);\n            }\n\n            const firstDecorator = node.decorators[0];\n            checkExternalEmitHelpers(firstDecorator, ExternalEmitHelpers.Decorate);\n            if (node.kind === SyntaxKind.Parameter) {\n                checkExternalEmitHelpers(firstDecorator, ExternalEmitHelpers.Param);\n            }\n\n            if (compilerOptions.emitDecoratorMetadata) {\n                checkExternalEmitHelpers(firstDecorator, ExternalEmitHelpers.Metadata);\n\n                // we only need to perform these checks if we are emitting serialized type metadata for the target of a decorator.\n                switch (node.kind) {\n                    case SyntaxKind.ClassDeclaration:\n                        const constructor = getFirstConstructorWithBody(node as ClassDeclaration);\n                        if (constructor) {\n                            for (const parameter of constructor.parameters) {\n                                markDecoratorMedataDataTypeNodeAsReferenced(getParameterTypeNodeForDecoratorCheck(parameter));\n                            }\n                        }\n                        break;\n\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                        const otherKind = node.kind === SyntaxKind.GetAccessor ? SyntaxKind.SetAccessor : SyntaxKind.GetAccessor;\n                        const otherAccessor = getDeclarationOfKind<AccessorDeclaration>(getSymbolOfNode(node as AccessorDeclaration), otherKind);\n                        markDecoratorMedataDataTypeNodeAsReferenced(getAnnotatedAccessorTypeNode(node as AccessorDeclaration) || otherAccessor && getAnnotatedAccessorTypeNode(otherAccessor));\n                        break;\n                    case SyntaxKind.MethodDeclaration:\n                        for (const parameter of (node as FunctionLikeDeclaration).parameters) {\n                            markDecoratorMedataDataTypeNodeAsReferenced(getParameterTypeNodeForDecoratorCheck(parameter));\n                        }\n\n                        markDecoratorMedataDataTypeNodeAsReferenced(getEffectiveReturnTypeNode(node as FunctionLikeDeclaration));\n                        break;\n\n                    case SyntaxKind.PropertyDeclaration:\n                        markDecoratorMedataDataTypeNodeAsReferenced(getEffectiveTypeAnnotationNode(node as ParameterDeclaration));\n                        break;\n\n                    case SyntaxKind.Parameter:\n                        markDecoratorMedataDataTypeNodeAsReferenced(getParameterTypeNodeForDecoratorCheck(node as ParameterDeclaration));\n                        const containingSignature = (node as ParameterDeclaration).parent;\n                        for (const parameter of containingSignature.parameters) {\n                            markDecoratorMedataDataTypeNodeAsReferenced(getParameterTypeNodeForDecoratorCheck(parameter));\n                        }\n                        break;\n                }\n            }\n\n            forEach(node.decorators, checkDecorator);\n        }\n\n        function checkFunctionDeclaration(node: FunctionDeclaration): void {\n            addLazyDiagnostic(checkFunctionDeclarationDiagnostics);\n\n            function checkFunctionDeclarationDiagnostics() {\n                checkFunctionOrMethodDeclaration(node);\n                checkGrammarForGenerator(node);\n                checkCollisionsForDeclarationName(node, node.name);\n            }\n        }\n\n        function checkJSDocTypeAliasTag(node: JSDocTypedefTag | JSDocCallbackTag) {\n            if (!node.typeExpression) {\n                // If the node had `@property` tags, `typeExpression` would have been set to the first property tag.\n                error(node.name, Diagnostics.JSDoc_typedef_tag_should_either_have_a_type_annotation_or_be_followed_by_property_or_member_tags);\n            }\n\n            if (node.name) {\n                checkTypeNameIsReserved(node.name, Diagnostics.Type_alias_name_cannot_be_0);\n            }\n            checkSourceElement(node.typeExpression);\n            checkTypeParameters(getEffectiveTypeParameterDeclarations(node));\n        }\n\n        function checkJSDocTemplateTag(node: JSDocTemplateTag): void {\n            checkSourceElement(node.constraint);\n            for (const tp of node.typeParameters) {\n                checkSourceElement(tp);\n            }\n        }\n\n        function checkJSDocTypeTag(node: JSDocTypeTag) {\n            checkSourceElement(node.typeExpression);\n        }\n\n        function checkJSDocParameterTag(node: JSDocParameterTag) {\n            checkSourceElement(node.typeExpression);\n        }\n        function checkJSDocPropertyTag(node: JSDocPropertyTag) {\n            checkSourceElement(node.typeExpression);\n        }\n\n        function checkJSDocFunctionType(node: JSDocFunctionType): void {\n            addLazyDiagnostic(checkJSDocFunctionTypeImplicitAny);\n            checkSignatureDeclaration(node);\n\n            function checkJSDocFunctionTypeImplicitAny() {\n                if (!node.type && !isJSDocConstructSignature(node)) {\n                    reportImplicitAny(node, anyType);\n                }\n            }\n        }\n\n        function checkJSDocImplementsTag(node: JSDocImplementsTag): void {\n            const classLike = getEffectiveJSDocHost(node);\n            if (!classLike || !isClassDeclaration(classLike) && !isClassExpression(classLike)) {\n                error(classLike, Diagnostics.JSDoc_0_is_not_attached_to_a_class, idText(node.tagName));\n            }\n        }\n\n        function checkJSDocAugmentsTag(node: JSDocAugmentsTag): void {\n            const classLike = getEffectiveJSDocHost(node);\n            if (!classLike || !isClassDeclaration(classLike) && !isClassExpression(classLike)) {\n                error(classLike, Diagnostics.JSDoc_0_is_not_attached_to_a_class, idText(node.tagName));\n                return;\n            }\n\n            const augmentsTags = getJSDocTags(classLike).filter(isJSDocAugmentsTag);\n            Debug.assert(augmentsTags.length > 0);\n            if (augmentsTags.length > 1) {\n                error(augmentsTags[1], Diagnostics.Class_declarations_cannot_have_more_than_one_augments_or_extends_tag);\n            }\n\n            const name = getIdentifierFromEntityNameExpression(node.class.expression);\n            const extend = getClassExtendsHeritageElement(classLike);\n            if (extend) {\n                const className = getIdentifierFromEntityNameExpression(extend.expression);\n                if (className && name.escapedText !== className.escapedText) {\n                    error(name, Diagnostics.JSDoc_0_1_does_not_match_the_extends_2_clause, idText(node.tagName), idText(name), idText(className));\n                }\n            }\n        }\n\n        function checkJSDocAccessibilityModifiers(node: JSDocPublicTag | JSDocProtectedTag | JSDocPrivateTag): void {\n            const host = getJSDocHost(node);\n            if (host && isPrivateIdentifierClassElementDeclaration(host)) {\n                error(node, Diagnostics.An_accessibility_modifier_cannot_be_used_with_a_private_identifier);\n            }\n        }\n\n        function getIdentifierFromEntityNameExpression(node: Identifier | PropertyAccessExpression): Identifier | PrivateIdentifier;\n        function getIdentifierFromEntityNameExpression(node: Expression): Identifier | PrivateIdentifier | undefined;\n        function getIdentifierFromEntityNameExpression(node: Expression): Identifier | PrivateIdentifier | undefined {\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                    return node as Identifier;\n                case SyntaxKind.PropertyAccessExpression:\n                    return (node as PropertyAccessExpression).name;\n                default:\n                    return undefined;\n            }\n        }\n\n        function checkFunctionOrMethodDeclaration(node: FunctionDeclaration | MethodDeclaration | MethodSignature): void {\n            checkDecorators(node);\n            checkSignatureDeclaration(node);\n            const functionFlags = getFunctionFlags(node);\n\n            // Do not use hasDynamicName here, because that returns false for well known symbols.\n            // We want to perform checkComputedPropertyName for all computed properties, including\n            // well known symbols.\n            if (node.name && node.name.kind === SyntaxKind.ComputedPropertyName) {\n                // This check will account for methods in class/interface declarations,\n                // as well as accessors in classes/object literals\n                checkComputedPropertyName(node.name);\n            }\n\n            if (hasBindableName(node)) {\n                // first we want to check the local symbol that contain this declaration\n                // - if node.localSymbol !== undefined - this is current declaration is exported and localSymbol points to the local symbol\n                // - if node.localSymbol === undefined - this node is non-exported so we can just pick the result of getSymbolOfNode\n                const symbol = getSymbolOfNode(node);\n                const localSymbol = node.localSymbol || symbol;\n\n                // Since the javascript won't do semantic analysis like typescript,\n                // if the javascript file comes before the typescript file and both contain same name functions,\n                // checkFunctionOrConstructorSymbol wouldn't be called if we didnt ignore javascript function.\n                const firstDeclaration = localSymbol.declarations?.find(\n                    // Get first non javascript function declaration\n                    declaration => declaration.kind === node.kind && !(declaration.flags & NodeFlags.JavaScriptFile));\n\n                // Only type check the symbol once\n                if (node === firstDeclaration) {\n                    checkFunctionOrConstructorSymbol(localSymbol);\n                }\n\n                if (symbol.parent) {\n                    // run check on export symbol to check that modifiers agree across all exported declarations\n                    checkFunctionOrConstructorSymbol(symbol);\n                }\n            }\n\n            const body = node.kind === SyntaxKind.MethodSignature ? undefined : node.body;\n            checkSourceElement(body);\n            checkAllCodePathsInNonVoidFunctionReturnOrThrow(node, getReturnTypeFromAnnotation(node));\n\n            addLazyDiagnostic(checkFunctionOrMethodDeclarationDiagnostics);\n\n            // A js function declaration can have a @type tag instead of a return type node, but that type must have a call signature\n            if (isInJSFile(node)) {\n                const typeTag = getJSDocTypeTag(node);\n                if (typeTag && typeTag.typeExpression && !getContextualCallSignature(getTypeFromTypeNode(typeTag.typeExpression), node)) {\n                    error(typeTag.typeExpression.type, Diagnostics.The_type_of_a_function_declaration_must_match_the_function_s_signature);\n                }\n            }\n\n            function checkFunctionOrMethodDeclarationDiagnostics() {\n                if (!getEffectiveReturnTypeNode(node)) {\n                    // Report an implicit any error if there is no body, no explicit return type, and node is not a private method\n                    // in an ambient context\n                    if (nodeIsMissing(body) && !isPrivateWithinAmbient(node)) {\n                        reportImplicitAny(node, anyType);\n                    }\n\n                    if (functionFlags & FunctionFlags.Generator && nodeIsPresent(body)) {\n                        // A generator with a body and no type annotation can still cause errors. It can error if the\n                        // yielded values have no common supertype, or it can give an implicit any error if it has no\n                        // yielded values. The only way to trigger these errors is to try checking its return type.\n                        getReturnTypeOfSignature(getSignatureFromDeclaration(node));\n                    }\n                }\n            }\n        }\n\n        function registerForUnusedIdentifiersCheck(node: PotentiallyUnusedIdentifier): void {\n            addLazyDiagnostic(registerForUnusedIdentifiersCheckDiagnostics);\n\n            function registerForUnusedIdentifiersCheckDiagnostics() {\n                // May be in a call such as getTypeOfNode that happened to call this. But potentiallyUnusedIdentifiers is only defined in the scope of `checkSourceFile`.\n                const sourceFile = getSourceFileOfNode(node);\n                let potentiallyUnusedIdentifiers = allPotentiallyUnusedIdentifiers.get(sourceFile.path);\n                if (!potentiallyUnusedIdentifiers) {\n                    potentiallyUnusedIdentifiers = [];\n                    allPotentiallyUnusedIdentifiers.set(sourceFile.path, potentiallyUnusedIdentifiers);\n                }\n                // TODO: GH#22580\n                // Debug.assert(addToSeen(seenPotentiallyUnusedIdentifiers, getNodeId(node)), \"Adding potentially-unused identifier twice\");\n                potentiallyUnusedIdentifiers.push(node);\n            }\n        }\n\n        type PotentiallyUnusedIdentifier =\n            | SourceFile | ModuleDeclaration | ClassLikeDeclaration | InterfaceDeclaration\n            | Block | CaseBlock | ForStatement | ForInStatement | ForOfStatement\n            | Exclude<SignatureDeclaration, IndexSignatureDeclaration | JSDocFunctionType> | TypeAliasDeclaration\n            | InferTypeNode;\n\n        function checkUnusedIdentifiers(potentiallyUnusedIdentifiers: readonly PotentiallyUnusedIdentifier[], addDiagnostic: AddUnusedDiagnostic) {\n            for (const node of potentiallyUnusedIdentifiers) {\n                switch (node.kind) {\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.ClassExpression:\n                        checkUnusedClassMembers(node, addDiagnostic);\n                        checkUnusedTypeParameters(node, addDiagnostic);\n                        break;\n                    case SyntaxKind.SourceFile:\n                    case SyntaxKind.ModuleDeclaration:\n                    case SyntaxKind.Block:\n                    case SyntaxKind.CaseBlock:\n                    case SyntaxKind.ForStatement:\n                    case SyntaxKind.ForInStatement:\n                    case SyntaxKind.ForOfStatement:\n                        checkUnusedLocalsAndParameters(node, addDiagnostic);\n                        break;\n                    case SyntaxKind.Constructor:\n                    case SyntaxKind.FunctionExpression:\n                    case SyntaxKind.FunctionDeclaration:\n                    case SyntaxKind.ArrowFunction:\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                        if (node.body) { // Don't report unused parameters in overloads\n                            checkUnusedLocalsAndParameters(node, addDiagnostic);\n                        }\n                        checkUnusedTypeParameters(node, addDiagnostic);\n                        break;\n                    case SyntaxKind.MethodSignature:\n                    case SyntaxKind.CallSignature:\n                    case SyntaxKind.ConstructSignature:\n                    case SyntaxKind.FunctionType:\n                    case SyntaxKind.ConstructorType:\n                    case SyntaxKind.TypeAliasDeclaration:\n                    case SyntaxKind.InterfaceDeclaration:\n                        checkUnusedTypeParameters(node, addDiagnostic);\n                        break;\n                    case SyntaxKind.InferType:\n                        checkUnusedInferTypeParameter(node, addDiagnostic);\n                        break;\n                    default:\n                        Debug.assertNever(node, \"Node should not have been registered for unused identifiers check\");\n                }\n            }\n        }\n\n        function errorUnusedLocal(declaration: Declaration, name: string, addDiagnostic: AddUnusedDiagnostic) {\n            const node = getNameOfDeclaration(declaration) || declaration;\n            const message = isTypeDeclaration(declaration) ? Diagnostics._0_is_declared_but_never_used : Diagnostics._0_is_declared_but_its_value_is_never_read;\n            addDiagnostic(declaration, UnusedKind.Local, createDiagnosticForNode(node, message, name));\n        }\n\n        function isIdentifierThatStartsWithUnderscore(node: Node) {\n            return isIdentifier(node) && idText(node).charCodeAt(0) === CharacterCodes._;\n        }\n\n        function checkUnusedClassMembers(node: ClassDeclaration | ClassExpression, addDiagnostic: AddUnusedDiagnostic): void {\n            for (const member of node.members) {\n                switch (member.kind) {\n                    case SyntaxKind.MethodDeclaration:\n                    case SyntaxKind.PropertyDeclaration:\n                    case SyntaxKind.GetAccessor:\n                    case SyntaxKind.SetAccessor:\n                        if (member.kind === SyntaxKind.SetAccessor && member.symbol.flags & SymbolFlags.GetAccessor) {\n                            // Already would have reported an error on the getter.\n                            break;\n                        }\n                        const symbol = getSymbolOfNode(member);\n                        if (!symbol.isReferenced\n                            && (hasEffectiveModifier(member, ModifierFlags.Private) || isNamedDeclaration(member) && isPrivateIdentifier(member.name))\n                            && !(member.flags & NodeFlags.Ambient)) {\n                            addDiagnostic(member, UnusedKind.Local, createDiagnosticForNode(member.name!, Diagnostics._0_is_declared_but_its_value_is_never_read, symbolToString(symbol)));\n                        }\n                        break;\n                    case SyntaxKind.Constructor:\n                        for (const parameter of (member as ConstructorDeclaration).parameters) {\n                            if (!parameter.symbol.isReferenced && hasSyntacticModifier(parameter, ModifierFlags.Private)) {\n                                addDiagnostic(parameter, UnusedKind.Local, createDiagnosticForNode(parameter.name, Diagnostics.Property_0_is_declared_but_its_value_is_never_read, symbolName(parameter.symbol)));\n                            }\n                        }\n                        break;\n                    case SyntaxKind.IndexSignature:\n                    case SyntaxKind.SemicolonClassElement:\n                    case SyntaxKind.ClassStaticBlockDeclaration:\n                        // Can't be private\n                        break;\n                    default:\n                        Debug.fail(\"Unexpected class member\");\n                }\n            }\n        }\n\n        function checkUnusedInferTypeParameter(node: InferTypeNode, addDiagnostic: AddUnusedDiagnostic): void {\n            const { typeParameter } = node;\n            if (isTypeParameterUnused(typeParameter)) {\n                addDiagnostic(node, UnusedKind.Parameter, createDiagnosticForNode(node, Diagnostics._0_is_declared_but_its_value_is_never_read, idText(typeParameter.name)));\n            }\n        }\n\n        function checkUnusedTypeParameters(node: ClassLikeDeclaration | SignatureDeclaration | InterfaceDeclaration | TypeAliasDeclaration, addDiagnostic: AddUnusedDiagnostic): void {\n            // Only report errors on the last declaration for the type parameter container;\n            // this ensures that all uses have been accounted for.\n            const declarations = getSymbolOfNode(node).declarations;\n            if (!declarations || last(declarations) !== node) return;\n\n            const typeParameters = getEffectiveTypeParameterDeclarations(node);\n            const seenParentsWithEveryUnused = new Set<DeclarationWithTypeParameterChildren>();\n\n            for (const typeParameter of typeParameters) {\n                if (!isTypeParameterUnused(typeParameter)) continue;\n\n                const name = idText(typeParameter.name);\n                const { parent } = typeParameter;\n                if (parent.kind !== SyntaxKind.InferType && parent.typeParameters!.every(isTypeParameterUnused)) {\n                    if (tryAddToSet(seenParentsWithEveryUnused, parent)) {\n                        const sourceFile = getSourceFileOfNode(parent);\n                        const range = isJSDocTemplateTag(parent)\n                            // Whole @template tag\n                            ? rangeOfNode(parent)\n                            // Include the `<>` in the error message\n                            : rangeOfTypeParameters(sourceFile, parent.typeParameters!);\n                        const only = parent.typeParameters!.length === 1;\n                        //TODO: following line is possible reason for bug #41974, unusedTypeParameters_TemplateTag\n                        const message = only ? Diagnostics._0_is_declared_but_its_value_is_never_read : Diagnostics.All_type_parameters_are_unused;\n                        const arg0 = only ? name : undefined;\n                        addDiagnostic(typeParameter, UnusedKind.Parameter, createFileDiagnostic(sourceFile, range.pos, range.end - range.pos, message, arg0));\n                    }\n                }\n                else {\n                    //TODO: following line is possible reason for bug #41974, unusedTypeParameters_TemplateTag\n                    addDiagnostic(typeParameter, UnusedKind.Parameter, createDiagnosticForNode(typeParameter, Diagnostics._0_is_declared_but_its_value_is_never_read, name));\n                }\n            }\n        }\n        function isTypeParameterUnused(typeParameter: TypeParameterDeclaration): boolean {\n            return !(getMergedSymbol(typeParameter.symbol).isReferenced! & SymbolFlags.TypeParameter) && !isIdentifierThatStartsWithUnderscore(typeParameter.name);\n        }\n\n        function addToGroup<K, V>(map: ESMap<string, [K, V[]]>, key: K, value: V, getKey: (key: K) => number | string): void {\n            const keyString = String(getKey(key));\n            const group = map.get(keyString);\n            if (group) {\n                group[1].push(value);\n            }\n            else {\n                map.set(keyString, [key, [value]]);\n            }\n        }\n\n        function tryGetRootParameterDeclaration(node: Node): ParameterDeclaration | undefined {\n            return tryCast(getRootDeclaration(node), isParameter);\n        }\n\n        function isValidUnusedLocalDeclaration(declaration: Declaration): boolean {\n            if (isBindingElement(declaration)) {\n                if (isObjectBindingPattern(declaration.parent)) {\n                    /**\n                      * ignore starts with underscore names _\n                      * const { a: _a } = { a: 1 }\n                      */\n                    return !!(declaration.propertyName && isIdentifierThatStartsWithUnderscore(declaration.name));\n                }\n                return isIdentifierThatStartsWithUnderscore(declaration.name);\n            }\n            return isAmbientModule(declaration) ||\n                (isVariableDeclaration(declaration) && isForInOrOfStatement(declaration.parent.parent) || isImportedDeclaration(declaration)) && isIdentifierThatStartsWithUnderscore(declaration.name!);\n        }\n\n        function checkUnusedLocalsAndParameters(nodeWithLocals: Node, addDiagnostic: AddUnusedDiagnostic): void {\n            // Ideally we could use the ImportClause directly as a key, but must wait until we have full ES6 maps. So must store key along with value.\n            const unusedImports = new Map<string, [ImportClause, ImportedDeclaration[]]>();\n            const unusedDestructures = new Map<string, [BindingPattern, BindingElement[]]>();\n            const unusedVariables = new Map<string, [VariableDeclarationList, VariableDeclaration[]]>();\n            nodeWithLocals.locals!.forEach(local => {\n                // If it's purely a type parameter, ignore, will be checked in `checkUnusedTypeParameters`.\n                // If it's a type parameter merged with a parameter, check if the parameter-side is used.\n                if (local.flags & SymbolFlags.TypeParameter ? !(local.flags & SymbolFlags.Variable && !(local.isReferenced! & SymbolFlags.Variable)) : local.isReferenced || local.exportSymbol) {\n                    return;\n                }\n\n                if (local.declarations) {\n                    for (const declaration of local.declarations) {\n                        if (isValidUnusedLocalDeclaration(declaration)) {\n                            continue;\n                        }\n\n                        if (isImportedDeclaration(declaration)) {\n                            addToGroup(unusedImports, importClauseFromImported(declaration), declaration, getNodeId);\n                        }\n                        else if (isBindingElement(declaration) && isObjectBindingPattern(declaration.parent)) {\n                            // In `{ a, ...b }, `a` is considered used since it removes a property from `b`. `b` may still be unused though.\n                            const lastElement = last(declaration.parent.elements);\n                            if (declaration === lastElement || !last(declaration.parent.elements).dotDotDotToken) {\n                                addToGroup(unusedDestructures, declaration.parent, declaration, getNodeId);\n                            }\n                        }\n                        else if (isVariableDeclaration(declaration)) {\n                            addToGroup(unusedVariables, declaration.parent, declaration, getNodeId);\n                        }\n                        else {\n                            const parameter = local.valueDeclaration && tryGetRootParameterDeclaration(local.valueDeclaration);\n                            const name = local.valueDeclaration && getNameOfDeclaration(local.valueDeclaration);\n                            if (parameter && name) {\n                                if (!isParameterPropertyDeclaration(parameter, parameter.parent) && !parameterIsThisKeyword(parameter) && !isIdentifierThatStartsWithUnderscore(name)) {\n                                    if (isBindingElement(declaration) && isArrayBindingPattern(declaration.parent)) {\n                                        addToGroup(unusedDestructures, declaration.parent, declaration, getNodeId);\n                                    }\n                                    else {\n                                        addDiagnostic(parameter, UnusedKind.Parameter, createDiagnosticForNode(name, Diagnostics._0_is_declared_but_its_value_is_never_read, symbolName(local)));\n                                    }\n                                }\n                            }\n                            else {\n                                errorUnusedLocal(declaration, symbolName(local), addDiagnostic);\n                            }\n                        }\n                    }\n                }\n            });\n            unusedImports.forEach(([importClause, unuseds]) => {\n                const importDecl = importClause.parent;\n                const nDeclarations = (importClause.name ? 1 : 0) +\n                    (importClause.namedBindings ?\n                        (importClause.namedBindings.kind === SyntaxKind.NamespaceImport ? 1 : importClause.namedBindings.elements.length)\n                        : 0);\n                if (nDeclarations === unuseds.length) {\n                    addDiagnostic(importDecl, UnusedKind.Local, unuseds.length === 1\n                        ? createDiagnosticForNode(importDecl, Diagnostics._0_is_declared_but_its_value_is_never_read, idText(first(unuseds).name!))\n                        : createDiagnosticForNode(importDecl, Diagnostics.All_imports_in_import_declaration_are_unused));\n                }\n                else {\n                    for (const unused of unuseds) errorUnusedLocal(unused, idText(unused.name!), addDiagnostic);\n                }\n            });\n            unusedDestructures.forEach(([bindingPattern, bindingElements]) => {\n                const kind = tryGetRootParameterDeclaration(bindingPattern.parent) ? UnusedKind.Parameter : UnusedKind.Local;\n                if (bindingPattern.elements.length === bindingElements.length) {\n                    if (bindingElements.length === 1 && bindingPattern.parent.kind === SyntaxKind.VariableDeclaration && bindingPattern.parent.parent.kind === SyntaxKind.VariableDeclarationList) {\n                        addToGroup(unusedVariables, bindingPattern.parent.parent, bindingPattern.parent, getNodeId);\n                    }\n                    else {\n                        addDiagnostic(bindingPattern, kind, bindingElements.length === 1\n                            ? createDiagnosticForNode(bindingPattern, Diagnostics._0_is_declared_but_its_value_is_never_read, bindingNameText(first(bindingElements).name))\n                            : createDiagnosticForNode(bindingPattern, Diagnostics.All_destructured_elements_are_unused));\n                    }\n                }\n                else {\n                    for (const e of bindingElements) {\n                        addDiagnostic(e, kind, createDiagnosticForNode(e, Diagnostics._0_is_declared_but_its_value_is_never_read, bindingNameText(e.name)));\n                    }\n                }\n            });\n            unusedVariables.forEach(([declarationList, declarations]) => {\n                if (declarationList.declarations.length === declarations.length) {\n                    addDiagnostic(declarationList, UnusedKind.Local, declarations.length === 1\n                        ? createDiagnosticForNode(first(declarations).name, Diagnostics._0_is_declared_but_its_value_is_never_read, bindingNameText(first(declarations).name))\n                        : createDiagnosticForNode(declarationList.parent.kind === SyntaxKind.VariableStatement ? declarationList.parent : declarationList, Diagnostics.All_variables_are_unused));\n                }\n                else {\n                    for (const decl of declarations) {\n                        addDiagnostic(decl, UnusedKind.Local, createDiagnosticForNode(decl, Diagnostics._0_is_declared_but_its_value_is_never_read, bindingNameText(decl.name)));\n                    }\n                }\n            });\n        }\n\n        function bindingNameText(name: BindingName): string {\n            switch (name.kind) {\n                case SyntaxKind.Identifier:\n                    return idText(name);\n                case SyntaxKind.ArrayBindingPattern:\n                case SyntaxKind.ObjectBindingPattern:\n                    return bindingNameText(cast(first(name.elements), isBindingElement).name);\n                default:\n                    return Debug.assertNever(name);\n            }\n        }\n\n        type ImportedDeclaration = ImportClause | ImportSpecifier | NamespaceImport;\n        function isImportedDeclaration(node: Node): node is ImportedDeclaration {\n            return node.kind === SyntaxKind.ImportClause || node.kind === SyntaxKind.ImportSpecifier || node.kind === SyntaxKind.NamespaceImport;\n        }\n        function importClauseFromImported(decl: ImportedDeclaration): ImportClause {\n            return decl.kind === SyntaxKind.ImportClause ? decl : decl.kind === SyntaxKind.NamespaceImport ? decl.parent : decl.parent.parent;\n        }\n\n        function checkBlock(node: Block) {\n            // Grammar checking for SyntaxKind.Block\n            if (node.kind === SyntaxKind.Block) {\n                checkGrammarStatementInAmbientContext(node);\n            }\n            if (isFunctionOrModuleBlock(node)) {\n                const saveFlowAnalysisDisabled = flowAnalysisDisabled;\n                forEach(node.statements, checkSourceElement);\n                flowAnalysisDisabled = saveFlowAnalysisDisabled;\n            }\n            else {\n                forEach(node.statements, checkSourceElement);\n            }\n            if (node.locals) {\n                registerForUnusedIdentifiersCheck(node);\n            }\n        }\n\n        function checkCollisionWithArgumentsInGeneratedCode(node: SignatureDeclaration) {\n            // no rest parameters \\ declaration context \\ overload - no codegen impact\n            if (languageVersion >= ScriptTarget.ES2015 || !hasRestParameter(node) || node.flags & NodeFlags.Ambient || nodeIsMissing((node as FunctionLikeDeclaration).body)) {\n                return;\n            }\n\n            forEach(node.parameters, p => {\n                if (p.name && !isBindingPattern(p.name) && p.name.escapedText === argumentsSymbol.escapedName) {\n                    errorSkippedOn(\"noEmit\", p, Diagnostics.Duplicate_identifier_arguments_Compiler_uses_arguments_to_initialize_rest_parameters);\n                }\n            });\n        }\n\n        /**\n          * Checks whether an {@link Identifier}, in the context of another {@link Node}, would collide with a runtime value\n          * of {@link name} in an outer scope. This is used to check for collisions for downlevel transformations that\n          * require names like `Object`, `Promise`, `Reflect`, `require`, `exports`, etc.\n          */\n        function needCollisionCheckForIdentifier(node: Node, identifier: Identifier | undefined, name: string): boolean {\n            if (identifier?.escapedText !== name) {\n                return false;\n            }\n\n            if (node.kind === SyntaxKind.PropertyDeclaration ||\n                node.kind === SyntaxKind.PropertySignature ||\n                node.kind === SyntaxKind.MethodDeclaration ||\n                node.kind === SyntaxKind.MethodSignature ||\n                node.kind === SyntaxKind.GetAccessor ||\n                node.kind === SyntaxKind.SetAccessor ||\n                node.kind === SyntaxKind.PropertyAssignment) {\n                // it is ok to have member named '_super', '_this', `Promise`, etc. - member access is always qualified\n                return false;\n            }\n\n            if (node.flags & NodeFlags.Ambient) {\n                // ambient context - no codegen impact\n                return false;\n            }\n\n            if (isImportClause(node) || isImportEqualsDeclaration(node) || isImportSpecifier(node)) {\n                // type-only imports do not require collision checks against runtime values.\n                if (isTypeOnlyImportOrExportDeclaration(node)) {\n                    return false;\n                }\n            }\n\n            const root = getRootDeclaration(node);\n            if (isParameter(root) && nodeIsMissing((root.parent as FunctionLikeDeclaration).body)) {\n                // just an overload - no codegen impact\n                return false;\n            }\n\n            return true;\n        }\n\n        // this function will run after checking the source file so 'CaptureThis' is correct for all nodes\n        function checkIfThisIsCapturedInEnclosingScope(node: Node): void {\n            findAncestor(node, current => {\n                if (getNodeCheckFlags(current) & NodeCheckFlags.CaptureThis) {\n                    const isDeclaration = node.kind !== SyntaxKind.Identifier;\n                    if (isDeclaration) {\n                        error(getNameOfDeclaration(node as Declaration), Diagnostics.Duplicate_identifier_this_Compiler_uses_variable_declaration_this_to_capture_this_reference);\n                    }\n                    else {\n                        error(node, Diagnostics.Expression_resolves_to_variable_declaration_this_that_compiler_uses_to_capture_this_reference);\n                    }\n                    return true;\n                }\n                return false;\n            });\n        }\n\n        function checkIfNewTargetIsCapturedInEnclosingScope(node: Node): void {\n            findAncestor(node, current => {\n                if (getNodeCheckFlags(current) & NodeCheckFlags.CaptureNewTarget) {\n                    const isDeclaration = node.kind !== SyntaxKind.Identifier;\n                    if (isDeclaration) {\n                        error(getNameOfDeclaration(node as Declaration), Diagnostics.Duplicate_identifier_newTarget_Compiler_uses_variable_declaration_newTarget_to_capture_new_target_meta_property_reference);\n                    }\n                    else {\n                        error(node, Diagnostics.Expression_resolves_to_variable_declaration_newTarget_that_compiler_uses_to_capture_new_target_meta_property_reference);\n                    }\n                    return true;\n                }\n                return false;\n            });\n        }\n\n        function checkCollisionWithRequireExportsInGeneratedCode(node: Node, name: Identifier | undefined) {\n            // No need to check for require or exports for ES6 modules and later\n            if (moduleKind >= ModuleKind.ES2015 && !(moduleKind >= ModuleKind.Node12 && getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS)) {\n                return;\n            }\n\n            if (!name || !needCollisionCheckForIdentifier(node, name, \"require\") && !needCollisionCheckForIdentifier(node, name, \"exports\")) {\n                return;\n            }\n\n            // Uninstantiated modules shouldnt do this check\n            if (isModuleDeclaration(node) && getModuleInstanceState(node) !== ModuleInstanceState.Instantiated) {\n                return;\n            }\n\n            // In case of variable declaration, node.parent is variable statement so look at the variable statement's parent\n            const parent = getDeclarationContainer(node);\n            if (parent.kind === SyntaxKind.SourceFile && isExternalOrCommonJsModule(parent as SourceFile)) {\n                // If the declaration happens to be in external module, report error that require and exports are reserved keywords\n                errorSkippedOn(\"noEmit\", name, Diagnostics.Duplicate_identifier_0_Compiler_reserves_name_1_in_top_level_scope_of_a_module,\n                    declarationNameToString(name), declarationNameToString(name));\n            }\n        }\n\n        function checkCollisionWithGlobalPromiseInGeneratedCode(node: Node, name: Identifier | undefined): void {\n            if (!name || languageVersion >= ScriptTarget.ES2017 || !needCollisionCheckForIdentifier(node, name, \"Promise\")) {\n                return;\n            }\n\n            // Uninstantiated modules shouldnt do this check\n            if (isModuleDeclaration(node) && getModuleInstanceState(node) !== ModuleInstanceState.Instantiated) {\n                return;\n            }\n\n            // In case of variable declaration, node.parent is variable statement so look at the variable statement's parent\n            const parent = getDeclarationContainer(node);\n            if (parent.kind === SyntaxKind.SourceFile && isExternalOrCommonJsModule(parent as SourceFile) && parent.flags & NodeFlags.HasAsyncFunctions) {\n                // If the declaration happens to be in external module, report error that Promise is a reserved identifier.\n                errorSkippedOn(\"noEmit\", name, Diagnostics.Duplicate_identifier_0_Compiler_reserves_name_1_in_top_level_scope_of_a_module_containing_async_functions,\n                    declarationNameToString(name), declarationNameToString(name));\n            }\n        }\n\n        function recordPotentialCollisionWithWeakMapSetInGeneratedCode(node: Node, name: Identifier): void {\n            if (languageVersion <= ScriptTarget.ES2021\n                && (needCollisionCheckForIdentifier(node, name, \"WeakMap\") || needCollisionCheckForIdentifier(node, name, \"WeakSet\"))) {\n                potentialWeakMapSetCollisions.push(node);\n            }\n        }\n\n        function checkWeakMapSetCollision(node: Node) {\n            const enclosingBlockScope = getEnclosingBlockScopeContainer(node);\n            if (getNodeCheckFlags(enclosingBlockScope) & NodeCheckFlags.ContainsClassWithPrivateIdentifiers) {\n                Debug.assert(isNamedDeclaration(node) && isIdentifier(node.name) && typeof node.name.escapedText === \"string\", \"The target of a WeakMap/WeakSet collision check should be an identifier\");\n                errorSkippedOn(\"noEmit\", node, Diagnostics.Compiler_reserves_name_0_when_emitting_private_identifier_downlevel, node.name.escapedText);\n            }\n        }\n\n        function recordPotentialCollisionWithReflectInGeneratedCode(node: Node, name: Identifier | undefined): void {\n            if (name && languageVersion >= ScriptTarget.ES2015 && languageVersion <= ScriptTarget.ES2021\n                && needCollisionCheckForIdentifier(node, name, \"Reflect\")) {\n                potentialReflectCollisions.push(node);\n            }\n        }\n\n        function checkReflectCollision(node: Node) {\n            let hasCollision = false;\n            if (isClassExpression(node)) {\n                // ClassExpression names don't contribute to their containers, but do matter for any of their block-scoped members.\n                for (const member of node.members) {\n                    if (getNodeCheckFlags(member) & NodeCheckFlags.ContainsSuperPropertyInStaticInitializer) {\n                        hasCollision = true;\n                        break;\n                    }\n                }\n            }\n            else if (isFunctionExpression(node)) {\n                // FunctionExpression names don't contribute to their containers, but do matter for their contents\n                if (getNodeCheckFlags(node) & NodeCheckFlags.ContainsSuperPropertyInStaticInitializer) {\n                    hasCollision = true;\n                }\n            }\n            else {\n                const container = getEnclosingBlockScopeContainer(node);\n                if (container && getNodeCheckFlags(container) & NodeCheckFlags.ContainsSuperPropertyInStaticInitializer) {\n                    hasCollision = true;\n                }\n            }\n            if (hasCollision) {\n                Debug.assert(isNamedDeclaration(node) && isIdentifier(node.name), \"The target of a Reflect collision check should be an identifier\");\n                errorSkippedOn(\"noEmit\", node, Diagnostics.Duplicate_identifier_0_Compiler_reserves_name_1_when_emitting_super_references_in_static_initializers,\n                    declarationNameToString(node.name),\n                    \"Reflect\");\n            }\n        }\n\n        function checkCollisionsForDeclarationName(node: Node, name: Identifier | undefined) {\n            if (!name) return;\n            checkCollisionWithRequireExportsInGeneratedCode(node, name);\n            checkCollisionWithGlobalPromiseInGeneratedCode(node, name);\n            recordPotentialCollisionWithWeakMapSetInGeneratedCode(node, name);\n            recordPotentialCollisionWithReflectInGeneratedCode(node, name);\n            if (isClassLike(node)) {\n                checkTypeNameIsReserved(name, Diagnostics.Class_name_cannot_be_0);\n                if (!(node.flags & NodeFlags.Ambient)) {\n                    checkClassNameCollisionWithObject(name);\n                }\n            }\n            else if (isEnumDeclaration(node)) {\n                checkTypeNameIsReserved(name, Diagnostics.Enum_name_cannot_be_0);\n            }\n        }\n\n        function checkVarDeclaredNamesNotShadowed(node: VariableDeclaration | BindingElement) {\n            // - ScriptBody : StatementList\n            // It is a Syntax Error if any element of the LexicallyDeclaredNames of StatementList\n            // also occurs in the VarDeclaredNames of StatementList.\n\n            // - Block : { StatementList }\n            // It is a Syntax Error if any element of the LexicallyDeclaredNames of StatementList\n            // also occurs in the VarDeclaredNames of StatementList.\n\n            // Variable declarations are hoisted to the top of their function scope. They can shadow\n            // block scoped declarations, which bind tighter. this will not be flagged as duplicate definition\n            // by the binder as the declaration scope is different.\n            // A non-initialized declaration is a no-op as the block declaration will resolve before the var\n            // declaration. the problem is if the declaration has an initializer. this will act as a write to the\n            // block declared value. this is fine for let, but not const.\n            // Only consider declarations with initializers, uninitialized const declarations will not\n            // step on a let/const variable.\n            // Do not consider const and const declarations, as duplicate block-scoped declarations\n            // are handled by the binder.\n            // We are only looking for const declarations that step on let\\const declarations from a\n            // different scope. e.g.:\n            //      {\n            //          const x = 0; // localDeclarationSymbol obtained after name resolution will correspond to this declaration\n            //          const x = 0; // symbol for this declaration will be 'symbol'\n            //      }\n\n            // skip block-scoped variables and parameters\n            if ((getCombinedNodeFlags(node) & NodeFlags.BlockScoped) !== 0 || isParameterDeclaration(node)) {\n                return;\n            }\n\n            // skip variable declarations that don't have initializers\n            // NOTE: in ES6 spec initializer is required in variable declarations where name is binding pattern\n            // so we'll always treat binding elements as initialized\n            if (node.kind === SyntaxKind.VariableDeclaration && !node.initializer) {\n                return;\n            }\n\n            const symbol = getSymbolOfNode(node);\n            if (symbol.flags & SymbolFlags.FunctionScopedVariable) {\n                if (!isIdentifier(node.name)) return Debug.fail();\n                const localDeclarationSymbol = resolveName(node, node.name.escapedText, SymbolFlags.Variable, /*nodeNotFoundErrorMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ false);\n                if (localDeclarationSymbol &&\n                    localDeclarationSymbol !== symbol &&\n                    localDeclarationSymbol.flags & SymbolFlags.BlockScopedVariable) {\n                    if (getDeclarationNodeFlagsFromSymbol(localDeclarationSymbol) & NodeFlags.BlockScoped) {\n                        const varDeclList = getAncestor(localDeclarationSymbol.valueDeclaration, SyntaxKind.VariableDeclarationList)!;\n                        const container =\n                            varDeclList.parent.kind === SyntaxKind.VariableStatement && varDeclList.parent.parent\n                                ? varDeclList.parent.parent\n                                : undefined;\n\n                        // names of block-scoped and function scoped variables can collide only\n                        // if block scoped variable is defined in the function\\module\\source file scope (because of variable hoisting)\n                        const namesShareScope =\n                            container &&\n                            (container.kind === SyntaxKind.Block && isFunctionLike(container.parent) ||\n                                container.kind === SyntaxKind.ModuleBlock ||\n                                container.kind === SyntaxKind.ModuleDeclaration ||\n                                container.kind === SyntaxKind.SourceFile);\n\n                        // here we know that function scoped variable is shadowed by block scoped one\n                        // if they are defined in the same scope - binder has already reported redeclaration error\n                        // otherwise if variable has an initializer - show error that initialization will fail\n                        // since LHS will be block scoped name instead of function scoped\n                        if (!namesShareScope) {\n                            const name = symbolToString(localDeclarationSymbol);\n                            error(node, Diagnostics.Cannot_initialize_outer_scoped_variable_0_in_the_same_scope_as_block_scoped_declaration_1, name, name);\n                        }\n                    }\n                }\n            }\n        }\n\n        function convertAutoToAny(type: Type) {\n            return type === autoType ? anyType : type === autoArrayType ? anyArrayType : type;\n        }\n\n        // Check variable, parameter, or property declaration\n        function checkVariableLikeDeclaration(node: ParameterDeclaration | PropertyDeclaration | PropertySignature | VariableDeclaration | BindingElement) {\n            checkDecorators(node);\n            if (!isBindingElement(node)) {\n                checkSourceElement(node.type);\n            }\n\n            // JSDoc `function(string, string): string` syntax results in parameters with no name\n            if (!node.name) {\n                return;\n            }\n\n            // For a computed property, just check the initializer and exit\n            // Do not use hasDynamicName here, because that returns false for well known symbols.\n            // We want to perform checkComputedPropertyName for all computed properties, including\n            // well known symbols.\n            if (node.name.kind === SyntaxKind.ComputedPropertyName) {\n                checkComputedPropertyName(node.name);\n                if (node.initializer) {\n                    checkExpressionCached(node.initializer);\n                }\n            }\n\n            if (isBindingElement(node)) {\n                if (isObjectBindingPattern(node.parent) && node.dotDotDotToken && languageVersion < ScriptTarget.ES2018) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.Rest);\n                }\n                // check computed properties inside property names of binding elements\n                if (node.propertyName && node.propertyName.kind === SyntaxKind.ComputedPropertyName) {\n                    checkComputedPropertyName(node.propertyName);\n                }\n\n                // check private/protected variable access\n                const parent = node.parent.parent;\n                const parentCheckMode = node.dotDotDotToken ? CheckMode.RestBindingElement : CheckMode.Normal;\n                const parentType = getTypeForBindingElementParent(parent, parentCheckMode);\n                const name = node.propertyName || node.name;\n                if (parentType && !isBindingPattern(name)) {\n                    const exprType = getLiteralTypeFromPropertyName(name);\n                    if (isTypeUsableAsPropertyName(exprType)) {\n                        const nameText = getPropertyNameFromType(exprType);\n                        const property = getPropertyOfType(parentType, nameText);\n                        if (property) {\n                            markPropertyAsReferenced(property, /*nodeForCheckWriteOnly*/ undefined, /*isSelfTypeAccess*/ false); // A destructuring is never a write-only reference.\n                            checkPropertyAccessibility(node, !!parent.initializer && parent.initializer.kind === SyntaxKind.SuperKeyword, /*writing*/ false, parentType, property);\n                        }\n                    }\n                }\n            }\n\n            // For a binding pattern, check contained binding elements\n            if (isBindingPattern(node.name)) {\n                if (node.name.kind === SyntaxKind.ArrayBindingPattern && languageVersion < ScriptTarget.ES2015 && compilerOptions.downlevelIteration) {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.Read);\n                }\n\n                forEach(node.name.elements, checkSourceElement);\n            }\n            // For a parameter declaration with an initializer, error and exit if the containing function doesn't have a body\n            if (node.initializer && isParameterDeclaration(node) && nodeIsMissing((getContainingFunction(node) as FunctionLikeDeclaration).body)) {\n                error(node, Diagnostics.A_parameter_initializer_is_only_allowed_in_a_function_or_constructor_implementation);\n                return;\n            }\n            // For a binding pattern, validate the initializer and exit\n            if (isBindingPattern(node.name)) {\n                const needCheckInitializer = node.initializer && node.parent.parent.kind !== SyntaxKind.ForInStatement;\n                const needCheckWidenedType = node.name.elements.length === 0;\n                if (needCheckInitializer || needCheckWidenedType) {\n                    // Don't validate for-in initializer as it is already an error\n                    const widenedType = getWidenedTypeForVariableLikeDeclaration(node);\n                    if (needCheckInitializer) {\n                        const initializerType = checkExpressionCached(node.initializer);\n                        if (strictNullChecks && needCheckWidenedType) {\n                            checkNonNullNonVoidType(initializerType, node);\n                        }\n                        else {\n                            checkTypeAssignableToAndOptionallyElaborate(initializerType, getWidenedTypeForVariableLikeDeclaration(node), node, node.initializer);\n                        }\n                    }\n                    // check the binding pattern with empty elements\n                    if (needCheckWidenedType) {\n                        if (isArrayBindingPattern(node.name)) {\n                            checkIteratedTypeOrElementType(IterationUse.Destructuring, widenedType, undefinedType, node);\n                        }\n                        else if (strictNullChecks) {\n                            checkNonNullNonVoidType(widenedType, node);\n                        }\n                    }\n                }\n                return;\n            }\n            // For a commonjs `const x = require`, validate the alias and exit\n            const symbol = getSymbolOfNode(node);\n            if (symbol.flags & SymbolFlags.Alias && isVariableDeclarationInitializedToBareOrAccessedRequire(node)) {\n                checkAliasSymbol(node);\n                return;\n            }\n\n            const type = convertAutoToAny(getTypeOfSymbol(symbol));\n            if (node === symbol.valueDeclaration) {\n                // Node is the primary declaration of the symbol, just validate the initializer\n                // Don't validate for-in initializer as it is already an error\n                const initializer = getEffectiveInitializer(node);\n                if (initializer) {\n                    const isJSObjectLiteralInitializer = isInJSFile(node) &&\n                        isObjectLiteralExpression(initializer) &&\n                        (initializer.properties.length === 0 || isPrototypeAccess(node.name)) &&\n                        !!symbol.exports?.size;\n                    if (!isJSObjectLiteralInitializer && node.parent.parent.kind !== SyntaxKind.ForInStatement) {\n                        checkTypeAssignableToAndOptionallyElaborate(checkExpressionCached(initializer), type, node, initializer, /*headMessage*/ undefined);\n                    }\n                }\n                if (symbol.declarations && symbol.declarations.length > 1) {\n                    if (some(symbol.declarations, d => d !== node && isVariableLike(d) && !areDeclarationFlagsIdentical(d, node))) {\n                        error(node.name, Diagnostics.All_declarations_of_0_must_have_identical_modifiers, declarationNameToString(node.name));\n                    }\n                }\n            }\n            else {\n                // Node is a secondary declaration, check that type is identical to primary declaration and check that\n                // initializer is consistent with type associated with the node\n                const declarationType = convertAutoToAny(getWidenedTypeForVariableLikeDeclaration(node));\n\n                if (!isErrorType(type) && !isErrorType(declarationType) &&\n                    !isTypeIdenticalTo(type, declarationType) &&\n                    !(symbol.flags & SymbolFlags.Assignment)) {\n                    errorNextVariableOrPropertyDeclarationMustHaveSameType(symbol.valueDeclaration, type, node, declarationType);\n                }\n                if (node.initializer) {\n                    checkTypeAssignableToAndOptionallyElaborate(checkExpressionCached(node.initializer), declarationType, node, node.initializer, /*headMessage*/ undefined);\n                }\n                if (symbol.valueDeclaration && !areDeclarationFlagsIdentical(node, symbol.valueDeclaration)) {\n                    error(node.name, Diagnostics.All_declarations_of_0_must_have_identical_modifiers, declarationNameToString(node.name));\n                }\n            }\n            if (node.kind !== SyntaxKind.PropertyDeclaration && node.kind !== SyntaxKind.PropertySignature) {\n                // We know we don't have a binding pattern or computed name here\n                checkExportsOnMergedDeclarations(node);\n                if (node.kind === SyntaxKind.VariableDeclaration || node.kind === SyntaxKind.BindingElement) {\n                    checkVarDeclaredNamesNotShadowed(node);\n                }\n                checkCollisionsForDeclarationName(node, node.name);\n            }\n        }\n\n        function errorNextVariableOrPropertyDeclarationMustHaveSameType(firstDeclaration: Declaration | undefined, firstType: Type, nextDeclaration: Declaration, nextType: Type): void {\n            const nextDeclarationName = getNameOfDeclaration(nextDeclaration);\n            const message = nextDeclaration.kind === SyntaxKind.PropertyDeclaration || nextDeclaration.kind === SyntaxKind.PropertySignature\n                ? Diagnostics.Subsequent_property_declarations_must_have_the_same_type_Property_0_must_be_of_type_1_but_here_has_type_2\n                : Diagnostics.Subsequent_variable_declarations_must_have_the_same_type_Variable_0_must_be_of_type_1_but_here_has_type_2;\n            const declName = declarationNameToString(nextDeclarationName);\n            const err = error(\n                nextDeclarationName,\n                message,\n                declName,\n                typeToString(firstType),\n                typeToString(nextType)\n            );\n            if (firstDeclaration) {\n                addRelatedInfo(err,\n                    createDiagnosticForNode(firstDeclaration, Diagnostics._0_was_also_declared_here, declName)\n                );\n            }\n        }\n\n        function areDeclarationFlagsIdentical(left: Declaration, right: Declaration) {\n            if ((left.kind === SyntaxKind.Parameter && right.kind === SyntaxKind.VariableDeclaration) ||\n                (left.kind === SyntaxKind.VariableDeclaration && right.kind === SyntaxKind.Parameter)) {\n                // Differences in optionality between parameters and variables are allowed.\n                return true;\n            }\n\n            if (hasQuestionToken(left) !== hasQuestionToken(right)) {\n                return false;\n            }\n\n            const interestingFlags = ModifierFlags.Private |\n                ModifierFlags.Protected |\n                ModifierFlags.Async |\n                ModifierFlags.Abstract |\n                ModifierFlags.Readonly |\n                ModifierFlags.Static;\n\n            return getSelectedEffectiveModifierFlags(left, interestingFlags) === getSelectedEffectiveModifierFlags(right, interestingFlags);\n        }\n\n        function checkVariableDeclaration(node: VariableDeclaration) {\n            tracing?.push(tracing.Phase.Check, \"checkVariableDeclaration\", { kind: node.kind, pos: node.pos, end: node.end, path: (node as TracingNode).tracingPath });\n            checkGrammarVariableDeclaration(node);\n            checkVariableLikeDeclaration(node);\n            tracing?.pop();\n        }\n\n        function checkBindingElement(node: BindingElement) {\n            checkGrammarBindingElement(node);\n            return checkVariableLikeDeclaration(node);\n        }\n\n        function checkVariableStatement(node: VariableStatement) {\n            // Grammar checking\n            if (!checkGrammarDecoratorsAndModifiers(node) && !checkGrammarVariableDeclarationList(node.declarationList)) checkGrammarForDisallowedLetOrConstStatement(node);\n            forEach(node.declarationList.declarations, checkSourceElement);\n        }\n\n        function checkExpressionStatement(node: ExpressionStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n\n            checkExpression(node.expression);\n        }\n\n        function checkIfStatement(node: IfStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n            checkTruthinessExpression(node.expression);\n            checkTestingKnownTruthyCallableOrAwaitableType(node.expression, node.thenStatement);\n            checkSourceElement(node.thenStatement);\n\n            if (node.thenStatement.kind === SyntaxKind.EmptyStatement) {\n                error(node.thenStatement, Diagnostics.The_body_of_an_if_statement_cannot_be_the_empty_statement);\n            }\n\n            checkSourceElement(node.elseStatement);\n        }\n\n        function checkTestingKnownTruthyCallableOrAwaitableType(condExpr: Expression, body?: Statement | Expression) {\n            if (!strictNullChecks) return;\n\n            helper(condExpr, body);\n            while (isBinaryExpression(condExpr) && condExpr.operatorToken.kind === SyntaxKind.BarBarToken) {\n                condExpr = condExpr.left;\n                helper(condExpr, body);\n            }\n\n            function helper(condExpr: Expression, body: Expression | Statement | undefined) {\n                const location = isBinaryExpression(condExpr) &&\n                    (condExpr.operatorToken.kind === SyntaxKind.BarBarToken || condExpr.operatorToken.kind === SyntaxKind.AmpersandAmpersandToken)\n                    ? condExpr.right\n                    : condExpr;\n                const type = checkTruthinessExpression(location);\n                const isPropertyExpressionCast = isPropertyAccessExpression(location) && isTypeAssertion(location.expression);\n                if (getFalsyFlags(type) || isPropertyExpressionCast) return;\n\n                // While it technically should be invalid for any known-truthy value\n                // to be tested, we de-scope to functions and Promises unreferenced in\n                // the block as a heuristic to identify the most common bugs. There\n                // are too many false positives for values sourced from type\n                // definitions without strictNullChecks otherwise.\n                const callSignatures = getSignaturesOfType(type, SignatureKind.Call);\n                const isPromise = !!getAwaitedTypeOfPromise(type);\n                if (callSignatures.length === 0 && !isPromise) {\n                    return;\n                }\n\n                const testedNode = isIdentifier(location) ? location\n                    : isPropertyAccessExpression(location) ? location.name\n                    : isBinaryExpression(location) && isIdentifier(location.right) ? location.right\n                    : undefined;\n                const testedSymbol = testedNode && getSymbolAtLocation(testedNode);\n                if (!testedSymbol && !isPromise) {\n                    return;\n                }\n\n                const isUsed = testedSymbol && isBinaryExpression(condExpr.parent) && isSymbolUsedInBinaryExpressionChain(condExpr.parent, testedSymbol)\n                    || testedSymbol && body && isSymbolUsedInConditionBody(condExpr, body, testedNode, testedSymbol);\n                if (!isUsed) {\n                    if (isPromise) {\n                        errorAndMaybeSuggestAwait(\n                            location,\n                            /*maybeMissingAwait*/ true,\n                            Diagnostics.This_condition_will_always_return_true_since_this_0_is_always_defined,\n                            getTypeNameForErrorDisplay(type));\n                    }\n                    else {\n                        error(location, Diagnostics.This_condition_will_always_return_true_since_this_function_is_always_defined_Did_you_mean_to_call_it_instead);\n                    }\n                }\n            }\n        }\n\n        function isSymbolUsedInConditionBody(expr: Expression, body: Statement | Expression, testedNode: Node, testedSymbol: Symbol): boolean {\n            return !!forEachChild(body, function check(childNode): boolean | undefined {\n                if (isIdentifier(childNode)) {\n                    const childSymbol = getSymbolAtLocation(childNode);\n                    if (childSymbol && childSymbol === testedSymbol) {\n                        // If the test was a simple identifier, the above check is sufficient\n                        if (isIdentifier(expr)) {\n                            return true;\n                        }\n                        // Otherwise we need to ensure the symbol is called on the same target\n                        let testedExpression = testedNode.parent;\n                        let childExpression = childNode.parent;\n                        while (testedExpression && childExpression) {\n                            if (isIdentifier(testedExpression) && isIdentifier(childExpression) ||\n                                testedExpression.kind === SyntaxKind.ThisKeyword && childExpression.kind === SyntaxKind.ThisKeyword) {\n                                return getSymbolAtLocation(testedExpression) === getSymbolAtLocation(childExpression);\n                            }\n                            else if (isPropertyAccessExpression(testedExpression) && isPropertyAccessExpression(childExpression)) {\n                                if (getSymbolAtLocation(testedExpression.name) !== getSymbolAtLocation(childExpression.name)) {\n                                    return false;\n                                }\n                                childExpression = childExpression.expression;\n                                testedExpression = testedExpression.expression;\n                            }\n                            else if (isCallExpression(testedExpression) && isCallExpression(childExpression)) {\n                                childExpression = childExpression.expression;\n                                testedExpression = testedExpression.expression;\n                            }\n                            else {\n                                return false;\n                            }\n                        }\n                    }\n                }\n                return forEachChild(childNode, check);\n            });\n        }\n\n        function isSymbolUsedInBinaryExpressionChain(node: Node, testedSymbol: Symbol): boolean {\n            while (isBinaryExpression(node) && node.operatorToken.kind === SyntaxKind.AmpersandAmpersandToken) {\n                const isUsed = forEachChild(node.right, function visit(child): boolean | undefined {\n                    if (isIdentifier(child)) {\n                        const symbol = getSymbolAtLocation(child);\n                        if (symbol && symbol === testedSymbol) {\n                            return true;\n                        }\n                    }\n                    return forEachChild(child, visit);\n                });\n                if (isUsed) {\n                    return true;\n                }\n                node = node.parent;\n            }\n            return false;\n        }\n\n        function checkDoStatement(node: DoStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n\n            checkSourceElement(node.statement);\n            checkTruthinessExpression(node.expression);\n        }\n\n        function checkWhileStatement(node: WhileStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n\n            checkTruthinessExpression(node.expression);\n            checkSourceElement(node.statement);\n        }\n\n        function checkTruthinessOfType(type: Type, node: Node) {\n            if (type.flags & TypeFlags.Void) {\n                error(node, Diagnostics.An_expression_of_type_void_cannot_be_tested_for_truthiness);\n            }\n            return type;\n        }\n\n        function checkTruthinessExpression(node: Expression, checkMode?: CheckMode) {\n            return checkTruthinessOfType(checkExpression(node, checkMode), node);\n        }\n\n        function checkForStatement(node: ForStatement) {\n            // Grammar checking\n            if (!checkGrammarStatementInAmbientContext(node)) {\n                if (node.initializer && node.initializer.kind === SyntaxKind.VariableDeclarationList) {\n                    checkGrammarVariableDeclarationList(node.initializer as VariableDeclarationList);\n                }\n            }\n\n            if (node.initializer) {\n                if (node.initializer.kind === SyntaxKind.VariableDeclarationList) {\n                    forEach((node.initializer as VariableDeclarationList).declarations, checkVariableDeclaration);\n                }\n                else {\n                    checkExpression(node.initializer);\n                }\n            }\n\n            if (node.condition) checkTruthinessExpression(node.condition);\n            if (node.incrementor) checkExpression(node.incrementor);\n            checkSourceElement(node.statement);\n            if (node.locals) {\n                registerForUnusedIdentifiersCheck(node);\n            }\n        }\n\n        function checkForOfStatement(node: ForOfStatement): void {\n            checkGrammarForInOrForOfStatement(node);\n\n            const container = getContainingFunctionOrClassStaticBlock(node);\n            if (node.awaitModifier) {\n                if (container && isClassStaticBlockDeclaration(container)) {\n                    grammarErrorOnNode(node.awaitModifier, Diagnostics.For_await_loops_cannot_be_used_inside_a_class_static_block);\n                }\n                else {\n                    const functionFlags = getFunctionFlags(container);\n                    if ((functionFlags & (FunctionFlags.Invalid | FunctionFlags.Async)) === FunctionFlags.Async && languageVersion < ScriptTarget.ESNext) {\n                        // for..await..of in an async function or async generator function prior to ESNext requires the __asyncValues helper\n                        checkExternalEmitHelpers(node, ExternalEmitHelpers.ForAwaitOfIncludes);\n                    }\n                }\n            }\n            else if (compilerOptions.downlevelIteration && languageVersion < ScriptTarget.ES2015) {\n                // for..of prior to ES2015 requires the __values helper when downlevelIteration is enabled\n                checkExternalEmitHelpers(node, ExternalEmitHelpers.ForOfIncludes);\n            }\n\n            // Check the LHS and RHS\n            // If the LHS is a declaration, just check it as a variable declaration, which will in turn check the RHS\n            // via checkRightHandSideOfForOf.\n            // If the LHS is an expression, check the LHS, as a destructuring assignment or as a reference.\n            // Then check that the RHS is assignable to it.\n            if (node.initializer.kind === SyntaxKind.VariableDeclarationList) {\n                checkForInOrForOfVariableDeclaration(node);\n            }\n            else {\n                const varExpr = node.initializer;\n                const iteratedType = checkRightHandSideOfForOf(node);\n\n                // There may be a destructuring assignment on the left side\n                if (varExpr.kind === SyntaxKind.ArrayLiteralExpression || varExpr.kind === SyntaxKind.ObjectLiteralExpression) {\n                    // iteratedType may be undefined. In this case, we still want to check the structure of\n                    // varExpr, in particular making sure it's a valid LeftHandSideExpression. But we'd like\n                    // to short circuit the type relation checking as much as possible, so we pass the unknownType.\n                    checkDestructuringAssignment(varExpr, iteratedType || errorType);\n                }\n                else {\n                    const leftType = checkExpression(varExpr);\n                    checkReferenceExpression(\n                        varExpr,\n                        Diagnostics.The_left_hand_side_of_a_for_of_statement_must_be_a_variable_or_a_property_access,\n                        Diagnostics.The_left_hand_side_of_a_for_of_statement_may_not_be_an_optional_property_access);\n\n                    // iteratedType will be undefined if the rightType was missing properties/signatures\n                    // required to get its iteratedType (like [Symbol.iterator] or next). This may be\n                    // because we accessed properties from anyType, or it may have led to an error inside\n                    // getElementTypeOfIterable.\n                    if (iteratedType) {\n                        checkTypeAssignableToAndOptionallyElaborate(iteratedType, leftType, varExpr, node.expression);\n                    }\n                }\n            }\n\n            checkSourceElement(node.statement);\n            if (node.locals) {\n                registerForUnusedIdentifiersCheck(node);\n            }\n        }\n\n        function checkForInStatement(node: ForInStatement) {\n            // Grammar checking\n            checkGrammarForInOrForOfStatement(node);\n\n            const rightType = getNonNullableTypeIfNeeded(checkExpression(node.expression));\n            // TypeScript 1.0 spec (April 2014): 5.4\n            // In a 'for-in' statement of the form\n            // for (let VarDecl in Expr) Statement\n            //   VarDecl must be a variable declaration without a type annotation that declares a variable of type Any,\n            //   and Expr must be an expression of type Any, an object type, or a type parameter type.\n            if (node.initializer.kind === SyntaxKind.VariableDeclarationList) {\n                const variable = (node.initializer as VariableDeclarationList).declarations[0];\n                if (variable && isBindingPattern(variable.name)) {\n                    error(variable.name, Diagnostics.The_left_hand_side_of_a_for_in_statement_cannot_be_a_destructuring_pattern);\n                }\n                checkForInOrForOfVariableDeclaration(node);\n            }\n            else {\n                // In a 'for-in' statement of the form\n                // for (Var in Expr) Statement\n                //   Var must be an expression classified as a reference of type Any or the String primitive type,\n                //   and Expr must be an expression of type Any, an object type, or a type parameter type.\n                const varExpr = node.initializer;\n                const leftType = checkExpression(varExpr);\n                if (varExpr.kind === SyntaxKind.ArrayLiteralExpression || varExpr.kind === SyntaxKind.ObjectLiteralExpression) {\n                    error(varExpr, Diagnostics.The_left_hand_side_of_a_for_in_statement_cannot_be_a_destructuring_pattern);\n                }\n                else if (!isTypeAssignableTo(getIndexTypeOrString(rightType), leftType)) {\n                    error(varExpr, Diagnostics.The_left_hand_side_of_a_for_in_statement_must_be_of_type_string_or_any);\n                }\n                else {\n                    // run check only former check succeeded to avoid cascading errors\n                    checkReferenceExpression(\n                        varExpr,\n                        Diagnostics.The_left_hand_side_of_a_for_in_statement_must_be_a_variable_or_a_property_access,\n                        Diagnostics.The_left_hand_side_of_a_for_in_statement_may_not_be_an_optional_property_access);\n                }\n            }\n\n            // unknownType is returned i.e. if node.expression is identifier whose name cannot be resolved\n            // in this case error about missing name is already reported - do not report extra one\n            if (rightType === neverType || !isTypeAssignableToKind(rightType, TypeFlags.NonPrimitive | TypeFlags.InstantiableNonPrimitive)) {\n                error(node.expression, Diagnostics.The_right_hand_side_of_a_for_in_statement_must_be_of_type_any_an_object_type_or_a_type_parameter_but_here_has_type_0, typeToString(rightType));\n            }\n\n            checkSourceElement(node.statement);\n            if (node.locals) {\n                registerForUnusedIdentifiersCheck(node);\n            }\n        }\n\n        function checkForInOrForOfVariableDeclaration(iterationStatement: ForInOrOfStatement): void {\n            const variableDeclarationList = iterationStatement.initializer as VariableDeclarationList;\n            // checkGrammarForInOrForOfStatement will check that there is exactly one declaration.\n            if (variableDeclarationList.declarations.length >= 1) {\n                const decl = variableDeclarationList.declarations[0];\n                checkVariableDeclaration(decl);\n            }\n        }\n\n        function checkRightHandSideOfForOf(statement: ForOfStatement): Type {\n            const use = statement.awaitModifier ? IterationUse.ForAwaitOf : IterationUse.ForOf;\n            return checkIteratedTypeOrElementType(use, checkNonNullExpression(statement.expression), undefinedType, statement.expression);\n        }\n\n        function checkIteratedTypeOrElementType(use: IterationUse, inputType: Type, sentType: Type, errorNode: Node | undefined): Type {\n            if (isTypeAny(inputType)) {\n                return inputType;\n            }\n            return getIteratedTypeOrElementType(use, inputType, sentType, errorNode, /*checkAssignability*/ true) || anyType;\n        }\n\n        /**\n          * When consuming an iterable type in a for..of, spread, or iterator destructuring assignment\n          * we want to get the iterated type of an iterable for ES2015 or later, or the iterated type\n          * of a iterable (if defined globally) or element type of an array like for ES2015 or earlier.\n          */\n        function getIteratedTypeOrElementType(use: IterationUse, inputType: Type, sentType: Type, errorNode: Node | undefined, checkAssignability: boolean): Type | undefined {\n            const allowAsyncIterables = (use & IterationUse.AllowsAsyncIterablesFlag) !== 0;\n            if (inputType === neverType) {\n                reportTypeNotIterableError(errorNode!, inputType, allowAsyncIterables); // TODO: GH#18217\n                return undefined;\n            }\n\n            const uplevelIteration = languageVersion >= ScriptTarget.ES2015;\n            const downlevelIteration = !uplevelIteration && compilerOptions.downlevelIteration;\n            const possibleOutOfBounds = compilerOptions.noUncheckedIndexedAccess && !!(use & IterationUse.PossiblyOutOfBounds);\n\n            // Get the iterated type of an `Iterable<T>` or `IterableIterator<T>` only in ES2015\n            // or higher, when inside of an async generator or for-await-if, or when\n            // downlevelIteration is requested.\n            if (uplevelIteration || downlevelIteration || allowAsyncIterables) {\n                // We only report errors for an invalid iterable type in ES2015 or higher.\n                const iterationTypes = getIterationTypesOfIterable(inputType, use, uplevelIteration ? errorNode : undefined);\n                if (checkAssignability) {\n                    if (iterationTypes) {\n                        const diagnostic =\n                            use & IterationUse.ForOfFlag ? Diagnostics.Cannot_iterate_value_because_the_next_method_of_its_iterator_expects_type_1_but_for_of_will_always_send_0 :\n                            use & IterationUse.SpreadFlag ? Diagnostics.Cannot_iterate_value_because_the_next_method_of_its_iterator_expects_type_1_but_array_spread_will_always_send_0 :\n                            use & IterationUse.DestructuringFlag ? Diagnostics.Cannot_iterate_value_because_the_next_method_of_its_iterator_expects_type_1_but_array_destructuring_will_always_send_0 :\n                            use & IterationUse.YieldStarFlag ? Diagnostics.Cannot_delegate_iteration_to_value_because_the_next_method_of_its_iterator_expects_type_1_but_the_containing_generator_will_always_send_0 :\n                            undefined;\n                        if (diagnostic) {\n                            checkTypeAssignableTo(sentType, iterationTypes.nextType, errorNode, diagnostic);\n                        }\n                    }\n                }\n                if (iterationTypes || uplevelIteration) {\n                    return possibleOutOfBounds ? includeUndefinedInIndexSignature(iterationTypes && iterationTypes.yieldType) : (iterationTypes && iterationTypes.yieldType);\n                }\n            }\n\n            let arrayType = inputType;\n            let reportedError = false;\n            let hasStringConstituent = false;\n\n            // If strings are permitted, remove any string-like constituents from the array type.\n            // This allows us to find other non-string element types from an array unioned with\n            // a string.\n            if (use & IterationUse.AllowsStringInputFlag) {\n                if (arrayType.flags & TypeFlags.Union) {\n                    // After we remove all types that are StringLike, we will know if there was a string constituent\n                    // based on whether the result of filter is a new array.\n                    const arrayTypes = (inputType as UnionType).types;\n                    const filteredTypes = filter(arrayTypes, t => !(t.flags & TypeFlags.StringLike));\n                    if (filteredTypes !== arrayTypes) {\n                        arrayType = getUnionType(filteredTypes, UnionReduction.Subtype);\n                    }\n                }\n                else if (arrayType.flags & TypeFlags.StringLike) {\n                    arrayType = neverType;\n                }\n\n                hasStringConstituent = arrayType !== inputType;\n                if (hasStringConstituent) {\n                    if (languageVersion < ScriptTarget.ES5) {\n                        if (errorNode) {\n                            error(errorNode, Diagnostics.Using_a_string_in_a_for_of_statement_is_only_supported_in_ECMAScript_5_and_higher);\n                            reportedError = true;\n                        }\n                    }\n\n                    // Now that we've removed all the StringLike types, if no constituents remain, then the entire\n                    // arrayOrStringType was a string.\n                    if (arrayType.flags & TypeFlags.Never) {\n                        return possibleOutOfBounds ? includeUndefinedInIndexSignature(stringType) : stringType;\n                    }\n                }\n            }\n\n            if (!isArrayLikeType(arrayType)) {\n                if (errorNode && !reportedError) {\n                    // Which error we report depends on whether we allow strings or if there was a\n                    // string constituent. For example, if the input type is number | string, we\n                    // want to say that number is not an array type. But if the input was just\n                    // number and string input is allowed, we want to say that number is not an\n                    // array type or a string type.\n                    const allowsStrings = !!(use & IterationUse.AllowsStringInputFlag) && !hasStringConstituent;\n                    const [defaultDiagnostic, maybeMissingAwait] = getIterationDiagnosticDetails(allowsStrings, downlevelIteration);\n                    errorAndMaybeSuggestAwait(\n                        errorNode,\n                        maybeMissingAwait && !!getAwaitedTypeOfPromise(arrayType),\n                        defaultDiagnostic,\n                        typeToString(arrayType));\n                }\n                return hasStringConstituent ? possibleOutOfBounds ? includeUndefinedInIndexSignature(stringType) : stringType : undefined;\n            }\n\n            const arrayElementType = getIndexTypeOfType(arrayType, numberType);\n            if (hasStringConstituent && arrayElementType) {\n                // This is just an optimization for the case where arrayOrStringType is string | string[]\n                if (arrayElementType.flags & TypeFlags.StringLike && !compilerOptions.noUncheckedIndexedAccess) {\n                    return stringType;\n                }\n\n                return getUnionType(possibleOutOfBounds ? [arrayElementType, stringType, undefinedType] : [arrayElementType, stringType], UnionReduction.Subtype);\n            }\n\n            return (use & IterationUse.PossiblyOutOfBounds) ? includeUndefinedInIndexSignature(arrayElementType) : arrayElementType;\n\n            function getIterationDiagnosticDetails(allowsStrings: boolean, downlevelIteration: boolean | undefined): [DiagnosticMessage, boolean] {\n                if (downlevelIteration) {\n                    return allowsStrings\n                        ? [Diagnostics.Type_0_is_not_an_array_type_or_a_string_type_or_does_not_have_a_Symbol_iterator_method_that_returns_an_iterator, true]\n                        : [Diagnostics.Type_0_is_not_an_array_type_or_does_not_have_a_Symbol_iterator_method_that_returns_an_iterator, true];\n                }\n\n                const yieldType = getIterationTypeOfIterable(use, IterationTypeKind.Yield, inputType, /*errorNode*/ undefined);\n\n                if (yieldType) {\n                    return [Diagnostics.Type_0_is_not_an_array_type_or_a_string_type_Use_compiler_option_downlevelIteration_to_allow_iterating_of_iterators, false];\n                }\n\n                if (isES2015OrLaterIterable(inputType.symbol?.escapedName)) {\n                    return [Diagnostics.Type_0_can_only_be_iterated_through_when_using_the_downlevelIteration_flag_or_with_a_target_of_es2015_or_higher, true];\n                }\n\n                return allowsStrings\n                    ? [Diagnostics.Type_0_is_not_an_array_type_or_a_string_type, true]\n                    : [Diagnostics.Type_0_is_not_an_array_type, true];\n            }\n        }\n\n        function isES2015OrLaterIterable(n: __String) {\n            switch (n) {\n                case \"Float32Array\":\n                case \"Float64Array\":\n                case \"Int16Array\":\n                case \"Int32Array\":\n                case \"Int8Array\":\n                case \"NodeList\":\n                case \"Uint16Array\":\n                case \"Uint32Array\":\n                case \"Uint8Array\":\n                case \"Uint8ClampedArray\":\n                    return true;\n            }\n            return false;\n        }\n\n        /**\n          * Gets the requested \"iteration type\" from an `Iterable`-like or `AsyncIterable`-like type.\n          */\n        function getIterationTypeOfIterable(use: IterationUse, typeKind: IterationTypeKind, inputType: Type, errorNode: Node | undefined): Type | undefined {\n            if (isTypeAny(inputType)) {\n                return undefined;\n            }\n\n            const iterationTypes = getIterationTypesOfIterable(inputType, use, errorNode);\n            return iterationTypes && iterationTypes[getIterationTypesKeyFromIterationTypeKind(typeKind)];\n        }\n\n        function createIterationTypes(yieldType: Type = neverType, returnType: Type = neverType, nextType: Type = unknownType): IterationTypes {\n            // `yieldType` and `returnType` are defaulted to `neverType` they each will be combined\n            // via `getUnionType` when merging iteration types. `nextType` is defined as `unknownType`\n            // as it is combined via `getIntersectionType` when merging iteration types.\n\n            // Use the cache only for intrinsic types to keep it small as they are likely to be\n            // more frequently created (i.e. `Iterator<number, void, unknown>`). Iteration types\n            // are also cached on the type they are requested for, so we shouldn't need to maintain\n            // the cache for less-frequently used types.\n            if (yieldType.flags & TypeFlags.Intrinsic &&\n                returnType.flags & (TypeFlags.Any | TypeFlags.Never | TypeFlags.Unknown | TypeFlags.Void | TypeFlags.Undefined) &&\n                nextType.flags & (TypeFlags.Any | TypeFlags.Never | TypeFlags.Unknown | TypeFlags.Void | TypeFlags.Undefined)) {\n                const id = getTypeListId([yieldType, returnType, nextType]);\n                let iterationTypes = iterationTypesCache.get(id);\n                if (!iterationTypes) {\n                    iterationTypes = { yieldType, returnType, nextType };\n                    iterationTypesCache.set(id, iterationTypes);\n                }\n                return iterationTypes;\n            }\n            return { yieldType, returnType, nextType };\n        }\n\n        /**\n          * Combines multiple `IterationTypes` records.\n          *\n          * If `array` is empty or all elements are missing or are references to `noIterationTypes`,\n          * then `noIterationTypes` is returned. Otherwise, an `IterationTypes` record is returned\n          * for the combined iteration types.\n          */\n        function combineIterationTypes(array: (IterationTypes | undefined)[]) {\n            let yieldTypes: Type[] | undefined;\n            let returnTypes: Type[] | undefined;\n            let nextTypes: Type[] | undefined;\n            for (const iterationTypes of array) {\n                if (iterationTypes === undefined || iterationTypes === noIterationTypes) {\n                    continue;\n                }\n                if (iterationTypes === anyIterationTypes) {\n                    return anyIterationTypes;\n                }\n                yieldTypes = append(yieldTypes, iterationTypes.yieldType);\n                returnTypes = append(returnTypes, iterationTypes.returnType);\n                nextTypes = append(nextTypes, iterationTypes.nextType);\n            }\n            if (yieldTypes || returnTypes || nextTypes) {\n                return createIterationTypes(\n                    yieldTypes && getUnionType(yieldTypes),\n                    returnTypes && getUnionType(returnTypes),\n                    nextTypes && getIntersectionType(nextTypes));\n            }\n            return noIterationTypes;\n        }\n\n        function getCachedIterationTypes(type: Type, cacheKey: MatchingKeys<IterableOrIteratorType, IterationTypes | undefined>) {\n            return (type as IterableOrIteratorType)[cacheKey];\n        }\n\n        function setCachedIterationTypes(type: Type, cacheKey: MatchingKeys<IterableOrIteratorType, IterationTypes | undefined>, cachedTypes: IterationTypes) {\n            return (type as IterableOrIteratorType)[cacheKey] = cachedTypes;\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types from an `Iterable`-like or `AsyncIterable`-like type.\n          *\n          * At every level that involves analyzing return types of signatures, we union the return types of all the signatures.\n          *\n          * Another thing to note is that at any step of this process, we could run into a dead end,\n          * meaning either the property is missing, or we run into the anyType. If either of these things\n          * happens, we return `undefined` to signal that we could not find the iteration type. If a property\n          * is missing, and the previous step did not result in `any`, then we also give an error if the\n          * caller requested it. Then the caller can decide what to do in the case where there is no iterated\n          * type.\n          *\n          * For a **for-of** statement, `yield*` (in a normal generator), spread, array\n          * destructuring, or normal generator we will only ever look for a `[Symbol.iterator]()`\n          * method.\n          *\n          * For an async generator we will only ever look at the `[Symbol.asyncIterator]()` method.\n          *\n          * For a **for-await-of** statement or a `yield*` in an async generator we will look for\n          * the `[Symbol.asyncIterator]()` method first, and then the `[Symbol.iterator]()` method.\n          */\n        function getIterationTypesOfIterable(type: Type, use: IterationUse, errorNode: Node | undefined) {\n            if (isTypeAny(type)) {\n                return anyIterationTypes;\n            }\n\n            if (!(type.flags & TypeFlags.Union)) {\n                const iterationTypes = getIterationTypesOfIterableWorker(type, use, errorNode);\n                if (iterationTypes === noIterationTypes) {\n                    if (errorNode) {\n                        reportTypeNotIterableError(errorNode, type, !!(use & IterationUse.AllowsAsyncIterablesFlag));\n                    }\n                    return undefined;\n                }\n                return iterationTypes;\n            }\n\n            const cacheKey = use & IterationUse.AllowsAsyncIterablesFlag ? \"iterationTypesOfAsyncIterable\" : \"iterationTypesOfIterable\";\n            const cachedTypes = getCachedIterationTypes(type, cacheKey);\n            if (cachedTypes) return cachedTypes === noIterationTypes ? undefined : cachedTypes;\n\n            let allIterationTypes: IterationTypes[] | undefined;\n            for (const constituent of (type as UnionType).types) {\n                const iterationTypes = getIterationTypesOfIterableWorker(constituent, use, errorNode);\n                if (iterationTypes === noIterationTypes) {\n                    if (errorNode) {\n                        reportTypeNotIterableError(errorNode, type, !!(use & IterationUse.AllowsAsyncIterablesFlag));\n                    }\n                    setCachedIterationTypes(type, cacheKey, noIterationTypes);\n                    return undefined;\n                }\n                else {\n                    allIterationTypes = append(allIterationTypes, iterationTypes);\n                }\n            }\n\n            const iterationTypes = allIterationTypes ? combineIterationTypes(allIterationTypes) : noIterationTypes;\n            setCachedIterationTypes(type, cacheKey, iterationTypes);\n            return iterationTypes === noIterationTypes ? undefined : iterationTypes;\n        }\n\n        function getAsyncFromSyncIterationTypes(iterationTypes: IterationTypes, errorNode: Node | undefined) {\n            if (iterationTypes === noIterationTypes) return noIterationTypes;\n            if (iterationTypes === anyIterationTypes) return anyIterationTypes;\n            const { yieldType, returnType, nextType } = iterationTypes;\n            // if we're requesting diagnostics, report errors for a missing `Awaited<T>`.\n            if (errorNode) {\n                getGlobalAwaitedSymbol(/*reportErrors*/ true);\n            }\n            return createIterationTypes(\n                getAwaitedType(yieldType, errorNode) || anyType,\n                getAwaitedType(returnType, errorNode) || anyType,\n                nextType);\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types from a non-union type.\n          *\n          * If we are unable to find the *yield*, *return*, and *next* types, `noIterationTypes` is\n          * returned to indicate to the caller that it should report an error. Otherwise, an\n          * `IterationTypes` record is returned.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterable` instead.\n          */\n        function getIterationTypesOfIterableWorker(type: Type, use: IterationUse, errorNode: Node | undefined) {\n            if (isTypeAny(type)) {\n                return anyIterationTypes;\n            }\n\n            if (use & IterationUse.AllowsAsyncIterablesFlag) {\n                const iterationTypes =\n                    getIterationTypesOfIterableCached(type, asyncIterationTypesResolver) ||\n                    getIterationTypesOfIterableFast(type, asyncIterationTypesResolver);\n                if (iterationTypes) {\n                    return use & IterationUse.ForOfFlag ?\n                        getAsyncFromSyncIterationTypes(iterationTypes, errorNode) :\n                        iterationTypes;\n                }\n            }\n\n            if (use & IterationUse.AllowsSyncIterablesFlag) {\n                const iterationTypes =\n                    getIterationTypesOfIterableCached(type, syncIterationTypesResolver) ||\n                    getIterationTypesOfIterableFast(type, syncIterationTypesResolver);\n                if (iterationTypes) {\n                    if (use & IterationUse.AllowsAsyncIterablesFlag) {\n                        // for a sync iterable in an async context, only use the cached types if they are valid.\n                        if (iterationTypes !== noIterationTypes) {\n                            return setCachedIterationTypes(type, \"iterationTypesOfAsyncIterable\", getAsyncFromSyncIterationTypes(iterationTypes, errorNode));\n                        }\n                    }\n                    else {\n                        return iterationTypes;\n                    }\n                }\n            }\n\n            if (use & IterationUse.AllowsAsyncIterablesFlag) {\n                const iterationTypes = getIterationTypesOfIterableSlow(type, asyncIterationTypesResolver, errorNode);\n                if (iterationTypes !== noIterationTypes) {\n                    return iterationTypes;\n                }\n            }\n\n            if (use & IterationUse.AllowsSyncIterablesFlag) {\n                const iterationTypes = getIterationTypesOfIterableSlow(type, syncIterationTypesResolver, errorNode);\n                if (iterationTypes !== noIterationTypes) {\n                    if (use & IterationUse.AllowsAsyncIterablesFlag) {\n                        return setCachedIterationTypes(type, \"iterationTypesOfAsyncIterable\", iterationTypes\n                            ? getAsyncFromSyncIterationTypes(iterationTypes, errorNode)\n                            : noIterationTypes);\n                    }\n                    else {\n                        return iterationTypes;\n                    }\n                }\n            }\n\n            return noIterationTypes;\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types of an `Iterable`-like or\n          * `AsyncIterable`-like type from the cache.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterable` instead.\n          */\n        function getIterationTypesOfIterableCached(type: Type, resolver: IterationTypesResolver) {\n            return getCachedIterationTypes(type, resolver.iterableCacheKey);\n        }\n\n        function getIterationTypesOfGlobalIterableType(globalType: Type, resolver: IterationTypesResolver) {\n            const globalIterationTypes =\n                getIterationTypesOfIterableCached(globalType, resolver) ||\n                getIterationTypesOfIterableSlow(globalType, resolver, /*errorNode*/ undefined);\n            return globalIterationTypes === noIterationTypes ? defaultIterationTypes : globalIterationTypes;\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types of an `Iterable`-like or `AsyncIterable`-like\n          * type from from common heuristics.\n          *\n          * If we previously analyzed this type and found no iteration types, `noIterationTypes` is\n          * returned. If we found iteration types, an `IterationTypes` record is returned.\n          * Otherwise, we return `undefined` to indicate to the caller it should perform a more\n          * exhaustive analysis.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterable` instead.\n          */\n        function getIterationTypesOfIterableFast(type: Type, resolver: IterationTypesResolver) {\n            // As an optimization, if the type is an instantiation of one of the following global types, then\n            // just grab its related type argument:\n            // - `Iterable<T>` or `AsyncIterable<T>`\n            // - `IterableIterator<T>` or `AsyncIterableIterator<T>`\n            let globalType: Type;\n            if (isReferenceToType(type, globalType = resolver.getGlobalIterableType(/*reportErrors*/ false)) ||\n                isReferenceToType(type, globalType = resolver.getGlobalIterableIteratorType(/*reportErrors*/ false))) {\n                const [yieldType] = getTypeArguments(type as GenericType);\n                // The \"return\" and \"next\" types of `Iterable` and `IterableIterator` are defined by the\n                // iteration types of their `[Symbol.iterator]()` method. The same is true for their async cousins.\n                // While we define these as `any` and `undefined` in our libs by default, a custom lib *could* use\n                // different definitions.\n                const { returnType, nextType } = getIterationTypesOfGlobalIterableType(globalType, resolver);\n                return setCachedIterationTypes(type, resolver.iterableCacheKey, createIterationTypes(resolver.resolveIterationType(yieldType, /*errorNode*/ undefined) || yieldType, resolver.resolveIterationType(returnType, /*errorNode*/ undefined) || returnType, nextType));\n            }\n\n            // As an optimization, if the type is an instantiation of the following global type, then\n            // just grab its related type arguments:\n            // - `Generator<T, TReturn, TNext>` or `AsyncGenerator<T, TReturn, TNext>`\n            if (isReferenceToType(type, resolver.getGlobalGeneratorType(/*reportErrors*/ false))) {\n                const [yieldType, returnType, nextType] = getTypeArguments(type as GenericType);\n                return setCachedIterationTypes(type, resolver.iterableCacheKey, createIterationTypes(resolver.resolveIterationType(yieldType, /*errorNode*/ undefined) || yieldType, resolver.resolveIterationType(returnType, /*errorNode*/ undefined) || returnType, nextType));\n            }\n        }\n\n        function getPropertyNameForKnownSymbolName(symbolName: string): __String {\n            const ctorType = getGlobalESSymbolConstructorSymbol(/*reportErrors*/ false);\n            const uniqueType = ctorType && getTypeOfPropertyOfType(getTypeOfSymbol(ctorType), escapeLeadingUnderscores(symbolName));\n            return uniqueType && isTypeUsableAsPropertyName(uniqueType) ? getPropertyNameFromType(uniqueType) : `__@${symbolName}` as __String;\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types of an `Iterable`-like or `AsyncIterable`-like\n          * type from its members.\n          *\n          * If we successfully found the *yield*, *return*, and *next* types, an `IterationTypes`\n          * record is returned. Otherwise, `noIterationTypes` is returned.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterable` instead.\n          */\n        function getIterationTypesOfIterableSlow(type: Type, resolver: IterationTypesResolver, errorNode: Node | undefined) {\n            const method = getPropertyOfType(type, getPropertyNameForKnownSymbolName(resolver.iteratorSymbolName));\n            const methodType = method && !(method.flags & SymbolFlags.Optional) ? getTypeOfSymbol(method) : undefined;\n            if (isTypeAny(methodType)) {\n                return setCachedIterationTypes(type, resolver.iterableCacheKey, anyIterationTypes);\n            }\n\n            const signatures = methodType ? getSignaturesOfType(methodType, SignatureKind.Call) : undefined;\n            if (!some(signatures)) {\n                return setCachedIterationTypes(type, resolver.iterableCacheKey, noIterationTypes);\n            }\n\n            const iteratorType = getIntersectionType(map(signatures, getReturnTypeOfSignature));\n            const iterationTypes = getIterationTypesOfIterator(iteratorType, resolver, errorNode) ?? noIterationTypes;\n            return setCachedIterationTypes(type, resolver.iterableCacheKey, iterationTypes);\n        }\n\n        function reportTypeNotIterableError(errorNode: Node, type: Type, allowAsyncIterables: boolean): void {\n            const message = allowAsyncIterables\n                ? Diagnostics.Type_0_must_have_a_Symbol_asyncIterator_method_that_returns_an_async_iterator\n                : Diagnostics.Type_0_must_have_a_Symbol_iterator_method_that_returns_an_iterator;\n            errorAndMaybeSuggestAwait(errorNode, !!getAwaitedTypeOfPromise(type), message, typeToString(type));\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types from an `Iterator`-like or `AsyncIterator`-like type.\n          *\n          * If we successfully found the *yield*, *return*, and *next* types, an `IterationTypes`\n          * record is returned. Otherwise, `undefined` is returned.\n          */\n        function getIterationTypesOfIterator(type: Type, resolver: IterationTypesResolver, errorNode: Node | undefined) {\n            if (isTypeAny(type)) {\n                return anyIterationTypes;\n            }\n\n            const iterationTypes =\n                getIterationTypesOfIteratorCached(type, resolver) ||\n                getIterationTypesOfIteratorFast(type, resolver) ||\n                getIterationTypesOfIteratorSlow(type, resolver, errorNode);\n            return iterationTypes === noIterationTypes ? undefined : iterationTypes;\n        }\n\n        /**\n          * Gets the iteration types of an `Iterator`-like or `AsyncIterator`-like type from the\n          * cache.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterator` instead.\n          */\n        function getIterationTypesOfIteratorCached(type: Type, resolver: IterationTypesResolver) {\n            return getCachedIterationTypes(type, resolver.iteratorCacheKey);\n        }\n\n        /**\n          * Gets the iteration types of an `Iterator`-like or `AsyncIterator`-like type from the\n          * cache or from common heuristics.\n          *\n          * If we previously analyzed this type and found no iteration types, `noIterationTypes` is\n          * returned. If we found iteration types, an `IterationTypes` record is returned.\n          * Otherwise, we return `undefined` to indicate to the caller it should perform a more\n          * exhaustive analysis.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterator` instead.\n          */\n        function getIterationTypesOfIteratorFast(type: Type, resolver: IterationTypesResolver) {\n            // As an optimization, if the type is an instantiation of one of the following global types,\n            // then just grab its related type argument:\n            // - `IterableIterator<T>` or `AsyncIterableIterator<T>`\n            // - `Iterator<T, TReturn, TNext>` or `AsyncIterator<T, TReturn, TNext>`\n            // - `Generator<T, TReturn, TNext>` or `AsyncGenerator<T, TReturn, TNext>`\n            const globalType = resolver.getGlobalIterableIteratorType(/*reportErrors*/ false);\n            if (isReferenceToType(type, globalType)) {\n                const [yieldType] = getTypeArguments(type as GenericType);\n                // The \"return\" and \"next\" types of `IterableIterator` and `AsyncIterableIterator` are defined by the\n                // iteration types of their `next`, `return`, and `throw` methods. While we define these as `any`\n                // and `undefined` in our libs by default, a custom lib *could* use different definitions.\n                const globalIterationTypes =\n                    getIterationTypesOfIteratorCached(globalType, resolver) ||\n                    getIterationTypesOfIteratorSlow(globalType, resolver, /*errorNode*/ undefined);\n                const { returnType, nextType } = globalIterationTypes === noIterationTypes ? defaultIterationTypes : globalIterationTypes;\n                return setCachedIterationTypes(type, resolver.iteratorCacheKey, createIterationTypes(yieldType, returnType, nextType));\n            }\n            if (isReferenceToType(type, resolver.getGlobalIteratorType(/*reportErrors*/ false)) ||\n                isReferenceToType(type, resolver.getGlobalGeneratorType(/*reportErrors*/ false))) {\n                const [yieldType, returnType, nextType] = getTypeArguments(type as GenericType);\n                return setCachedIterationTypes(type, resolver.iteratorCacheKey, createIterationTypes(yieldType, returnType, nextType));\n            }\n        }\n\n        function isIteratorResult(type: Type, kind: IterationTypeKind.Yield | IterationTypeKind.Return) {\n            // From https://tc39.github.io/ecma262/#sec-iteratorresult-interface:\n            // > [done] is the result status of an iterator `next` method call. If the end of the iterator was reached `done` is `true`.\n            // > If the end was not reached `done` is `false` and a value is available.\n            // > If a `done` property (either own or inherited) does not exist, it is consider to have the value `false`.\n            const doneType = getTypeOfPropertyOfType(type, \"done\" as __String) || falseType;\n            return isTypeAssignableTo(kind === IterationTypeKind.Yield ? falseType : trueType, doneType);\n        }\n\n        function isYieldIteratorResult(type: Type) {\n            return isIteratorResult(type, IterationTypeKind.Yield);\n        }\n\n        function isReturnIteratorResult(type: Type) {\n            return isIteratorResult(type, IterationTypeKind.Return);\n        }\n\n        /**\n          * Gets the *yield* and *return* types of an `IteratorResult`-like type.\n          *\n          * If we are unable to determine a *yield* or a *return* type, `noIterationTypes` is\n          * returned to indicate to the caller that it should handle the error. Otherwise, an\n          * `IterationTypes` record is returned.\n          */\n        function getIterationTypesOfIteratorResult(type: Type) {\n            if (isTypeAny(type)) {\n                return anyIterationTypes;\n            }\n\n            const cachedTypes = getCachedIterationTypes(type, \"iterationTypesOfIteratorResult\");\n            if (cachedTypes) {\n                return cachedTypes;\n            }\n\n            // As an optimization, if the type is an instantiation of one of the global `IteratorYieldResult<T>`\n            // or `IteratorReturnResult<TReturn>` types, then just grab its type argument.\n            if (isReferenceToType(type, getGlobalIteratorYieldResultType(/*reportErrors*/ false))) {\n                const yieldType = getTypeArguments(type as GenericType)[0];\n                return setCachedIterationTypes(type, \"iterationTypesOfIteratorResult\", createIterationTypes(yieldType, /*returnType*/ undefined, /*nextType*/ undefined));\n            }\n            if (isReferenceToType(type, getGlobalIteratorReturnResultType(/*reportErrors*/ false))) {\n                const returnType = getTypeArguments(type as GenericType)[0];\n                return setCachedIterationTypes(type, \"iterationTypesOfIteratorResult\", createIterationTypes(/*yieldType*/ undefined, returnType, /*nextType*/ undefined));\n            }\n\n            // Choose any constituents that can produce the requested iteration type.\n            const yieldIteratorResult = filterType(type, isYieldIteratorResult);\n            const yieldType = yieldIteratorResult !== neverType ? getTypeOfPropertyOfType(yieldIteratorResult, \"value\" as __String) : undefined;\n\n            const returnIteratorResult = filterType(type, isReturnIteratorResult);\n            const returnType = returnIteratorResult !== neverType ? getTypeOfPropertyOfType(returnIteratorResult, \"value\" as __String) : undefined;\n\n            if (!yieldType && !returnType) {\n                return setCachedIterationTypes(type, \"iterationTypesOfIteratorResult\", noIterationTypes);\n            }\n\n            // From https://tc39.github.io/ecma262/#sec-iteratorresult-interface\n            // > ... If the iterator does not have a return value, `value` is `undefined`. In that case, the\n            // > `value` property may be absent from the conforming object if it does not inherit an explicit\n            // > `value` property.\n            return setCachedIterationTypes(type, \"iterationTypesOfIteratorResult\", createIterationTypes(yieldType, returnType || voidType, /*nextType*/ undefined));\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types of a the `next()`, `return()`, or\n          * `throw()` method of an `Iterator`-like or `AsyncIterator`-like type.\n          *\n          * If we successfully found the *yield*, *return*, and *next* types, an `IterationTypes`\n          * record is returned. Otherwise, we return `undefined`.\n          */\n        function getIterationTypesOfMethod(type: Type, resolver: IterationTypesResolver, methodName: \"next\" | \"return\" | \"throw\", errorNode: Node | undefined): IterationTypes | undefined {\n            const method = getPropertyOfType(type, methodName as __String);\n\n            // Ignore 'return' or 'throw' if they are missing.\n            if (!method && methodName !== \"next\") {\n                return undefined;\n            }\n\n            const methodType = method && !(methodName === \"next\" && (method.flags & SymbolFlags.Optional))\n                ? methodName === \"next\" ? getTypeOfSymbol(method) : getTypeWithFacts(getTypeOfSymbol(method), TypeFacts.NEUndefinedOrNull)\n                : undefined;\n\n            if (isTypeAny(methodType)) {\n                // `return()` and `throw()` don't provide a *next* type.\n                return methodName === \"next\" ? anyIterationTypes : anyIterationTypesExceptNext;\n            }\n\n            // Both async and non-async iterators *must* have a `next` method.\n            const methodSignatures = methodType ? getSignaturesOfType(methodType, SignatureKind.Call) : emptyArray;\n            if (methodSignatures.length === 0) {\n                if (errorNode) {\n                    const diagnostic = methodName === \"next\"\n                        ? resolver.mustHaveANextMethodDiagnostic\n                        : resolver.mustBeAMethodDiagnostic;\n                    error(errorNode, diagnostic, methodName);\n                }\n                return methodName === \"next\" ? anyIterationTypes : undefined;\n            }\n\n            // If the method signature comes exclusively from the global iterator or generator type,\n            // create iteration types from its type arguments like `getIterationTypesOfIteratorFast`\n            // does (so as to remove `undefined` from the next and return types). We arrive here when\n            // a contextual type for a generator was not a direct reference to one of those global types,\n            // but looking up `methodType` referred to one of them (and nothing else). E.g., in\n            // `interface SpecialIterator extends Iterator<number> {}`, `SpecialIterator` is not a\n            // reference to `Iterator`, but its `next` member derives exclusively from `Iterator`.\n            if (methodType?.symbol && methodSignatures.length === 1) {\n                const globalGeneratorType = resolver.getGlobalGeneratorType(/*reportErrors*/ false);\n                const globalIteratorType = resolver.getGlobalIteratorType(/*reportErrors*/ false);\n                const isGeneratorMethod = globalGeneratorType.symbol?.members?.get(methodName as __String) === methodType.symbol;\n                const isIteratorMethod = !isGeneratorMethod && globalIteratorType.symbol?.members?.get(methodName as __String) === methodType.symbol;\n                if (isGeneratorMethod || isIteratorMethod) {\n                    const globalType = isGeneratorMethod ? globalGeneratorType : globalIteratorType;\n                    const { mapper } = methodType as AnonymousType;\n                    return createIterationTypes(\n                        getMappedType(globalType.typeParameters![0], mapper!),\n                        getMappedType(globalType.typeParameters![1], mapper!),\n                        methodName === \"next\" ? getMappedType(globalType.typeParameters![2], mapper!) : undefined);\n                }\n            }\n\n            // Extract the first parameter and return type of each signature.\n            let methodParameterTypes: Type[] | undefined;\n            let methodReturnTypes: Type[] | undefined;\n            for (const signature of methodSignatures) {\n                if (methodName !== \"throw\" && some(signature.parameters)) {\n                    methodParameterTypes = append(methodParameterTypes, getTypeAtPosition(signature, 0));\n                }\n                methodReturnTypes = append(methodReturnTypes, getReturnTypeOfSignature(signature));\n            }\n\n            // Resolve the *next* or *return* type from the first parameter of a `next()` or\n            // `return()` method, respectively.\n            let returnTypes: Type[] | undefined;\n            let nextType: Type | undefined;\n            if (methodName !== \"throw\") {\n                const methodParameterType = methodParameterTypes ? getUnionType(methodParameterTypes) : unknownType;\n                if (methodName === \"next\") {\n                    // The value of `next(value)` is *not* awaited by async generators\n                    nextType = methodParameterType;\n                }\n                else if (methodName === \"return\") {\n                    // The value of `return(value)` *is* awaited by async generators\n                    const resolvedMethodParameterType = resolver.resolveIterationType(methodParameterType, errorNode) || anyType;\n                    returnTypes = append(returnTypes, resolvedMethodParameterType);\n                }\n            }\n\n            // Resolve the *yield* and *return* types from the return type of the method (i.e. `IteratorResult`)\n            let yieldType: Type;\n            const methodReturnType = methodReturnTypes ? getIntersectionType(methodReturnTypes) : neverType;\n            const resolvedMethodReturnType = resolver.resolveIterationType(methodReturnType, errorNode) || anyType;\n            const iterationTypes = getIterationTypesOfIteratorResult(resolvedMethodReturnType);\n            if (iterationTypes === noIterationTypes) {\n                if (errorNode) {\n                    error(errorNode, resolver.mustHaveAValueDiagnostic, methodName);\n                }\n                yieldType = anyType;\n                returnTypes = append(returnTypes, anyType);\n            }\n            else {\n                yieldType = iterationTypes.yieldType;\n                returnTypes = append(returnTypes, iterationTypes.returnType);\n            }\n\n            return createIterationTypes(yieldType, getUnionType(returnTypes), nextType);\n        }\n\n        /**\n          * Gets the *yield*, *return*, and *next* types of an `Iterator`-like or `AsyncIterator`-like\n          * type from its members.\n          *\n          * If we successfully found the *yield*, *return*, and *next* types, an `IterationTypes`\n          * record is returned. Otherwise, `noIterationTypes` is returned.\n          *\n          * NOTE: You probably don't want to call this directly and should be calling\n          * `getIterationTypesOfIterator` instead.\n          */\n        function getIterationTypesOfIteratorSlow(type: Type, resolver: IterationTypesResolver, errorNode: Node | undefined) {\n            const iterationTypes = combineIterationTypes([\n                getIterationTypesOfMethod(type, resolver, \"next\", errorNode),\n                getIterationTypesOfMethod(type, resolver, \"return\", errorNode),\n                getIterationTypesOfMethod(type, resolver, \"throw\", errorNode),\n            ]);\n            return setCachedIterationTypes(type, resolver.iteratorCacheKey, iterationTypes);\n        }\n\n        /**\n          * Gets the requested \"iteration type\" from a type that is either `Iterable`-like, `Iterator`-like,\n          * `IterableIterator`-like, or `Generator`-like (for a non-async generator); or `AsyncIterable`-like,\n          * `AsyncIterator`-like, `AsyncIterableIterator`-like, or `AsyncGenerator`-like (for an async generator).\n          */\n        function getIterationTypeOfGeneratorFunctionReturnType(kind: IterationTypeKind, returnType: Type, isAsyncGenerator: boolean): Type | undefined {\n            if (isTypeAny(returnType)) {\n                return undefined;\n            }\n\n            const iterationTypes = getIterationTypesOfGeneratorFunctionReturnType(returnType, isAsyncGenerator);\n            return iterationTypes && iterationTypes[getIterationTypesKeyFromIterationTypeKind(kind)];\n        }\n\n        function getIterationTypesOfGeneratorFunctionReturnType(type: Type, isAsyncGenerator: boolean) {\n            if (isTypeAny(type)) {\n                return anyIterationTypes;\n            }\n\n            const use = isAsyncGenerator ? IterationUse.AsyncGeneratorReturnType : IterationUse.GeneratorReturnType;\n            const resolver = isAsyncGenerator ? asyncIterationTypesResolver : syncIterationTypesResolver;\n            return getIterationTypesOfIterable(type, use, /*errorNode*/ undefined) ||\n                getIterationTypesOfIterator(type, resolver, /*errorNode*/ undefined);\n        }\n\n        function checkBreakOrContinueStatement(node: BreakOrContinueStatement) {\n            // Grammar checking\n            if (!checkGrammarStatementInAmbientContext(node)) checkGrammarBreakOrContinueStatement(node);\n\n            // TODO: Check that target label is valid\n        }\n\n        function unwrapReturnType(returnType: Type, functionFlags: FunctionFlags) {\n            const isGenerator = !!(functionFlags & FunctionFlags.Generator);\n            const isAsync = !!(functionFlags & FunctionFlags.Async);\n            return isGenerator ? getIterationTypeOfGeneratorFunctionReturnType(IterationTypeKind.Return, returnType, isAsync) || errorType :\n                isAsync ? getAwaitedTypeNoAlias(returnType) || errorType :\n                returnType;\n        }\n\n        function isUnwrappedReturnTypeVoidOrAny(func: SignatureDeclaration, returnType: Type): boolean {\n            const unwrappedReturnType = unwrapReturnType(returnType, getFunctionFlags(func));\n            return !!unwrappedReturnType && maybeTypeOfKind(unwrappedReturnType, TypeFlags.Void | TypeFlags.AnyOrUnknown);\n        }\n\n        function checkReturnStatement(node: ReturnStatement) {\n            // Grammar checking\n            if (checkGrammarStatementInAmbientContext(node)) {\n                return;\n            }\n\n            const container = getContainingFunctionOrClassStaticBlock(node);\n            if(container && isClassStaticBlockDeclaration(container)) {\n                grammarErrorOnFirstToken(node, Diagnostics.A_return_statement_cannot_be_used_inside_a_class_static_block);\n                return;\n            }\n\n            if (!container) {\n                grammarErrorOnFirstToken(node, Diagnostics.A_return_statement_can_only_be_used_within_a_function_body);\n                return;\n            }\n\n            const signature = getSignatureFromDeclaration(container);\n            const returnType = getReturnTypeOfSignature(signature);\n            const functionFlags = getFunctionFlags(container);\n            if (strictNullChecks || node.expression || returnType.flags & TypeFlags.Never) {\n                const exprType = node.expression ? checkExpressionCached(node.expression) : undefinedType;\n                if (container.kind === SyntaxKind.SetAccessor) {\n                    if (node.expression) {\n                        error(node, Diagnostics.Setters_cannot_return_a_value);\n                    }\n                }\n                else if (container.kind === SyntaxKind.Constructor) {\n                    if (node.expression && !checkTypeAssignableToAndOptionallyElaborate(exprType, returnType, node, node.expression)) {\n                        error(node, Diagnostics.Return_type_of_constructor_signature_must_be_assignable_to_the_instance_type_of_the_class);\n                    }\n                }\n                else if (getReturnTypeFromAnnotation(container)) {\n                    const unwrappedReturnType = unwrapReturnType(returnType, functionFlags) ?? returnType;\n                    const unwrappedExprType = functionFlags & FunctionFlags.Async\n                        ? checkAwaitedType(exprType, /*withAlias*/ false, node, Diagnostics.The_return_type_of_an_async_function_must_either_be_a_valid_promise_or_must_not_contain_a_callable_then_member)\n                        : exprType;\n                    if (unwrappedReturnType) {\n                        // If the function has a return type, but promisedType is\n                        // undefined, an error will be reported in checkAsyncFunctionReturnType\n                        // so we don't need to report one here.\n                        checkTypeAssignableToAndOptionallyElaborate(unwrappedExprType, unwrappedReturnType, node, node.expression);\n                    }\n                }\n            }\n            else if (container.kind !== SyntaxKind.Constructor && compilerOptions.noImplicitReturns && !isUnwrappedReturnTypeVoidOrAny(container, returnType)) {\n                // The function has a return type, but the return statement doesn't have an expression.\n                error(node, Diagnostics.Not_all_code_paths_return_a_value);\n            }\n        }\n\n        function checkWithStatement(node: WithStatement) {\n            // Grammar checking for withStatement\n            if (!checkGrammarStatementInAmbientContext(node)) {\n                if (node.flags & NodeFlags.AwaitContext) {\n                    grammarErrorOnFirstToken(node, Diagnostics.with_statements_are_not_allowed_in_an_async_function_block);\n                }\n            }\n\n            checkExpression(node.expression);\n\n            const sourceFile = getSourceFileOfNode(node);\n            if (!hasParseDiagnostics(sourceFile)) {\n                const start = getSpanOfTokenAtPosition(sourceFile, node.pos).start;\n                const end = node.statement.pos;\n                grammarErrorAtPos(sourceFile, start, end - start, Diagnostics.The_with_statement_is_not_supported_All_symbols_in_a_with_block_will_have_type_any);\n            }\n        }\n\n        function checkSwitchStatement(node: SwitchStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n\n            let firstDefaultClause: CaseOrDefaultClause;\n            let hasDuplicateDefaultClause = false;\n\n            const expressionType = checkExpression(node.expression);\n            const expressionIsLiteral = isLiteralType(expressionType);\n            forEach(node.caseBlock.clauses, clause => {\n                // Grammar check for duplicate default clauses, skip if we already report duplicate default clause\n                if (clause.kind === SyntaxKind.DefaultClause && !hasDuplicateDefaultClause) {\n                    if (firstDefaultClause === undefined) {\n                        firstDefaultClause = clause;\n                    }\n                    else {\n                        grammarErrorOnNode(clause, Diagnostics.A_default_clause_cannot_appear_more_than_once_in_a_switch_statement);\n                        hasDuplicateDefaultClause = true;\n                    }\n                }\n\n                if (clause.kind === SyntaxKind.CaseClause) {\n                    addLazyDiagnostic(createLazyCaseClauseDiagnostics(clause));\n                }\n                forEach(clause.statements, checkSourceElement);\n                if (compilerOptions.noFallthroughCasesInSwitch && clause.fallthroughFlowNode && isReachableFlowNode(clause.fallthroughFlowNode)) {\n                    error(clause, Diagnostics.Fallthrough_case_in_switch);\n                }\n\n                function createLazyCaseClauseDiagnostics(clause: CaseClause) {\n                    return () => {\n                        // TypeScript 1.0 spec (April 2014): 5.9\n                        // In a 'switch' statement, each 'case' expression must be of a type that is comparable\n                        // to or from the type of the 'switch' expression.\n                        let caseType = checkExpression(clause.expression);\n                        const caseIsLiteral = isLiteralType(caseType);\n                        let comparedExpressionType = expressionType;\n                        if (!caseIsLiteral || !expressionIsLiteral) {\n                            caseType = caseIsLiteral ? getBaseTypeOfLiteralType(caseType) : caseType;\n                            comparedExpressionType = getBaseTypeOfLiteralType(expressionType);\n                        }\n                        if (!isTypeEqualityComparableTo(comparedExpressionType, caseType)) {\n                            // expressionType is not comparable to caseType, try the reversed check and report errors if it fails\n                            checkTypeComparableTo(caseType, comparedExpressionType, clause.expression, /*headMessage*/ undefined);\n                        }\n                    };\n                }\n            });\n            if (node.caseBlock.locals) {\n                registerForUnusedIdentifiersCheck(node.caseBlock);\n            }\n        }\n\n        function checkLabeledStatement(node: LabeledStatement) {\n            // Grammar checking\n            if (!checkGrammarStatementInAmbientContext(node)) {\n                findAncestor(node.parent, current => {\n                    if (isFunctionLike(current)) {\n                        return \"quit\";\n                    }\n                    if (current.kind === SyntaxKind.LabeledStatement && (current as LabeledStatement).label.escapedText === node.label.escapedText) {\n                        grammarErrorOnNode(node.label, Diagnostics.Duplicate_label_0, getTextOfNode(node.label));\n                        return true;\n                    }\n                    return false;\n                });\n            }\n\n            // ensure that label is unique\n            checkSourceElement(node.statement);\n        }\n\n        function checkThrowStatement(node: ThrowStatement) {\n            // Grammar checking\n            if (!checkGrammarStatementInAmbientContext(node)) {\n                if (isIdentifier(node.expression) && !node.expression.escapedText) {\n                    grammarErrorAfterFirstToken(node, Diagnostics.Line_break_not_permitted_here);\n                }\n            }\n\n            if (node.expression) {\n                checkExpression(node.expression);\n            }\n        }\n\n        function checkTryStatement(node: TryStatement) {\n            // Grammar checking\n            checkGrammarStatementInAmbientContext(node);\n\n            checkBlock(node.tryBlock);\n            const catchClause = node.catchClause;\n            if (catchClause) {\n                // Grammar checking\n                if (catchClause.variableDeclaration) {\n                    const declaration = catchClause.variableDeclaration;\n                    const typeNode = getEffectiveTypeAnnotationNode(getRootDeclaration(declaration));\n                    if (typeNode) {\n                        const type = getTypeForVariableLikeDeclaration(declaration, /*includeOptionality*/ false, CheckMode.Normal);\n                        if (type && !(type.flags & TypeFlags.AnyOrUnknown)) {\n                            grammarErrorOnFirstToken(typeNode, Diagnostics.Catch_clause_variable_type_annotation_must_be_any_or_unknown_if_specified);\n                        }\n                    }\n                    else if (declaration.initializer) {\n                        grammarErrorOnFirstToken(declaration.initializer, Diagnostics.Catch_clause_variable_cannot_have_an_initializer);\n                    }\n                    else {\n                        const blockLocals = catchClause.block.locals;\n                        if (blockLocals) {\n                            forEachKey(catchClause.locals!, caughtName => {\n                                const blockLocal = blockLocals.get(caughtName);\n                                if (blockLocal?.valueDeclaration && (blockLocal.flags & SymbolFlags.BlockScopedVariable) !== 0) {\n                                    grammarErrorOnNode(blockLocal.valueDeclaration, Diagnostics.Cannot_redeclare_identifier_0_in_catch_clause, caughtName);\n                                }\n                            });\n                        }\n                    }\n                }\n\n                checkBlock(catchClause.block);\n            }\n\n            if (node.finallyBlock) {\n                checkBlock(node.finallyBlock);\n            }\n        }\n\n        function checkIndexConstraints(type: Type, symbol: Symbol, isStaticIndex?: boolean) {\n            const indexInfos = getIndexInfosOfType(type);\n            if (indexInfos.length === 0) {\n                return;\n            }\n            for (const prop of getPropertiesOfObjectType(type)) {\n                if (!(isStaticIndex && prop.flags & SymbolFlags.Prototype)) {\n                    checkIndexConstraintForProperty(type, prop, getLiteralTypeFromProperty(prop, TypeFlags.StringOrNumberLiteralOrUnique, /*includeNonPublic*/ true), getNonMissingTypeOfSymbol(prop));\n                }\n            }\n            const typeDeclaration = symbol.valueDeclaration;\n            if (typeDeclaration && isClassLike(typeDeclaration)) {\n                for (const member of typeDeclaration.members) {\n                    // Only process instance properties with computed names here. Static properties cannot be in conflict with indexers,\n                    // and properties with literal names were already checked.\n                    if (!isStatic(member) && !hasBindableName(member)) {\n                        const symbol = getSymbolOfNode(member);\n                        checkIndexConstraintForProperty(type, symbol, getTypeOfExpression((member as DynamicNamedDeclaration).name.expression), getNonMissingTypeOfSymbol(symbol));\n                    }\n                }\n            }\n            if (indexInfos.length > 1) {\n                for (const info of indexInfos) {\n                    checkIndexConstraintForIndexSignature(type, info);\n                }\n            }\n        }\n\n        function checkIndexConstraintForProperty(type: Type, prop: Symbol, propNameType: Type, propType: Type) {\n            const declaration = prop.valueDeclaration;\n            const name = getNameOfDeclaration(declaration);\n            if (name && isPrivateIdentifier(name)) {\n                return;\n            }\n            const indexInfos = getApplicableIndexInfos(type, propNameType);\n            const interfaceDeclaration = getObjectFlags(type) & ObjectFlags.Interface ? getDeclarationOfKind(type.symbol, SyntaxKind.InterfaceDeclaration) : undefined;\n            const localPropDeclaration = declaration && declaration.kind === SyntaxKind.BinaryExpression ||\n                name && name.kind === SyntaxKind.ComputedPropertyName || getParentOfSymbol(prop) === type.symbol ? declaration : undefined;\n            for (const info of indexInfos) {\n                const localIndexDeclaration = info.declaration && getParentOfSymbol(getSymbolOfNode(info.declaration)) === type.symbol ? info.declaration : undefined;\n                // We check only when (a) the property is declared in the containing type, or (b) the applicable index signature is declared\n                // in the containing type, or (c) the containing type is an interface and no base interface contains both the property and\n                // the index signature (i.e. property and index signature are declared in separate inherited interfaces).\n                const errorNode = localPropDeclaration || localIndexDeclaration ||\n                    (interfaceDeclaration && !some(getBaseTypes(type as InterfaceType), base => !!getPropertyOfObjectType(base, prop.escapedName) && !!getIndexTypeOfType(base, info.keyType)) ? interfaceDeclaration : undefined);\n                if (errorNode && !isTypeAssignableTo(propType, info.type)) {\n                    error(errorNode, Diagnostics.Property_0_of_type_1_is_not_assignable_to_2_index_type_3,\n                        symbolToString(prop), typeToString(propType), typeToString(info.keyType), typeToString(info.type));\n                }\n            }\n        }\n\n        function checkIndexConstraintForIndexSignature(type: Type, checkInfo: IndexInfo) {\n            const declaration = checkInfo.declaration;\n            const indexInfos = getApplicableIndexInfos(type, checkInfo.keyType);\n            const interfaceDeclaration = getObjectFlags(type) & ObjectFlags.Interface ? getDeclarationOfKind(type.symbol, SyntaxKind.InterfaceDeclaration) : undefined;\n            const localCheckDeclaration = declaration && getParentOfSymbol(getSymbolOfNode(declaration)) === type.symbol ? declaration : undefined;\n            for (const info of indexInfos) {\n                if (info === checkInfo) continue;\n                const localIndexDeclaration = info.declaration && getParentOfSymbol(getSymbolOfNode(info.declaration)) === type.symbol ? info.declaration : undefined;\n                // We check only when (a) the check index signature is declared in the containing type, or (b) the applicable index\n                // signature is declared in the containing type, or (c) the containing type is an interface and no base interface contains\n                // both index signatures (i.e. the index signatures are declared in separate inherited interfaces).\n                const errorNode = localCheckDeclaration || localIndexDeclaration ||\n                    (interfaceDeclaration && !some(getBaseTypes(type as InterfaceType), base => !!getIndexInfoOfType(base, checkInfo.keyType) && !!getIndexTypeOfType(base, info.keyType)) ? interfaceDeclaration : undefined);\n                if (errorNode && !isTypeAssignableTo(checkInfo.type, info.type)) {\n                    error(errorNode, Diagnostics._0_index_type_1_is_not_assignable_to_2_index_type_3,\n                        typeToString(checkInfo.keyType), typeToString(checkInfo.type), typeToString(info.keyType), typeToString(info.type));\n                }\n            }\n        }\n\n        function checkTypeNameIsReserved(name: Identifier, message: DiagnosticMessage): void {\n            // TS 1.0 spec (April 2014): 3.6.1\n            // The predefined type keywords are reserved and cannot be used as names of user defined types.\n            switch (name.escapedText) {\n                case \"any\":\n                case \"unknown\":\n                case \"never\":\n                case \"number\":\n                case \"bigint\":\n                case \"boolean\":\n                case \"string\":\n                case \"symbol\":\n                case \"void\":\n                case \"object\":\n                    error(name, message, name.escapedText as string);\n            }\n        }\n\n        /**\n          * The name cannot be used as 'Object' of user defined types with special target.\n          */\n        function checkClassNameCollisionWithObject(name: Identifier): void {\n            if (languageVersion >= ScriptTarget.ES5 && name.escapedText === \"Object\"\n                && (moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(name).impliedNodeFormat === ModuleKind.CommonJS)) {\n                error(name, Diagnostics.Class_name_cannot_be_Object_when_targeting_ES5_with_module_0, ModuleKind[moduleKind]); // https://github.com/Microsoft/TypeScript/issues/17494\n            }\n        }\n\n        function checkUnmatchedJSDocParameters(node: SignatureDeclaration) {\n            const jsdocParameters = filter(getJSDocTags(node), isJSDocParameterTag);\n            if (!length(jsdocParameters)) return;\n\n            const isJs = isInJSFile(node);\n            const parameters = new Set<__String>();\n            const excludedParameters = new Set<number>();\n            forEach(node.parameters, ({ name }, index) => {\n                if (isIdentifier(name)) {\n                    parameters.add(name.escapedText);\n                }\n                if (isBindingPattern(name)) {\n                    excludedParameters.add(index);\n                }\n            });\n\n            const containsArguments = containsArgumentsReference(node);\n            if (containsArguments) {\n                const lastJSDocParam = lastOrUndefined(jsdocParameters);\n                if (isJs && lastJSDocParam && isIdentifier(lastJSDocParam.name) && lastJSDocParam.typeExpression &&\n                    lastJSDocParam.typeExpression.type && !parameters.has(lastJSDocParam.name.escapedText) && !isArrayType(getTypeFromTypeNode(lastJSDocParam.typeExpression.type))) {\n                    error(lastJSDocParam.name, Diagnostics.JSDoc_param_tag_has_name_0_but_there_is_no_parameter_with_that_name_It_would_match_arguments_if_it_had_an_array_type, idText(lastJSDocParam.name));\n                }\n            }\n            else {\n                forEach(jsdocParameters, ({ name }, index) => {\n                    if (excludedParameters.has(index) || isIdentifier(name) && parameters.has(name.escapedText)) {\n                        return;\n                    }\n                    if (isQualifiedName(name)) {\n                        if (isJs) {\n                            error(name, Diagnostics.Qualified_name_0_is_not_allowed_without_a_leading_param_object_1, entityNameToString(name), entityNameToString(name.left));\n                        }\n                    }\n                    else {\n                        errorOrSuggestion(isJs, name, Diagnostics.JSDoc_param_tag_has_name_0_but_there_is_no_parameter_with_that_name, idText(name));\n                    }\n                });\n            }\n        }\n\n        /**\n          * Check each type parameter and check that type parameters have no duplicate type parameter declarations\n          */\n        function checkTypeParameters(typeParameterDeclarations: readonly TypeParameterDeclaration[] | undefined) {\n            let seenDefault = false;\n            if (typeParameterDeclarations) {\n                for (let i = 0; i < typeParameterDeclarations.length; i++) {\n                    const node = typeParameterDeclarations[i];\n                    checkTypeParameter(node);\n\n                    addLazyDiagnostic(createCheckTypeParameterDiagnostic(node, i));\n                }\n            }\n\n            function createCheckTypeParameterDiagnostic(node: TypeParameterDeclaration, i: number) {\n                return () => {\n                    if (node.default) {\n                        seenDefault = true;\n                        checkTypeParametersNotReferenced(node.default, typeParameterDeclarations!, i);\n                    }\n                    else if (seenDefault) {\n                        error(node, Diagnostics.Required_type_parameters_may_not_follow_optional_type_parameters);\n                    }\n                    for (let j = 0; j < i; j++) {\n                        if (typeParameterDeclarations![j].symbol === node.symbol) {\n                            error(node.name, Diagnostics.Duplicate_identifier_0, declarationNameToString(node.name));\n                        }\n                    }\n                };\n            }\n        }\n\n        /** Check that type parameter defaults only reference previously declared type parameters */\n        function checkTypeParametersNotReferenced(root: TypeNode, typeParameters: readonly TypeParameterDeclaration[], index: number) {\n            visit(root);\n            function visit(node: Node) {\n                if (node.kind === SyntaxKind.TypeReference) {\n                    const type = getTypeFromTypeReference(node as TypeReferenceNode);\n                    if (type.flags & TypeFlags.TypeParameter) {\n                        for (let i = index; i < typeParameters.length; i++) {\n                            if (type.symbol === getSymbolOfNode(typeParameters[i])) {\n                                error(node, Diagnostics.Type_parameter_defaults_can_only_reference_previously_declared_type_parameters);\n                            }\n                        }\n                    }\n                }\n                forEachChild(node, visit);\n            }\n        }\n\n        /** Check that type parameter lists are identical across multiple declarations */\n        function checkTypeParameterListsIdentical(symbol: Symbol) {\n            if (symbol.declarations && symbol.declarations.length === 1) {\n                return;\n            }\n\n            const links = getSymbolLinks(symbol);\n            if (!links.typeParametersChecked) {\n                links.typeParametersChecked = true;\n                const declarations = getClassOrInterfaceDeclarationsOfSymbol(symbol);\n                if (!declarations || declarations.length <= 1) {\n                    return;\n                }\n\n                const type = getDeclaredTypeOfSymbol(symbol) as InterfaceType;\n                if (!areTypeParametersIdentical(declarations, type.localTypeParameters!)) {\n                    // Report an error on every conflicting declaration.\n                    const name = symbolToString(symbol);\n                    for (const declaration of declarations) {\n                        error(declaration.name, Diagnostics.All_declarations_of_0_must_have_identical_type_parameters, name);\n                    }\n                }\n            }\n        }\n\n        function areTypeParametersIdentical(declarations: readonly (ClassDeclaration | InterfaceDeclaration)[], targetParameters: TypeParameter[]) {\n            const maxTypeArgumentCount = length(targetParameters);\n            const minTypeArgumentCount = getMinTypeArgumentCount(targetParameters);\n\n            for (const declaration of declarations) {\n                // If this declaration has too few or too many type parameters, we report an error\n                const sourceParameters = getEffectiveTypeParameterDeclarations(declaration);\n                const numTypeParameters = sourceParameters.length;\n                if (numTypeParameters < minTypeArgumentCount || numTypeParameters > maxTypeArgumentCount) {\n                    return false;\n                }\n\n                for (let i = 0; i < numTypeParameters; i++) {\n                    const source = sourceParameters[i];\n                    const target = targetParameters[i];\n\n                    // If the type parameter node does not have the same as the resolved type\n                    // parameter at this position, we report an error.\n                    if (source.name.escapedText !== target.symbol.escapedName) {\n                        return false;\n                    }\n\n                    // If the type parameter node does not have an identical constraint as the resolved\n                    // type parameter at this position, we report an error.\n                    const constraint = getEffectiveConstraintOfTypeParameter(source);\n                    const sourceConstraint = constraint && getTypeFromTypeNode(constraint);\n                    const targetConstraint = getConstraintOfTypeParameter(target);\n                    // relax check if later interface augmentation has no constraint, it's more broad and is OK to merge with\n                    // a more constrained interface (this could be generalized to a full hierarchy check, but that's maybe overkill)\n                    if (sourceConstraint && targetConstraint && !isTypeIdenticalTo(sourceConstraint, targetConstraint)) {\n                        return false;\n                    }\n\n                    // If the type parameter node has a default and it is not identical to the default\n                    // for the type parameter at this position, we report an error.\n                    const sourceDefault = source.default && getTypeFromTypeNode(source.default);\n                    const targetDefault = getDefaultFromTypeParameter(target);\n                    if (sourceDefault && targetDefault && !isTypeIdenticalTo(sourceDefault, targetDefault)) {\n                        return false;\n                    }\n                }\n            }\n\n            return true;\n        }\n\n        function checkClassExpression(node: ClassExpression): Type {\n            checkClassLikeDeclaration(node);\n            checkNodeDeferred(node);\n            return getTypeOfSymbol(getSymbolOfNode(node));\n        }\n\n        function checkClassExpressionDeferred(node: ClassExpression) {\n            forEach(node.members, checkSourceElement);\n            registerForUnusedIdentifiersCheck(node);\n        }\n\n        function checkClassDeclaration(node: ClassDeclaration) {\n            if (some(node.decorators) && some(node.members, p => hasStaticModifier(p) && isPrivateIdentifierClassElementDeclaration(p))) {\n                grammarErrorOnNode(node.decorators[0], Diagnostics.Class_decorators_can_t_be_used_with_static_private_identifier_Consider_removing_the_experimental_decorator);\n            }\n            if (!node.name && !hasSyntacticModifier(node, ModifierFlags.Default)) {\n                grammarErrorOnFirstToken(node, Diagnostics.A_class_declaration_without_the_default_modifier_must_have_a_name);\n            }\n            checkClassLikeDeclaration(node);\n            forEach(node.members, checkSourceElement);\n\n            registerForUnusedIdentifiersCheck(node);\n        }\n\n        function checkClassLikeDeclaration(node: ClassLikeDeclaration) {\n            checkGrammarClassLikeDeclaration(node);\n            checkDecorators(node);\n            checkCollisionsForDeclarationName(node, node.name);\n            checkTypeParameters(getEffectiveTypeParameterDeclarations(node));\n            checkExportsOnMergedDeclarations(node);\n            const symbol = getSymbolOfNode(node);\n            const type = getDeclaredTypeOfSymbol(symbol) as InterfaceType;\n            const typeWithThis = getTypeWithThisArgument(type);\n            const staticType = getTypeOfSymbol(symbol) as ObjectType;\n            checkTypeParameterListsIdentical(symbol);\n            checkFunctionOrConstructorSymbol(symbol);\n            checkClassForDuplicateDeclarations(node);\n\n            // Only check for reserved static identifiers on non-ambient context.\n            const nodeInAmbientContext = !!(node.flags & NodeFlags.Ambient);\n            if (!nodeInAmbientContext) {\n                checkClassForStaticPropertyNameConflicts(node);\n            }\n\n            const baseTypeNode = getEffectiveBaseTypeNode(node);\n            if (baseTypeNode) {\n                forEach(baseTypeNode.typeArguments, checkSourceElement);\n                if (languageVersion < ScriptTarget.ES2015) {\n                    checkExternalEmitHelpers(baseTypeNode.parent, ExternalEmitHelpers.Extends);\n                }\n                // check both @extends and extends if both are specified.\n                const extendsNode = getClassExtendsHeritageElement(node);\n                if (extendsNode && extendsNode !== baseTypeNode) {\n                    checkExpression(extendsNode.expression);\n                }\n\n                const baseTypes = getBaseTypes(type);\n                if (baseTypes.length) {\n                    addLazyDiagnostic(() => {\n                        const baseType = baseTypes[0];\n                        const baseConstructorType = getBaseConstructorTypeOfClass(type);\n                        const staticBaseType = getApparentType(baseConstructorType);\n                        checkBaseTypeAccessibility(staticBaseType, baseTypeNode);\n                        checkSourceElement(baseTypeNode.expression);\n                        if (some(baseTypeNode.typeArguments)) {\n                            forEach(baseTypeNode.typeArguments, checkSourceElement);\n                            for (const constructor of getConstructorsForTypeArguments(staticBaseType, baseTypeNode.typeArguments, baseTypeNode)) {\n                                if (!checkTypeArgumentConstraints(baseTypeNode, constructor.typeParameters!)) {\n                                    break;\n                                }\n                            }\n                        }\n                        const baseWithThis = getTypeWithThisArgument(baseType, type.thisType);\n                        if (!checkTypeAssignableTo(typeWithThis, baseWithThis, /*errorNode*/ undefined)) {\n                            issueMemberSpecificError(node, typeWithThis, baseWithThis, Diagnostics.Class_0_incorrectly_extends_base_class_1);\n                        }\n                        else {\n                            // Report static side error only when instance type is assignable\n                            checkTypeAssignableTo(staticType, getTypeWithoutSignatures(staticBaseType), node.name || node,\n                                Diagnostics.Class_static_side_0_incorrectly_extends_base_class_static_side_1);\n                        }\n                        if (baseConstructorType.flags & TypeFlags.TypeVariable) {\n                            if (!isMixinConstructorType(staticType)) {\n                                error(node.name || node, Diagnostics.A_mixin_class_must_have_a_constructor_with_a_single_rest_parameter_of_type_any);\n                            }\n                            else {\n                                const constructSignatures = getSignaturesOfType(baseConstructorType, SignatureKind.Construct);\n                                if (constructSignatures.some(signature => signature.flags & SignatureFlags.Abstract) && !hasSyntacticModifier(node, ModifierFlags.Abstract)) {\n                                    error(node.name || node, Diagnostics.A_mixin_class_that_extends_from_a_type_variable_containing_an_abstract_construct_signature_must_also_be_declared_abstract);\n                                }\n                            }\n                        }\n\n                        if (!(staticBaseType.symbol && staticBaseType.symbol.flags & SymbolFlags.Class) && !(baseConstructorType.flags & TypeFlags.TypeVariable)) {\n                            // When the static base type is a \"class-like\" constructor function (but not actually a class), we verify\n                            // that all instantiated base constructor signatures return the same type.\n                            const constructors = getInstantiatedConstructorsForTypeArguments(staticBaseType, baseTypeNode.typeArguments, baseTypeNode);\n                            if (forEach(constructors, sig => !isJSConstructor(sig.declaration) && !isTypeIdenticalTo(getReturnTypeOfSignature(sig), baseType))) {\n                                error(baseTypeNode.expression, Diagnostics.Base_constructors_must_all_have_the_same_return_type);\n                            }\n                        }\n                        checkKindsOfPropertyMemberOverrides(type, baseType);\n                    });\n                }\n            }\n\n            checkMembersForOverrideModifier(node, type, typeWithThis, staticType);\n\n            const implementedTypeNodes = getEffectiveImplementsTypeNodes(node);\n            if (implementedTypeNodes) {\n                for (const typeRefNode of implementedTypeNodes) {\n                    if (!isEntityNameExpression(typeRefNode.expression) || isOptionalChain(typeRefNode.expression)) {\n                        error(typeRefNode.expression, Diagnostics.A_class_can_only_implement_an_identifier_Slashqualified_name_with_optional_type_arguments);\n                    }\n                    checkTypeReferenceNode(typeRefNode);\n                    addLazyDiagnostic(createImplementsDiagnostics(typeRefNode));\n                }\n            }\n\n            addLazyDiagnostic(() => {\n                checkIndexConstraints(type, symbol);\n                checkIndexConstraints(staticType, symbol, /*isStaticIndex*/ true);\n                checkTypeForDuplicateIndexSignatures(node);\n                checkPropertyInitialization(node);\n            });\n\n            function createImplementsDiagnostics(typeRefNode: ExpressionWithTypeArguments) {\n                return () => {\n                    const t = getReducedType(getTypeFromTypeNode(typeRefNode));\n                    if (!isErrorType(t)) {\n                        if (isValidBaseType(t)) {\n                            const genericDiag = t.symbol && t.symbol.flags & SymbolFlags.Class ?\n                                Diagnostics.Class_0_incorrectly_implements_class_1_Did_you_mean_to_extend_1_and_inherit_its_members_as_a_subclass :\n                                Diagnostics.Class_0_incorrectly_implements_interface_1;\n                            const baseWithThis = getTypeWithThisArgument(t, type.thisType);\n                            if (!checkTypeAssignableTo(typeWithThis, baseWithThis, /*errorNode*/ undefined)) {\n                                issueMemberSpecificError(node, typeWithThis, baseWithThis, genericDiag);\n                            }\n                        }\n                        else {\n                            error(typeRefNode, Diagnostics.A_class_can_only_implement_an_object_type_or_intersection_of_object_types_with_statically_known_members);\n                        }\n                    }\n                };\n            }\n        }\n\n        function checkMembersForOverrideModifier(node: ClassLikeDeclaration, type: InterfaceType, typeWithThis: Type, staticType: ObjectType) {\n            const baseTypeNode = getEffectiveBaseTypeNode(node);\n            const baseTypes = baseTypeNode && getBaseTypes(type);\n            const baseWithThis = baseTypes?.length ? getTypeWithThisArgument(first(baseTypes), type.thisType) : undefined;\n            const baseStaticType = getBaseConstructorTypeOfClass(type);\n\n            for (const member of node.members) {\n                if (hasAmbientModifier(member)) {\n                    continue;\n                }\n\n                if (isConstructorDeclaration(member)) {\n                    forEach(member.parameters, param => {\n                        if (isParameterPropertyDeclaration(param, member)) {\n                            checkExistingMemberForOverrideModifier(\n                                node,\n                                staticType,\n                                baseStaticType,\n                                baseWithThis,\n                                type,\n                                typeWithThis,\n                                param,\n                                /* memberIsParameterProperty */ true\n                            );\n                        }\n                    });\n                }\n                checkExistingMemberForOverrideModifier(\n                    node,\n                    staticType,\n                    baseStaticType,\n                    baseWithThis,\n                    type,\n                    typeWithThis,\n                    member,\n                    /* memberIsParameterProperty */ false,\n                );\n            }\n        }\n\n        /**\n          * @param member Existing member node to be checked.\n          * Note: `member` cannot be a synthetic node.\n          */\n        function checkExistingMemberForOverrideModifier(\n            node: ClassLikeDeclaration,\n            staticType: ObjectType,\n            baseStaticType: Type,\n            baseWithThis: Type | undefined,\n            type: InterfaceType,\n            typeWithThis: Type,\n            member: ClassElement | ParameterPropertyDeclaration,\n            memberIsParameterProperty: boolean,\n            reportErrors = true,\n        ): MemberOverrideStatus {\n            const declaredProp = member.name\n                && getSymbolAtLocation(member.name)\n                || getSymbolAtLocation(member);\n            if (!declaredProp) {\n                return MemberOverrideStatus.Ok;\n            }\n\n            return checkMemberForOverrideModifier(\n                node,\n                staticType,\n                baseStaticType,\n                baseWithThis,\n                type,\n                typeWithThis,\n                hasOverrideModifier(member),\n                hasAbstractModifier(member),\n                isStatic(member),\n                memberIsParameterProperty,\n                symbolName(declaredProp),\n                reportErrors ? member : undefined,\n            );\n        }\n\n        /**\n          * Checks a class member declaration for either a missing or an invalid `override` modifier.\n          * Note: this function can be used for speculative checking,\n          * i.e. checking a member that does not yet exist in the program.\n          * An example of that would be to call this function in a completions scenario,\n          * when offering a method declaration as completion.\n          * @param errorNode The node where we should report an error, or undefined if we should not report errors.\n          */\n        function checkMemberForOverrideModifier(\n            node: ClassLikeDeclaration,\n            staticType: ObjectType,\n            baseStaticType: Type,\n            baseWithThis: Type | undefined,\n            type: InterfaceType,\n            typeWithThis: Type,\n            memberHasOverrideModifier: boolean,\n            memberHasAbstractModifier: boolean,\n            memberIsStatic: boolean,\n            memberIsParameterProperty: boolean,\n            memberName: string,\n            errorNode?: Node,\n        ): MemberOverrideStatus {\n            const isJs = isInJSFile(node);\n            const nodeInAmbientContext = !!(node.flags & NodeFlags.Ambient);\n            if (baseWithThis && (memberHasOverrideModifier || compilerOptions.noImplicitOverride)) {\n                const memberEscapedName = escapeLeadingUnderscores(memberName);\n                const thisType = memberIsStatic ? staticType : typeWithThis;\n                const baseType = memberIsStatic ? baseStaticType : baseWithThis;\n                const prop = getPropertyOfType(thisType, memberEscapedName);\n                const baseProp = getPropertyOfType(baseType, memberEscapedName);\n\n                const baseClassName = typeToString(baseWithThis);\n                if (prop && !baseProp && memberHasOverrideModifier) {\n                    if (errorNode) {\n                        const suggestion = getSuggestedSymbolForNonexistentClassMember(memberName, baseType); // Again, using symbol name: note that's different from `symbol.escapedName`\n                        suggestion ?\n                            error(\n                                errorNode,\n                                isJs ?\n                                    Diagnostics.This_member_cannot_have_a_JSDoc_comment_with_an_override_tag_because_it_is_not_declared_in_the_base_class_0_Did_you_mean_1 :\n                                    Diagnostics.This_member_cannot_have_an_override_modifier_because_it_is_not_declared_in_the_base_class_0_Did_you_mean_1,\n                                baseClassName,\n                                symbolToString(suggestion)) :\n                            error(\n                                errorNode,\n                                isJs ?\n                                    Diagnostics.This_member_cannot_have_a_JSDoc_comment_with_an_override_tag_because_it_is_not_declared_in_the_base_class_0 :\n                                    Diagnostics.This_member_cannot_have_an_override_modifier_because_it_is_not_declared_in_the_base_class_0,\n                                baseClassName);\n                    }\n                    return MemberOverrideStatus.HasInvalidOverride;\n                }\n                else if (prop && baseProp?.declarations && compilerOptions.noImplicitOverride && !nodeInAmbientContext) {\n                    const baseHasAbstract = some(baseProp.declarations, hasAbstractModifier);\n                    if (memberHasOverrideModifier) {\n                        return MemberOverrideStatus.Ok;\n                    }\n\n                    if (!baseHasAbstract) {\n                        if (errorNode) {\n                            const diag = memberIsParameterProperty ?\n                                isJs ?\n                                    Diagnostics.This_parameter_property_must_have_a_JSDoc_comment_with_an_override_tag_because_it_overrides_a_member_in_the_base_class_0 :\n                                    Diagnostics.This_parameter_property_must_have_an_override_modifier_because_it_overrides_a_member_in_base_class_0 :\n                                isJs ?\n                                    Diagnostics.This_member_must_have_a_JSDoc_comment_with_an_override_tag_because_it_overrides_a_member_in_the_base_class_0 :\n                                    Diagnostics.This_member_must_have_an_override_modifier_because_it_overrides_a_member_in_the_base_class_0;\n                            error(errorNode, diag, baseClassName);\n                        }\n                        return MemberOverrideStatus.NeedsOverride;\n                    }\n                    else if (memberHasAbstractModifier && baseHasAbstract) {\n                        if (errorNode) {\n                            error(errorNode, Diagnostics.This_member_must_have_an_override_modifier_because_it_overrides_an_abstract_method_that_is_declared_in_the_base_class_0, baseClassName);\n                        }\n                        return MemberOverrideStatus.NeedsOverride;\n                    }\n                }\n            }\n            else if (memberHasOverrideModifier) {\n                if (errorNode) {\n                    const className = typeToString(type);\n                    error(\n                        errorNode,\n                        isJs ?\n                            Diagnostics.This_member_cannot_have_a_JSDoc_comment_with_an_override_tag_because_its_containing_class_0_does_not_extend_another_class :\n                            Diagnostics.This_member_cannot_have_an_override_modifier_because_its_containing_class_0_does_not_extend_another_class,\n                        className);\n                }\n                return MemberOverrideStatus.HasInvalidOverride;\n            }\n\n            return MemberOverrideStatus.Ok;\n        }\n\n        function issueMemberSpecificError(node: ClassLikeDeclaration, typeWithThis: Type, baseWithThis: Type, broadDiag: DiagnosticMessage) {\n            // iterate over all implemented properties and issue errors on each one which isn't compatible, rather than the class as a whole, if possible\n            let issuedMemberError = false;\n            for (const member of node.members) {\n                if (isStatic(member)) {\n                    continue;\n                }\n                const declaredProp = member.name && getSymbolAtLocation(member.name) || getSymbolAtLocation(member);\n                if (declaredProp) {\n                    const prop = getPropertyOfType(typeWithThis, declaredProp.escapedName);\n                    const baseProp = getPropertyOfType(baseWithThis, declaredProp.escapedName);\n                    if (prop && baseProp) {\n                        const rootChain = () => chainDiagnosticMessages(\n                            /*details*/ undefined,\n                            Diagnostics.Property_0_in_type_1_is_not_assignable_to_the_same_property_in_base_type_2,\n                            symbolToString(declaredProp),\n                            typeToString(typeWithThis),\n                            typeToString(baseWithThis)\n                        );\n                        if (!checkTypeAssignableTo(getTypeOfSymbol(prop), getTypeOfSymbol(baseProp), member.name || member, /*message*/ undefined, rootChain)) {\n                            issuedMemberError = true;\n                        }\n                    }\n                }\n            }\n            if (!issuedMemberError) {\n                // check again with diagnostics to generate a less-specific error\n                checkTypeAssignableTo(typeWithThis, baseWithThis, node.name || node, broadDiag);\n            }\n        }\n\n        function checkBaseTypeAccessibility(type: Type, node: ExpressionWithTypeArguments) {\n            const signatures = getSignaturesOfType(type, SignatureKind.Construct);\n            if (signatures.length) {\n                const declaration = signatures[0].declaration;\n                if (declaration && hasEffectiveModifier(declaration, ModifierFlags.Private)) {\n                    const typeClassDeclaration = getClassLikeDeclarationOfSymbol(type.symbol)!;\n                    if (!isNodeWithinClass(node, typeClassDeclaration)) {\n                        error(node, Diagnostics.Cannot_extend_a_class_0_Class_constructor_is_marked_as_private, getFullyQualifiedName(type.symbol));\n                    }\n                }\n            }\n        }\n\n        /**\n          * Checks a member declaration node to see if has a missing or invalid `override` modifier.\n          * @param node Class-like node where the member is declared.\n          * @param member Member declaration node.\n          * Note: `member` can be a synthetic node without a parent.\n          */\n        function getMemberOverrideModifierStatus(node: ClassLikeDeclaration, member: ClassElement): MemberOverrideStatus {\n            if (!member.name) {\n                return MemberOverrideStatus.Ok;\n            }\n\n            const symbol = getSymbolOfNode(node);\n            const type = getDeclaredTypeOfSymbol(symbol) as InterfaceType;\n            const typeWithThis = getTypeWithThisArgument(type);\n            const staticType = getTypeOfSymbol(symbol) as ObjectType;\n\n            const baseTypeNode = getEffectiveBaseTypeNode(node);\n            const baseTypes = baseTypeNode && getBaseTypes(type);\n            const baseWithThis = baseTypes?.length ? getTypeWithThisArgument(first(baseTypes), type.thisType) : undefined;\n            const baseStaticType = getBaseConstructorTypeOfClass(type);\n\n            const memberHasOverrideModifier = member.parent\n                ? hasOverrideModifier(member)\n                : hasSyntacticModifier(member, ModifierFlags.Override);\n\n            const memberName = unescapeLeadingUnderscores(getTextOfPropertyName(member.name));\n\n            return checkMemberForOverrideModifier(\n                node,\n                staticType,\n                baseStaticType,\n                baseWithThis,\n                type,\n                typeWithThis,\n                memberHasOverrideModifier,\n                hasAbstractModifier(member),\n                isStatic(member),\n                /* memberIsParameterProperty */ false,\n                memberName,\n            );\n        }\n\n        function getTargetSymbol(s: Symbol) {\n            // if symbol is instantiated its flags are not copied from the 'target'\n            // so we'll need to get back original 'target' symbol to work with correct set of flags\n            return getCheckFlags(s) & CheckFlags.Instantiated ? (s as TransientSymbol).target! : s;\n        }\n\n        function getClassOrInterfaceDeclarationsOfSymbol(symbol: Symbol) {\n            return filter(symbol.declarations, (d: Declaration): d is ClassDeclaration | InterfaceDeclaration =>\n                d.kind === SyntaxKind.ClassDeclaration || d.kind === SyntaxKind.InterfaceDeclaration);\n        }\n\n        function checkKindsOfPropertyMemberOverrides(type: InterfaceType, baseType: BaseType): void {\n            // TypeScript 1.0 spec (April 2014): 8.2.3\n            // A derived class inherits all members from its base class it doesn't override.\n            // Inheritance means that a derived class implicitly contains all non - overridden members of the base class.\n            // Both public and private property members are inherited, but only public property members can be overridden.\n            // A property member in a derived class is said to override a property member in a base class\n            // when the derived class property member has the same name and kind(instance or static)\n            // as the base class property member.\n            // The type of an overriding property member must be assignable(section 3.8.4)\n            // to the type of the overridden property member, or otherwise a compile - time error occurs.\n            // Base class instance member functions can be overridden by derived class instance member functions,\n            // but not by other kinds of members.\n            // Base class instance member variables and accessors can be overridden by\n            // derived class instance member variables and accessors, but not by other kinds of members.\n\n            // NOTE: assignability is checked in checkClassDeclaration\n            const baseProperties = getPropertiesOfType(baseType);\n            basePropertyCheck: for (const baseProperty of baseProperties) {\n                const base = getTargetSymbol(baseProperty);\n\n                if (base.flags & SymbolFlags.Prototype) {\n                    continue;\n                }\n                const baseSymbol = getPropertyOfObjectType(type, base.escapedName);\n                if (!baseSymbol) {\n                    continue;\n                }\n                const derived = getTargetSymbol(baseSymbol);\n                const baseDeclarationFlags = getDeclarationModifierFlagsFromSymbol(base);\n\n                Debug.assert(!!derived, \"derived should point to something, even if it is the base class' declaration.\");\n\n                // In order to resolve whether the inherited method was overridden in the base class or not,\n                // we compare the Symbols obtained. Since getTargetSymbol returns the symbol on the *uninstantiated*\n                // type declaration, derived and base resolve to the same symbol even in the case of generic classes.\n                if (derived === base) {\n                    // derived class inherits base without override/redeclaration\n                    const derivedClassDecl = getClassLikeDeclarationOfSymbol(type.symbol)!;\n\n                    // It is an error to inherit an abstract member without implementing it or being declared abstract.\n                    // If there is no declaration for the derived class (as in the case of class expressions),\n                    // then the class cannot be declared abstract.\n                    if (baseDeclarationFlags & ModifierFlags.Abstract && (!derivedClassDecl || !hasSyntacticModifier(derivedClassDecl, ModifierFlags.Abstract))) {\n                        // Searches other base types for a declaration that would satisfy the inherited abstract member.\n                        // (The class may have more than one base type via declaration merging with an interface with the\n                        // same name.)\n                        for (const otherBaseType of getBaseTypes(type)) {\n                            if (otherBaseType === baseType) continue;\n                            const baseSymbol = getPropertyOfObjectType(otherBaseType, base.escapedName);\n                            const derivedElsewhere = baseSymbol && getTargetSymbol(baseSymbol);\n                            if (derivedElsewhere && derivedElsewhere !== base) {\n                                continue basePropertyCheck;\n                            }\n                        }\n\n                        if (derivedClassDecl.kind === SyntaxKind.ClassExpression) {\n                            error(derivedClassDecl, Diagnostics.Non_abstract_class_expression_does_not_implement_inherited_abstract_member_0_from_class_1,\n                                symbolToString(baseProperty), typeToString(baseType));\n                        }\n                        else {\n                            error(derivedClassDecl, Diagnostics.Non_abstract_class_0_does_not_implement_inherited_abstract_member_1_from_class_2,\n                                typeToString(type), symbolToString(baseProperty), typeToString(baseType));\n                        }\n                    }\n                }\n                else {\n                    // derived overrides base.\n                    const derivedDeclarationFlags = getDeclarationModifierFlagsFromSymbol(derived);\n                    if (baseDeclarationFlags & ModifierFlags.Private || derivedDeclarationFlags & ModifierFlags.Private) {\n                        // either base or derived property is private - not override, skip it\n                        continue;\n                    }\n\n                    let errorMessage: DiagnosticMessage;\n                    const basePropertyFlags = base.flags & SymbolFlags.PropertyOrAccessor;\n                    const derivedPropertyFlags = derived.flags & SymbolFlags.PropertyOrAccessor;\n                    if (basePropertyFlags && derivedPropertyFlags) {\n                        // property/accessor is overridden with property/accessor\n                        if (baseDeclarationFlags & ModifierFlags.Abstract && !(base.valueDeclaration && isPropertyDeclaration(base.valueDeclaration) && base.valueDeclaration.initializer)\n                            || base.valueDeclaration && base.valueDeclaration.parent.kind === SyntaxKind.InterfaceDeclaration\n                            || derived.valueDeclaration && isBinaryExpression(derived.valueDeclaration)) {\n                            // when the base property is abstract or from an interface, base/derived flags don't need to match\n                            // same when the derived property is from an assignment\n                            continue;\n                        }\n\n                        const overriddenInstanceProperty = basePropertyFlags !== SymbolFlags.Property && derivedPropertyFlags === SymbolFlags.Property;\n                        const overriddenInstanceAccessor = basePropertyFlags === SymbolFlags.Property && derivedPropertyFlags !== SymbolFlags.Property;\n                        if (overriddenInstanceProperty || overriddenInstanceAccessor) {\n                            const errorMessage = overriddenInstanceProperty ?\n                                Diagnostics._0_is_defined_as_an_accessor_in_class_1_but_is_overridden_here_in_2_as_an_instance_property :\n                                Diagnostics._0_is_defined_as_a_property_in_class_1_but_is_overridden_here_in_2_as_an_accessor;\n                            error(getNameOfDeclaration(derived.valueDeclaration) || derived.valueDeclaration, errorMessage, symbolToString(base), typeToString(baseType), typeToString(type));\n                        }\n                        else if (useDefineForClassFields) {\n                            const uninitialized = derived.declarations?.find(d => d.kind === SyntaxKind.PropertyDeclaration && !(d as PropertyDeclaration).initializer);\n                            if (uninitialized\n                                && !(derived.flags & SymbolFlags.Transient)\n                                && !(baseDeclarationFlags & ModifierFlags.Abstract)\n                                && !(derivedDeclarationFlags & ModifierFlags.Abstract)\n                                && !derived.declarations?.some(d => !!(d.flags & NodeFlags.Ambient))) {\n                                const constructor = findConstructorDeclaration(getClassLikeDeclarationOfSymbol(type.symbol)!);\n                                const propName = (uninitialized as PropertyDeclaration).name;\n                                if ((uninitialized as PropertyDeclaration).exclamationToken\n                                    || !constructor\n                                    || !isIdentifier(propName)\n                                    || !strictNullChecks\n                                    || !isPropertyInitializedInConstructor(propName, type, constructor)) {\n                                    const errorMessage = Diagnostics.Property_0_will_overwrite_the_base_property_in_1_If_this_is_intentional_add_an_initializer_Otherwise_add_a_declare_modifier_or_remove_the_redundant_declaration;\n                                    error(getNameOfDeclaration(derived.valueDeclaration) || derived.valueDeclaration, errorMessage, symbolToString(base), typeToString(baseType));\n                                }\n                            }\n                        }\n\n                        // correct case\n                        continue;\n                    }\n                    else if (isPrototypeProperty(base)) {\n                        if (isPrototypeProperty(derived) || derived.flags & SymbolFlags.Property) {\n                            // method is overridden with method or property -- correct case\n                            continue;\n                        }\n                        else {\n                            Debug.assert(!!(derived.flags & SymbolFlags.Accessor));\n                            errorMessage = Diagnostics.Class_0_defines_instance_member_function_1_but_extended_class_2_defines_it_as_instance_member_accessor;\n                        }\n                    }\n                    else if (base.flags & SymbolFlags.Accessor) {\n                        errorMessage = Diagnostics.Class_0_defines_instance_member_accessor_1_but_extended_class_2_defines_it_as_instance_member_function;\n                    }\n                    else {\n                        errorMessage = Diagnostics.Class_0_defines_instance_member_property_1_but_extended_class_2_defines_it_as_instance_member_function;\n                    }\n\n                    error(getNameOfDeclaration(derived.valueDeclaration) || derived.valueDeclaration, errorMessage, typeToString(baseType), symbolToString(base), typeToString(type));\n                }\n            }\n        }\n\n        function getNonInterhitedProperties(type: InterfaceType, baseTypes: BaseType[], properties: Symbol[]) {\n            if (!length(baseTypes)) {\n                return properties;\n            }\n            const seen = new Map<__String, Symbol>();\n            forEach(properties, p => {\n                seen.set(p.escapedName, p);\n            });\n\n            for (const base of baseTypes) {\n                const properties = getPropertiesOfType(getTypeWithThisArgument(base, type.thisType));\n                for (const prop of properties) {\n                    const existing = seen.get(prop.escapedName);\n                    if (existing && prop.parent === existing.parent) {\n                        seen.delete(prop.escapedName);\n                    }\n                }\n            }\n\n            return arrayFrom(seen.values());\n        }\n\n        function checkInheritedPropertiesAreIdentical(type: InterfaceType, typeNode: Node): boolean {\n            const baseTypes = getBaseTypes(type);\n            if (baseTypes.length < 2) {\n                return true;\n            }\n\n            interface InheritanceInfoMap { prop: Symbol; containingType: Type; }\n            const seen = new Map<__String, InheritanceInfoMap>();\n            forEach(resolveDeclaredMembers(type).declaredProperties, p => {\n                seen.set(p.escapedName, { prop: p, containingType: type });\n            });\n            let ok = true;\n\n            for (const base of baseTypes) {\n                const properties = getPropertiesOfType(getTypeWithThisArgument(base, type.thisType));\n                for (const prop of properties) {\n                    const existing = seen.get(prop.escapedName);\n                    if (!existing) {\n                        seen.set(prop.escapedName, { prop, containingType: base });\n                    }\n                    else {\n                        const isInheritedProperty = existing.containingType !== type;\n                        if (isInheritedProperty && !isPropertyIdenticalTo(existing.prop, prop)) {\n                            ok = false;\n\n                            const typeName1 = typeToString(existing.containingType);\n                            const typeName2 = typeToString(base);\n\n                            let errorInfo = chainDiagnosticMessages(/*details*/ undefined, Diagnostics.Named_property_0_of_types_1_and_2_are_not_identical, symbolToString(prop), typeName1, typeName2);\n                            errorInfo = chainDiagnosticMessages(errorInfo, Diagnostics.Interface_0_cannot_simultaneously_extend_types_1_and_2, typeToString(type), typeName1, typeName2);\n                            diagnostics.add(createDiagnosticForNodeFromMessageChain(typeNode, errorInfo));\n                        }\n                    }\n                }\n            }\n\n            return ok;\n        }\n\n        function checkPropertyInitialization(node: ClassLikeDeclaration) {\n            if (!strictNullChecks || !strictPropertyInitialization || node.flags & NodeFlags.Ambient) {\n                return;\n            }\n            const constructor = findConstructorDeclaration(node);\n            for (const member of node.members) {\n                if (getEffectiveModifierFlags(member) & ModifierFlags.Ambient) {\n                    continue;\n                }\n                if (!isStatic(member) && isPropertyWithoutInitializer(member)) {\n                    const propName = (member as PropertyDeclaration).name;\n                    if (isIdentifier(propName) || isPrivateIdentifier(propName) || isComputedPropertyName(propName)) {\n                        const type = getTypeOfSymbol(getSymbolOfNode(member));\n                        if (!(type.flags & TypeFlags.AnyOrUnknown || getFalsyFlags(type) & TypeFlags.Undefined)) {\n                            if (!constructor || !isPropertyInitializedInConstructor(propName, type, constructor)) {\n                                error(member.name, Diagnostics.Property_0_has_no_initializer_and_is_not_definitely_assigned_in_the_constructor, declarationNameToString(propName));\n                            }\n                        }\n                    }\n                }\n            }\n        }\n\n        function isPropertyWithoutInitializer(node: Node) {\n            return node.kind === SyntaxKind.PropertyDeclaration &&\n                !hasAbstractModifier(node) &&\n                !(node as PropertyDeclaration).exclamationToken &&\n                !(node as PropertyDeclaration).initializer;\n        }\n\n        function isPropertyInitializedInStaticBlocks(propName: Identifier | PrivateIdentifier, propType: Type, staticBlocks: readonly ClassStaticBlockDeclaration[], startPos: number, endPos: number) {\n            for (const staticBlock of staticBlocks) {\n                // static block must be within the provided range as they are evaluated in document order (unlike constructors)\n                if (staticBlock.pos >= startPos && staticBlock.pos <= endPos) {\n                    const reference = factory.createPropertyAccessExpression(factory.createThis(), propName);\n                    setParent(reference.expression, reference);\n                    setParent(reference, staticBlock);\n                    reference.flowNode = staticBlock.returnFlowNode;\n                    const flowType = getFlowTypeOfReference(reference, propType, getOptionalType(propType));\n                    if (!(getFalsyFlags(flowType) & TypeFlags.Undefined)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function isPropertyInitializedInConstructor(propName: Identifier | PrivateIdentifier | ComputedPropertyName, propType: Type, constructor: ConstructorDeclaration) {\n            const reference = isComputedPropertyName(propName)\n                ? factory.createElementAccessExpression(factory.createThis(), propName.expression)\n                : factory.createPropertyAccessExpression(factory.createThis(), propName);\n            setParent(reference.expression, reference);\n            setParent(reference, constructor);\n            reference.flowNode = constructor.returnFlowNode;\n            const flowType = getFlowTypeOfReference(reference, propType, getOptionalType(propType));\n            return !(getFalsyFlags(flowType) & TypeFlags.Undefined);\n        }\n\n\n        function checkInterfaceDeclaration(node: InterfaceDeclaration) {\n            // Grammar checking\n            if (!checkGrammarDecoratorsAndModifiers(node)) checkGrammarInterfaceDeclaration(node);\n\n            checkTypeParameters(node.typeParameters);\n            addLazyDiagnostic(() => {\n                checkTypeNameIsReserved(node.name, Diagnostics.Interface_name_cannot_be_0);\n\n                checkExportsOnMergedDeclarations(node);\n                const symbol = getSymbolOfNode(node);\n                checkTypeParameterListsIdentical(symbol);\n\n                // Only check this symbol once\n                const firstInterfaceDecl = getDeclarationOfKind<InterfaceDeclaration>(symbol, SyntaxKind.InterfaceDeclaration);\n                if (node === firstInterfaceDecl) {\n                    const type = getDeclaredTypeOfSymbol(symbol) as InterfaceType;\n                    const typeWithThis = getTypeWithThisArgument(type);\n                    // run subsequent checks only if first set succeeded\n                    if (checkInheritedPropertiesAreIdentical(type, node.name)) {\n                        for (const baseType of getBaseTypes(type)) {\n                            checkTypeAssignableTo(typeWithThis, getTypeWithThisArgument(baseType, type.thisType), node.name, Diagnostics.Interface_0_incorrectly_extends_interface_1);\n                        }\n                        checkIndexConstraints(type, symbol);\n                    }\n                }\n                checkObjectTypeForDuplicateDeclarations(node);\n            });\n            forEach(getInterfaceBaseTypeNodes(node), heritageElement => {\n                if (!isEntityNameExpression(heritageElement.expression) || isOptionalChain(heritageElement.expression)) {\n                    error(heritageElement.expression, Diagnostics.An_interface_can_only_extend_an_identifier_Slashqualified_name_with_optional_type_arguments);\n                }\n                checkTypeReferenceNode(heritageElement);\n            });\n\n            forEach(node.members, checkSourceElement);\n\n            addLazyDiagnostic(() => {\n                checkTypeForDuplicateIndexSignatures(node);\n                registerForUnusedIdentifiersCheck(node);\n            });\n        }\n\n        function checkTypeAliasDeclaration(node: TypeAliasDeclaration) {\n            // Grammar checking\n            checkGrammarDecoratorsAndModifiers(node);\n            checkTypeNameIsReserved(node.name, Diagnostics.Type_alias_name_cannot_be_0);\n            checkExportsOnMergedDeclarations(node);\n            checkTypeParameters(node.typeParameters);\n            if (node.type.kind === SyntaxKind.IntrinsicKeyword) {\n                if (!intrinsicTypeKinds.has(node.name.escapedText as string) || length(node.typeParameters) !== 1) {\n                    error(node.type, Diagnostics.The_intrinsic_keyword_can_only_be_used_to_declare_compiler_provided_intrinsic_types);\n                }\n            }\n            else {\n                checkSourceElement(node.type);\n                registerForUnusedIdentifiersCheck(node);\n            }\n        }\n\n        function computeEnumMemberValues(node: EnumDeclaration) {\n            const nodeLinks = getNodeLinks(node);\n            if (!(nodeLinks.flags & NodeCheckFlags.EnumValuesComputed)) {\n                nodeLinks.flags |= NodeCheckFlags.EnumValuesComputed;\n                let autoValue: number | undefined = 0;\n                for (const member of node.members) {\n                    const value = computeMemberValue(member, autoValue);\n                    getNodeLinks(member).enumMemberValue = value;\n                    autoValue = typeof value === \"number\" ? value + 1 : undefined;\n                }\n            }\n        }\n\n        function computeMemberValue(member: EnumMember, autoValue: number | undefined) {\n            if (isComputedNonLiteralName(member.name)) {\n                error(member.name, Diagnostics.Computed_property_names_are_not_allowed_in_enums);\n            }\n            else {\n                const text = getTextOfPropertyName(member.name);\n                if (isNumericLiteralName(text) && !isInfinityOrNaNString(text)) {\n                    error(member.name, Diagnostics.An_enum_member_cannot_have_a_numeric_name);\n                }\n            }\n            if (member.initializer) {\n                return computeConstantValue(member);\n            }\n            // In ambient non-const numeric enum declarations, enum members without initializers are\n            // considered computed members (as opposed to having auto-incremented values).\n            if (member.parent.flags & NodeFlags.Ambient && !isEnumConst(member.parent) && getEnumKind(getSymbolOfNode(member.parent)) === EnumKind.Numeric) {\n                return undefined;\n            }\n            // If the member declaration specifies no value, the member is considered a constant enum member.\n            // If the member is the first member in the enum declaration, it is assigned the value zero.\n            // Otherwise, it is assigned the value of the immediately preceding member plus one, and an error\n            // occurs if the immediately preceding member is not a constant enum member.\n            if (autoValue !== undefined) {\n                return autoValue;\n            }\n            error(member.name, Diagnostics.Enum_member_must_have_initializer);\n            return undefined;\n        }\n\n        function computeConstantValue(member: EnumMember): string | number | undefined {\n            const enumKind = getEnumKind(getSymbolOfNode(member.parent));\n            const isConstEnum = isEnumConst(member.parent);\n            const initializer = member.initializer!;\n            const value = enumKind === EnumKind.Literal && !isLiteralEnumMember(member) ? undefined : evaluate(initializer);\n            if (value !== undefined) {\n                if (isConstEnum && typeof value === \"number\" && !isFinite(value)) {\n                    error(initializer, isNaN(value) ?\n                        Diagnostics.const_enum_member_initializer_was_evaluated_to_disallowed_value_NaN :\n                        Diagnostics.const_enum_member_initializer_was_evaluated_to_a_non_finite_value);\n                }\n            }\n            else if (enumKind === EnumKind.Literal) {\n                error(initializer, Diagnostics.Computed_values_are_not_permitted_in_an_enum_with_string_valued_members);\n                return 0;\n            }\n            else if (isConstEnum) {\n                error(initializer, Diagnostics.const_enum_member_initializers_can_only_contain_literal_values_and_other_computed_enum_values);\n            }\n            else if (member.parent.flags & NodeFlags.Ambient) {\n                error(initializer, Diagnostics.In_ambient_enum_declarations_member_initializer_must_be_constant_expression);\n            }\n            else {\n                // Only here do we need to check that the initializer is assignable to the enum type.\n                const source = checkExpression(initializer);\n                if (!isTypeAssignableToKind(source, TypeFlags.NumberLike)) {\n                    error(initializer, Diagnostics.Only_numeric_enums_can_have_computed_members_but_this_expression_has_type_0_If_you_do_not_need_exhaustiveness_checks_consider_using_an_object_literal_instead, typeToString(source));\n                }\n                else {\n                    checkTypeAssignableTo(source, getDeclaredTypeOfSymbol(getSymbolOfNode(member.parent)), initializer, /*headMessage*/ undefined);\n                }\n            }\n            return value;\n\n            function evaluate(expr: Expression): string | number | undefined {\n                switch (expr.kind) {\n                    case SyntaxKind.PrefixUnaryExpression:\n                        const value = evaluate((expr as PrefixUnaryExpression).operand);\n                        if (typeof value === \"number\") {\n                            switch ((expr as PrefixUnaryExpression).operator) {\n                                case SyntaxKind.PlusToken: return value;\n                                case SyntaxKind.MinusToken: return -value;\n                                case SyntaxKind.TildeToken: return ~value;\n                            }\n                        }\n                        break;\n                    case SyntaxKind.BinaryExpression:\n                        const left = evaluate((expr as BinaryExpression).left);\n                        const right = evaluate((expr as BinaryExpression).right);\n                        if (typeof left === \"number\" && typeof right === \"number\") {\n                            switch ((expr as BinaryExpression).operatorToken.kind) {\n                                case SyntaxKind.BarToken: return left | right;\n                                case SyntaxKind.AmpersandToken: return left & right;\n                                case SyntaxKind.GreaterThanGreaterThanToken: return left >> right;\n                                case SyntaxKind.GreaterThanGreaterThanGreaterThanToken: return left >>> right;\n                                case SyntaxKind.LessThanLessThanToken: return left << right;\n                                case SyntaxKind.CaretToken: return left ^ right;\n                                case SyntaxKind.AsteriskToken: return left * right;\n                                case SyntaxKind.SlashToken: return left / right;\n                                case SyntaxKind.PlusToken: return left + right;\n                                case SyntaxKind.MinusToken: return left - right;\n                                case SyntaxKind.PercentToken: return left % right;\n                                case SyntaxKind.AsteriskAsteriskToken: return left ** right;\n                            }\n                        }\n                        else if (typeof left === \"string\" && typeof right === \"string\" && (expr as BinaryExpression).operatorToken.kind === SyntaxKind.PlusToken) {\n                            return left + right;\n                        }\n                        break;\n                    case SyntaxKind.StringLiteral:\n                    case SyntaxKind.NoSubstitutionTemplateLiteral:\n                        return (expr as StringLiteralLike).text;\n                    case SyntaxKind.NumericLiteral:\n                        checkGrammarNumericLiteral(expr as NumericLiteral);\n                        return +(expr as NumericLiteral).text;\n                    case SyntaxKind.ParenthesizedExpression:\n                        return evaluate((expr as ParenthesizedExpression).expression);\n                    case SyntaxKind.Identifier:\n                        const identifier = expr as Identifier;\n                        if (isInfinityOrNaNString(identifier.escapedText)) {\n                            return +(identifier.escapedText);\n                        }\n                        return nodeIsMissing(expr) ? 0 : evaluateEnumMember(expr, getSymbolOfNode(member.parent), identifier.escapedText);\n                    case SyntaxKind.ElementAccessExpression:\n                    case SyntaxKind.PropertyAccessExpression:\n                        if (isConstantMemberAccess(expr)) {\n                            const type = getTypeOfExpression(expr.expression);\n                            if (type.symbol && type.symbol.flags & SymbolFlags.Enum) {\n                                let name: __String;\n                                if (expr.kind === SyntaxKind.PropertyAccessExpression) {\n                                    name = expr.name.escapedText;\n                                }\n                                else {\n                                    name = escapeLeadingUnderscores(cast(expr.argumentExpression, isLiteralExpression).text);\n                                }\n                                return evaluateEnumMember(expr, type.symbol, name);\n                            }\n                        }\n                        break;\n                }\n                return undefined;\n            }\n\n            function evaluateEnumMember(expr: Expression, enumSymbol: Symbol, name: __String) {\n                const memberSymbol = enumSymbol.exports!.get(name);\n                if (memberSymbol) {\n                    const declaration = memberSymbol.valueDeclaration;\n                    if (declaration !== member) {\n                        if (declaration && isBlockScopedNameDeclaredBeforeUse(declaration, member) && isEnumDeclaration(declaration.parent)) {\n                            return getEnumMemberValue(declaration as EnumMember);\n                        }\n                        error(expr, Diagnostics.A_member_initializer_in_a_enum_declaration_cannot_reference_members_declared_after_it_including_members_defined_in_other_enums);\n                        return 0;\n                    }\n                    else {\n                        error(expr, Diagnostics.Property_0_is_used_before_being_assigned, symbolToString(memberSymbol));\n                    }\n                }\n                return undefined;\n            }\n        }\n\n        function isConstantMemberAccess(node: Expression): node is AccessExpression {\n            const type = getTypeOfExpression(node);\n            if(type === errorType) {\n                return false;\n            }\n\n            return node.kind === SyntaxKind.Identifier ||\n                node.kind === SyntaxKind.PropertyAccessExpression && isConstantMemberAccess((node as PropertyAccessExpression).expression) ||\n                node.kind === SyntaxKind.ElementAccessExpression && isConstantMemberAccess((node as ElementAccessExpression).expression) &&\n                    isStringLiteralLike((node as ElementAccessExpression).argumentExpression);\n        }\n\n        function checkEnumDeclaration(node: EnumDeclaration) {\n            addLazyDiagnostic(() => checkEnumDeclarationWorker(node));\n        }\n\n        function checkEnumDeclarationWorker(node: EnumDeclaration) {\n            // Grammar checking\n            checkGrammarDecoratorsAndModifiers(node);\n\n            checkCollisionsForDeclarationName(node, node.name);\n            checkExportsOnMergedDeclarations(node);\n            node.members.forEach(checkEnumMember);\n\n            computeEnumMemberValues(node);\n\n            // Spec 2014 - Section 9.3:\n            // It isn't possible for one enum declaration to continue the automatic numbering sequence of another,\n            // and when an enum type has multiple declarations, only one declaration is permitted to omit a value\n            // for the first member.\n            //\n            // Only perform this check once per symbol\n            const enumSymbol = getSymbolOfNode(node);\n            const firstDeclaration = getDeclarationOfKind(enumSymbol, node.kind);\n            if (node === firstDeclaration) {\n                if (enumSymbol.declarations && enumSymbol.declarations.length > 1) {\n                    const enumIsConst = isEnumConst(node);\n                    // check that const is placed\\omitted on all enum declarations\n                    forEach(enumSymbol.declarations, decl => {\n                        if (isEnumDeclaration(decl) && isEnumConst(decl) !== enumIsConst) {\n                            error(getNameOfDeclaration(decl), Diagnostics.Enum_declarations_must_all_be_const_or_non_const);\n                        }\n                    });\n                }\n\n                let seenEnumMissingInitialInitializer = false;\n                forEach(enumSymbol.declarations, declaration => {\n                    // return true if we hit a violation of the rule, false otherwise\n                    if (declaration.kind !== SyntaxKind.EnumDeclaration) {\n                        return false;\n                    }\n\n                    const enumDeclaration = declaration as EnumDeclaration;\n                    if (!enumDeclaration.members.length) {\n                        return false;\n                    }\n\n                    const firstEnumMember = enumDeclaration.members[0];\n                    if (!firstEnumMember.initializer) {\n                        if (seenEnumMissingInitialInitializer) {\n                            error(firstEnumMember.name, Diagnostics.In_an_enum_with_multiple_declarations_only_one_declaration_can_omit_an_initializer_for_its_first_enum_element);\n                        }\n                        else {\n                            seenEnumMissingInitialInitializer = true;\n                        }\n                    }\n                });\n            }\n        }\n\n        function checkEnumMember(node: EnumMember) {\n            if (isPrivateIdentifier(node.name)) {\n                error(node, Diagnostics.An_enum_member_cannot_be_named_with_a_private_identifier);\n            }\n        }\n\n        function getFirstNonAmbientClassOrFunctionDeclaration(symbol: Symbol): Declaration | undefined {\n            const declarations = symbol.declarations;\n            if (declarations) {\n                for (const declaration of declarations) {\n                    if ((declaration.kind === SyntaxKind.ClassDeclaration ||\n                        (declaration.kind === SyntaxKind.FunctionDeclaration && nodeIsPresent((declaration as FunctionLikeDeclaration).body))) &&\n                        !(declaration.flags & NodeFlags.Ambient)) {\n                        return declaration;\n                    }\n                }\n            }\n            return undefined;\n        }\n\n        function inSameLexicalScope(node1: Node, node2: Node) {\n            const container1 = getEnclosingBlockScopeContainer(node1);\n            const container2 = getEnclosingBlockScopeContainer(node2);\n            if (isGlobalSourceFile(container1)) {\n                return isGlobalSourceFile(container2);\n            }\n            else if (isGlobalSourceFile(container2)) {\n                return false;\n            }\n            else {\n                return container1 === container2;\n            }\n        }\n\n        function checkModuleDeclaration(node: ModuleDeclaration) {\n            if (node.body) {\n                checkSourceElement(node.body);\n                if (!isGlobalScopeAugmentation(node)) {\n                    registerForUnusedIdentifiersCheck(node);\n                }\n            }\n\n            addLazyDiagnostic(checkModuleDeclarationDiagnostics);\n\n            function checkModuleDeclarationDiagnostics() {\n                // Grammar checking\n                const isGlobalAugmentation = isGlobalScopeAugmentation(node);\n                const inAmbientContext = node.flags & NodeFlags.Ambient;\n                if (isGlobalAugmentation && !inAmbientContext) {\n                    error(node.name, Diagnostics.Augmentations_for_the_global_scope_should_have_declare_modifier_unless_they_appear_in_already_ambient_context);\n                }\n\n                const isAmbientExternalModule: boolean = isAmbientModule(node);\n                const contextErrorMessage = isAmbientExternalModule\n                    ? Diagnostics.An_ambient_module_declaration_is_only_allowed_at_the_top_level_in_a_file\n                    : Diagnostics.A_namespace_declaration_is_only_allowed_at_the_top_level_of_a_namespace_or_module;\n                if (checkGrammarModuleElementContext(node, contextErrorMessage)) {\n                    // If we hit a module declaration in an illegal context, just bail out to avoid cascading errors.\n                    return;\n                }\n\n                if (!checkGrammarDecoratorsAndModifiers(node)) {\n                    if (!inAmbientContext && node.name.kind === SyntaxKind.StringLiteral) {\n                        grammarErrorOnNode(node.name, Diagnostics.Only_ambient_modules_can_use_quoted_names);\n                    }\n                }\n\n                if (isIdentifier(node.name)) {\n                    checkCollisionsForDeclarationName(node, node.name);\n                }\n\n                checkExportsOnMergedDeclarations(node);\n                const symbol = getSymbolOfNode(node);\n\n                // The following checks only apply on a non-ambient instantiated module declaration.\n                if (symbol.flags & SymbolFlags.ValueModule\n                    && !inAmbientContext\n                    && symbol.declarations\n                    && symbol.declarations.length > 1\n                    && isInstantiatedModule(node, shouldPreserveConstEnums(compilerOptions))) {\n                    const firstNonAmbientClassOrFunc = getFirstNonAmbientClassOrFunctionDeclaration(symbol);\n                    if (firstNonAmbientClassOrFunc) {\n                        if (getSourceFileOfNode(node) !== getSourceFileOfNode(firstNonAmbientClassOrFunc)) {\n                            error(node.name, Diagnostics.A_namespace_declaration_cannot_be_in_a_different_file_from_a_class_or_function_with_which_it_is_merged);\n                        }\n                        else if (node.pos < firstNonAmbientClassOrFunc.pos) {\n                            error(node.name, Diagnostics.A_namespace_declaration_cannot_be_located_prior_to_a_class_or_function_with_which_it_is_merged);\n                        }\n                    }\n\n                    // if the module merges with a class declaration in the same lexical scope,\n                    // we need to track this to ensure the correct emit.\n                    const mergedClass = getDeclarationOfKind(symbol, SyntaxKind.ClassDeclaration);\n                    if (mergedClass &&\n                        inSameLexicalScope(node, mergedClass)) {\n                        getNodeLinks(node).flags |= NodeCheckFlags.LexicalModuleMergesWithClass;\n                    }\n                }\n\n                if (isAmbientExternalModule) {\n                    if (isExternalModuleAugmentation(node)) {\n                        // body of the augmentation should be checked for consistency only if augmentation was applied to its target (either global scope or module)\n                        // otherwise we'll be swamped in cascading errors.\n                        // We can detect if augmentation was applied using following rules:\n                        // - augmentation for a global scope is always applied\n                        // - augmentation for some external module is applied if symbol for augmentation is merged (it was combined with target module).\n                        const checkBody = isGlobalAugmentation || (getSymbolOfNode(node).flags & SymbolFlags.Transient);\n                        if (checkBody && node.body) {\n                            for (const statement of node.body.statements) {\n                                checkModuleAugmentationElement(statement, isGlobalAugmentation);\n                            }\n                        }\n                    }\n                    else if (isGlobalSourceFile(node.parent)) {\n                        if (isGlobalAugmentation) {\n                            error(node.name, Diagnostics.Augmentations_for_the_global_scope_can_only_be_directly_nested_in_external_modules_or_ambient_module_declarations);\n                        }\n                        else if (isExternalModuleNameRelative(getTextOfIdentifierOrLiteral(node.name))) {\n                            error(node.name, Diagnostics.Ambient_module_declaration_cannot_specify_relative_module_name);\n                        }\n                    }\n                    else {\n                        if (isGlobalAugmentation) {\n                            error(node.name, Diagnostics.Augmentations_for_the_global_scope_can_only_be_directly_nested_in_external_modules_or_ambient_module_declarations);\n                        }\n                        else {\n                            // Node is not an augmentation and is not located on the script level.\n                            // This means that this is declaration of ambient module that is located in other module or namespace which is prohibited.\n                            error(node.name, Diagnostics.Ambient_modules_cannot_be_nested_in_other_modules_or_namespaces);\n                        }\n                    }\n                }\n            }\n        }\n\n        function checkModuleAugmentationElement(node: Node, isGlobalAugmentation: boolean): void {\n            switch (node.kind) {\n                case SyntaxKind.VariableStatement:\n                    // error each individual name in variable statement instead of marking the entire variable statement\n                    for (const decl of (node as VariableStatement).declarationList.declarations) {\n                        checkModuleAugmentationElement(decl, isGlobalAugmentation);\n                    }\n                    break;\n                case SyntaxKind.ExportAssignment:\n                case SyntaxKind.ExportDeclaration:\n                    grammarErrorOnFirstToken(node, Diagnostics.Exports_and_export_assignments_are_not_permitted_in_module_augmentations);\n                    break;\n                case SyntaxKind.ImportEqualsDeclaration:\n                case SyntaxKind.ImportDeclaration:\n                    grammarErrorOnFirstToken(node, Diagnostics.Imports_are_not_permitted_in_module_augmentations_Consider_moving_them_to_the_enclosing_external_module);\n                    break;\n                case SyntaxKind.BindingElement:\n                case SyntaxKind.VariableDeclaration:\n                    const name = (node as VariableDeclaration | BindingElement).name;\n                    if (isBindingPattern(name)) {\n                        for (const el of name.elements) {\n                            // mark individual names in binding pattern\n                            checkModuleAugmentationElement(el, isGlobalAugmentation);\n                        }\n                        break;\n                    }\n                    // falls through\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.EnumDeclaration:\n                case SyntaxKind.FunctionDeclaration:\n                case SyntaxKind.InterfaceDeclaration:\n                case SyntaxKind.ModuleDeclaration:\n                case SyntaxKind.TypeAliasDeclaration:\n                    if (isGlobalAugmentation) {\n                        return;\n                    }\n                    const symbol = getSymbolOfNode(node);\n                    if (symbol) {\n                        // module augmentations cannot introduce new names on the top level scope of the module\n                        // this is done it two steps\n                        // 1. quick check - if symbol for node is not merged - this is local symbol to this augmentation - report error\n                        // 2. main check - report error if value declaration of the parent symbol is module augmentation)\n                        let reportError = !(symbol.flags & SymbolFlags.Transient);\n                        if (!reportError) {\n                            // symbol should not originate in augmentation\n                            reportError = !!symbol.parent?.declarations && isExternalModuleAugmentation(symbol.parent.declarations[0]);\n                        }\n                    }\n                    break;\n            }\n        }\n\n        function getFirstNonModuleExportsIdentifier(node: EntityNameOrEntityNameExpression): Identifier {\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                    return node;\n                case SyntaxKind.QualifiedName:\n                    do {\n                        node = node.left;\n                    } while (node.kind !== SyntaxKind.Identifier);\n                    return node;\n                case SyntaxKind.PropertyAccessExpression:\n                    do {\n                        if (isModuleExportsAccessExpression(node.expression) && !isPrivateIdentifier(node.name)) {\n                            return node.name;\n                        }\n                        node = node.expression;\n                    } while (node.kind !== SyntaxKind.Identifier);\n                    return node;\n            }\n        }\n\n        function checkExternalImportOrExportDeclaration(node: ImportDeclaration | ImportEqualsDeclaration | ExportDeclaration): boolean {\n            const moduleName = getExternalModuleName(node);\n            if (!moduleName || nodeIsMissing(moduleName)) {\n                // Should be a parse error.\n                return false;\n            }\n            if (!isStringLiteral(moduleName)) {\n                error(moduleName, Diagnostics.String_literal_expected);\n                return false;\n            }\n            const inAmbientExternalModule = node.parent.kind === SyntaxKind.ModuleBlock && isAmbientModule(node.parent.parent);\n            if (node.parent.kind !== SyntaxKind.SourceFile && !inAmbientExternalModule) {\n                error(moduleName, node.kind === SyntaxKind.ExportDeclaration ?\n                    Diagnostics.Export_declarations_are_not_permitted_in_a_namespace :\n                    Diagnostics.Import_declarations_in_a_namespace_cannot_reference_a_module);\n                return false;\n            }\n            if (inAmbientExternalModule && isExternalModuleNameRelative(moduleName.text)) {\n                // we have already reported errors on top level imports/exports in external module augmentations in checkModuleDeclaration\n                // no need to do this again.\n                if (!isTopLevelInExternalModuleAugmentation(node)) {\n                    // TypeScript 1.0 spec (April 2013): 12.1.6\n                    // An ExternalImportDeclaration in an AmbientExternalModuleDeclaration may reference\n                    // other external modules only through top - level external module names.\n                    // Relative external module names are not permitted.\n                    error(node, Diagnostics.Import_or_export_declaration_in_an_ambient_module_declaration_cannot_reference_module_through_relative_module_name);\n                    return false;\n                }\n            }\n            if (!isImportEqualsDeclaration(node) && node.assertClause) {\n                let hasError = false;\n                for (const clause of node.assertClause.elements) {\n                    if (!isStringLiteral(clause.value)) {\n                        hasError = true;\n                        error(clause.value, Diagnostics.Import_assertion_values_must_be_string_literal_expressions);\n                    }\n                }\n                return !hasError;\n            }\n            return true;\n        }\n\n        function checkAliasSymbol(node: ImportEqualsDeclaration | VariableDeclaration | ImportClause | NamespaceImport | ImportSpecifier | ExportSpecifier | NamespaceExport) {\n            let symbol = getSymbolOfNode(node);\n            const target = resolveAlias(symbol);\n\n            if (target !== unknownSymbol) {\n                // For external modules, `symbol` represents the local symbol for an alias.\n                // This local symbol will merge any other local declarations (excluding other aliases)\n                // and symbol.flags will contains combined representation for all merged declaration.\n                // Based on symbol.flags we can compute a set of excluded meanings (meaning that resolved alias should not have,\n                // otherwise it will conflict with some local declaration). Note that in addition to normal flags we include matching SymbolFlags.Export*\n                // in order to prevent collisions with declarations that were exported from the current module (they still contribute to local names).\n                symbol = getMergedSymbol(symbol.exportSymbol || symbol);\n                const excludedMeanings =\n                    (symbol.flags & (SymbolFlags.Value | SymbolFlags.ExportValue) ? SymbolFlags.Value : 0) |\n                    (symbol.flags & SymbolFlags.Type ? SymbolFlags.Type : 0) |\n                    (symbol.flags & SymbolFlags.Namespace ? SymbolFlags.Namespace : 0);\n                if (target.flags & excludedMeanings) {\n                    const message = node.kind === SyntaxKind.ExportSpecifier ?\n                        Diagnostics.Export_declaration_conflicts_with_exported_declaration_of_0 :\n                        Diagnostics.Import_declaration_conflicts_with_local_declaration_of_0;\n                    error(node, message, symbolToString(symbol));\n                }\n\n                if (compilerOptions.isolatedModules\n                    && !isTypeOnlyImportOrExportDeclaration(node)\n                    && !(node.flags & NodeFlags.Ambient)) {\n                    const typeOnlyAlias = getTypeOnlyAliasDeclaration(symbol);\n                    const isType = !(target.flags & SymbolFlags.Value);\n                    if (isType || typeOnlyAlias) {\n                        switch (node.kind) {\n                            case SyntaxKind.ImportClause:\n                            case SyntaxKind.ImportSpecifier:\n                            case SyntaxKind.ImportEqualsDeclaration: {\n                                if (compilerOptions.preserveValueImports) {\n                                    Debug.assertIsDefined(node.name, \"An ImportClause with a symbol should have a name\");\n                                    const message = isType\n                                        ? Diagnostics._0_is_a_type_and_must_be_imported_using_a_type_only_import_when_preserveValueImports_and_isolatedModules_are_both_enabled\n                                        : Diagnostics._0_resolves_to_a_type_only_declaration_and_must_be_imported_using_a_type_only_import_when_preserveValueImports_and_isolatedModules_are_both_enabled;\n                                    const name = idText(node.kind === SyntaxKind.ImportSpecifier ? node.propertyName || node.name : node.name);\n                                    addTypeOnlyDeclarationRelatedInfo(\n                                        error(node, message, name),\n                                        isType ? undefined : typeOnlyAlias,\n                                        name\n                                    );\n                                }\n                                if (isType && node.kind === SyntaxKind.ImportEqualsDeclaration && hasEffectiveModifier(node, ModifierFlags.Export)) {\n                                    error(node, Diagnostics.Cannot_use_export_import_on_a_type_or_type_only_namespace_when_the_isolatedModules_flag_is_provided);\n                                }\n                                break;\n                            }\n                            case SyntaxKind.ExportSpecifier: {\n                                // Don't allow re-exporting an export that will be elided when `--isolatedModules` is set.\n                                // The exception is that `import type { A } from './a'; export { A }` is allowed\n                                // because single-file analysis can determine that the export should be dropped.\n                                if (getSourceFileOfNode(typeOnlyAlias) !== getSourceFileOfNode(node)) {\n                                    const message = isType\n                                        ? Diagnostics.Re_exporting_a_type_when_the_isolatedModules_flag_is_provided_requires_using_export_type\n                                        : Diagnostics._0_resolves_to_a_type_only_declaration_and_must_be_re_exported_using_a_type_only_re_export_when_isolatedModules_is_enabled;\n                                    const name = idText(node.propertyName || node.name);\n                                    addTypeOnlyDeclarationRelatedInfo(\n                                        error(node, message, name),\n                                        isType ? undefined : typeOnlyAlias,\n                                        name\n                                    );\n                                    return;\n                                }\n                            }\n                        }\n                    }\n                }\n\n                if (isImportSpecifier(node)) {\n                    const targetSymbol = checkDeprecatedAliasedSymbol(symbol, node);\n                    if (isDeprecatedAliasedSymbol(targetSymbol) && targetSymbol.declarations) {\n                        addDeprecatedSuggestion(node, targetSymbol.declarations, targetSymbol.escapedName as string);\n                    }\n                }\n            }\n        }\n\n        function isDeprecatedAliasedSymbol(symbol: Symbol) {\n            return !!symbol.declarations && every(symbol.declarations, d => !!(getCombinedNodeFlags(d) & NodeFlags.Deprecated));\n        }\n\n        function checkDeprecatedAliasedSymbol(symbol: Symbol, location: Node) {\n            if (!(symbol.flags & SymbolFlags.Alias)) return symbol;\n\n            const targetSymbol = resolveAlias(symbol);\n            if (targetSymbol === unknownSymbol) return targetSymbol;\n\n            while (symbol.flags & SymbolFlags.Alias) {\n                const target = getImmediateAliasedSymbol(symbol);\n                if (target) {\n                    if (target === targetSymbol) break;\n                    if (target.declarations && length(target.declarations)) {\n                        if (isDeprecatedAliasedSymbol(target)) {\n                            addDeprecatedSuggestion(location, target.declarations, target.escapedName as string);\n                            break;\n                        }\n                        else {\n                            if (symbol === targetSymbol) break;\n                            symbol = target;\n                        }\n                    }\n                }\n                else {\n                    break;\n                }\n            }\n            return targetSymbol;\n        }\n\n        function checkImportBinding(node: ImportEqualsDeclaration | ImportClause | NamespaceImport | ImportSpecifier) {\n            checkCollisionsForDeclarationName(node, node.name);\n            checkAliasSymbol(node);\n            if (node.kind === SyntaxKind.ImportSpecifier &&\n                idText(node.propertyName || node.name) === \"default\" &&\n                getESModuleInterop(compilerOptions) &&\n                moduleKind !== ModuleKind.System && (moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS)) {\n                checkExternalEmitHelpers(node, ExternalEmitHelpers.ImportDefault);\n            }\n        }\n\n        function checkAssertClause(declaration: ImportDeclaration | ExportDeclaration) {\n            if (declaration.assertClause) {\n                const validForTypeAssertions = isExclusivelyTypeOnlyImportOrExport(declaration);\n                const override = getResolutionModeOverrideForClause(declaration.assertClause, validForTypeAssertions ? grammarErrorOnNode : undefined);\n                if (validForTypeAssertions && override) {\n                    if (getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.Node12 && getEmitModuleResolutionKind(compilerOptions) !== ModuleResolutionKind.NodeNext) {\n                        return grammarErrorOnNode(declaration.assertClause, Diagnostics.Resolution_modes_are_only_supported_when_moduleResolution_is_node12_or_nodenext);\n                    }\n                    return; // Other grammar checks do not apply to type-only imports with resolution mode assertions\n                }\n\n                const mode = (moduleKind === ModuleKind.NodeNext) && declaration.moduleSpecifier && getUsageModeForExpression(declaration.moduleSpecifier);\n                if (mode !== ModuleKind.ESNext && moduleKind !== ModuleKind.ESNext) {\n                    return grammarErrorOnNode(declaration.assertClause,\n                        moduleKind === ModuleKind.NodeNext\n                            ? Diagnostics.Import_assertions_are_not_allowed_on_statements_that_transpile_to_commonjs_require_calls\n                            : Diagnostics.Import_assertions_are_only_supported_when_the_module_option_is_set_to_esnext_or_nodenext);\n                }\n\n                if (isImportDeclaration(declaration) ? declaration.importClause?.isTypeOnly : declaration.isTypeOnly) {\n                    return grammarErrorOnNode(declaration.assertClause, Diagnostics.Import_assertions_cannot_be_used_with_type_only_imports_or_exports);\n                }\n\n                if (override) {\n                    return grammarErrorOnNode(declaration.assertClause, Diagnostics.resolution_mode_can_only_be_set_for_type_only_imports);\n                }\n            }\n        }\n\n        function checkImportDeclaration(node: ImportDeclaration) {\n            if (checkGrammarModuleElementContext(node, isInJSFile(node) ? Diagnostics.An_import_declaration_can_only_be_used_at_the_top_level_of_a_module : Diagnostics.An_import_declaration_can_only_be_used_at_the_top_level_of_a_namespace_or_module)) {\n                // If we hit an import declaration in an illegal context, just bail out to avoid cascading errors.\n                return;\n            }\n            if (!checkGrammarDecoratorsAndModifiers(node) && hasEffectiveModifiers(node)) {\n                grammarErrorOnFirstToken(node, Diagnostics.An_import_declaration_cannot_have_modifiers);\n            }\n            if (checkExternalImportOrExportDeclaration(node)) {\n                const importClause = node.importClause;\n                if (importClause && !checkGrammarImportClause(importClause)) {\n                    if (importClause.name) {\n                        checkImportBinding(importClause);\n                    }\n                    if (importClause.namedBindings) {\n                        if (importClause.namedBindings.kind === SyntaxKind.NamespaceImport) {\n                            checkImportBinding(importClause.namedBindings);\n                            if (moduleKind !== ModuleKind.System && (moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS) && getESModuleInterop(compilerOptions)) {\n                                // import * as ns from \"foo\";\n                                checkExternalEmitHelpers(node, ExternalEmitHelpers.ImportStar);\n                            }\n                        }\n                        else {\n                            const moduleExisted = resolveExternalModuleName(node, node.moduleSpecifier);\n                            if (moduleExisted) {\n                                forEach(importClause.namedBindings.elements, checkImportBinding);\n                            }\n                        }\n                    }\n                }\n            }\n            checkAssertClause(node);\n        }\n\n        function checkImportEqualsDeclaration(node: ImportEqualsDeclaration) {\n            if (checkGrammarModuleElementContext(node, isInJSFile(node) ? Diagnostics.An_import_declaration_can_only_be_used_at_the_top_level_of_a_module : Diagnostics.An_import_declaration_can_only_be_used_at_the_top_level_of_a_namespace_or_module)) {\n                // If we hit an import declaration in an illegal context, just bail out to avoid cascading errors.\n                return;\n            }\n\n            checkGrammarDecoratorsAndModifiers(node);\n            if (isInternalModuleImportEqualsDeclaration(node) || checkExternalImportOrExportDeclaration(node)) {\n                checkImportBinding(node);\n                if (hasSyntacticModifier(node, ModifierFlags.Export)) {\n                    markExportAsReferenced(node);\n                }\n                if (node.moduleReference.kind !== SyntaxKind.ExternalModuleReference) {\n                    const target = resolveAlias(getSymbolOfNode(node));\n                    if (target !== unknownSymbol) {\n                        if (target.flags & SymbolFlags.Value) {\n                            // Target is a value symbol, check that it is not hidden by a local declaration with the same name\n                            const moduleName = getFirstIdentifier(node.moduleReference);\n                            if (!(resolveEntityName(moduleName, SymbolFlags.Value | SymbolFlags.Namespace)!.flags & SymbolFlags.Namespace)) {\n                                error(moduleName, Diagnostics.Module_0_is_hidden_by_a_local_declaration_with_the_same_name, declarationNameToString(moduleName));\n                            }\n                        }\n                        if (target.flags & SymbolFlags.Type) {\n                            checkTypeNameIsReserved(node.name, Diagnostics.Import_name_cannot_be_0);\n                        }\n                    }\n                    if (node.isTypeOnly) {\n                        grammarErrorOnNode(node, Diagnostics.An_import_alias_cannot_use_import_type);\n                    }\n                }\n                else {\n                    if (moduleKind >= ModuleKind.ES2015 && getSourceFileOfNode(node).impliedNodeFormat === undefined && !node.isTypeOnly && !(node.flags & NodeFlags.Ambient)) {\n                        // Import equals declaration is deprecated in es6 or above\n                        grammarErrorOnNode(node, Diagnostics.Import_assignment_cannot_be_used_when_targeting_ECMAScript_modules_Consider_using_import_Asterisk_as_ns_from_mod_import_a_from_mod_import_d_from_mod_or_another_module_format_instead);\n                    }\n                }\n            }\n        }\n\n        function checkExportDeclaration(node: ExportDeclaration) {\n            if (checkGrammarModuleElementContext(node, isInJSFile(node) ? Diagnostics.An_export_declaration_can_only_be_used_at_the_top_level_of_a_module : Diagnostics.An_export_declaration_can_only_be_used_at_the_top_level_of_a_namespace_or_module)) {\n                // If we hit an export in an illegal context, just bail out to avoid cascading errors.\n                return;\n            }\n\n            if (!checkGrammarDecoratorsAndModifiers(node) && hasSyntacticModifiers(node)) {\n                grammarErrorOnFirstToken(node, Diagnostics.An_export_declaration_cannot_have_modifiers);\n            }\n\n            if (node.moduleSpecifier && node.exportClause && isNamedExports(node.exportClause) && length(node.exportClause.elements) && languageVersion === ScriptTarget.ES3) {\n                checkExternalEmitHelpers(node, ExternalEmitHelpers.CreateBinding);\n            }\n\n            checkGrammarExportDeclaration(node);\n            if (!node.moduleSpecifier || checkExternalImportOrExportDeclaration(node)) {\n                if (node.exportClause && !isNamespaceExport(node.exportClause)) {\n                    // export { x, y }\n                    // export { x, y } from \"foo\"\n                    forEach(node.exportClause.elements, checkExportSpecifier);\n                    const inAmbientExternalModule = node.parent.kind === SyntaxKind.ModuleBlock && isAmbientModule(node.parent.parent);\n                    const inAmbientNamespaceDeclaration = !inAmbientExternalModule && node.parent.kind === SyntaxKind.ModuleBlock &&\n                        !node.moduleSpecifier && node.flags & NodeFlags.Ambient;\n                    if (node.parent.kind !== SyntaxKind.SourceFile && !inAmbientExternalModule && !inAmbientNamespaceDeclaration) {\n                        error(node, Diagnostics.Export_declarations_are_not_permitted_in_a_namespace);\n                    }\n                }\n                else {\n                    // export * from \"foo\"\n                    // export * as ns from \"foo\";\n                    const moduleSymbol = resolveExternalModuleName(node, node.moduleSpecifier!);\n                    if (moduleSymbol && hasExportAssignmentSymbol(moduleSymbol)) {\n                        error(node.moduleSpecifier, Diagnostics.Module_0_uses_export_and_cannot_be_used_with_export_Asterisk, symbolToString(moduleSymbol));\n                    }\n                    else if (node.exportClause) {\n                        checkAliasSymbol(node.exportClause);\n                    }\n                    if (moduleKind !== ModuleKind.System && (moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS)) {\n                        if (node.exportClause) {\n                            // export * as ns from \"foo\";\n                            // For ES2015 modules, we emit it as a pair of `import * as a_1 ...; export { a_1 as ns }` and don't need the helper.\n                            // We only use the helper here when in esModuleInterop\n                            if (getESModuleInterop(compilerOptions)) {\n                                checkExternalEmitHelpers(node, ExternalEmitHelpers.ImportStar);\n                            }\n                        }\n                        else {\n                            // export * from \"foo\"\n                            checkExternalEmitHelpers(node, ExternalEmitHelpers.ExportStar);\n                        }\n                    }\n                }\n            }\n            checkAssertClause(node);\n        }\n\n        function checkGrammarExportDeclaration(node: ExportDeclaration): boolean {\n            if (node.isTypeOnly) {\n                if (node.exportClause?.kind === SyntaxKind.NamedExports) {\n                    return checkGrammarNamedImportsOrExports(node.exportClause);\n                }\n                else {\n                    return grammarErrorOnNode(node, Diagnostics.Only_named_exports_may_use_export_type);\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarModuleElementContext(node: Statement, errorMessage: DiagnosticMessage): boolean {\n            const isInAppropriateContext = node.parent.kind === SyntaxKind.SourceFile || node.parent.kind === SyntaxKind.ModuleBlock || node.parent.kind === SyntaxKind.ModuleDeclaration;\n            if (!isInAppropriateContext) {\n                grammarErrorOnFirstToken(node, errorMessage);\n            }\n            return !isInAppropriateContext;\n        }\n\n        function importClauseContainsReferencedImport(importClause: ImportClause) {\n            return forEachImportClauseDeclaration(importClause, declaration => {\n                return !!getSymbolOfNode(declaration).isReferenced;\n            });\n        }\n\n        function importClauseContainsConstEnumUsedAsValue(importClause: ImportClause) {\n            return forEachImportClauseDeclaration(importClause, declaration => {\n                return !!getSymbolLinks(getSymbolOfNode(declaration)).constEnumReferenced;\n            });\n        }\n\n        function canConvertImportDeclarationToTypeOnly(statement: Statement) {\n            return isImportDeclaration(statement) &&\n                statement.importClause &&\n                !statement.importClause.isTypeOnly &&\n                importClauseContainsReferencedImport(statement.importClause) &&\n                !isReferencedAliasDeclaration(statement.importClause, /*checkChildren*/ true) &&\n                !importClauseContainsConstEnumUsedAsValue(statement.importClause);\n        }\n\n        function canConvertImportEqualsDeclarationToTypeOnly(statement: Statement) {\n            return isImportEqualsDeclaration(statement) &&\n                isExternalModuleReference(statement.moduleReference) &&\n                !statement.isTypeOnly &&\n                getSymbolOfNode(statement).isReferenced &&\n                !isReferencedAliasDeclaration(statement, /*checkChildren*/ false) &&\n                !getSymbolLinks(getSymbolOfNode(statement)).constEnumReferenced;\n        }\n\n        function checkImportsForTypeOnlyConversion(sourceFile: SourceFile) {\n            for (const statement of sourceFile.statements) {\n                if (canConvertImportDeclarationToTypeOnly(statement) || canConvertImportEqualsDeclarationToTypeOnly(statement)) {\n                    error(\n                        statement,\n                        Diagnostics.This_import_is_never_used_as_a_value_and_must_use_import_type_because_importsNotUsedAsValues_is_set_to_error);\n                }\n            }\n        }\n\n        function checkExportSpecifier(node: ExportSpecifier) {\n            checkAliasSymbol(node);\n            if (getEmitDeclarations(compilerOptions)) {\n                collectLinkedAliases(node.propertyName || node.name, /*setVisibility*/ true);\n            }\n            if (!node.parent.parent.moduleSpecifier) {\n                const exportedName = node.propertyName || node.name;\n                // find immediate value referenced by exported name (SymbolFlags.Alias is set so we don't chase down aliases)\n                const symbol = resolveName(exportedName, exportedName.escapedText, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias,\n                    /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ true);\n                if (symbol && (symbol === undefinedSymbol || symbol === globalThisSymbol || symbol.declarations && isGlobalSourceFile(getDeclarationContainer(symbol.declarations[0])))) {\n                    error(exportedName, Diagnostics.Cannot_export_0_Only_local_declarations_can_be_exported_from_a_module, idText(exportedName));\n                }\n                else {\n                    markExportAsReferenced(node);\n                    const target = symbol && (symbol.flags & SymbolFlags.Alias ? resolveAlias(symbol) : symbol);\n                    if (!target || target === unknownSymbol || target.flags & SymbolFlags.Value) {\n                        checkExpressionCached(node.propertyName || node.name);\n                    }\n                }\n            }\n            else {\n                if (getESModuleInterop(compilerOptions) &&\n                    moduleKind !== ModuleKind.System &&\n                    (moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS) &&\n                    idText(node.propertyName || node.name) === \"default\") {\n                    checkExternalEmitHelpers(node, ExternalEmitHelpers.ImportDefault);\n                }\n            }\n        }\n\n        function checkExportAssignment(node: ExportAssignment) {\n            const illegalContextMessage = node.isExportEquals\n                ? Diagnostics.An_export_assignment_must_be_at_the_top_level_of_a_file_or_module_declaration\n                : Diagnostics.A_default_export_must_be_at_the_top_level_of_a_file_or_module_declaration;\n            if (checkGrammarModuleElementContext(node, illegalContextMessage)) {\n                // If we hit an export assignment in an illegal context, just bail out to avoid cascading errors.\n                return;\n            }\n\n            const container = node.parent.kind === SyntaxKind.SourceFile ? node.parent : node.parent.parent as ModuleDeclaration;\n            if (container.kind === SyntaxKind.ModuleDeclaration && !isAmbientModule(container)) {\n                if (node.isExportEquals) {\n                    error(node, Diagnostics.An_export_assignment_cannot_be_used_in_a_namespace);\n                }\n                else {\n                    error(node, Diagnostics.A_default_export_can_only_be_used_in_an_ECMAScript_style_module);\n                }\n\n                return;\n            }\n            // Grammar checking\n            if (!checkGrammarDecoratorsAndModifiers(node) && hasEffectiveModifiers(node)) {\n                grammarErrorOnFirstToken(node, Diagnostics.An_export_assignment_cannot_have_modifiers);\n            }\n\n            const typeAnnotationNode = getEffectiveTypeAnnotationNode(node);\n            if (typeAnnotationNode) {\n                checkTypeAssignableTo(checkExpressionCached(node.expression), getTypeFromTypeNode(typeAnnotationNode), node.expression);\n            }\n\n            if (node.expression.kind === SyntaxKind.Identifier) {\n                const id = node.expression as Identifier;\n                const sym = resolveEntityName(id, SymbolFlags.All, /*ignoreErrors*/ true, /*dontResolveAlias*/ true, node);\n                if (sym) {\n                    markAliasReferenced(sym, id);\n                    // If not a value, we're interpreting the identifier as a type export, along the lines of (`export { Id as default }`)\n                    const target = sym.flags & SymbolFlags.Alias ? resolveAlias(sym) : sym;\n                    if (target === unknownSymbol || target.flags & SymbolFlags.Value) {\n                        // However if it is a value, we need to check it's being used correctly\n                        checkExpressionCached(node.expression);\n                    }\n                }\n                else {\n                    checkExpressionCached(node.expression); // doesn't resolve, check as expression to mark as error\n                }\n\n                if (getEmitDeclarations(compilerOptions)) {\n                    collectLinkedAliases(node.expression as Identifier, /*setVisibility*/ true);\n                }\n            }\n            else {\n                checkExpressionCached(node.expression);\n            }\n\n            checkExternalModuleExports(container);\n\n            if ((node.flags & NodeFlags.Ambient) && !isEntityNameExpression(node.expression)) {\n                grammarErrorOnNode(node.expression, Diagnostics.The_expression_of_an_export_assignment_must_be_an_identifier_or_qualified_name_in_an_ambient_context);\n            }\n\n            if (node.isExportEquals && !(node.flags & NodeFlags.Ambient)) {\n                if (moduleKind >= ModuleKind.ES2015 && getSourceFileOfNode(node).impliedNodeFormat !== ModuleKind.CommonJS) {\n                    // export assignment is not supported in es6 modules\n                    grammarErrorOnNode(node, Diagnostics.Export_assignment_cannot_be_used_when_targeting_ECMAScript_modules_Consider_using_export_default_or_another_module_format_instead);\n                }\n                else if (moduleKind === ModuleKind.System) {\n                    // system modules does not support export assignment\n                    grammarErrorOnNode(node, Diagnostics.Export_assignment_is_not_supported_when_module_flag_is_system);\n                }\n            }\n        }\n\n        function hasExportedMembers(moduleSymbol: Symbol) {\n            return forEachEntry(moduleSymbol.exports!, (_, id) => id !== \"export=\");\n        }\n\n        function checkExternalModuleExports(node: SourceFile | ModuleDeclaration) {\n            const moduleSymbol = getSymbolOfNode(node);\n            const links = getSymbolLinks(moduleSymbol);\n            if (!links.exportsChecked) {\n                const exportEqualsSymbol = moduleSymbol.exports!.get(\"export=\" as __String);\n                if (exportEqualsSymbol && hasExportedMembers(moduleSymbol)) {\n                    const declaration = getDeclarationOfAliasSymbol(exportEqualsSymbol) || exportEqualsSymbol.valueDeclaration;\n                    if (declaration && !isTopLevelInExternalModuleAugmentation(declaration) && !isInJSFile(declaration)) {\n                        error(declaration, Diagnostics.An_export_assignment_cannot_be_used_in_a_module_with_other_exported_elements);\n                    }\n                }\n                // Checks for export * conflicts\n                const exports = getExportsOfModule(moduleSymbol);\n                if (exports) {\n                    exports.forEach(({ declarations, flags }, id) => {\n                        if (id === \"__export\") {\n                            return;\n                        }\n                        // ECMA262: 15.2.1.1 It is a Syntax Error if the ExportedNames of ModuleItemList contains any duplicate entries.\n                        // (TS Exceptions: namespaces, function overloads, enums, and interfaces)\n                        if (flags & (SymbolFlags.Namespace | SymbolFlags.Enum)) {\n                            return;\n                        }\n                        const exportedDeclarationsCount = countWhere(declarations, and(isNotOverloadAndNotAccessor, not(isInterfaceDeclaration)));\n                        if (flags & SymbolFlags.TypeAlias && exportedDeclarationsCount <= 2) {\n                            // it is legal to merge type alias with other values\n                            // so count should be either 1 (just type alias) or 2 (type alias + merged value)\n                            return;\n                        }\n                        if (exportedDeclarationsCount > 1) {\n                            if (!isDuplicatedCommonJSExport(declarations)) {\n                                for (const declaration of declarations!) {\n                                    if (isNotOverload(declaration)) {\n                                        diagnostics.add(createDiagnosticForNode(declaration, Diagnostics.Cannot_redeclare_exported_variable_0, unescapeLeadingUnderscores(id)));\n                                    }\n                                }\n                            }\n                        }\n                    });\n                }\n                links.exportsChecked = true;\n            }\n        }\n\n        function isDuplicatedCommonJSExport(declarations: Declaration[] | undefined) {\n            return declarations\n                && declarations.length > 1\n                && declarations.every(d => isInJSFile(d) && isAccessExpression(d) && (isExportsIdentifier(d.expression) || isModuleExportsAccessExpression(d.expression)));\n        }\n\n        function checkSourceElement(node: Node | undefined): void {\n            if (node) {\n                const saveCurrentNode = currentNode;\n                currentNode = node;\n                instantiationCount = 0;\n                checkSourceElementWorker(node);\n                currentNode = saveCurrentNode;\n            }\n        }\n\n        function checkSourceElementWorker(node: Node): void {\n            if (isInJSFile(node)) {\n                forEach((node as JSDocContainer).jsDoc, ({ tags }) => forEach(tags, checkSourceElement));\n            }\n\n            const kind = node.kind;\n            if (cancellationToken) {\n                // Only bother checking on a few construct kinds.  We don't want to be excessively\n                // hitting the cancellation token on every node we check.\n                switch (kind) {\n                    case SyntaxKind.ModuleDeclaration:\n                    case SyntaxKind.ClassDeclaration:\n                    case SyntaxKind.InterfaceDeclaration:\n                    case SyntaxKind.FunctionDeclaration:\n                        cancellationToken.throwIfCancellationRequested();\n                }\n            }\n            if (kind >= SyntaxKind.FirstStatement && kind <= SyntaxKind.LastStatement && node.flowNode && !isReachableFlowNode(node.flowNode)) {\n                errorOrSuggestion(compilerOptions.allowUnreachableCode === false, node, Diagnostics.Unreachable_code_detected);\n            }\n\n            switch (kind) {\n                case SyntaxKind.TypeParameter:\n                    return checkTypeParameter(node as TypeParameterDeclaration);\n                case SyntaxKind.Parameter:\n                    return checkParameter(node as ParameterDeclaration);\n                case SyntaxKind.PropertyDeclaration:\n                    return checkPropertyDeclaration(node as PropertyDeclaration);\n                case SyntaxKind.PropertySignature:\n                    return checkPropertySignature(node as PropertySignature);\n                case SyntaxKind.ConstructorType:\n                case SyntaxKind.FunctionType:\n                case SyntaxKind.CallSignature:\n                case SyntaxKind.ConstructSignature:\n                case SyntaxKind.IndexSignature:\n                    return checkSignatureDeclaration(node as SignatureDeclaration);\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.MethodSignature:\n                    return checkMethodDeclaration(node as MethodDeclaration | MethodSignature);\n                case SyntaxKind.ClassStaticBlockDeclaration:\n                    return checkClassStaticBlockDeclaration(node as ClassStaticBlockDeclaration);\n                case SyntaxKind.Constructor:\n                    return checkConstructorDeclaration(node as ConstructorDeclaration);\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    return checkAccessorDeclaration(node as AccessorDeclaration);\n                case SyntaxKind.TypeReference:\n                    return checkTypeReferenceNode(node as TypeReferenceNode);\n                case SyntaxKind.TypePredicate:\n                    return checkTypePredicate(node as TypePredicateNode);\n                case SyntaxKind.TypeQuery:\n                    return checkTypeQuery(node as TypeQueryNode);\n                case SyntaxKind.TypeLiteral:\n                    return checkTypeLiteral(node as TypeLiteralNode);\n                case SyntaxKind.ArrayType:\n                    return checkArrayType(node as ArrayTypeNode);\n                case SyntaxKind.TupleType:\n                    return checkTupleType(node as TupleTypeNode);\n                case SyntaxKind.UnionType:\n                case SyntaxKind.IntersectionType:\n                    return checkUnionOrIntersectionType(node as UnionOrIntersectionTypeNode);\n                case SyntaxKind.ParenthesizedType:\n                case SyntaxKind.OptionalType:\n                case SyntaxKind.RestType:\n                    return checkSourceElement((node as ParenthesizedTypeNode | OptionalTypeNode | RestTypeNode).type);\n                case SyntaxKind.ThisType:\n                    return checkThisType(node as ThisTypeNode);\n                case SyntaxKind.TypeOperator:\n                    return checkTypeOperator(node as TypeOperatorNode);\n                case SyntaxKind.ConditionalType:\n                    return checkConditionalType(node as ConditionalTypeNode);\n                case SyntaxKind.InferType:\n                    return checkInferType(node as InferTypeNode);\n                case SyntaxKind.TemplateLiteralType:\n                    return checkTemplateLiteralType(node as TemplateLiteralTypeNode);\n                case SyntaxKind.ImportType:\n                    return checkImportType(node as ImportTypeNode);\n                case SyntaxKind.NamedTupleMember:\n                    return checkNamedTupleMember(node as NamedTupleMember);\n                case SyntaxKind.JSDocAugmentsTag:\n                    return checkJSDocAugmentsTag(node as JSDocAugmentsTag);\n                case SyntaxKind.JSDocImplementsTag:\n                    return checkJSDocImplementsTag(node as JSDocImplementsTag);\n                case SyntaxKind.JSDocTypedefTag:\n                case SyntaxKind.JSDocCallbackTag:\n                case SyntaxKind.JSDocEnumTag:\n                    return checkJSDocTypeAliasTag(node as JSDocTypedefTag);\n                case SyntaxKind.JSDocTemplateTag:\n                    return checkJSDocTemplateTag(node as JSDocTemplateTag);\n                case SyntaxKind.JSDocTypeTag:\n                    return checkJSDocTypeTag(node as JSDocTypeTag);\n                case SyntaxKind.JSDocParameterTag:\n                    return checkJSDocParameterTag(node as JSDocParameterTag);\n                case SyntaxKind.JSDocPropertyTag:\n                    return checkJSDocPropertyTag(node as JSDocPropertyTag);\n                case SyntaxKind.JSDocFunctionType:\n                    checkJSDocFunctionType(node as JSDocFunctionType);\n                    // falls through\n                case SyntaxKind.JSDocNonNullableType:\n                case SyntaxKind.JSDocNullableType:\n                case SyntaxKind.JSDocAllType:\n                case SyntaxKind.JSDocUnknownType:\n                case SyntaxKind.JSDocTypeLiteral:\n                    checkJSDocTypeIsInJsFile(node);\n                    forEachChild(node, checkSourceElement);\n                    return;\n                case SyntaxKind.JSDocVariadicType:\n                    checkJSDocVariadicType(node as JSDocVariadicType);\n                    return;\n                case SyntaxKind.JSDocTypeExpression:\n                    return checkSourceElement((node as JSDocTypeExpression).type);\n                case SyntaxKind.JSDocPublicTag:\n                case SyntaxKind.JSDocProtectedTag:\n                case SyntaxKind.JSDocPrivateTag:\n                    return checkJSDocAccessibilityModifiers(node as JSDocPublicTag | JSDocProtectedTag | JSDocPrivateTag);\n                case SyntaxKind.IndexedAccessType:\n                    return checkIndexedAccessType(node as IndexedAccessTypeNode);\n                case SyntaxKind.MappedType:\n                    return checkMappedType(node as MappedTypeNode);\n                case SyntaxKind.FunctionDeclaration:\n                    return checkFunctionDeclaration(node as FunctionDeclaration);\n                case SyntaxKind.Block:\n                case SyntaxKind.ModuleBlock:\n                    return checkBlock(node as Block);\n                case SyntaxKind.VariableStatement:\n                    return checkVariableStatement(node as VariableStatement);\n                case SyntaxKind.ExpressionStatement:\n                    return checkExpressionStatement(node as ExpressionStatement);\n                case SyntaxKind.IfStatement:\n                    return checkIfStatement(node as IfStatement);\n                case SyntaxKind.DoStatement:\n                    return checkDoStatement(node as DoStatement);\n                case SyntaxKind.WhileStatement:\n                    return checkWhileStatement(node as WhileStatement);\n                case SyntaxKind.ForStatement:\n                    return checkForStatement(node as ForStatement);\n                case SyntaxKind.ForInStatement:\n                    return checkForInStatement(node as ForInStatement);\n                case SyntaxKind.ForOfStatement:\n                    return checkForOfStatement(node as ForOfStatement);\n                case SyntaxKind.ContinueStatement:\n                case SyntaxKind.BreakStatement:\n                    return checkBreakOrContinueStatement(node as BreakOrContinueStatement);\n                case SyntaxKind.ReturnStatement:\n                    return checkReturnStatement(node as ReturnStatement);\n                case SyntaxKind.WithStatement:\n                    return checkWithStatement(node as WithStatement);\n                case SyntaxKind.SwitchStatement:\n                    return checkSwitchStatement(node as SwitchStatement);\n                case SyntaxKind.LabeledStatement:\n                    return checkLabeledStatement(node as LabeledStatement);\n                case SyntaxKind.ThrowStatement:\n                    return checkThrowStatement(node as ThrowStatement);\n                case SyntaxKind.TryStatement:\n                    return checkTryStatement(node as TryStatement);\n                case SyntaxKind.VariableDeclaration:\n                    return checkVariableDeclaration(node as VariableDeclaration);\n                case SyntaxKind.BindingElement:\n                    return checkBindingElement(node as BindingElement);\n                case SyntaxKind.ClassDeclaration:\n                    return checkClassDeclaration(node as ClassDeclaration);\n                case SyntaxKind.InterfaceDeclaration:\n                    return checkInterfaceDeclaration(node as InterfaceDeclaration);\n                case SyntaxKind.TypeAliasDeclaration:\n                    return checkTypeAliasDeclaration(node as TypeAliasDeclaration);\n                case SyntaxKind.EnumDeclaration:\n                    return checkEnumDeclaration(node as EnumDeclaration);\n                case SyntaxKind.ModuleDeclaration:\n                    return checkModuleDeclaration(node as ModuleDeclaration);\n                case SyntaxKind.ImportDeclaration:\n                    return checkImportDeclaration(node as ImportDeclaration);\n                case SyntaxKind.ImportEqualsDeclaration:\n                    return checkImportEqualsDeclaration(node as ImportEqualsDeclaration);\n                case SyntaxKind.ExportDeclaration:\n                    return checkExportDeclaration(node as ExportDeclaration);\n                case SyntaxKind.ExportAssignment:\n                    return checkExportAssignment(node as ExportAssignment);\n                case SyntaxKind.EmptyStatement:\n                case SyntaxKind.DebuggerStatement:\n                    checkGrammarStatementInAmbientContext(node);\n                    return;\n                case SyntaxKind.MissingDeclaration:\n                    return checkMissingDeclaration(node);\n            }\n        }\n\n        function checkJSDocTypeIsInJsFile(node: Node): void {\n            if (!isInJSFile(node)) {\n                grammarErrorOnNode(node, Diagnostics.JSDoc_types_can_only_be_used_inside_documentation_comments);\n            }\n        }\n\n        function checkJSDocVariadicType(node: JSDocVariadicType): void {\n            checkJSDocTypeIsInJsFile(node);\n            checkSourceElement(node.type);\n\n            // Only legal location is in the *last* parameter tag or last parameter of a JSDoc function.\n            const { parent } = node;\n            if (isParameter(parent) && isJSDocFunctionType(parent.parent)) {\n                if (last(parent.parent.parameters) !== parent) {\n                    error(node, Diagnostics.A_rest_parameter_must_be_last_in_a_parameter_list);\n                }\n                return;\n            }\n\n            if (!isJSDocTypeExpression(parent)) {\n                error(node, Diagnostics.JSDoc_may_only_appear_in_the_last_parameter_of_a_signature);\n            }\n\n            const paramTag = node.parent.parent;\n            if (!isJSDocParameterTag(paramTag)) {\n                error(node, Diagnostics.JSDoc_may_only_appear_in_the_last_parameter_of_a_signature);\n                return;\n            }\n\n            const param = getParameterSymbolFromJSDoc(paramTag);\n            if (!param) {\n                // We will error in `checkJSDocParameterTag`.\n                return;\n            }\n\n            const host = getHostSignatureFromJSDoc(paramTag);\n            if (!host || last(host.parameters).symbol !== param) {\n                error(node, Diagnostics.A_rest_parameter_must_be_last_in_a_parameter_list);\n            }\n        }\n\n        function getTypeFromJSDocVariadicType(node: JSDocVariadicType): Type {\n            const type = getTypeFromTypeNode(node.type);\n            const { parent } = node;\n            const paramTag = node.parent.parent;\n            if (isJSDocTypeExpression(node.parent) && isJSDocParameterTag(paramTag)) {\n                // Else we will add a diagnostic, see `checkJSDocVariadicType`.\n                const host = getHostSignatureFromJSDoc(paramTag);\n                const isCallbackTag = isJSDocCallbackTag(paramTag.parent.parent);\n                if (host || isCallbackTag) {\n                    /*\n                    Only return an array type if the corresponding parameter is marked as a rest parameter, or if there are no parameters.\n                    So in the following situation we will not create an array type:\n                        /** @param {...number} a * /\n                        function f(a) {}\n                    Because `a` will just be of type `number | undefined`. A synthetic `...args` will also be added, which *will* get an array type.\n                    */\n                    const lastParamDeclaration = isCallbackTag\n                        ? lastOrUndefined((paramTag.parent.parent as unknown as JSDocCallbackTag).typeExpression.parameters)\n                        : lastOrUndefined(host!.parameters);\n                    const symbol = getParameterSymbolFromJSDoc(paramTag);\n                    if (!lastParamDeclaration ||\n                        symbol && lastParamDeclaration.symbol === symbol && isRestParameter(lastParamDeclaration)) {\n                        return createArrayType(type);\n                    }\n                }\n            }\n            if (isParameter(parent) && isJSDocFunctionType(parent.parent)) {\n                return createArrayType(type);\n            }\n            return addOptionality(type);\n        }\n\n        // Function and class expression bodies are checked after all statements in the enclosing body. This is\n        // to ensure constructs like the following are permitted:\n        //     const foo = function () {\n        //        const s = foo();\n        //        return \"hello\";\n        //     }\n        // Here, performing a full type check of the body of the function expression whilst in the process of\n        // determining the type of foo would cause foo to be given type any because of the recursive reference.\n        // Delaying the type check of the body ensures foo has been assigned a type.\n        function checkNodeDeferred(node: Node) {\n            const enclosingFile = getSourceFileOfNode(node);\n            const links = getNodeLinks(enclosingFile);\n            if (!(links.flags & NodeCheckFlags.TypeChecked)) {\n                links.deferredNodes ||= new Set();\n                links.deferredNodes.add(node);\n            }\n        }\n\n        function checkDeferredNodes(context: SourceFile) {\n            const links = getNodeLinks(context);\n            if (links.deferredNodes) {\n                links.deferredNodes.forEach(checkDeferredNode);\n            }\n        }\n\n        function checkDeferredNode(node: Node) {\n            tracing?.push(tracing.Phase.Check, \"checkDeferredNode\", { kind: node.kind, pos: node.pos, end: node.end, path: (node as TracingNode).tracingPath });\n            const saveCurrentNode = currentNode;\n            currentNode = node;\n            instantiationCount = 0;\n            switch (node.kind) {\n                case SyntaxKind.CallExpression:\n                case SyntaxKind.NewExpression:\n                case SyntaxKind.TaggedTemplateExpression:\n                case SyntaxKind.Decorator:\n                case SyntaxKind.JsxOpeningElement:\n                    // These node kinds are deferred checked when overload resolution fails\n                    // To save on work, we ensure the arguments are checked just once, in\n                    // a deferred way\n                    resolveUntypedCall(node as CallLikeExpression);\n                    break;\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.MethodSignature:\n                    checkFunctionExpressionOrObjectLiteralMethodDeferred(node as FunctionExpression);\n                    break;\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                    checkAccessorDeclaration(node as AccessorDeclaration);\n                    break;\n                case SyntaxKind.ClassExpression:\n                    checkClassExpressionDeferred(node as ClassExpression);\n                    break;\n                case SyntaxKind.JsxSelfClosingElement:\n                    checkJsxSelfClosingElementDeferred(node as JsxSelfClosingElement);\n                    break;\n                case SyntaxKind.JsxElement:\n                    checkJsxElementDeferred(node as JsxElement);\n                    break;\n            }\n            currentNode = saveCurrentNode;\n            tracing?.pop();\n        }\n\n        function checkSourceFile(node: SourceFile) {\n            tracing?.push(tracing.Phase.Check, \"checkSourceFile\", { path: node.path }, /*separateBeginAndEnd*/ true);\n            performance.mark(\"beforeCheck\");\n            checkSourceFileWorker(node);\n            performance.mark(\"afterCheck\");\n            performance.measure(\"Check\", \"beforeCheck\", \"afterCheck\");\n            tracing?.pop();\n        }\n\n        function unusedIsError(kind: UnusedKind, isAmbient: boolean): boolean {\n            if (isAmbient) {\n                return false;\n            }\n            switch (kind) {\n                case UnusedKind.Local:\n                    return !!compilerOptions.noUnusedLocals;\n                case UnusedKind.Parameter:\n                    return !!compilerOptions.noUnusedParameters;\n                default:\n                    return Debug.assertNever(kind);\n            }\n        }\n\n        function getPotentiallyUnusedIdentifiers(sourceFile: SourceFile): readonly PotentiallyUnusedIdentifier[] {\n            return allPotentiallyUnusedIdentifiers.get(sourceFile.path) || emptyArray;\n        }\n\n        // Fully type check a source file and collect the relevant diagnostics.\n        function checkSourceFileWorker(node: SourceFile) {\n            const links = getNodeLinks(node);\n            if (!(links.flags & NodeCheckFlags.TypeChecked)) {\n                if (skipTypeChecking(node, compilerOptions, host)) {\n                    return;\n                }\n\n                // Grammar checking\n                checkGrammarSourceFile(node);\n\n                clear(potentialThisCollisions);\n                clear(potentialNewTargetCollisions);\n                clear(potentialWeakMapSetCollisions);\n                clear(potentialReflectCollisions);\n\n                forEach(node.statements, checkSourceElement);\n                checkSourceElement(node.endOfFileToken);\n\n                checkDeferredNodes(node);\n\n                if (isExternalOrCommonJsModule(node)) {\n                    registerForUnusedIdentifiersCheck(node);\n                }\n\n                addLazyDiagnostic(() => {\n                    // This relies on the results of other lazy diagnostics, so must be computed after them\n                    if (!node.isDeclarationFile && (compilerOptions.noUnusedLocals || compilerOptions.noUnusedParameters)) {\n                        checkUnusedIdentifiers(getPotentiallyUnusedIdentifiers(node), (containingNode, kind, diag) => {\n                            if (!containsParseError(containingNode) && unusedIsError(kind, !!(containingNode.flags & NodeFlags.Ambient))) {\n                                diagnostics.add(diag);\n                            }\n                        });\n                    }\n                });\n\n                if (compilerOptions.importsNotUsedAsValues === ImportsNotUsedAsValues.Error &&\n                    !node.isDeclarationFile &&\n                    isExternalModule(node)\n                ) {\n                    checkImportsForTypeOnlyConversion(node);\n                }\n\n                if (isExternalOrCommonJsModule(node)) {\n                    checkExternalModuleExports(node);\n                }\n\n                if (potentialThisCollisions.length) {\n                    forEach(potentialThisCollisions, checkIfThisIsCapturedInEnclosingScope);\n                    clear(potentialThisCollisions);\n                }\n\n                if (potentialNewTargetCollisions.length) {\n                    forEach(potentialNewTargetCollisions, checkIfNewTargetIsCapturedInEnclosingScope);\n                    clear(potentialNewTargetCollisions);\n                }\n\n                if (potentialWeakMapSetCollisions.length) {\n                    forEach(potentialWeakMapSetCollisions, checkWeakMapSetCollision);\n                    clear(potentialWeakMapSetCollisions);\n                }\n\n                if (potentialReflectCollisions.length) {\n                    forEach(potentialReflectCollisions, checkReflectCollision);\n                    clear(potentialReflectCollisions);\n                }\n\n                links.flags |= NodeCheckFlags.TypeChecked;\n            }\n        }\n\n        function getDiagnostics(sourceFile: SourceFile, ct: CancellationToken): Diagnostic[] {\n            try {\n                // Record the cancellation token so it can be checked later on during checkSourceElement.\n                // Do this in a finally block so we can ensure that it gets reset back to nothing after\n                // this call is done.\n                cancellationToken = ct;\n                return getDiagnosticsWorker(sourceFile);\n            }\n            finally {\n                cancellationToken = undefined;\n            }\n        }\n\n        function ensurePendingDiagnosticWorkComplete() {\n            // Invoke any existing lazy diagnostics to add them, clear the backlog of diagnostics\n            for (const cb of deferredDiagnosticsCallbacks) {\n                cb();\n            }\n            deferredDiagnosticsCallbacks = [];\n        }\n\n        function checkSourceFileWithEagerDiagnostics(sourceFile: SourceFile) {\n            ensurePendingDiagnosticWorkComplete();\n            // then setup diagnostics for immediate invocation (as we are about to collect them, and\n            // this avoids the overhead of longer-lived callbacks we don't need to allocate)\n            // This also serves to make the shift to possibly lazy diagnostics transparent to serial command-line scenarios\n            // (as in those cases, all the diagnostics will still be computed as the appropriate place in the tree,\n            // thus much more likely retaining the same union ordering as before we had lazy diagnostics)\n            const oldAddLazyDiagnostics = addLazyDiagnostic;\n            addLazyDiagnostic = cb => cb();\n            checkSourceFile(sourceFile);\n            addLazyDiagnostic = oldAddLazyDiagnostics;\n        }\n\n        function getDiagnosticsWorker(sourceFile: SourceFile): Diagnostic[] {\n            if (sourceFile) {\n                ensurePendingDiagnosticWorkComplete();\n                // Some global diagnostics are deferred until they are needed and\n                // may not be reported in the first call to getGlobalDiagnostics.\n                // We should catch these changes and report them.\n                const previousGlobalDiagnostics = diagnostics.getGlobalDiagnostics();\n                const previousGlobalDiagnosticsSize = previousGlobalDiagnostics.length;\n\n                checkSourceFileWithEagerDiagnostics(sourceFile);\n\n                const semanticDiagnostics = diagnostics.getDiagnostics(sourceFile.fileName);\n                const currentGlobalDiagnostics = diagnostics.getGlobalDiagnostics();\n                if (currentGlobalDiagnostics !== previousGlobalDiagnostics) {\n                    // If the arrays are not the same reference, new diagnostics were added.\n                    const deferredGlobalDiagnostics = relativeComplement(previousGlobalDiagnostics, currentGlobalDiagnostics, compareDiagnostics);\n                    return concatenate(deferredGlobalDiagnostics, semanticDiagnostics);\n                }\n                else if (previousGlobalDiagnosticsSize === 0 && currentGlobalDiagnostics.length > 0) {\n                    // If the arrays are the same reference, but the length has changed, a single\n                    // new diagnostic was added as DiagnosticCollection attempts to reuse the\n                    // same array.\n                    return concatenate(currentGlobalDiagnostics, semanticDiagnostics);\n                }\n\n                return semanticDiagnostics;\n            }\n\n            // Global diagnostics are always added when a file is not provided to\n            // getDiagnostics\n            forEach(host.getSourceFiles(), checkSourceFileWithEagerDiagnostics);\n            return diagnostics.getDiagnostics();\n        }\n\n        function getGlobalDiagnostics(): Diagnostic[] {\n            ensurePendingDiagnosticWorkComplete();\n            return diagnostics.getGlobalDiagnostics();\n        }\n\n        // Language service support\n\n        function getSymbolsInScope(location: Node, meaning: SymbolFlags): Symbol[] {\n            if (location.flags & NodeFlags.InWithStatement) {\n                // We cannot answer semantic questions within a with block, do not proceed any further\n                return [];\n            }\n\n            const symbols = createSymbolTable();\n            let isStaticSymbol = false;\n\n            populateSymbols();\n\n            symbols.delete(InternalSymbolName.This); // Not a symbol, a keyword\n            return symbolsToArray(symbols);\n\n            function populateSymbols() {\n                while (location) {\n                    if (location.locals && !isGlobalSourceFile(location)) {\n                        copySymbols(location.locals, meaning);\n                    }\n\n                    switch (location.kind) {\n                        case SyntaxKind.SourceFile:\n                            if (!isExternalModule(location as SourceFile)) break;\n                            // falls through\n                        case SyntaxKind.ModuleDeclaration:\n                            copyLocallyVisibleExportSymbols(getSymbolOfNode(location as ModuleDeclaration | SourceFile).exports!, meaning & SymbolFlags.ModuleMember);\n                            break;\n                        case SyntaxKind.EnumDeclaration:\n                            copySymbols(getSymbolOfNode(location as EnumDeclaration).exports!, meaning & SymbolFlags.EnumMember);\n                            break;\n                        case SyntaxKind.ClassExpression:\n                            const className = (location as ClassExpression).name;\n                            if (className) {\n                                copySymbol(location.symbol, meaning);\n                            }\n\n                        // this fall-through is necessary because we would like to handle\n                        // type parameter inside class expression similar to how we handle it in classDeclaration and interface Declaration.\n                        // falls through\n                        case SyntaxKind.ClassDeclaration:\n                        case SyntaxKind.InterfaceDeclaration:\n                            // If we didn't come from static member of class or interface,\n                            // add the type parameters into the symbol table\n                            // (type parameters of classDeclaration/classExpression and interface are in member property of the symbol.\n                            // Note: that the memberFlags come from previous iteration.\n                            if (!isStaticSymbol) {\n                                copySymbols(getMembersOfSymbol(getSymbolOfNode(location as ClassDeclaration | InterfaceDeclaration)), meaning & SymbolFlags.Type);\n                            }\n                            break;\n                        case SyntaxKind.FunctionExpression:\n                            const funcName = (location as FunctionExpression).name;\n                            if (funcName) {\n                                copySymbol(location.symbol, meaning);\n                            }\n                            break;\n                    }\n\n                    if (introducesArgumentsExoticObject(location)) {\n                        copySymbol(argumentsSymbol, meaning);\n                    }\n\n                    isStaticSymbol = isStatic(location);\n                    location = location.parent;\n                }\n\n                copySymbols(globals, meaning);\n            }\n\n            /**\n              * Copy the given symbol into symbol tables if the symbol has the given meaning\n              * and it doesn't already existed in the symbol table\n              * @param key a key for storing in symbol table; if undefined, use symbol.name\n              * @param symbol the symbol to be added into symbol table\n              * @param meaning meaning of symbol to filter by before adding to symbol table\n              */\n            function copySymbol(symbol: Symbol, meaning: SymbolFlags): void {\n                if (getCombinedLocalAndExportSymbolFlags(symbol) & meaning) {\n                    const id = symbol.escapedName;\n                    // We will copy all symbol regardless of its reserved name because\n                    // symbolsToArray will check whether the key is a reserved name and\n                    // it will not copy symbol with reserved name to the array\n                    if (!symbols.has(id)) {\n                        symbols.set(id, symbol);\n                    }\n                }\n            }\n\n            function copySymbols(source: SymbolTable, meaning: SymbolFlags): void {\n                if (meaning) {\n                    source.forEach(symbol => {\n                        copySymbol(symbol, meaning);\n                    });\n                }\n            }\n\n            function copyLocallyVisibleExportSymbols(source: SymbolTable, meaning: SymbolFlags): void {\n                if (meaning) {\n                    source.forEach(symbol => {\n                        // Similar condition as in `resolveNameHelper`\n                        if (!getDeclarationOfKind(symbol, SyntaxKind.ExportSpecifier) && !getDeclarationOfKind(symbol, SyntaxKind.NamespaceExport)) {\n                            copySymbol(symbol, meaning);\n                        }\n                    });\n                }\n            }\n        }\n\n        function isTypeDeclarationName(name: Node): boolean {\n            return name.kind === SyntaxKind.Identifier &&\n                isTypeDeclaration(name.parent) &&\n                getNameOfDeclaration(name.parent) === name;\n        }\n\n        function isTypeDeclaration(node: Node): node is TypeParameterDeclaration | ClassDeclaration | InterfaceDeclaration | TypeAliasDeclaration | JSDocTypedefTag | JSDocCallbackTag | JSDocEnumTag | EnumDeclaration | ImportClause | ImportSpecifier | ExportSpecifier {\n            switch (node.kind) {\n                case SyntaxKind.TypeParameter:\n                case SyntaxKind.ClassDeclaration:\n                case SyntaxKind.InterfaceDeclaration:\n                case SyntaxKind.TypeAliasDeclaration:\n                case SyntaxKind.EnumDeclaration:\n                case SyntaxKind.JSDocTypedefTag:\n                case SyntaxKind.JSDocCallbackTag:\n                case SyntaxKind.JSDocEnumTag:\n                    return true;\n                case SyntaxKind.ImportClause:\n                    return (node as ImportClause).isTypeOnly;\n                case SyntaxKind.ImportSpecifier:\n                case SyntaxKind.ExportSpecifier:\n                    return (node as ImportSpecifier | ExportSpecifier).parent.parent.isTypeOnly;\n                default:\n                    return false;\n            }\n        }\n\n        // True if the given identifier is part of a type reference\n        function isTypeReferenceIdentifier(node: EntityName): boolean {\n            while (node.parent.kind === SyntaxKind.QualifiedName) {\n                node = node.parent as QualifiedName;\n            }\n\n            return node.parent.kind === SyntaxKind.TypeReference;\n        }\n\n        function isHeritageClauseElementIdentifier(node: Node): boolean {\n            while (node.parent.kind === SyntaxKind.PropertyAccessExpression) {\n                node = node.parent;\n            }\n\n            return node.parent.kind === SyntaxKind.ExpressionWithTypeArguments;\n        }\n\n        function forEachEnclosingClass<T>(node: Node, callback: (node: Node) => T | undefined): T | undefined {\n            let result: T | undefined;\n\n            while (true) {\n                node = getContainingClass(node)!;\n                if (!node) break;\n                if (result = callback(node)) break;\n            }\n\n            return result;\n        }\n\n        function isNodeUsedDuringClassInitialization(node: Node) {\n            return !!findAncestor(node, element => {\n                if (isConstructorDeclaration(element) && nodeIsPresent(element.body) || isPropertyDeclaration(element)) {\n                    return true;\n                }\n                else if (isClassLike(element) || isFunctionLikeDeclaration(element)) {\n                    return \"quit\";\n                }\n\n                return false;\n            });\n        }\n\n        function isNodeWithinClass(node: Node, classDeclaration: ClassLikeDeclaration) {\n            return !!forEachEnclosingClass(node, n => n === classDeclaration);\n        }\n\n        function getLeftSideOfImportEqualsOrExportAssignment(nodeOnRightSide: EntityName): ImportEqualsDeclaration | ExportAssignment | undefined {\n            while (nodeOnRightSide.parent.kind === SyntaxKind.QualifiedName) {\n                nodeOnRightSide = nodeOnRightSide.parent as QualifiedName;\n            }\n\n            if (nodeOnRightSide.parent.kind === SyntaxKind.ImportEqualsDeclaration) {\n                return (nodeOnRightSide.parent as ImportEqualsDeclaration).moduleReference === nodeOnRightSide ? nodeOnRightSide.parent as ImportEqualsDeclaration : undefined;\n            }\n\n            if (nodeOnRightSide.parent.kind === SyntaxKind.ExportAssignment) {\n                return (nodeOnRightSide.parent as ExportAssignment).expression === nodeOnRightSide as Node ? nodeOnRightSide.parent as ExportAssignment : undefined;\n            }\n\n            return undefined;\n        }\n\n        function isInRightSideOfImportOrExportAssignment(node: EntityName) {\n            return getLeftSideOfImportEqualsOrExportAssignment(node) !== undefined;\n        }\n\n        function getSpecialPropertyAssignmentSymbolFromEntityName(entityName: EntityName | PropertyAccessExpression) {\n            const specialPropertyAssignmentKind = getAssignmentDeclarationKind(entityName.parent.parent as BinaryExpression);\n            switch (specialPropertyAssignmentKind) {\n                case AssignmentDeclarationKind.ExportsProperty:\n                case AssignmentDeclarationKind.PrototypeProperty:\n                    return getSymbolOfNode(entityName.parent);\n                case AssignmentDeclarationKind.ThisProperty:\n                case AssignmentDeclarationKind.ModuleExports:\n                case AssignmentDeclarationKind.Property:\n                    return getSymbolOfNode(entityName.parent.parent);\n            }\n        }\n\n        function isImportTypeQualifierPart(node: EntityName): ImportTypeNode | undefined {\n            let parent = node.parent;\n            while (isQualifiedName(parent)) {\n                node = parent;\n                parent = parent.parent;\n            }\n            if (parent && parent.kind === SyntaxKind.ImportType && (parent as ImportTypeNode).qualifier === node) {\n                return parent as ImportTypeNode;\n            }\n            return undefined;\n        }\n\n        function getSymbolOfNameOrPropertyAccessExpression(name: EntityName | PrivateIdentifier | PropertyAccessExpression | JSDocMemberName): Symbol | undefined {\n            if (isDeclarationName(name)) {\n                return getSymbolOfNode(name.parent);\n            }\n\n            if (isInJSFile(name) &&\n                name.parent.kind === SyntaxKind.PropertyAccessExpression &&\n                name.parent === (name.parent.parent as BinaryExpression).left) {\n                // Check if this is a special property assignment\n                if (!isPrivateIdentifier(name) && !isJSDocMemberName(name)) {\n                    const specialPropertyAssignmentSymbol = getSpecialPropertyAssignmentSymbolFromEntityName(name);\n                    if (specialPropertyAssignmentSymbol) {\n                        return specialPropertyAssignmentSymbol;\n                    }\n                }\n            }\n\n            if (name.parent.kind === SyntaxKind.ExportAssignment && isEntityNameExpression(name)) {\n                // Even an entity name expression that doesn't resolve as an entityname may still typecheck as a property access expression\n                const success = resolveEntityName(name,\n                    /*all meanings*/ SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias, /*ignoreErrors*/ true);\n                if (success && success !== unknownSymbol) {\n                    return success;\n                }\n            }\n            else if (isEntityName(name) && isInRightSideOfImportOrExportAssignment(name)) {\n                // Since we already checked for ExportAssignment, this really could only be an Import\n                const importEqualsDeclaration = getAncestor(name, SyntaxKind.ImportEqualsDeclaration);\n                Debug.assert(importEqualsDeclaration !== undefined);\n                return getSymbolOfPartOfRightHandSideOfImportEquals(name, /*dontResolveAlias*/ true);\n            }\n\n            if (isEntityName(name)) {\n                const possibleImportNode = isImportTypeQualifierPart(name);\n                if (possibleImportNode) {\n                    getTypeFromTypeNode(possibleImportNode);\n                    const sym = getNodeLinks(name).resolvedSymbol;\n                    return sym === unknownSymbol ? undefined : sym;\n                }\n            }\n\n            while (isRightSideOfQualifiedNameOrPropertyAccessOrJSDocMemberName(name)) {\n                name = name.parent as QualifiedName | PropertyAccessEntityNameExpression | JSDocMemberName;\n            }\n\n            if (isHeritageClauseElementIdentifier(name)) {\n                let meaning = SymbolFlags.None;\n                // In an interface or class, we're definitely interested in a type.\n                if (name.parent.kind === SyntaxKind.ExpressionWithTypeArguments) {\n                    meaning = SymbolFlags.Type;\n\n                    // In a class 'extends' clause we are also looking for a value.\n                    if (isExpressionWithTypeArgumentsInClassExtendsClause(name.parent)) {\n                        meaning |= SymbolFlags.Value;\n                    }\n                }\n                else {\n                    meaning = SymbolFlags.Namespace;\n                }\n\n                meaning |= SymbolFlags.Alias;\n                const entityNameSymbol = isEntityNameExpression(name) ? resolveEntityName(name, meaning) : undefined;\n                if (entityNameSymbol) {\n                    return entityNameSymbol;\n                }\n            }\n\n            if (name.parent.kind === SyntaxKind.JSDocParameterTag) {\n                return getParameterSymbolFromJSDoc(name.parent as JSDocParameterTag);\n            }\n\n            if (name.parent.kind === SyntaxKind.TypeParameter && name.parent.parent.kind === SyntaxKind.JSDocTemplateTag) {\n                Debug.assert(!isInJSFile(name)); // Otherwise `isDeclarationName` would have been true.\n                const typeParameter = getTypeParameterFromJsDoc(name.parent as TypeParameterDeclaration & { parent: JSDocTemplateTag });\n                return typeParameter && typeParameter.symbol;\n            }\n\n            if (isExpressionNode(name)) {\n                if (nodeIsMissing(name)) {\n                    // Missing entity name.\n                    return undefined;\n                }\n\n                const isJSDoc = findAncestor(name, or(isJSDocLinkLike, isJSDocNameReference, isJSDocMemberName));\n                const meaning = isJSDoc ? SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Value : SymbolFlags.Value;\n                if (name.kind === SyntaxKind.Identifier) {\n                    if (isJSXTagName(name) && isJsxIntrinsicIdentifier(name)) {\n                        const symbol = getIntrinsicTagSymbol(name.parent as JsxOpeningLikeElement);\n                        return symbol === unknownSymbol ? undefined : symbol;\n                    }\n                    const result = resolveEntityName(name, meaning, /*ignoreErrors*/ false, /*dontResolveAlias*/ !isJSDoc, getHostSignatureFromJSDoc(name));\n                    if (!result && isJSDoc) {\n                        const container = findAncestor(name, or(isClassLike, isInterfaceDeclaration));\n                        if (container) {\n                            return resolveJSDocMemberName(name, getSymbolOfNode(container));\n                        }\n                    }\n                    return result;\n                }\n                else if (isPrivateIdentifier(name)) {\n                    return getSymbolForPrivateIdentifierExpression(name);\n                }\n                else if (name.kind === SyntaxKind.PropertyAccessExpression || name.kind === SyntaxKind.QualifiedName) {\n                    const links = getNodeLinks(name);\n                    if (links.resolvedSymbol) {\n                        return links.resolvedSymbol;\n                    }\n\n                    if (name.kind === SyntaxKind.PropertyAccessExpression) {\n                        checkPropertyAccessExpression(name, CheckMode.Normal);\n                    }\n                    else {\n                        checkQualifiedName(name, CheckMode.Normal);\n                    }\n                    if (!links.resolvedSymbol && isJSDoc && isQualifiedName(name)) {\n                        return resolveJSDocMemberName(name);\n                    }\n                    return links.resolvedSymbol;\n                }\n                else if (isJSDocMemberName(name)) {\n                    return resolveJSDocMemberName(name);\n                }\n            }\n            else if (isTypeReferenceIdentifier(name as EntityName)) {\n                const meaning = name.parent.kind === SyntaxKind.TypeReference ? SymbolFlags.Type : SymbolFlags.Namespace;\n                const symbol = resolveEntityName(name as EntityName, meaning, /*ignoreErrors*/ false, /*dontResolveAlias*/ true);\n                return symbol && symbol !== unknownSymbol ? symbol : getUnresolvedSymbolForEntityName(name as EntityName);\n            }\n            if (name.parent.kind === SyntaxKind.TypePredicate) {\n                return resolveEntityName(name as Identifier, /*meaning*/ SymbolFlags.FunctionScopedVariable);\n            }\n\n            return undefined;\n        }\n\n        /**\n          * Recursively resolve entity names and jsdoc instance references:\n          * 1. K#m as K.prototype.m for a class (or other value) K\n          * 2. K.m as K.prototype.m\n          * 3. I.m as I.m for a type I, or any other I.m that fails to resolve in (1) or (2)\n          *\n          * For unqualified names, a container K may be provided as a second argument.\n          */\n        function resolveJSDocMemberName(name: EntityName | JSDocMemberName, container?: Symbol): Symbol | undefined {\n            if (isEntityName(name)) {\n                // resolve static values first\n                const meaning = SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Value;\n                let symbol = resolveEntityName(name, meaning, /*ignoreErrors*/ false, /*dontResolveAlias*/ true, getHostSignatureFromJSDoc(name));\n                if (!symbol && isIdentifier(name) && container) {\n                    symbol = getMergedSymbol(getSymbol(getExportsOfSymbol(container), name.escapedText, meaning));\n                }\n                if (symbol) {\n                    return symbol;\n                }\n            }\n            const left = isIdentifier(name) ? container : resolveJSDocMemberName(name.left);\n            const right = isIdentifier(name) ? name.escapedText : name.right.escapedText;\n            if (left) {\n                const proto = left.flags & SymbolFlags.Value && getPropertyOfType(getTypeOfSymbol(left), \"prototype\" as __String);\n                const t = proto ? getTypeOfSymbol(proto) : getDeclaredTypeOfSymbol(left);\n                return getPropertyOfType(t, right);\n            }\n        }\n\n        function getSymbolAtLocation(node: Node, ignoreErrors?: boolean): Symbol | undefined {\n            if (node.kind === SyntaxKind.SourceFile) {\n                return isExternalModule(node as SourceFile) ? getMergedSymbol(node.symbol) : undefined;\n            }\n            const { parent } = node;\n            const grandParent = parent.parent;\n\n            if (node.flags & NodeFlags.InWithStatement) {\n                // We cannot answer semantic questions within a with block, do not proceed any further\n                return undefined;\n            }\n\n            if (isDeclarationNameOrImportPropertyName(node)) {\n                // This is a declaration, call getSymbolOfNode\n                const parentSymbol = getSymbolOfNode(parent)!;\n                return isImportOrExportSpecifier(node.parent) && node.parent.propertyName === node\n                    ? getImmediateAliasedSymbol(parentSymbol)\n                    : parentSymbol;\n            }\n            else if (isLiteralComputedPropertyDeclarationName(node)) {\n                return getSymbolOfNode(parent.parent);\n            }\n\n            if (node.kind === SyntaxKind.Identifier) {\n                if (isInRightSideOfImportOrExportAssignment(node as Identifier)) {\n                    return getSymbolOfNameOrPropertyAccessExpression(node as Identifier);\n                }\n                else if (parent.kind === SyntaxKind.BindingElement &&\n                    grandParent.kind === SyntaxKind.ObjectBindingPattern &&\n                    node === (parent as BindingElement).propertyName) {\n                    const typeOfPattern = getTypeOfNode(grandParent);\n                    const propertyDeclaration = getPropertyOfType(typeOfPattern, (node as Identifier).escapedText);\n\n                    if (propertyDeclaration) {\n                        return propertyDeclaration;\n                    }\n                }\n                else if (isMetaProperty(parent)) {\n                    const parentType = getTypeOfNode(parent);\n                    const propertyDeclaration = getPropertyOfType(parentType, (node as Identifier).escapedText);\n                    if (propertyDeclaration) {\n                        return propertyDeclaration;\n                    }\n                    if (parent.keywordToken === SyntaxKind.NewKeyword) {\n                        return checkNewTargetMetaProperty(parent).symbol;\n                    }\n                }\n            }\n\n            switch (node.kind) {\n                case SyntaxKind.Identifier:\n                case SyntaxKind.PrivateIdentifier:\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.QualifiedName:\n                    if (!isThisInTypeQuery(node)) {\n                        return getSymbolOfNameOrPropertyAccessExpression(node as EntityName | PrivateIdentifier | PropertyAccessExpression);\n                    }\n                    // falls through\n\n                case SyntaxKind.ThisKeyword:\n                    const container = getThisContainer(node, /*includeArrowFunctions*/ false);\n                    if (isFunctionLike(container)) {\n                        const sig = getSignatureFromDeclaration(container);\n                        if (sig.thisParameter) {\n                            return sig.thisParameter;\n                        }\n                    }\n                    if (isInExpressionContext(node)) {\n                        return checkExpression(node as Expression).symbol;\n                    }\n                    // falls through\n\n                case SyntaxKind.ThisType:\n                    return getTypeFromThisTypeNode(node as ThisExpression | ThisTypeNode).symbol;\n\n                case SyntaxKind.SuperKeyword:\n                    return checkExpression(node as Expression).symbol;\n\n                case SyntaxKind.ConstructorKeyword:\n                    // constructor keyword for an overload, should take us to the definition if it exist\n                    const constructorDeclaration = node.parent;\n                    if (constructorDeclaration && constructorDeclaration.kind === SyntaxKind.Constructor) {\n                        return (constructorDeclaration.parent as ClassDeclaration).symbol;\n                    }\n                    return undefined;\n\n                case SyntaxKind.StringLiteral:\n                case SyntaxKind.NoSubstitutionTemplateLiteral:\n                    // 1). import x = require(\"./mo/*gotToDefinitionHere*/d\")\n                    // 2). External module name in an import declaration\n                    // 3). Dynamic import call or require in javascript\n                    // 4). type A = import(\"./f/*gotToDefinitionHere*/oo\")\n                    if ((isExternalModuleImportEqualsDeclaration(node.parent.parent) && getExternalModuleImportEqualsDeclarationExpression(node.parent.parent) === node) ||\n                        ((node.parent.kind === SyntaxKind.ImportDeclaration || node.parent.kind === SyntaxKind.ExportDeclaration) && (node.parent as ImportDeclaration).moduleSpecifier === node) ||\n                        ((isInJSFile(node) && isRequireCall(node.parent, /*checkArgumentIsStringLiteralLike*/ false)) || isImportCall(node.parent)) ||\n                        (isLiteralTypeNode(node.parent) && isLiteralImportTypeNode(node.parent.parent) && node.parent.parent.argument === node.parent)\n                    ) {\n                        return resolveExternalModuleName(node, node as LiteralExpression, ignoreErrors);\n                    }\n                    if (isCallExpression(parent) && isBindableObjectDefinePropertyCall(parent) && parent.arguments[1] === node) {\n                        return getSymbolOfNode(parent);\n                    }\n                    // falls through\n\n                case SyntaxKind.NumericLiteral:\n                    // index access\n                    const objectType = isElementAccessExpression(parent)\n                        ? parent.argumentExpression === node ? getTypeOfExpression(parent.expression) : undefined\n                        : isLiteralTypeNode(parent) && isIndexedAccessTypeNode(grandParent)\n                            ? getTypeFromTypeNode(grandParent.objectType)\n                            : undefined;\n                    return objectType && getPropertyOfType(objectType, escapeLeadingUnderscores((node as StringLiteral | NumericLiteral).text));\n\n                case SyntaxKind.DefaultKeyword:\n                case SyntaxKind.FunctionKeyword:\n                case SyntaxKind.EqualsGreaterThanToken:\n                case SyntaxKind.ClassKeyword:\n                    return getSymbolOfNode(node.parent);\n                case SyntaxKind.ImportType:\n                    return isLiteralImportTypeNode(node) ? getSymbolAtLocation(node.argument.literal, ignoreErrors) : undefined;\n\n                case SyntaxKind.ExportKeyword:\n                    return isExportAssignment(node.parent) ? Debug.checkDefined(node.parent.symbol) : undefined;\n\n                case SyntaxKind.ImportKeyword:\n                case SyntaxKind.NewKeyword:\n                    return isMetaProperty(node.parent) ? checkMetaPropertyKeyword(node.parent).symbol : undefined;\n                case SyntaxKind.MetaProperty:\n                    return checkExpression(node as Expression).symbol;\n\n                default:\n                    return undefined;\n            }\n        }\n\n        function getIndexInfosAtLocation(node: Node): readonly IndexInfo[] | undefined {\n            if (isIdentifier(node) && isPropertyAccessExpression(node.parent) && node.parent.name === node) {\n                const keyType = getLiteralTypeFromPropertyName(node);\n                const objectType = getTypeOfExpression(node.parent.expression);\n                const objectTypes = objectType.flags & TypeFlags.Union ? (objectType as UnionType).types : [objectType];\n                return flatMap(objectTypes, t => filter(getIndexInfosOfType(t), info => isApplicableIndexType(keyType, info.keyType)));\n            }\n            return undefined;\n        }\n\n        function getShorthandAssignmentValueSymbol(location: Node | undefined): Symbol | undefined {\n            if (location && location.kind === SyntaxKind.ShorthandPropertyAssignment) {\n                return resolveEntityName((location as ShorthandPropertyAssignment).name, SymbolFlags.Value | SymbolFlags.Alias);\n            }\n            return undefined;\n        }\n\n        /** Returns the target of an export specifier without following aliases */\n        function getExportSpecifierLocalTargetSymbol(node: ExportSpecifier | Identifier): Symbol | undefined {\n            if (isExportSpecifier(node)) {\n                return node.parent.parent.moduleSpecifier ?\n                    getExternalModuleMember(node.parent.parent, node) :\n                    resolveEntityName(node.propertyName || node.name, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias);\n            }\n            else {\n                return resolveEntityName(node, SymbolFlags.Value | SymbolFlags.Type | SymbolFlags.Namespace | SymbolFlags.Alias);\n            }\n        }\n\n        function getTypeOfNode(node: Node): Type {\n            if (isSourceFile(node) && !isExternalModule(node)) {\n                return errorType;\n            }\n\n            if (node.flags & NodeFlags.InWithStatement) {\n                // We cannot answer semantic questions within a with block, do not proceed any further\n                return errorType;\n            }\n\n            const classDecl = tryGetClassImplementingOrExtendingExpressionWithTypeArguments(node);\n            const classType = classDecl && getDeclaredTypeOfClassOrInterface(getSymbolOfNode(classDecl.class));\n            if (isPartOfTypeNode(node)) {\n                const typeFromTypeNode = getTypeFromTypeNode(node as TypeNode);\n                return classType ? getTypeWithThisArgument(typeFromTypeNode, classType.thisType) : typeFromTypeNode;\n            }\n\n            if (isExpressionNode(node)) {\n                return getRegularTypeOfExpression(node as Expression);\n            }\n\n            if (classType && !classDecl.isImplements) {\n                // A SyntaxKind.ExpressionWithTypeArguments is considered a type node, except when it occurs in the\n                // extends clause of a class. We handle that case here.\n                const baseType = firstOrUndefined(getBaseTypes(classType));\n                return baseType ? getTypeWithThisArgument(baseType, classType.thisType) : errorType;\n            }\n\n            if (isTypeDeclaration(node)) {\n                // In this case, we call getSymbolOfNode instead of getSymbolAtLocation because it is a declaration\n                const symbol = getSymbolOfNode(node);\n                return getDeclaredTypeOfSymbol(symbol);\n            }\n\n            if (isTypeDeclarationName(node)) {\n                const symbol = getSymbolAtLocation(node);\n                return symbol ? getDeclaredTypeOfSymbol(symbol) : errorType;\n            }\n\n            if (isDeclaration(node)) {\n                // In this case, we call getSymbolOfNode instead of getSymbolAtLocation because it is a declaration\n                const symbol = getSymbolOfNode(node);\n                return getTypeOfSymbol(symbol);\n            }\n\n            if (isDeclarationNameOrImportPropertyName(node)) {\n                const symbol = getSymbolAtLocation(node);\n                if (symbol) {\n                    return getTypeOfSymbol(symbol);\n                }\n                return errorType;\n            }\n\n            if (isBindingPattern(node)) {\n                return getTypeForVariableLikeDeclaration(node.parent, /*includeOptionality*/ true, CheckMode.Normal) || errorType;\n            }\n\n            if (isInRightSideOfImportOrExportAssignment(node as Identifier)) {\n                const symbol = getSymbolAtLocation(node);\n                if (symbol) {\n                    const declaredType = getDeclaredTypeOfSymbol(symbol);\n                    return !isErrorType(declaredType) ? declaredType : getTypeOfSymbol(symbol);\n                }\n            }\n\n            if (isMetaProperty(node.parent) && node.parent.keywordToken === node.kind) {\n                return checkMetaPropertyKeyword(node.parent);\n            }\n\n            return errorType;\n        }\n\n        // Gets the type of object literal or array literal of destructuring assignment.\n        // { a } from\n        //     for ( { a } of elems) {\n        //     }\n        // [ a ] from\n        //     [a] = [ some array ...]\n        function getTypeOfAssignmentPattern(expr: AssignmentPattern): Type | undefined {\n            Debug.assert(expr.kind === SyntaxKind.ObjectLiteralExpression || expr.kind === SyntaxKind.ArrayLiteralExpression);\n            // If this is from \"for of\"\n            //     for ( { a } of elems) {\n            //     }\n            if (expr.parent.kind === SyntaxKind.ForOfStatement) {\n                const iteratedType = checkRightHandSideOfForOf(expr.parent as ForOfStatement);\n                return checkDestructuringAssignment(expr, iteratedType || errorType);\n            }\n            // If this is from \"for\" initializer\n            //     for ({a } = elems[0];.....) { }\n            if (expr.parent.kind === SyntaxKind.BinaryExpression) {\n                const iteratedType = getTypeOfExpression((expr.parent as BinaryExpression).right);\n                return checkDestructuringAssignment(expr, iteratedType || errorType);\n            }\n            // If this is from nested object binding pattern\n            //     for ({ skills: { primary, secondary } } = multiRobot, i = 0; i < 1; i++) {\n            if (expr.parent.kind === SyntaxKind.PropertyAssignment) {\n                const node = cast(expr.parent.parent, isObjectLiteralExpression);\n                const typeOfParentObjectLiteral = getTypeOfAssignmentPattern(node) || errorType;\n                const propertyIndex = indexOfNode(node.properties, expr.parent);\n                return checkObjectLiteralDestructuringPropertyAssignment(node, typeOfParentObjectLiteral, propertyIndex);\n            }\n            // Array literal assignment - array destructuring pattern\n            const node = cast(expr.parent, isArrayLiteralExpression);\n            //    [{ property1: p1, property2 }] = elems;\n            const typeOfArrayLiteral = getTypeOfAssignmentPattern(node) || errorType;\n            const elementType = checkIteratedTypeOrElementType(IterationUse.Destructuring, typeOfArrayLiteral, undefinedType, expr.parent) || errorType;\n            return checkArrayLiteralDestructuringElementAssignment(node, typeOfArrayLiteral, node.elements.indexOf(expr), elementType);\n        }\n\n        // Gets the property symbol corresponding to the property in destructuring assignment\n        // 'property1' from\n        //     for ( { property1: a } of elems) {\n        //     }\n        // 'property1' at location 'a' from:\n        //     [a] = [ property1, property2 ]\n        function getPropertySymbolOfDestructuringAssignment(location: Identifier) {\n            // Get the type of the object or array literal and then look for property of given name in the type\n            const typeOfObjectLiteral = getTypeOfAssignmentPattern(cast(location.parent.parent, isAssignmentPattern));\n            return typeOfObjectLiteral && getPropertyOfType(typeOfObjectLiteral, location.escapedText);\n        }\n\n        function getRegularTypeOfExpression(expr: Expression): Type {\n            if (isRightSideOfQualifiedNameOrPropertyAccess(expr)) {\n                expr = expr.parent as Expression;\n            }\n            return getRegularTypeOfLiteralType(getTypeOfExpression(expr));\n        }\n\n        /**\n          * Gets either the static or instance type of a class element, based on\n          * whether the element is declared as \"static\".\n          */\n        function getParentTypeOfClassElement(node: ClassElement) {\n            const classSymbol = getSymbolOfNode(node.parent)!;\n            return isStatic(node)\n                ? getTypeOfSymbol(classSymbol)\n                : getDeclaredTypeOfSymbol(classSymbol);\n        }\n\n        function getClassElementPropertyKeyType(element: ClassElement) {\n            const name = element.name!;\n            switch (name.kind) {\n                case SyntaxKind.Identifier:\n                    return getStringLiteralType(idText(name));\n                case SyntaxKind.NumericLiteral:\n                case SyntaxKind.StringLiteral:\n                    return getStringLiteralType(name.text);\n                case SyntaxKind.ComputedPropertyName:\n                    const nameType = checkComputedPropertyName(name);\n                    return isTypeAssignableToKind(nameType, TypeFlags.ESSymbolLike) ? nameType : stringType;\n                default:\n                    return Debug.fail(\"Unsupported property name.\");\n            }\n        }\n\n        // Return the list of properties of the given type, augmented with properties from Function\n        // if the type has call or construct signatures\n        function getAugmentedPropertiesOfType(type: Type): Symbol[] {\n            type = getApparentType(type);\n            const propsByName = createSymbolTable(getPropertiesOfType(type));\n            const functionType = getSignaturesOfType(type, SignatureKind.Call).length ? globalCallableFunctionType :\n                getSignaturesOfType(type, SignatureKind.Construct).length ? globalNewableFunctionType :\n                undefined;\n            if (functionType) {\n                forEach(getPropertiesOfType(functionType), p => {\n                    if (!propsByName.has(p.escapedName)) {\n                        propsByName.set(p.escapedName, p);\n                    }\n                });\n            }\n            return getNamedMembers(propsByName);\n        }\n\n        function typeHasCallOrConstructSignatures(type: Type): boolean {\n            return ts.typeHasCallOrConstructSignatures(type, checker);\n        }\n\n        function getRootSymbols(symbol: Symbol): readonly Symbol[] {\n            const roots = getImmediateRootSymbols(symbol);\n            return roots ? flatMap(roots, getRootSymbols) : [symbol];\n        }\n        function getImmediateRootSymbols(symbol: Symbol): readonly Symbol[] | undefined {\n            if (getCheckFlags(symbol) & CheckFlags.Synthetic) {\n                return mapDefined(getSymbolLinks(symbol).containingType!.types, type => getPropertyOfType(type, symbol.escapedName));\n            }\n            else if (symbol.flags & SymbolFlags.Transient) {\n                const { leftSpread, rightSpread, syntheticOrigin } = symbol as TransientSymbol;\n                return leftSpread ? [leftSpread, rightSpread!]\n                    : syntheticOrigin ? [syntheticOrigin]\n                    : singleElementArray(tryGetAliasTarget(symbol));\n            }\n            return undefined;\n        }\n        function tryGetAliasTarget(symbol: Symbol): Symbol | undefined {\n            let target: Symbol | undefined;\n            let next: Symbol | undefined = symbol;\n            while (next = getSymbolLinks(next).target) {\n                target = next;\n            }\n            return target;\n        }\n\n        // Emitter support\n\n        function isArgumentsLocalBinding(nodeIn: Identifier): boolean {\n            // Note: does not handle isShorthandPropertyAssignment (and probably a few more)\n            if (isGeneratedIdentifier(nodeIn)) return false;\n            const node = getParseTreeNode(nodeIn, isIdentifier);\n            if (!node) return false;\n            const parent = node.parent;\n            if (!parent) return false;\n            const isPropertyName = ((isPropertyAccessExpression(parent)\n                                      || isPropertyAssignment(parent))\n                                    && parent.name === node);\n            return !isPropertyName && getReferencedValueSymbol(node) === argumentsSymbol;\n        }\n\n        function moduleExportsSomeValue(moduleReferenceExpression: Expression): boolean {\n            let moduleSymbol = resolveExternalModuleName(moduleReferenceExpression.parent, moduleReferenceExpression);\n            if (!moduleSymbol || isShorthandAmbientModuleSymbol(moduleSymbol)) {\n                // If the module is not found or is shorthand, assume that it may export a value.\n                return true;\n            }\n\n            const hasExportAssignment = hasExportAssignmentSymbol(moduleSymbol);\n            // if module has export assignment then 'resolveExternalModuleSymbol' will return resolved symbol for export assignment\n            // otherwise it will return moduleSymbol itself\n            moduleSymbol = resolveExternalModuleSymbol(moduleSymbol);\n\n            const symbolLinks = getSymbolLinks(moduleSymbol);\n            if (symbolLinks.exportsSomeValue === undefined) {\n                // for export assignments - check if resolved symbol for RHS is itself a value\n                // otherwise - check if at least one export is value\n                symbolLinks.exportsSomeValue = hasExportAssignment\n                    ? !!(moduleSymbol.flags & SymbolFlags.Value)\n                    : forEachEntry(getExportsOfModule(moduleSymbol), isValue);\n            }\n\n            return symbolLinks.exportsSomeValue!;\n\n            function isValue(s: Symbol): boolean {\n                s = resolveSymbol(s);\n                return s && !!(s.flags & SymbolFlags.Value);\n            }\n        }\n\n        function isNameOfModuleOrEnumDeclaration(node: Identifier) {\n            return isModuleOrEnumDeclaration(node.parent) && node === node.parent.name;\n        }\n\n        // When resolved as an expression identifier, if the given node references an exported entity, return the declaration\n        // node of the exported entity's container. Otherwise, return undefined.\n        function getReferencedExportContainer(nodeIn: Identifier, prefixLocals?: boolean): SourceFile | ModuleDeclaration | EnumDeclaration | undefined {\n            const node = getParseTreeNode(nodeIn, isIdentifier);\n            if (node) {\n                // When resolving the export container for the name of a module or enum\n                // declaration, we need to start resolution at the declaration's container.\n                // Otherwise, we could incorrectly resolve the export container as the\n                // declaration if it contains an exported member with the same name.\n                let symbol = getReferencedValueSymbol(node, /*startInDeclarationContainer*/ isNameOfModuleOrEnumDeclaration(node));\n                if (symbol) {\n                    if (symbol.flags & SymbolFlags.ExportValue) {\n                        // If we reference an exported entity within the same module declaration, then whether\n                        // we prefix depends on the kind of entity. SymbolFlags.ExportHasLocal encompasses all the\n                        // kinds that we do NOT prefix.\n                        const exportSymbol = getMergedSymbol(symbol.exportSymbol!);\n                        if (!prefixLocals && exportSymbol.flags & SymbolFlags.ExportHasLocal && !(exportSymbol.flags & SymbolFlags.Variable)) {\n                            return undefined;\n                        }\n                        symbol = exportSymbol;\n                    }\n                    const parentSymbol = getParentOfSymbol(symbol);\n                    if (parentSymbol) {\n                        if (parentSymbol.flags & SymbolFlags.ValueModule && parentSymbol.valueDeclaration?.kind === SyntaxKind.SourceFile) {\n                            const symbolFile = parentSymbol.valueDeclaration as SourceFile;\n                            const referenceFile = getSourceFileOfNode(node);\n                            // If `node` accesses an export and that export isn't in the same file, then symbol is a namespace export, so return undefined.\n                            const symbolIsUmdExport = symbolFile !== referenceFile;\n                            return symbolIsUmdExport ? undefined : symbolFile;\n                        }\n                        return findAncestor(node.parent, (n): n is ModuleDeclaration | EnumDeclaration => isModuleOrEnumDeclaration(n) && getSymbolOfNode(n) === parentSymbol);\n                    }\n                }\n            }\n        }\n\n        // When resolved as an expression identifier, if the given node references an import, return the declaration of\n        // that import. Otherwise, return undefined.\n        function getReferencedImportDeclaration(nodeIn: Identifier): Declaration | undefined {\n            if (nodeIn.generatedImportReference) {\n                return nodeIn.generatedImportReference;\n            }\n            const node = getParseTreeNode(nodeIn, isIdentifier);\n            if (node) {\n                const symbol = getReferencedValueSymbol(node);\n                // We should only get the declaration of an alias if there isn't a local value\n                // declaration for the symbol\n                if (isNonLocalAlias(symbol, /*excludes*/ SymbolFlags.Value) && !getTypeOnlyAliasDeclaration(symbol)) {\n                    return getDeclarationOfAliasSymbol(symbol);\n                }\n            }\n\n            return undefined;\n        }\n\n        function isSymbolOfDestructuredElementOfCatchBinding(symbol: Symbol) {\n            return symbol.valueDeclaration\n                && isBindingElement(symbol.valueDeclaration)\n                && walkUpBindingElementsAndPatterns(symbol.valueDeclaration).parent.kind === SyntaxKind.CatchClause;\n        }\n\n        function isSymbolOfDeclarationWithCollidingName(symbol: Symbol): boolean {\n            if (symbol.flags & SymbolFlags.BlockScoped && symbol.valueDeclaration && !isSourceFile(symbol.valueDeclaration)) {\n                const links = getSymbolLinks(symbol);\n                if (links.isDeclarationWithCollidingName === undefined) {\n                    const container = getEnclosingBlockScopeContainer(symbol.valueDeclaration);\n                    if (isStatementWithLocals(container) || isSymbolOfDestructuredElementOfCatchBinding(symbol)) {\n                        const nodeLinks = getNodeLinks(symbol.valueDeclaration);\n                        if (resolveName(container.parent, symbol.escapedName, SymbolFlags.Value, /*nameNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ false)) {\n                            // redeclaration - always should be renamed\n                            links.isDeclarationWithCollidingName = true;\n                        }\n                        else if (nodeLinks.flags & NodeCheckFlags.CapturedBlockScopedBinding) {\n                            // binding is captured in the function\n                            // should be renamed if:\n                            // - binding is not top level - top level bindings never collide with anything\n                            // AND\n                            //   - binding is not declared in loop, should be renamed to avoid name reuse across siblings\n                            //     let a, b\n                            //     { let x = 1; a = () => x; }\n                            //     { let x = 100; b = () => x; }\n                            //     console.log(a()); // should print '1'\n                            //     console.log(b()); // should print '100'\n                            //     OR\n                            //   - binding is declared inside loop but not in inside initializer of iteration statement or directly inside loop body\n                            //     * variables from initializer are passed to rewritten loop body as parameters so they are not captured directly\n                            //     * variables that are declared immediately in loop body will become top level variable after loop is rewritten and thus\n                            //       they will not collide with anything\n                            const isDeclaredInLoop = nodeLinks.flags & NodeCheckFlags.BlockScopedBindingInLoop;\n                            const inLoopInitializer = isIterationStatement(container, /*lookInLabeledStatements*/ false);\n                            const inLoopBodyBlock = container.kind === SyntaxKind.Block && isIterationStatement(container.parent, /*lookInLabeledStatements*/ false);\n\n                            links.isDeclarationWithCollidingName = !isBlockScopedContainerTopLevel(container) && (!isDeclaredInLoop || (!inLoopInitializer && !inLoopBodyBlock));\n                        }\n                        else {\n                            links.isDeclarationWithCollidingName = false;\n                        }\n                    }\n                }\n                return links.isDeclarationWithCollidingName!;\n            }\n            return false;\n        }\n\n        // When resolved as an expression identifier, if the given node references a nested block scoped entity with\n        // a name that either hides an existing name or might hide it when compiled downlevel,\n        // return the declaration of that entity. Otherwise, return undefined.\n        function getReferencedDeclarationWithCollidingName(nodeIn: Identifier): Declaration | undefined {\n            if (!isGeneratedIdentifier(nodeIn)) {\n                const node = getParseTreeNode(nodeIn, isIdentifier);\n                if (node) {\n                    const symbol = getReferencedValueSymbol(node);\n                    if (symbol && isSymbolOfDeclarationWithCollidingName(symbol)) {\n                        return symbol.valueDeclaration;\n                    }\n                }\n            }\n\n            return undefined;\n        }\n\n        // Return true if the given node is a declaration of a nested block scoped entity with a name that either hides an\n        // existing name or might hide a name when compiled downlevel\n        function isDeclarationWithCollidingName(nodeIn: Declaration): boolean {\n            const node = getParseTreeNode(nodeIn, isDeclaration);\n            if (node) {\n                const symbol = getSymbolOfNode(node);\n                if (symbol) {\n                    return isSymbolOfDeclarationWithCollidingName(symbol);\n                }\n            }\n\n            return false;\n        }\n\n        function isValueAliasDeclaration(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.ImportEqualsDeclaration:\n                    return isAliasResolvedToValue(getSymbolOfNode(node));\n                case SyntaxKind.ImportClause:\n                case SyntaxKind.NamespaceImport:\n                case SyntaxKind.ImportSpecifier:\n                case SyntaxKind.ExportSpecifier:\n                    const symbol = getSymbolOfNode(node);\n                    return !!symbol && isAliasResolvedToValue(symbol) && !getTypeOnlyAliasDeclaration(symbol);\n                case SyntaxKind.ExportDeclaration:\n                    const exportClause = (node as ExportDeclaration).exportClause;\n                    return !!exportClause && (\n                        isNamespaceExport(exportClause) ||\n                        some(exportClause.elements, isValueAliasDeclaration)\n                    );\n                case SyntaxKind.ExportAssignment:\n                    return (node as ExportAssignment).expression && (node as ExportAssignment).expression.kind === SyntaxKind.Identifier ?\n                        isAliasResolvedToValue(getSymbolOfNode(node)) :\n                        true;\n            }\n            return false;\n        }\n\n        function isTopLevelValueImportEqualsWithEntityName(nodeIn: ImportEqualsDeclaration): boolean {\n            const node = getParseTreeNode(nodeIn, isImportEqualsDeclaration);\n            if (node === undefined || node.parent.kind !== SyntaxKind.SourceFile || !isInternalModuleImportEqualsDeclaration(node)) {\n                // parent is not source file or it is not reference to internal module\n                return false;\n            }\n\n            const isValue = isAliasResolvedToValue(getSymbolOfNode(node));\n            return isValue && node.moduleReference && !nodeIsMissing(node.moduleReference);\n        }\n\n        function isAliasResolvedToValue(symbol: Symbol | undefined): boolean {\n            if (!symbol) {\n                return false;\n            }\n            const target = getExportSymbolOfValueSymbolIfExported(resolveAlias(symbol));\n            if (target === unknownSymbol) {\n                return true;\n            }\n            // const enums and modules that contain only const enums are not considered values from the emit perspective\n            // unless 'preserveConstEnums' option is set to true\n            return !!(target.flags & SymbolFlags.Value) &&\n                (shouldPreserveConstEnums(compilerOptions) || !isConstEnumOrConstEnumOnlyModule(target));\n        }\n\n        function isConstEnumOrConstEnumOnlyModule(s: Symbol): boolean {\n            return isConstEnumSymbol(s) || !!s.constEnumOnlyModule;\n        }\n\n        function isReferencedAliasDeclaration(node: Node, checkChildren?: boolean): boolean {\n            if (isAliasSymbolDeclaration(node)) {\n                const symbol = getSymbolOfNode(node);\n                const links = symbol && getSymbolLinks(symbol);\n                if (links?.referenced) {\n                    return true;\n                }\n                const target = getSymbolLinks(symbol!).target; // TODO: GH#18217\n                if (target && getEffectiveModifierFlags(node) & ModifierFlags.Export &&\n                    target.flags & SymbolFlags.Value &&\n                    (shouldPreserveConstEnums(compilerOptions) || !isConstEnumOrConstEnumOnlyModule(target))) {\n                    // An `export import ... =` of a value symbol is always considered referenced\n                    return true;\n                }\n            }\n\n            if (checkChildren) {\n                return !!forEachChild(node, node => isReferencedAliasDeclaration(node, checkChildren));\n            }\n            return false;\n        }\n\n        function isImplementationOfOverload(node: SignatureDeclaration) {\n            if (nodeIsPresent((node as FunctionLikeDeclaration).body)) {\n                if (isGetAccessor(node) || isSetAccessor(node)) return false; // Get or set accessors can never be overload implementations, but can have up to 2 signatures\n                const symbol = getSymbolOfNode(node);\n                const signaturesOfSymbol = getSignaturesOfSymbol(symbol);\n                // If this function body corresponds to function with multiple signature, it is implementation of overload\n                // e.g.: function foo(a: string): string;\n                //       function foo(a: number): number;\n                //       function foo(a: any) { // This is implementation of the overloads\n                //           return a;\n                //       }\n                return signaturesOfSymbol.length > 1 ||\n                    // If there is single signature for the symbol, it is overload if that signature isn't coming from the node\n                    // e.g.: function foo(a: string): string;\n                    //       function foo(a: any) { // This is implementation of the overloads\n                    //           return a;\n                    //       }\n                    (signaturesOfSymbol.length === 1 && signaturesOfSymbol[0].declaration !== node);\n            }\n            return false;\n        }\n\n        function isRequiredInitializedParameter(parameter: ParameterDeclaration | JSDocParameterTag): boolean {\n            return !!strictNullChecks &&\n                !isOptionalParameter(parameter) &&\n                !isJSDocParameterTag(parameter) &&\n                !!parameter.initializer &&\n                !hasSyntacticModifier(parameter, ModifierFlags.ParameterPropertyModifier);\n        }\n\n        function isOptionalUninitializedParameterProperty(parameter: ParameterDeclaration) {\n            return strictNullChecks &&\n                isOptionalParameter(parameter) &&\n                !parameter.initializer &&\n                hasSyntacticModifier(parameter, ModifierFlags.ParameterPropertyModifier);\n        }\n\n        function isOptionalUninitializedParameter(parameter: ParameterDeclaration) {\n            return !!strictNullChecks &&\n                isOptionalParameter(parameter) &&\n                !parameter.initializer;\n        }\n\n        function isExpandoFunctionDeclaration(node: Declaration): boolean {\n            const declaration = getParseTreeNode(node, isFunctionDeclaration);\n            if (!declaration) {\n                return false;\n            }\n            const symbol = getSymbolOfNode(declaration);\n            if (!symbol || !(symbol.flags & SymbolFlags.Function)) {\n                return false;\n            }\n            return !!forEachEntry(getExportsOfSymbol(symbol), p => p.flags & SymbolFlags.Value && p.valueDeclaration && isPropertyAccessExpression(p.valueDeclaration));\n        }\n\n        function getPropertiesOfContainerFunction(node: Declaration): Symbol[] {\n            const declaration = getParseTreeNode(node, isFunctionDeclaration);\n            if (!declaration) {\n                return emptyArray;\n            }\n            const symbol = getSymbolOfNode(declaration);\n            return symbol && getPropertiesOfType(getTypeOfSymbol(symbol)) || emptyArray;\n        }\n\n        function getNodeCheckFlags(node: Node): NodeCheckFlags {\n            const nodeId = node.id || 0;\n            if (nodeId < 0 || nodeId >= nodeLinks.length) return 0;\n            return nodeLinks[nodeId]?.flags || 0;\n        }\n\n        function getEnumMemberValue(node: EnumMember): string | number | undefined {\n            computeEnumMemberValues(node.parent);\n            return getNodeLinks(node).enumMemberValue;\n        }\n\n        function canHaveConstantValue(node: Node): node is EnumMember | AccessExpression {\n            switch (node.kind) {\n                case SyntaxKind.EnumMember:\n                case SyntaxKind.PropertyAccessExpression:\n                case SyntaxKind.ElementAccessExpression:\n                    return true;\n            }\n            return false;\n        }\n\n        function getConstantValue(node: EnumMember | AccessExpression): string | number | undefined {\n            if (node.kind === SyntaxKind.EnumMember) {\n                return getEnumMemberValue(node);\n            }\n\n            const symbol = getNodeLinks(node).resolvedSymbol;\n            if (symbol && (symbol.flags & SymbolFlags.EnumMember)) {\n                // inline property\\index accesses only for const enums\n                const member = symbol.valueDeclaration as EnumMember;\n                if (isEnumConst(member.parent)) {\n                    return getEnumMemberValue(member);\n                }\n            }\n\n            return undefined;\n        }\n\n        function isFunctionType(type: Type): boolean {\n            return !!(type.flags & TypeFlags.Object) && getSignaturesOfType(type, SignatureKind.Call).length > 0;\n        }\n\n        function getTypeReferenceSerializationKind(typeNameIn: EntityName, location?: Node): TypeReferenceSerializationKind {\n            // ensure both `typeName` and `location` are parse tree nodes.\n            const typeName = getParseTreeNode(typeNameIn, isEntityName);\n            if (!typeName) return TypeReferenceSerializationKind.Unknown;\n\n            if (location) {\n                location = getParseTreeNode(location);\n                if (!location) return TypeReferenceSerializationKind.Unknown;\n            }\n\n            // Resolve the symbol as a value to ensure the type can be reached at runtime during emit.\n            let isTypeOnly = false;\n            if (isQualifiedName(typeName)) {\n                const rootValueSymbol = resolveEntityName(getFirstIdentifier(typeName), SymbolFlags.Value, /*ignoreErrors*/ true, /*dontResolveAlias*/ true, location);\n                isTypeOnly = !!rootValueSymbol?.declarations?.every(isTypeOnlyImportOrExportDeclaration);\n            }\n            const valueSymbol = resolveEntityName(typeName, SymbolFlags.Value, /*ignoreErrors*/ true, /*dontResolveAlias*/ true, location);\n            const resolvedSymbol = valueSymbol && valueSymbol.flags & SymbolFlags.Alias ? resolveAlias(valueSymbol) : valueSymbol;\n            isTypeOnly ||= !!valueSymbol?.declarations?.every(isTypeOnlyImportOrExportDeclaration);\n\n            // Resolve the symbol as a type so that we can provide a more useful hint for the type serializer.\n            const typeSymbol = resolveEntityName(typeName, SymbolFlags.Type, /*ignoreErrors*/ true, /*dontResolveAlias*/ false, location);\n            if (resolvedSymbol && resolvedSymbol === typeSymbol) {\n                const globalPromiseSymbol = getGlobalPromiseConstructorSymbol(/*reportErrors*/ false);\n                if (globalPromiseSymbol && resolvedSymbol === globalPromiseSymbol) {\n                    return TypeReferenceSerializationKind.Promise;\n                }\n\n                const constructorType = getTypeOfSymbol(resolvedSymbol);\n                if (constructorType && isConstructorType(constructorType)) {\n                    return isTypeOnly ? TypeReferenceSerializationKind.TypeWithCallSignature : TypeReferenceSerializationKind.TypeWithConstructSignatureAndValue;\n                }\n            }\n\n            // We might not be able to resolve type symbol so use unknown type in that case (eg error case)\n            if (!typeSymbol) {\n                return isTypeOnly ? TypeReferenceSerializationKind.ObjectType : TypeReferenceSerializationKind.Unknown;\n            }\n            const type = getDeclaredTypeOfSymbol(typeSymbol);\n            if (isErrorType(type)) {\n                return isTypeOnly ? TypeReferenceSerializationKind.ObjectType : TypeReferenceSerializationKind.Unknown;\n            }\n            else if (type.flags & TypeFlags.AnyOrUnknown) {\n                return TypeReferenceSerializationKind.ObjectType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.Void | TypeFlags.Nullable | TypeFlags.Never)) {\n                return TypeReferenceSerializationKind.VoidNullableOrNeverType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.BooleanLike)) {\n                return TypeReferenceSerializationKind.BooleanType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.NumberLike)) {\n                return TypeReferenceSerializationKind.NumberLikeType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.BigIntLike)) {\n                return TypeReferenceSerializationKind.BigIntLikeType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.StringLike)) {\n                return TypeReferenceSerializationKind.StringLikeType;\n            }\n            else if (isTupleType(type)) {\n                return TypeReferenceSerializationKind.ArrayLikeType;\n            }\n            else if (isTypeAssignableToKind(type, TypeFlags.ESSymbolLike)) {\n                return TypeReferenceSerializationKind.ESSymbolType;\n            }\n            else if (isFunctionType(type)) {\n                return TypeReferenceSerializationKind.TypeWithCallSignature;\n            }\n            else if (isArrayType(type)) {\n                return TypeReferenceSerializationKind.ArrayLikeType;\n            }\n            else {\n                return TypeReferenceSerializationKind.ObjectType;\n            }\n        }\n\n        function createTypeOfDeclaration(declarationIn: AccessorDeclaration | VariableLikeDeclaration | PropertyAccessExpression, enclosingDeclaration: Node, flags: NodeBuilderFlags, tracker: SymbolTracker, addUndefined?: boolean) {\n            const declaration = getParseTreeNode(declarationIn, isVariableLikeOrAccessor);\n            if (!declaration) {\n                return factory.createToken(SyntaxKind.AnyKeyword) as KeywordTypeNode;\n            }\n            // Get type of the symbol if this is the valid symbol otherwise get type at location\n            const symbol = getSymbolOfNode(declaration);\n            let type = symbol && !(symbol.flags & (SymbolFlags.TypeLiteral | SymbolFlags.Signature))\n                ? getWidenedLiteralType(getTypeOfSymbol(symbol))\n                : errorType;\n            if (type.flags & TypeFlags.UniqueESSymbol &&\n                type.symbol === symbol) {\n                flags |= NodeBuilderFlags.AllowUniqueESSymbolType;\n            }\n            if (addUndefined) {\n                type = getOptionalType(type);\n            }\n            return nodeBuilder.typeToTypeNode(type, enclosingDeclaration, flags | NodeBuilderFlags.MultilineObjectLiterals, tracker);\n        }\n\n        function createReturnTypeOfSignatureDeclaration(signatureDeclarationIn: SignatureDeclaration, enclosingDeclaration: Node, flags: NodeBuilderFlags, tracker: SymbolTracker) {\n            const signatureDeclaration = getParseTreeNode(signatureDeclarationIn, isFunctionLike);\n            if (!signatureDeclaration) {\n                return factory.createToken(SyntaxKind.AnyKeyword) as KeywordTypeNode;\n            }\n            const signature = getSignatureFromDeclaration(signatureDeclaration);\n            return nodeBuilder.typeToTypeNode(getReturnTypeOfSignature(signature), enclosingDeclaration, flags | NodeBuilderFlags.MultilineObjectLiterals, tracker);\n        }\n\n        function createTypeOfExpression(exprIn: Expression, enclosingDeclaration: Node, flags: NodeBuilderFlags, tracker: SymbolTracker) {\n            const expr = getParseTreeNode(exprIn, isExpression);\n            if (!expr) {\n                return factory.createToken(SyntaxKind.AnyKeyword) as KeywordTypeNode;\n            }\n            const type = getWidenedType(getRegularTypeOfExpression(expr));\n            return nodeBuilder.typeToTypeNode(type, enclosingDeclaration, flags | NodeBuilderFlags.MultilineObjectLiterals, tracker);\n        }\n\n        function hasGlobalName(name: string): boolean {\n            return globals.has(escapeLeadingUnderscores(name));\n        }\n\n        function getReferencedValueSymbol(reference: Identifier, startInDeclarationContainer?: boolean): Symbol | undefined {\n            const resolvedSymbol = getNodeLinks(reference).resolvedSymbol;\n            if (resolvedSymbol) {\n                return resolvedSymbol;\n            }\n\n            let location: Node = reference;\n            if (startInDeclarationContainer) {\n                // When resolving the name of a declaration as a value, we need to start resolution\n                // at a point outside of the declaration.\n                const parent = reference.parent;\n                if (isDeclaration(parent) && reference === parent.name) {\n                    location = getDeclarationContainer(parent);\n                }\n            }\n\n            return resolveName(location, reference.escapedText, SymbolFlags.Value | SymbolFlags.ExportValue | SymbolFlags.Alias, /*nodeNotFoundMessage*/ undefined, /*nameArg*/ undefined, /*isUse*/ true);\n        }\n\n        function getReferencedValueDeclaration(referenceIn: Identifier): Declaration | undefined {\n            if (!isGeneratedIdentifier(referenceIn)) {\n                const reference = getParseTreeNode(referenceIn, isIdentifier);\n                if (reference) {\n                    const symbol = getReferencedValueSymbol(reference);\n                    if (symbol) {\n                        return getExportSymbolOfValueSymbolIfExported(symbol).valueDeclaration;\n                    }\n                }\n            }\n\n            return undefined;\n        }\n\n        function isLiteralConstDeclaration(node: VariableDeclaration | PropertyDeclaration | PropertySignature | ParameterDeclaration): boolean {\n            if (isDeclarationReadonly(node) || isVariableDeclaration(node) && isVarConst(node)) {\n                return isFreshLiteralType(getTypeOfSymbol(getSymbolOfNode(node)));\n            }\n            return false;\n        }\n\n        function literalTypeToNode(type: FreshableType, enclosing: Node, tracker: SymbolTracker): Expression {\n            const enumResult = type.flags & TypeFlags.EnumLiteral ? nodeBuilder.symbolToExpression(type.symbol, SymbolFlags.Value, enclosing, /*flags*/ undefined, tracker)\n                : type === trueType ? factory.createTrue() : type === falseType && factory.createFalse();\n            if (enumResult) return enumResult;\n            const literalValue = (type as LiteralType).value;\n            return typeof literalValue === \"object\" ? factory.createBigIntLiteral(literalValue) :\n                typeof literalValue === \"number\" ? factory.createNumericLiteral(literalValue) :\n                factory.createStringLiteral(literalValue);\n        }\n\n        function createLiteralConstValue(node: VariableDeclaration | PropertyDeclaration | PropertySignature | ParameterDeclaration, tracker: SymbolTracker) {\n            const type = getTypeOfSymbol(getSymbolOfNode(node));\n            return literalTypeToNode(type as FreshableType, node, tracker);\n        }\n\n        function getJsxFactoryEntity(location: Node): EntityName | undefined {\n            return location ? (getJsxNamespace(location), (getSourceFileOfNode(location).localJsxFactory || _jsxFactoryEntity)) : _jsxFactoryEntity;\n        }\n\n        function getJsxFragmentFactoryEntity(location: Node): EntityName | undefined {\n            if (location) {\n                const file = getSourceFileOfNode(location);\n                if (file) {\n                    if (file.localJsxFragmentFactory) {\n                        return file.localJsxFragmentFactory;\n                    }\n                    const jsxFragPragmas = file.pragmas.get(\"jsxfrag\");\n                    const jsxFragPragma = isArray(jsxFragPragmas) ? jsxFragPragmas[0] : jsxFragPragmas;\n                    if (jsxFragPragma) {\n                        file.localJsxFragmentFactory = parseIsolatedEntityName(jsxFragPragma.arguments.factory, languageVersion);\n                        return file.localJsxFragmentFactory;\n                    }\n                }\n            }\n\n            if (compilerOptions.jsxFragmentFactory) {\n                return parseIsolatedEntityName(compilerOptions.jsxFragmentFactory, languageVersion);\n            }\n        }\n\n        function createResolver(): EmitResolver {\n            // this variable and functions that use it are deliberately moved here from the outer scope\n            // to avoid scope pollution\n            const resolvedTypeReferenceDirectives = host.getResolvedTypeReferenceDirectives();\n            let fileToDirective: ESMap<string, [specifier: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined]>;\n            if (resolvedTypeReferenceDirectives) {\n                // populate reverse mapping: file path -> type reference directive that was resolved to this file\n                fileToDirective = new Map<string, [specifier: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined]>();\n                resolvedTypeReferenceDirectives.forEach((resolvedDirective, key, mode) => {\n                    if (!resolvedDirective || !resolvedDirective.resolvedFileName) {\n                        return;\n                    }\n                    const file = host.getSourceFile(resolvedDirective.resolvedFileName);\n                    if (file) {\n                        // Add the transitive closure of path references loaded by this file (as long as they are not)\n                        // part of an existing type reference.\n                        addReferencedFilesToTypeDirective(file, key, mode);\n                    }\n                });\n            }\n\n            return {\n                getReferencedExportContainer,\n                getReferencedImportDeclaration,\n                getReferencedDeclarationWithCollidingName,\n                isDeclarationWithCollidingName,\n                isValueAliasDeclaration: nodeIn => {\n                    const node = getParseTreeNode(nodeIn);\n                    // Synthesized nodes are always treated like values.\n                    return node ? isValueAliasDeclaration(node) : true;\n                },\n                hasGlobalName,\n                isReferencedAliasDeclaration: (nodeIn, checkChildren?) => {\n                    const node = getParseTreeNode(nodeIn);\n                    // Synthesized nodes are always treated as referenced.\n                    return node ? isReferencedAliasDeclaration(node, checkChildren) : true;\n                },\n                getNodeCheckFlags: nodeIn => {\n                    const node = getParseTreeNode(nodeIn);\n                    return node ? getNodeCheckFlags(node) : 0;\n                },\n                isTopLevelValueImportEqualsWithEntityName,\n                isDeclarationVisible,\n                isImplementationOfOverload,\n                isRequiredInitializedParameter,\n                isOptionalUninitializedParameterProperty,\n                isExpandoFunctionDeclaration,\n                getPropertiesOfContainerFunction,\n                createTypeOfDeclaration,\n                createReturnTypeOfSignatureDeclaration,\n                createTypeOfExpression,\n                createLiteralConstValue,\n                isSymbolAccessible,\n                isEntityNameVisible,\n                getConstantValue: nodeIn => {\n                    const node = getParseTreeNode(nodeIn, canHaveConstantValue);\n                    return node ? getConstantValue(node) : undefined;\n                },\n                collectLinkedAliases,\n                getReferencedValueDeclaration,\n                getTypeReferenceSerializationKind,\n                isOptionalParameter,\n                moduleExportsSomeValue,\n                isArgumentsLocalBinding,\n                getExternalModuleFileFromDeclaration: nodeIn => {\n                    const node = getParseTreeNode(nodeIn, hasPossibleExternalModuleReference);\n                    return node && getExternalModuleFileFromDeclaration(node);\n                },\n                getTypeReferenceDirectivesForEntityName,\n                getTypeReferenceDirectivesForSymbol,\n                isLiteralConstDeclaration,\n                isLateBound: (nodeIn: Declaration): nodeIn is LateBoundDeclaration => {\n                    const node = getParseTreeNode(nodeIn, isDeclaration);\n                    const symbol = node && getSymbolOfNode(node);\n                    return !!(symbol && getCheckFlags(symbol) & CheckFlags.Late);\n                },\n                getJsxFactoryEntity,\n                getJsxFragmentFactoryEntity,\n                getAllAccessorDeclarations(accessor: AccessorDeclaration): AllAccessorDeclarations {\n                    accessor = getParseTreeNode(accessor, isGetOrSetAccessorDeclaration)!; // TODO: GH#18217\n                    const otherKind = accessor.kind === SyntaxKind.SetAccessor ? SyntaxKind.GetAccessor : SyntaxKind.SetAccessor;\n                    const otherAccessor = getDeclarationOfKind<AccessorDeclaration>(getSymbolOfNode(accessor), otherKind);\n                    const firstAccessor = otherAccessor && (otherAccessor.pos < accessor.pos) ? otherAccessor : accessor;\n                    const secondAccessor = otherAccessor && (otherAccessor.pos < accessor.pos) ? accessor : otherAccessor;\n                    const setAccessor = accessor.kind === SyntaxKind.SetAccessor ? accessor : otherAccessor as SetAccessorDeclaration;\n                    const getAccessor = accessor.kind === SyntaxKind.GetAccessor ? accessor : otherAccessor as GetAccessorDeclaration;\n                    return {\n                        firstAccessor,\n                        secondAccessor,\n                        setAccessor,\n                        getAccessor\n                    };\n                },\n                getSymbolOfExternalModuleSpecifier: moduleName => resolveExternalModuleNameWorker(moduleName, moduleName, /*moduleNotFoundError*/ undefined),\n                isBindingCapturedByNode: (node, decl) => {\n                    const parseNode = getParseTreeNode(node);\n                    const parseDecl = getParseTreeNode(decl);\n                    return !!parseNode && !!parseDecl && (isVariableDeclaration(parseDecl) || isBindingElement(parseDecl)) && isBindingCapturedByNode(parseNode, parseDecl);\n                },\n                getDeclarationStatementsForSourceFile: (node, flags, tracker, bundled) => {\n                    const n = getParseTreeNode(node) as SourceFile;\n                    Debug.assert(n && n.kind === SyntaxKind.SourceFile, \"Non-sourcefile node passed into getDeclarationsForSourceFile\");\n                    const sym = getSymbolOfNode(node);\n                    if (!sym) {\n                        return !node.locals ? [] : nodeBuilder.symbolTableToDeclarationStatements(node.locals, node, flags, tracker, bundled);\n                    }\n                    return !sym.exports ? [] : nodeBuilder.symbolTableToDeclarationStatements(sym.exports, node, flags, tracker, bundled);\n                },\n                isImportRequiredByAugmentation,\n            };\n\n            function isImportRequiredByAugmentation(node: ImportDeclaration) {\n                const file = getSourceFileOfNode(node);\n                if (!file.symbol) return false;\n                const importTarget = getExternalModuleFileFromDeclaration(node);\n                if (!importTarget) return false;\n                if (importTarget === file) return false;\n                const exports = getExportsOfModule(file.symbol);\n                for (const s of arrayFrom(exports.values())) {\n                    if (s.mergeId) {\n                        const merged = getMergedSymbol(s);\n                        if (merged.declarations) {\n                            for (const d of merged.declarations) {\n                                const declFile = getSourceFileOfNode(d);\n                                if (declFile === importTarget) {\n                                    return true;\n                                }\n                            }\n                        }\n                    }\n                }\n                return false;\n            }\n\n            function isInHeritageClause(node: PropertyAccessEntityNameExpression) {\n                return node.parent && node.parent.kind === SyntaxKind.ExpressionWithTypeArguments && node.parent.parent && node.parent.parent.kind === SyntaxKind.HeritageClause;\n            }\n\n            // defined here to avoid outer scope pollution\n            function getTypeReferenceDirectivesForEntityName(node: EntityNameOrEntityNameExpression): [specifier: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined][] | undefined {\n                // program does not have any files with type reference directives - bail out\n                if (!fileToDirective) {\n                    return undefined;\n                }\n                // property access can only be used as values, or types when within an expression with type arguments inside a heritage clause\n                // qualified names can only be used as types\\namespaces\n                // identifiers are treated as values only if they appear in type queries\n                let meaning = SymbolFlags.Type | SymbolFlags.Namespace;\n                if ((node.kind === SyntaxKind.Identifier && isInTypeQuery(node)) || (node.kind === SyntaxKind.PropertyAccessExpression && !isInHeritageClause(node))) {\n                    meaning = SymbolFlags.Value | SymbolFlags.ExportValue;\n                }\n\n                const symbol = resolveEntityName(node, meaning, /*ignoreErrors*/ true);\n                return symbol && symbol !== unknownSymbol ? getTypeReferenceDirectivesForSymbol(symbol, meaning) : undefined;\n            }\n\n            // defined here to avoid outer scope pollution\n            function getTypeReferenceDirectivesForSymbol(symbol: Symbol, meaning?: SymbolFlags): [specifier: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined][] | undefined {\n                // program does not have any files with type reference directives - bail out\n                if (!fileToDirective || !isSymbolFromTypeDeclarationFile(symbol)) {\n                    return undefined;\n                }\n                // check what declarations in the symbol can contribute to the target meaning\n                let typeReferenceDirectives: [specifier: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined][] | undefined;\n                for (const decl of symbol.declarations!) {\n                    // check meaning of the local symbol to see if declaration needs to be analyzed further\n                    if (decl.symbol && decl.symbol.flags & meaning!) {\n                        const file = getSourceFileOfNode(decl);\n                        const typeReferenceDirective = fileToDirective.get(file.path);\n                        if (typeReferenceDirective) {\n                            (typeReferenceDirectives || (typeReferenceDirectives = [])).push(typeReferenceDirective);\n                        }\n                        else {\n                            // found at least one entry that does not originate from type reference directive\n                            return undefined;\n                        }\n                    }\n                }\n                return typeReferenceDirectives;\n            }\n\n            function isSymbolFromTypeDeclarationFile(symbol: Symbol): boolean {\n                // bail out if symbol does not have associated declarations (i.e. this is transient symbol created for property in binding pattern)\n                if (!symbol.declarations) {\n                    return false;\n                }\n\n                // walk the parent chain for symbols to make sure that top level parent symbol is in the global scope\n                // external modules cannot define or contribute to type declaration files\n                let current = symbol;\n                while (true) {\n                    const parent = getParentOfSymbol(current);\n                    if (parent) {\n                        current = parent;\n                    }\n                    else {\n                        break;\n                    }\n                }\n\n                if (current.valueDeclaration && current.valueDeclaration.kind === SyntaxKind.SourceFile && current.flags & SymbolFlags.ValueModule) {\n                    return false;\n                }\n\n                // check that at least one declaration of top level symbol originates from type declaration file\n                for (const decl of symbol.declarations) {\n                    const file = getSourceFileOfNode(decl);\n                    if (fileToDirective.has(file.path)) {\n                        return true;\n                    }\n                }\n                return false;\n            }\n\n            function addReferencedFilesToTypeDirective(file: SourceFile, key: string, mode: SourceFile[\"impliedNodeFormat\"] | undefined) {\n                if (fileToDirective.has(file.path)) return;\n                fileToDirective.set(file.path, [key, mode]);\n                for (const { fileName, resolutionMode } of file.referencedFiles) {\n                    const resolvedFile = resolveTripleslashReference(fileName, file.fileName);\n                    const referencedFile = host.getSourceFile(resolvedFile);\n                    if (referencedFile) {\n                        addReferencedFilesToTypeDirective(referencedFile, key, resolutionMode || file.impliedNodeFormat);\n                    }\n                }\n            }\n        }\n\n        function getExternalModuleFileFromDeclaration(declaration: AnyImportOrReExport | ModuleDeclaration | ImportTypeNode | ImportCall): SourceFile | undefined {\n            const specifier = declaration.kind === SyntaxKind.ModuleDeclaration ? tryCast(declaration.name, isStringLiteral) : getExternalModuleName(declaration);\n            const moduleSymbol = resolveExternalModuleNameWorker(specifier!, specifier!, /*moduleNotFoundError*/ undefined); // TODO: GH#18217\n            if (!moduleSymbol) {\n                return undefined;\n            }\n            return getDeclarationOfKind(moduleSymbol, SyntaxKind.SourceFile);\n        }\n\n        function initializeTypeChecker() {\n            // Bind all source files and propagate errors\n            for (const file of host.getSourceFiles()) {\n                bindSourceFile(file, compilerOptions);\n            }\n\n            amalgamatedDuplicates = new Map();\n\n            // Initialize global symbol table\n            let augmentations: (readonly (StringLiteral | Identifier)[])[] | undefined;\n            for (const file of host.getSourceFiles()) {\n                if (file.redirectInfo) {\n                    continue;\n                }\n                if (!isExternalOrCommonJsModule(file)) {\n                    // It is an error for a non-external-module (i.e. script) to declare its own `globalThis`.\n                    // We can't use `builtinGlobals` for this due to synthetic expando-namespace generation in JS files.\n                    const fileGlobalThisSymbol = file.locals!.get(\"globalThis\" as __String);\n                    if (fileGlobalThisSymbol?.declarations) {\n                        for (const declaration of fileGlobalThisSymbol.declarations) {\n                            diagnostics.add(createDiagnosticForNode(declaration, Diagnostics.Declaration_name_conflicts_with_built_in_global_identifier_0, \"globalThis\"));\n                        }\n                    }\n                    mergeSymbolTable(globals, file.locals!);\n                }\n                if (file.jsGlobalAugmentations) {\n                    mergeSymbolTable(globals, file.jsGlobalAugmentations);\n                }\n                if (file.patternAmbientModules && file.patternAmbientModules.length) {\n                    patternAmbientModules = concatenate(patternAmbientModules, file.patternAmbientModules);\n                }\n                if (file.moduleAugmentations.length) {\n                    (augmentations || (augmentations = [])).push(file.moduleAugmentations);\n                }\n                if (file.symbol && file.symbol.globalExports) {\n                    // Merge in UMD exports with first-in-wins semantics (see #9771)\n                    const source = file.symbol.globalExports;\n                    source.forEach((sourceSymbol, id) => {\n                        if (!globals.has(id)) {\n                            globals.set(id, sourceSymbol);\n                        }\n                    });\n                }\n            }\n\n            // We do global augmentations separately from module augmentations (and before creating global types) because they\n            //  1. Affect global types. We won't have the correct global types until global augmentations are merged. Also,\n            //  2. Module augmentation instantiation requires creating the type of a module, which, in turn, can require\n            //       checking for an export or property on the module (if export=) which, in turn, can fall back to the\n            //       apparent type of the module - either globalObjectType or globalFunctionType - which wouldn't exist if we\n            //       did module augmentations prior to finalizing the global types.\n            if (augmentations) {\n                // merge _global_ module augmentations.\n                // this needs to be done after global symbol table is initialized to make sure that all ambient modules are indexed\n                for (const list of augmentations) {\n                    for (const augmentation of list) {\n                        if (!isGlobalScopeAugmentation(augmentation.parent as ModuleDeclaration)) continue;\n                        mergeModuleAugmentation(augmentation);\n                    }\n                }\n            }\n\n            // Setup global builtins\n            addToSymbolTable(globals, builtinGlobals, Diagnostics.Declaration_name_conflicts_with_built_in_global_identifier_0);\n\n            getSymbolLinks(undefinedSymbol).type = undefinedWideningType;\n            getSymbolLinks(argumentsSymbol).type = getGlobalType(\"IArguments\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            getSymbolLinks(unknownSymbol).type = errorType;\n            getSymbolLinks(globalThisSymbol).type = createObjectType(ObjectFlags.Anonymous, globalThisSymbol);\n\n            // Initialize special types\n            globalArrayType = getGlobalType(\"Array\" as __String, /*arity*/ 1, /*reportErrors*/ true);\n            globalObjectType = getGlobalType(\"Object\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            globalFunctionType = getGlobalType(\"Function\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            globalCallableFunctionType = strictBindCallApply && getGlobalType(\"CallableFunction\" as __String, /*arity*/ 0, /*reportErrors*/ true) || globalFunctionType;\n            globalNewableFunctionType = strictBindCallApply && getGlobalType(\"NewableFunction\" as __String, /*arity*/ 0, /*reportErrors*/ true) || globalFunctionType;\n            globalStringType = getGlobalType(\"String\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            globalNumberType = getGlobalType(\"Number\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            globalBooleanType = getGlobalType(\"Boolean\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            globalRegExpType = getGlobalType(\"RegExp\" as __String, /*arity*/ 0, /*reportErrors*/ true);\n            anyArrayType = createArrayType(anyType);\n\n            autoArrayType = createArrayType(autoType);\n            if (autoArrayType === emptyObjectType) {\n                // autoArrayType is used as a marker, so even if global Array type is not defined, it needs to be a unique type\n                autoArrayType = createAnonymousType(undefined, emptySymbols, emptyArray, emptyArray, emptyArray);\n            }\n\n            globalReadonlyArrayType = getGlobalTypeOrUndefined(\"ReadonlyArray\" as __String, /*arity*/ 1) as GenericType || globalArrayType;\n            anyReadonlyArrayType = globalReadonlyArrayType ? createTypeFromGenericGlobalType(globalReadonlyArrayType, [anyType]) : anyArrayType;\n            globalThisType = getGlobalTypeOrUndefined(\"ThisType\" as __String, /*arity*/ 1) as GenericType;\n\n            if (augmentations) {\n                // merge _nonglobal_ module augmentations.\n                // this needs to be done after global symbol table is initialized to make sure that all ambient modules are indexed\n                for (const list of augmentations) {\n                    for (const augmentation of list) {\n                        if (isGlobalScopeAugmentation(augmentation.parent as ModuleDeclaration)) continue;\n                        mergeModuleAugmentation(augmentation);\n                    }\n                }\n            }\n\n            amalgamatedDuplicates.forEach(({ firstFile, secondFile, conflictingSymbols }) => {\n                // If not many things conflict, issue individual errors\n                if (conflictingSymbols.size < 8) {\n                    conflictingSymbols.forEach(({ isBlockScoped, firstFileLocations, secondFileLocations }, symbolName) => {\n                        const message = isBlockScoped ? Diagnostics.Cannot_redeclare_block_scoped_variable_0 : Diagnostics.Duplicate_identifier_0;\n                        for (const node of firstFileLocations) {\n                            addDuplicateDeclarationError(node, message, symbolName, secondFileLocations);\n                        }\n                        for (const node of secondFileLocations) {\n                            addDuplicateDeclarationError(node, message, symbolName, firstFileLocations);\n                        }\n                    });\n                }\n                else {\n                    // Otherwise issue top-level error since the files appear very identical in terms of what they contain\n                    const list = arrayFrom(conflictingSymbols.keys()).join(\", \");\n                    diagnostics.add(addRelatedInfo(\n                        createDiagnosticForNode(firstFile, Diagnostics.Definitions_of_the_following_identifiers_conflict_with_those_in_another_file_Colon_0, list),\n                        createDiagnosticForNode(secondFile, Diagnostics.Conflicts_are_in_this_file)\n                    ));\n                    diagnostics.add(addRelatedInfo(\n                        createDiagnosticForNode(secondFile, Diagnostics.Definitions_of_the_following_identifiers_conflict_with_those_in_another_file_Colon_0, list),\n                        createDiagnosticForNode(firstFile, Diagnostics.Conflicts_are_in_this_file)\n                    ));\n                }\n            });\n            amalgamatedDuplicates = undefined;\n        }\n\n        function checkExternalEmitHelpers(location: Node, helpers: ExternalEmitHelpers) {\n            if ((requestedExternalEmitHelpers & helpers) !== helpers && compilerOptions.importHelpers) {\n                const sourceFile = getSourceFileOfNode(location);\n                if (isEffectiveExternalModule(sourceFile, compilerOptions) && !(location.flags & NodeFlags.Ambient)) {\n                    const helpersModule = resolveHelpersModule(sourceFile, location);\n                    if (helpersModule !== unknownSymbol) {\n                        const uncheckedHelpers = helpers & ~requestedExternalEmitHelpers;\n                        for (let helper = ExternalEmitHelpers.FirstEmitHelper; helper <= ExternalEmitHelpers.LastEmitHelper; helper <<= 1) {\n                            if (uncheckedHelpers & helper) {\n                                const name = getHelperName(helper);\n                                const symbol = getSymbol(helpersModule.exports!, escapeLeadingUnderscores(name), SymbolFlags.Value);\n                                if (!symbol) {\n                                    error(location, Diagnostics.This_syntax_requires_an_imported_helper_named_1_which_does_not_exist_in_0_Consider_upgrading_your_version_of_0, externalHelpersModuleNameText, name);\n                                }\n                                else if (helper & ExternalEmitHelpers.ClassPrivateFieldGet) {\n                                    if (!some(getSignaturesOfSymbol(symbol), signature => getParameterCount(signature) > 3)) {\n                                        error(location, Diagnostics.This_syntax_requires_an_imported_helper_named_1_with_2_parameters_which_is_not_compatible_with_the_one_in_0_Consider_upgrading_your_version_of_0, externalHelpersModuleNameText, name, 4);\n                                    }\n                                }\n                                else if (helper & ExternalEmitHelpers.ClassPrivateFieldSet) {\n                                    if (!some(getSignaturesOfSymbol(symbol), signature => getParameterCount(signature) > 4)) {\n                                        error(location, Diagnostics.This_syntax_requires_an_imported_helper_named_1_with_2_parameters_which_is_not_compatible_with_the_one_in_0_Consider_upgrading_your_version_of_0, externalHelpersModuleNameText, name, 5);\n                                    }\n                                }\n                                else if (helper & ExternalEmitHelpers.SpreadArray) {\n                                    if (!some(getSignaturesOfSymbol(symbol), signature => getParameterCount(signature) > 2)) {\n                                        error(location, Diagnostics.This_syntax_requires_an_imported_helper_named_1_with_2_parameters_which_is_not_compatible_with_the_one_in_0_Consider_upgrading_your_version_of_0, externalHelpersModuleNameText, name, 3);\n                                    }\n                                }\n                            }\n                        }\n                    }\n                    requestedExternalEmitHelpers |= helpers;\n                }\n            }\n        }\n\n        function getHelperName(helper: ExternalEmitHelpers) {\n            switch (helper) {\n                case ExternalEmitHelpers.Extends: return \"__extends\";\n                case ExternalEmitHelpers.Assign: return \"__assign\";\n                case ExternalEmitHelpers.Rest: return \"__rest\";\n                case ExternalEmitHelpers.Decorate: return \"__decorate\";\n                case ExternalEmitHelpers.Metadata: return \"__metadata\";\n                case ExternalEmitHelpers.Param: return \"__param\";\n                case ExternalEmitHelpers.Awaiter: return \"__awaiter\";\n                case ExternalEmitHelpers.Generator: return \"__generator\";\n                case ExternalEmitHelpers.Values: return \"__values\";\n                case ExternalEmitHelpers.Read: return \"__read\";\n                case ExternalEmitHelpers.SpreadArray: return \"__spreadArray\";\n                case ExternalEmitHelpers.Await: return \"__await\";\n                case ExternalEmitHelpers.AsyncGenerator: return \"__asyncGenerator\";\n                case ExternalEmitHelpers.AsyncDelegator: return \"__asyncDelegator\";\n                case ExternalEmitHelpers.AsyncValues: return \"__asyncValues\";\n                case ExternalEmitHelpers.ExportStar: return \"__exportStar\";\n                case ExternalEmitHelpers.ImportStar: return \"__importStar\";\n                case ExternalEmitHelpers.ImportDefault: return \"__importDefault\";\n                case ExternalEmitHelpers.MakeTemplateObject: return \"__makeTemplateObject\";\n                case ExternalEmitHelpers.ClassPrivateFieldGet: return \"__classPrivateFieldGet\";\n                case ExternalEmitHelpers.ClassPrivateFieldSet: return \"__classPrivateFieldSet\";\n                case ExternalEmitHelpers.ClassPrivateFieldIn: return \"__classPrivateFieldIn\";\n                case ExternalEmitHelpers.CreateBinding: return \"__createBinding\";\n                default: return Debug.fail(\"Unrecognized helper\");\n            }\n        }\n\n        function resolveHelpersModule(node: SourceFile, errorNode: Node) {\n            if (!externalHelpersModule) {\n                externalHelpersModule = resolveExternalModule(node, externalHelpersModuleNameText, Diagnostics.This_syntax_requires_an_imported_helper_but_module_0_cannot_be_found, errorNode) || unknownSymbol;\n            }\n            return externalHelpersModule;\n        }\n\n        // GRAMMAR CHECKING\n        function checkGrammarDecoratorsAndModifiers(node: Node): boolean {\n            return checkGrammarDecorators(node) || checkGrammarModifiers(node);\n        }\n\n        function checkGrammarDecorators(node: Node): boolean {\n            if (!node.decorators) {\n                return false;\n            }\n            if (!nodeCanBeDecorated(node, node.parent, node.parent.parent)) {\n                if (node.kind === SyntaxKind.MethodDeclaration && !nodeIsPresent((node as MethodDeclaration).body)) {\n                    return grammarErrorOnFirstToken(node, Diagnostics.A_decorator_can_only_decorate_a_method_implementation_not_an_overload);\n                }\n                else {\n                    return grammarErrorOnFirstToken(node, Diagnostics.Decorators_are_not_valid_here);\n                }\n            }\n            else if (node.kind === SyntaxKind.GetAccessor || node.kind === SyntaxKind.SetAccessor) {\n                const accessors = getAllAccessorDeclarations((node.parent as ClassDeclaration).members, node as AccessorDeclaration);\n                if (accessors.firstAccessor.decorators && node === accessors.secondAccessor) {\n                    return grammarErrorOnFirstToken(node, Diagnostics.Decorators_cannot_be_applied_to_multiple_get_Slashset_accessors_of_the_same_name);\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarModifiers(node: Node): boolean {\n            const quickResult = reportObviousModifierErrors(node);\n            if (quickResult !== undefined) {\n                return quickResult;\n            }\n\n            let lastStatic: Node | undefined, lastDeclare: Node | undefined, lastAsync: Node | undefined, lastOverride: Node | undefined;\n            let flags = ModifierFlags.None;\n            for (const modifier of node.modifiers!) {\n                if (modifier.kind !== SyntaxKind.ReadonlyKeyword) {\n                    if (node.kind === SyntaxKind.PropertySignature || node.kind === SyntaxKind.MethodSignature) {\n                        return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_type_member, tokenToString(modifier.kind));\n                    }\n                    if (node.kind === SyntaxKind.IndexSignature && (modifier.kind !== SyntaxKind.StaticKeyword || !isClassLike(node.parent))) {\n                        return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_an_index_signature, tokenToString(modifier.kind));\n                    }\n                }\n                if (modifier.kind !== SyntaxKind.InKeyword && modifier.kind !== SyntaxKind.OutKeyword) {\n                    if (node.kind === SyntaxKind.TypeParameter) {\n                        return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_type_parameter, tokenToString(modifier.kind));\n                    }\n                }\n                switch (modifier.kind) {\n                    case SyntaxKind.ConstKeyword:\n                        if (node.kind !== SyntaxKind.EnumDeclaration) {\n                            return grammarErrorOnNode(node, Diagnostics.A_class_member_cannot_have_the_0_keyword, tokenToString(SyntaxKind.ConstKeyword));\n                        }\n                        break;\n                    case SyntaxKind.OverrideKeyword:\n                        // If node.kind === SyntaxKind.Parameter, checkParameter reports an error if it's not a parameter property.\n                        if (flags & ModifierFlags.Override) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"override\");\n                        }\n                        else if (flags & ModifierFlags.Ambient) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"override\", \"declare\");\n                        }\n                        else if (flags & ModifierFlags.Readonly) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"override\", \"readonly\");\n                        }\n                        else if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"override\", \"async\");\n                        }\n                        flags |= ModifierFlags.Override;\n                        lastOverride = modifier;\n                        break;\n\n                    case SyntaxKind.PublicKeyword:\n                    case SyntaxKind.ProtectedKeyword:\n                    case SyntaxKind.PrivateKeyword:\n                        const text = visibilityToString(modifierToFlag(modifier.kind));\n\n                        if (flags & ModifierFlags.AccessibilityModifier) {\n                            return grammarErrorOnNode(modifier, Diagnostics.Accessibility_modifier_already_seen);\n                        }\n                        else if (flags & ModifierFlags.Override) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, text, \"override\");\n                        }\n                        else if (flags & ModifierFlags.Static) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, text, \"static\");\n                        }\n                        else if (flags & ModifierFlags.Readonly) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, text, \"readonly\");\n                        }\n                        else if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, text, \"async\");\n                        }\n                        else if (node.parent.kind === SyntaxKind.ModuleBlock || node.parent.kind === SyntaxKind.SourceFile) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_module_or_namespace_element, text);\n                        }\n                        else if (flags & ModifierFlags.Abstract) {\n                            if (modifier.kind === SyntaxKind.PrivateKeyword) {\n                                return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, text, \"abstract\");\n                            }\n                            else {\n                                return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, text, \"abstract\");\n                            }\n                        }\n                        else if (isPrivateIdentifierClassElementDeclaration(node)) {\n                            return grammarErrorOnNode(modifier, Diagnostics.An_accessibility_modifier_cannot_be_used_with_a_private_identifier);\n                        }\n                        flags |= modifierToFlag(modifier.kind);\n                        break;\n\n                    case SyntaxKind.StaticKeyword:\n                        if (flags & ModifierFlags.Static) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"static\");\n                        }\n                        else if (flags & ModifierFlags.Readonly) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"static\", \"readonly\");\n                        }\n                        else if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"static\", \"async\");\n                        }\n                        else if (node.parent.kind === SyntaxKind.ModuleBlock || node.parent.kind === SyntaxKind.SourceFile) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_module_or_namespace_element, \"static\");\n                        }\n                        else if (node.kind === SyntaxKind.Parameter) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_parameter, \"static\");\n                        }\n                        else if (flags & ModifierFlags.Abstract) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"static\", \"abstract\");\n                        }\n                        else if (flags & ModifierFlags.Override) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"static\", \"override\");\n                        }\n                        flags |= ModifierFlags.Static;\n                        lastStatic = modifier;\n                        break;\n\n                    case SyntaxKind.ReadonlyKeyword:\n                        if (flags & ModifierFlags.Readonly) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"readonly\");\n                        }\n                        else if (node.kind !== SyntaxKind.PropertyDeclaration && node.kind !== SyntaxKind.PropertySignature && node.kind !== SyntaxKind.IndexSignature && node.kind !== SyntaxKind.Parameter) {\n                            // If node.kind === SyntaxKind.Parameter, checkParameter reports an error if it's not a parameter property.\n                            return grammarErrorOnNode(modifier, Diagnostics.readonly_modifier_can_only_appear_on_a_property_declaration_or_index_signature);\n                        }\n                        flags |= ModifierFlags.Readonly;\n                        break;\n\n                    case SyntaxKind.ExportKeyword:\n                        if (flags & ModifierFlags.Export) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"export\");\n                        }\n                        else if (flags & ModifierFlags.Ambient) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"export\", \"declare\");\n                        }\n                        else if (flags & ModifierFlags.Abstract) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"export\", \"abstract\");\n                        }\n                        else if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"export\", \"async\");\n                        }\n                        else if (isClassLike(node.parent)) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_class_elements_of_this_kind, \"export\");\n                        }\n                        else if (node.kind === SyntaxKind.Parameter) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_parameter, \"export\");\n                        }\n                        flags |= ModifierFlags.Export;\n                        break;\n                    case SyntaxKind.DefaultKeyword:\n                        const container = node.parent.kind === SyntaxKind.SourceFile ? node.parent : node.parent.parent;\n                        if (container.kind === SyntaxKind.ModuleDeclaration && !isAmbientModule(container)) {\n                            return grammarErrorOnNode(modifier, Diagnostics.A_default_export_can_only_be_used_in_an_ECMAScript_style_module);\n                        }\n                        else if (!(flags & ModifierFlags.Export)) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"export\", \"default\");\n                        }\n\n                        flags |= ModifierFlags.Default;\n                        break;\n                    case SyntaxKind.DeclareKeyword:\n                        if (flags & ModifierFlags.Ambient) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"declare\");\n                        }\n                        else if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_in_an_ambient_context, \"async\");\n                        }\n                        else if (flags & ModifierFlags.Override) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_in_an_ambient_context, \"override\");\n                        }\n                        else if (isClassLike(node.parent) && !isPropertyDeclaration(node)) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_class_elements_of_this_kind, \"declare\");\n                        }\n                        else if (node.kind === SyntaxKind.Parameter) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_parameter, \"declare\");\n                        }\n                        else if ((node.parent.flags & NodeFlags.Ambient) && node.parent.kind === SyntaxKind.ModuleBlock) {\n                            return grammarErrorOnNode(modifier, Diagnostics.A_declare_modifier_cannot_be_used_in_an_already_ambient_context);\n                        }\n                        else if (isPrivateIdentifierClassElementDeclaration(node)) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_a_private_identifier, \"declare\");\n                        }\n                        flags |= ModifierFlags.Ambient;\n                        lastDeclare = modifier;\n                        break;\n\n                    case SyntaxKind.AbstractKeyword:\n                        if (flags & ModifierFlags.Abstract) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"abstract\");\n                        }\n                        if (node.kind !== SyntaxKind.ClassDeclaration &&\n                            node.kind !== SyntaxKind.ConstructorType) {\n                            if (node.kind !== SyntaxKind.MethodDeclaration &&\n                                node.kind !== SyntaxKind.PropertyDeclaration &&\n                                node.kind !== SyntaxKind.GetAccessor &&\n                                node.kind !== SyntaxKind.SetAccessor) {\n                                return grammarErrorOnNode(modifier, Diagnostics.abstract_modifier_can_only_appear_on_a_class_method_or_property_declaration);\n                            }\n                            if (!(node.parent.kind === SyntaxKind.ClassDeclaration && hasSyntacticModifier(node.parent, ModifierFlags.Abstract))) {\n                                return grammarErrorOnNode(modifier, Diagnostics.Abstract_methods_can_only_appear_within_an_abstract_class);\n                            }\n                            if (flags & ModifierFlags.Static) {\n                                return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"static\", \"abstract\");\n                            }\n                            if (flags & ModifierFlags.Private) {\n                                return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"private\", \"abstract\");\n                            }\n                            if (flags & ModifierFlags.Async && lastAsync) {\n                                return grammarErrorOnNode(lastAsync, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"async\", \"abstract\");\n                            }\n                            if (flags & ModifierFlags.Override) {\n                                return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"abstract\", \"override\");\n                            }\n                        }\n                        if (isNamedDeclaration(node) && node.name.kind === SyntaxKind.PrivateIdentifier) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_a_private_identifier, \"abstract\");\n                        }\n\n                        flags |= ModifierFlags.Abstract;\n                        break;\n\n                    case SyntaxKind.AsyncKeyword:\n                        if (flags & ModifierFlags.Async) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, \"async\");\n                        }\n                        else if (flags & ModifierFlags.Ambient || node.parent.flags & NodeFlags.Ambient) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_in_an_ambient_context, \"async\");\n                        }\n                        else if (node.kind === SyntaxKind.Parameter) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_appear_on_a_parameter, \"async\");\n                        }\n                        if (flags & ModifierFlags.Abstract) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_cannot_be_used_with_1_modifier, \"async\", \"abstract\");\n                        }\n                        flags |= ModifierFlags.Async;\n                        lastAsync = modifier;\n                        break;\n\n                    case SyntaxKind.InKeyword:\n                    case SyntaxKind.OutKeyword:\n                        const inOutFlag = modifier.kind === SyntaxKind.InKeyword ? ModifierFlags.In : ModifierFlags.Out;\n                        const inOutText = modifier.kind === SyntaxKind.InKeyword ? \"in\" : \"out\";\n                        if (node.kind !== SyntaxKind.TypeParameter || (node.parent.kind !== SyntaxKind.InterfaceDeclaration &&\n                            node.parent.kind !== SyntaxKind.ClassDeclaration && node.parent.kind !== SyntaxKind.TypeAliasDeclaration)) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_can_only_appear_on_a_type_parameter_of_a_class_interface_or_type_alias, inOutText);\n                        }\n                        if (flags & inOutFlag) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_already_seen, inOutText);\n                        }\n                        if (inOutFlag & ModifierFlags.In && flags & ModifierFlags.Out) {\n                            return grammarErrorOnNode(modifier, Diagnostics._0_modifier_must_precede_1_modifier, \"in\", \"out\");\n                        }\n                        flags |= inOutFlag;\n                        break;\n                }\n            }\n\n            if (node.kind === SyntaxKind.Constructor) {\n                if (flags & ModifierFlags.Static) {\n                    return grammarErrorOnNode(lastStatic!, Diagnostics._0_modifier_cannot_appear_on_a_constructor_declaration, \"static\");\n                }\n                if (flags & ModifierFlags.Override) {\n                    return grammarErrorOnNode(lastOverride!, Diagnostics._0_modifier_cannot_appear_on_a_constructor_declaration, \"override\"); // TODO: GH#18217\n                }\n                if (flags & ModifierFlags.Async) {\n                    return grammarErrorOnNode(lastAsync!, Diagnostics._0_modifier_cannot_appear_on_a_constructor_declaration, \"async\");\n                }\n                return false;\n            }\n            else if ((node.kind === SyntaxKind.ImportDeclaration || node.kind === SyntaxKind.ImportEqualsDeclaration) && flags & ModifierFlags.Ambient) {\n                return grammarErrorOnNode(lastDeclare!, Diagnostics.A_0_modifier_cannot_be_used_with_an_import_declaration, \"declare\");\n            }\n            else if (node.kind === SyntaxKind.Parameter && (flags & ModifierFlags.ParameterPropertyModifier) && isBindingPattern((node as ParameterDeclaration).name)) {\n                return grammarErrorOnNode(node, Diagnostics.A_parameter_property_may_not_be_declared_using_a_binding_pattern);\n            }\n            else if (node.kind === SyntaxKind.Parameter && (flags & ModifierFlags.ParameterPropertyModifier) && (node as ParameterDeclaration).dotDotDotToken) {\n                return grammarErrorOnNode(node, Diagnostics.A_parameter_property_cannot_be_declared_using_a_rest_parameter);\n            }\n            if (flags & ModifierFlags.Async) {\n                return checkGrammarAsyncModifier(node, lastAsync!);\n            }\n            return false;\n        }\n\n        /**\n          * true | false: Early return this value from checkGrammarModifiers.\n          * undefined: Need to do full checking on the modifiers.\n          */\n        function reportObviousModifierErrors(node: Node): boolean | undefined {\n            return !node.modifiers\n                ? false\n                : shouldReportBadModifier(node)\n                    ? grammarErrorOnFirstToken(node, Diagnostics.Modifiers_cannot_appear_here)\n                    : undefined;\n        }\n        function shouldReportBadModifier(node: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.GetAccessor:\n                case SyntaxKind.SetAccessor:\n                case SyntaxKind.Constructor:\n                case SyntaxKind.PropertyDeclaration:\n                case SyntaxKind.PropertySignature:\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.MethodSignature:\n                case SyntaxKind.IndexSignature:\n                case SyntaxKind.ModuleDeclaration:\n                case SyntaxKind.ImportDeclaration:\n                case SyntaxKind.ImportEqualsDeclaration:\n                case SyntaxKind.ExportDeclaration:\n                case SyntaxKind.ExportAssignment:\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                case SyntaxKind.Parameter:\n                case SyntaxKind.TypeParameter:\n                    return false;\n                default:\n                    if (node.parent.kind === SyntaxKind.ModuleBlock || node.parent.kind === SyntaxKind.SourceFile) {\n                        return false;\n                    }\n                    switch (node.kind) {\n                        case SyntaxKind.FunctionDeclaration:\n                            return nodeHasAnyModifiersExcept(node, SyntaxKind.AsyncKeyword);\n                        case SyntaxKind.ClassDeclaration:\n                        case SyntaxKind.ConstructorType:\n                            return nodeHasAnyModifiersExcept(node, SyntaxKind.AbstractKeyword);\n                        case SyntaxKind.InterfaceDeclaration:\n                        case SyntaxKind.VariableStatement:\n                        case SyntaxKind.TypeAliasDeclaration:\n                        case SyntaxKind.ClassStaticBlockDeclaration:\n                            return true;\n                        case SyntaxKind.EnumDeclaration:\n                            return nodeHasAnyModifiersExcept(node, SyntaxKind.ConstKeyword);\n                        default:\n                            Debug.fail();\n                    }\n            }\n        }\n        function nodeHasAnyModifiersExcept(node: Node, allowedModifier: SyntaxKind): boolean {\n            return node.modifiers!.length > 1 || node.modifiers![0].kind !== allowedModifier;\n        }\n\n        function checkGrammarAsyncModifier(node: Node, asyncModifier: Node): boolean {\n            switch (node.kind) {\n                case SyntaxKind.MethodDeclaration:\n                case SyntaxKind.FunctionDeclaration:\n                case SyntaxKind.FunctionExpression:\n                case SyntaxKind.ArrowFunction:\n                    return false;\n            }\n\n            return grammarErrorOnNode(asyncModifier, Diagnostics._0_modifier_cannot_be_used_here, \"async\");\n        }\n\n        function checkGrammarForDisallowedTrailingComma(list: NodeArray<Node> | undefined, diag = Diagnostics.Trailing_comma_not_allowed): boolean {\n            if (list && list.hasTrailingComma) {\n                return grammarErrorAtPos(list[0], list.end - \",\".length, \",\".length, diag);\n            }\n            return false;\n        }\n\n        function checkGrammarTypeParameterList(typeParameters: NodeArray<TypeParameterDeclaration> | undefined, file: SourceFile): boolean {\n            if (typeParameters && typeParameters.length === 0) {\n                const start = typeParameters.pos - \"<\".length;\n                const end = skipTrivia(file.text, typeParameters.end) + \">\".length;\n                return grammarErrorAtPos(file, start, end - start, Diagnostics.Type_parameter_list_cannot_be_empty);\n            }\n            return false;\n        }\n\n        function checkGrammarParameterList(parameters: NodeArray<ParameterDeclaration>) {\n            let seenOptionalParameter = false;\n            const parameterCount = parameters.length;\n\n            for (let i = 0; i < parameterCount; i++) {\n                const parameter = parameters[i];\n                if (parameter.dotDotDotToken) {\n                    if (i !== (parameterCount - 1)) {\n                        return grammarErrorOnNode(parameter.dotDotDotToken, Diagnostics.A_rest_parameter_must_be_last_in_a_parameter_list);\n                    }\n                    if (!(parameter.flags & NodeFlags.Ambient)) { // Allow `...foo,` in ambient declarations; see GH#23070\n                        checkGrammarForDisallowedTrailingComma(parameters, Diagnostics.A_rest_parameter_or_binding_pattern_may_not_have_a_trailing_comma);\n                    }\n\n                    if (parameter.questionToken) {\n                        return grammarErrorOnNode(parameter.questionToken, Diagnostics.A_rest_parameter_cannot_be_optional);\n                    }\n\n                    if (parameter.initializer) {\n                        return grammarErrorOnNode(parameter.name, Diagnostics.A_rest_parameter_cannot_have_an_initializer);\n                    }\n                }\n                else if (isOptionalParameter(parameter)) {\n                    seenOptionalParameter = true;\n                    if (parameter.questionToken && parameter.initializer) {\n                        return grammarErrorOnNode(parameter.name, Diagnostics.Parameter_cannot_have_question_mark_and_initializer);\n                    }\n                }\n                else if (seenOptionalParameter && !parameter.initializer) {\n                    return grammarErrorOnNode(parameter.name, Diagnostics.A_required_parameter_cannot_follow_an_optional_parameter);\n                }\n            }\n        }\n\n        function getNonSimpleParameters(parameters: readonly ParameterDeclaration[]): readonly ParameterDeclaration[] {\n            return filter(parameters, parameter => !!parameter.initializer || isBindingPattern(parameter.name) || isRestParameter(parameter));\n        }\n\n        function checkGrammarForUseStrictSimpleParameterList(node: FunctionLikeDeclaration): boolean {\n            if (languageVersion >= ScriptTarget.ES2016) {\n                const useStrictDirective = node.body && isBlock(node.body) && findUseStrictPrologue(node.body.statements);\n                if (useStrictDirective) {\n                    const nonSimpleParameters = getNonSimpleParameters(node.parameters);\n                    if (length(nonSimpleParameters)) {\n                        forEach(nonSimpleParameters, parameter => {\n                            addRelatedInfo(\n                                error(parameter, Diagnostics.This_parameter_is_not_allowed_with_use_strict_directive),\n                                createDiagnosticForNode(useStrictDirective, Diagnostics.use_strict_directive_used_here)\n                            );\n                        });\n\n                        const diagnostics = nonSimpleParameters.map((parameter, index) => (\n                            index === 0 ? createDiagnosticForNode(parameter, Diagnostics.Non_simple_parameter_declared_here) : createDiagnosticForNode(parameter, Diagnostics.and_here)\n                        )) as [DiagnosticWithLocation, ...DiagnosticWithLocation[]];\n                        addRelatedInfo(error(useStrictDirective, Diagnostics.use_strict_directive_cannot_be_used_with_non_simple_parameter_list), ...diagnostics);\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarFunctionLikeDeclaration(node: FunctionLikeDeclaration | MethodSignature): boolean {\n            // Prevent cascading error by short-circuit\n            const file = getSourceFileOfNode(node);\n            return checkGrammarDecoratorsAndModifiers(node) ||\n                checkGrammarTypeParameterList(node.typeParameters, file) ||\n                checkGrammarParameterList(node.parameters) ||\n                checkGrammarArrowFunction(node, file) ||\n                (isFunctionLikeDeclaration(node) && checkGrammarForUseStrictSimpleParameterList(node));\n        }\n\n        function checkGrammarClassLikeDeclaration(node: ClassLikeDeclaration): boolean {\n            const file = getSourceFileOfNode(node);\n            return checkGrammarClassDeclarationHeritageClauses(node) ||\n                checkGrammarTypeParameterList(node.typeParameters, file);\n        }\n\n        function checkGrammarArrowFunction(node: Node, file: SourceFile): boolean {\n            if (!isArrowFunction(node)) {\n                return false;\n            }\n\n            if (node.typeParameters && !(length(node.typeParameters) > 1 || node.typeParameters.hasTrailingComma || node.typeParameters[0].constraint)) {\n                if (file && fileExtensionIsOneOf(file.fileName, [Extension.Mts, Extension.Cts])) {\n                    grammarErrorOnNode(node.typeParameters[0], Diagnostics.This_syntax_is_reserved_in_files_with_the_mts_or_cts_extension_Add_a_trailing_comma_or_explicit_constraint);\n                }\n            }\n\n            const { equalsGreaterThanToken } = node;\n            const startLine = getLineAndCharacterOfPosition(file, equalsGreaterThanToken.pos).line;\n            const endLine = getLineAndCharacterOfPosition(file, equalsGreaterThanToken.end).line;\n            return startLine !== endLine && grammarErrorOnNode(equalsGreaterThanToken, Diagnostics.Line_terminator_not_permitted_before_arrow);\n        }\n\n        function checkGrammarIndexSignatureParameters(node: SignatureDeclaration): boolean {\n            const parameter = node.parameters[0];\n            if (node.parameters.length !== 1) {\n                if (parameter) {\n                    return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_must_have_exactly_one_parameter);\n                }\n                else {\n                    return grammarErrorOnNode(node, Diagnostics.An_index_signature_must_have_exactly_one_parameter);\n                }\n            }\n            checkGrammarForDisallowedTrailingComma(node.parameters, Diagnostics.An_index_signature_cannot_have_a_trailing_comma);\n            if (parameter.dotDotDotToken) {\n                return grammarErrorOnNode(parameter.dotDotDotToken, Diagnostics.An_index_signature_cannot_have_a_rest_parameter);\n            }\n            if (hasEffectiveModifiers(parameter)) {\n                return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_parameter_cannot_have_an_accessibility_modifier);\n            }\n            if (parameter.questionToken) {\n                return grammarErrorOnNode(parameter.questionToken, Diagnostics.An_index_signature_parameter_cannot_have_a_question_mark);\n            }\n            if (parameter.initializer) {\n                return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_parameter_cannot_have_an_initializer);\n            }\n            if (!parameter.type) {\n                return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_parameter_must_have_a_type_annotation);\n            }\n            const type = getTypeFromTypeNode(parameter.type);\n            if (someType(type, t => !!(t.flags & TypeFlags.StringOrNumberLiteralOrUnique)) || isGenericType(type)) {\n                return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_parameter_type_cannot_be_a_literal_type_or_generic_type_Consider_using_a_mapped_object_type_instead);\n            }\n            if (!everyType(type, isValidIndexKeyType)) {\n                return grammarErrorOnNode(parameter.name, Diagnostics.An_index_signature_parameter_type_must_be_string_number_symbol_or_a_template_literal_type);\n            }\n            if (!node.type) {\n                return grammarErrorOnNode(node, Diagnostics.An_index_signature_must_have_a_type_annotation);\n            }\n            return false;\n        }\n\n        function checkGrammarIndexSignature(node: SignatureDeclaration) {\n            // Prevent cascading error by short-circuit\n            return checkGrammarDecoratorsAndModifiers(node) || checkGrammarIndexSignatureParameters(node);\n        }\n\n        function checkGrammarForAtLeastOneTypeArgument(node: Node, typeArguments: NodeArray<TypeNode> | undefined): boolean {\n            if (typeArguments && typeArguments.length === 0) {\n                const sourceFile = getSourceFileOfNode(node);\n                const start = typeArguments.pos - \"<\".length;\n                const end = skipTrivia(sourceFile.text, typeArguments.end) + \">\".length;\n                return grammarErrorAtPos(sourceFile, start, end - start, Diagnostics.Type_argument_list_cannot_be_empty);\n            }\n            return false;\n        }\n\n        function checkGrammarTypeArguments(node: Node, typeArguments: NodeArray<TypeNode> | undefined): boolean {\n            return checkGrammarForDisallowedTrailingComma(typeArguments) ||\n                checkGrammarForAtLeastOneTypeArgument(node, typeArguments);\n        }\n\n        function checkGrammarTaggedTemplateChain(node: TaggedTemplateExpression): boolean {\n            if (node.questionDotToken || node.flags & NodeFlags.OptionalChain) {\n                return grammarErrorOnNode(node.template, Diagnostics.Tagged_template_expressions_are_not_permitted_in_an_optional_chain);\n            }\n            return false;\n        }\n\n        function checkGrammarHeritageClause(node: HeritageClause): boolean {\n            const types = node.types;\n            if (checkGrammarForDisallowedTrailingComma(types)) {\n                return true;\n            }\n            if (types && types.length === 0) {\n                const listType = tokenToString(node.token);\n                return grammarErrorAtPos(node, types.pos, 0, Diagnostics._0_list_cannot_be_empty, listType);\n            }\n            return some(types, checkGrammarExpressionWithTypeArguments);\n        }\n\n        function checkGrammarExpressionWithTypeArguments(node: ExpressionWithTypeArguments | TypeQueryNode) {\n            return checkGrammarTypeArguments(node, node.typeArguments);\n        }\n\n        function checkGrammarClassDeclarationHeritageClauses(node: ClassLikeDeclaration) {\n            let seenExtendsClause = false;\n            let seenImplementsClause = false;\n\n            if (!checkGrammarDecoratorsAndModifiers(node) && node.heritageClauses) {\n                for (const heritageClause of node.heritageClauses) {\n                    if (heritageClause.token === SyntaxKind.ExtendsKeyword) {\n                        if (seenExtendsClause) {\n                            return grammarErrorOnFirstToken(heritageClause, Diagnostics.extends_clause_already_seen);\n                        }\n\n                        if (seenImplementsClause) {\n                            return grammarErrorOnFirstToken(heritageClause, Diagnostics.extends_clause_must_precede_implements_clause);\n                        }\n\n                        if (heritageClause.types.length > 1) {\n                            return grammarErrorOnFirstToken(heritageClause.types[1], Diagnostics.Classes_can_only_extend_a_single_class);\n                        }\n\n                        seenExtendsClause = true;\n                    }\n                    else {\n                        Debug.assert(heritageClause.token === SyntaxKind.ImplementsKeyword);\n                        if (seenImplementsClause) {\n                            return grammarErrorOnFirstToken(heritageClause, Diagnostics.implements_clause_already_seen);\n                        }\n\n                        seenImplementsClause = true;\n                    }\n\n                    // Grammar checking heritageClause inside class declaration\n                    checkGrammarHeritageClause(heritageClause);\n                }\n            }\n        }\n\n        function checkGrammarInterfaceDeclaration(node: InterfaceDeclaration) {\n            let seenExtendsClause = false;\n\n            if (node.heritageClauses) {\n                for (const heritageClause of node.heritageClauses) {\n                    if (heritageClause.token === SyntaxKind.ExtendsKeyword) {\n                        if (seenExtendsClause) {\n                            return grammarErrorOnFirstToken(heritageClause, Diagnostics.extends_clause_already_seen);\n                        }\n\n                        seenExtendsClause = true;\n                    }\n                    else {\n                        Debug.assert(heritageClause.token === SyntaxKind.ImplementsKeyword);\n                        return grammarErrorOnFirstToken(heritageClause, Diagnostics.Interface_declaration_cannot_have_implements_clause);\n                    }\n\n                    // Grammar checking heritageClause inside class declaration\n                    checkGrammarHeritageClause(heritageClause);\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarComputedPropertyName(node: Node): boolean {\n            // If node is not a computedPropertyName, just skip the grammar checking\n            if (node.kind !== SyntaxKind.ComputedPropertyName) {\n                return false;\n            }\n\n            const computedPropertyName = node as ComputedPropertyName;\n            if (computedPropertyName.expression.kind === SyntaxKind.BinaryExpression && (computedPropertyName.expression as BinaryExpression).operatorToken.kind === SyntaxKind.CommaToken) {\n                return grammarErrorOnNode(computedPropertyName.expression, Diagnostics.A_comma_expression_is_not_allowed_in_a_computed_property_name);\n            }\n            return false;\n        }\n\n        function checkGrammarForGenerator(node: FunctionLikeDeclaration) {\n            if (node.asteriskToken) {\n                Debug.assert(\n                    node.kind === SyntaxKind.FunctionDeclaration ||\n                    node.kind === SyntaxKind.FunctionExpression ||\n                    node.kind === SyntaxKind.MethodDeclaration);\n                if (node.flags & NodeFlags.Ambient) {\n                    return grammarErrorOnNode(node.asteriskToken, Diagnostics.Generators_are_not_allowed_in_an_ambient_context);\n                }\n                if (!node.body) {\n                    return grammarErrorOnNode(node.asteriskToken, Diagnostics.An_overload_signature_cannot_be_declared_as_a_generator);\n                }\n            }\n        }\n\n        function checkGrammarForInvalidQuestionMark(questionToken: QuestionToken | undefined, message: DiagnosticMessage): boolean {\n            return !!questionToken && grammarErrorOnNode(questionToken, message);\n        }\n\n        function checkGrammarForInvalidExclamationToken(exclamationToken: ExclamationToken | undefined, message: DiagnosticMessage): boolean {\n            return !!exclamationToken && grammarErrorOnNode(exclamationToken, message);\n        }\n\n        function checkGrammarObjectLiteralExpression(node: ObjectLiteralExpression, inDestructuring: boolean) {\n            const seen = new Map<__String, DeclarationMeaning>();\n\n            for (const prop of node.properties) {\n                if (prop.kind === SyntaxKind.SpreadAssignment) {\n                    if (inDestructuring) {\n                        // a rest property cannot be destructured any further\n                        const expression = skipParentheses(prop.expression);\n                        if (isArrayLiteralExpression(expression) || isObjectLiteralExpression(expression)) {\n                            return grammarErrorOnNode(prop.expression, Diagnostics.A_rest_element_cannot_contain_a_binding_pattern);\n                        }\n                    }\n                    continue;\n                }\n                const name = prop.name;\n                if (name.kind === SyntaxKind.ComputedPropertyName) {\n                    // If the name is not a ComputedPropertyName, the grammar checking will skip it\n                    checkGrammarComputedPropertyName(name);\n                }\n\n                if (prop.kind === SyntaxKind.ShorthandPropertyAssignment && !inDestructuring && prop.objectAssignmentInitializer) {\n                    // having objectAssignmentInitializer is only valid in ObjectAssignmentPattern\n                    // outside of destructuring it is a syntax error\n                    grammarErrorOnNode(prop.equalsToken!, Diagnostics.Did_you_mean_to_use_a_Colon_An_can_only_follow_a_property_name_when_the_containing_object_literal_is_part_of_a_destructuring_pattern);\n                }\n\n                if (name.kind === SyntaxKind.PrivateIdentifier) {\n                    grammarErrorOnNode(name, Diagnostics.Private_identifiers_are_not_allowed_outside_class_bodies);\n                }\n\n                // Modifiers are never allowed on properties except for 'async' on a method declaration\n                if (prop.modifiers) {\n                    for (const mod of prop.modifiers) {\n                        if (mod.kind !== SyntaxKind.AsyncKeyword || prop.kind !== SyntaxKind.MethodDeclaration) {\n                            grammarErrorOnNode(mod, Diagnostics._0_modifier_cannot_be_used_here, getTextOfNode(mod));\n                        }\n                    }\n                }\n\n                // ECMA-262 11.1.5 Object Initializer\n                // If previous is not undefined then throw a SyntaxError exception if any of the following conditions are true\n                // a.This production is contained in strict code and IsDataDescriptor(previous) is true and\n                // IsDataDescriptor(propId.descriptor) is true.\n                //    b.IsDataDescriptor(previous) is true and IsAccessorDescriptor(propId.descriptor) is true.\n                //    c.IsAccessorDescriptor(previous) is true and IsDataDescriptor(propId.descriptor) is true.\n                //    d.IsAccessorDescriptor(previous) is true and IsAccessorDescriptor(propId.descriptor) is true\n                // and either both previous and propId.descriptor have[[Get]] fields or both previous and propId.descriptor have[[Set]] fields\n                let currentKind: DeclarationMeaning;\n                switch (prop.kind) {\n                    case SyntaxKind.ShorthandPropertyAssignment:\n                        checkGrammarForInvalidExclamationToken(prop.exclamationToken, Diagnostics.A_definite_assignment_assertion_is_not_permitted_in_this_context);\n                        // falls through\n                    case SyntaxKind.PropertyAssignment:\n                        // Grammar checking for computedPropertyName and shorthandPropertyAssignment\n                        checkGrammarForInvalidQuestionMark(prop.questionToken, Diagnostics.An_object_member_cannot_be_declared_optional);\n                        if (name.kind === SyntaxKind.NumericLiteral) {\n                            checkGrammarNumericLiteral(name);\n                        }\n                        currentKind = DeclarationMeaning.PropertyAssignment;\n                        break;\n                    case SyntaxKind.MethodDeclaration:\n                        currentKind = DeclarationMeaning.Method;\n                        break;\n                    case SyntaxKind.GetAccessor:\n                        currentKind = DeclarationMeaning.GetAccessor;\n                        break;\n                    case SyntaxKind.SetAccessor:\n                        currentKind = DeclarationMeaning.SetAccessor;\n                        break;\n                    default:\n                        throw Debug.assertNever(prop, \"Unexpected syntax kind:\" + (prop as Node).kind);\n                }\n\n                if (!inDestructuring) {\n                    const effectiveName = getPropertyNameForPropertyNameNode(name);\n                    if (effectiveName === undefined) {\n                        continue;\n                    }\n\n                    const existingKind = seen.get(effectiveName);\n                    if (!existingKind) {\n                        seen.set(effectiveName, currentKind);\n                    }\n                    else {\n                        if ((currentKind & DeclarationMeaning.Method) && (existingKind & DeclarationMeaning.Method)) {\n                            grammarErrorOnNode(name, Diagnostics.Duplicate_identifier_0, getTextOfNode(name));\n                        }\n                        else if ((currentKind & DeclarationMeaning.PropertyAssignment) && (existingKind & DeclarationMeaning.PropertyAssignment)) {\n                            grammarErrorOnNode(name, Diagnostics.An_object_literal_cannot_have_multiple_properties_with_the_same_name, getTextOfNode(name));\n                        }\n                        else if ((currentKind & DeclarationMeaning.GetOrSetAccessor) && (existingKind & DeclarationMeaning.GetOrSetAccessor)) {\n                            if (existingKind !== DeclarationMeaning.GetOrSetAccessor && currentKind !== existingKind) {\n                                seen.set(effectiveName, currentKind | existingKind);\n                            }\n                            else {\n                                return grammarErrorOnNode(name, Diagnostics.An_object_literal_cannot_have_multiple_get_Slashset_accessors_with_the_same_name);\n                            }\n                        }\n                        else {\n                            return grammarErrorOnNode(name, Diagnostics.An_object_literal_cannot_have_property_and_accessor_with_the_same_name);\n                        }\n                    }\n                }\n            }\n        }\n\n        function checkGrammarJsxElement(node: JsxOpeningLikeElement) {\n            checkGrammarJsxName(node.tagName);\n            checkGrammarTypeArguments(node, node.typeArguments);\n            const seen = new Map<__String, boolean>();\n\n            for (const attr of node.attributes.properties) {\n                if (attr.kind === SyntaxKind.JsxSpreadAttribute) {\n                    continue;\n                }\n\n                const { name, initializer } = attr;\n                if (!seen.get(name.escapedText)) {\n                    seen.set(name.escapedText, true);\n                }\n                else {\n                    return grammarErrorOnNode(name, Diagnostics.JSX_elements_cannot_have_multiple_attributes_with_the_same_name);\n                }\n\n                if (initializer && initializer.kind === SyntaxKind.JsxExpression && !initializer.expression) {\n                    return grammarErrorOnNode(initializer, Diagnostics.JSX_attributes_must_only_be_assigned_a_non_empty_expression);\n                }\n            }\n        }\n\n        function checkGrammarJsxName(node: JsxTagNameExpression) {\n            if (isPropertyAccessExpression(node)) {\n                let propName: JsxTagNameExpression = node;\n                do {\n                    const check = checkGrammarJsxNestedIdentifier(propName.name);\n                    if (check) {\n                        return check;\n                    }\n                    propName = propName.expression;\n                } while (isPropertyAccessExpression(propName));\n                const check = checkGrammarJsxNestedIdentifier(propName);\n                if (check) {\n                    return check;\n                }\n            }\n\n            function checkGrammarJsxNestedIdentifier(name: MemberName | ThisExpression) {\n                if (isIdentifier(name) && idText(name).indexOf(\":\") !== -1) {\n                    return grammarErrorOnNode(name, Diagnostics.JSX_property_access_expressions_cannot_include_JSX_namespace_names);\n                }\n            }\n        }\n\n        function checkGrammarJsxExpression(node: JsxExpression) {\n            if (node.expression && isCommaSequence(node.expression)) {\n                return grammarErrorOnNode(node.expression, Diagnostics.JSX_expressions_may_not_use_the_comma_operator_Did_you_mean_to_write_an_array);\n            }\n        }\n\n        function checkGrammarForInOrForOfStatement(forInOrOfStatement: ForInOrOfStatement): boolean {\n            if (checkGrammarStatementInAmbientContext(forInOrOfStatement)) {\n                return true;\n            }\n\n            if (forInOrOfStatement.kind === SyntaxKind.ForOfStatement && forInOrOfStatement.awaitModifier) {\n                if (!(forInOrOfStatement.flags & NodeFlags.AwaitContext)) {\n                    const sourceFile = getSourceFileOfNode(forInOrOfStatement);\n                    if (isInTopLevelContext(forInOrOfStatement)) {\n                        if (!hasParseDiagnostics(sourceFile)) {\n                            if (!isEffectiveExternalModule(sourceFile, compilerOptions)) {\n                                diagnostics.add(createDiagnosticForNode(forInOrOfStatement.awaitModifier,\n                                    Diagnostics.for_await_loops_are_only_allowed_at_the_top_level_of_a_file_when_that_file_is_a_module_but_this_file_has_no_imports_or_exports_Consider_adding_an_empty_export_to_make_this_file_a_module));\n                            }\n                            if ((moduleKind !== ModuleKind.ES2022 && moduleKind !== ModuleKind.ESNext && moduleKind !== ModuleKind.System && !(moduleKind === ModuleKind.NodeNext && getSourceFileOfNode(forInOrOfStatement).impliedNodeFormat === ModuleKind.ESNext)) || languageVersion < ScriptTarget.ES2017) {\n                                diagnostics.add(createDiagnosticForNode(forInOrOfStatement.awaitModifier,\n                                    Diagnostics.Top_level_for_await_loops_are_only_allowed_when_the_module_option_is_set_to_es2022_esnext_system_or_nodenext_and_the_target_option_is_set_to_es2017_or_higher));\n                            }\n                        }\n                    }\n                    else {\n                        // use of 'for-await-of' in non-async function\n                        if (!hasParseDiagnostics(sourceFile)) {\n                            const diagnostic = createDiagnosticForNode(forInOrOfStatement.awaitModifier, Diagnostics.for_await_loops_are_only_allowed_within_async_functions_and_at_the_top_levels_of_modules);\n                            const func = getContainingFunction(forInOrOfStatement);\n                            if (func && func.kind !== SyntaxKind.Constructor) {\n                                Debug.assert((getFunctionFlags(func) & FunctionFlags.Async) === 0, \"Enclosing function should never be an async function.\");\n                                const relatedInfo = createDiagnosticForNode(func, Diagnostics.Did_you_mean_to_mark_this_function_as_async);\n                                addRelatedInfo(diagnostic, relatedInfo);\n                            }\n                            diagnostics.add(diagnostic);\n                            return true;\n                        }\n                    }\n                    return false;\n                }\n            }\n\n            if (isForOfStatement(forInOrOfStatement) && !(forInOrOfStatement.flags & NodeFlags.AwaitContext) &&\n                isIdentifier(forInOrOfStatement.initializer) && forInOrOfStatement.initializer.escapedText === \"async\") {\n                grammarErrorOnNode(forInOrOfStatement.initializer, Diagnostics.The_left_hand_side_of_a_for_of_statement_may_not_be_async);\n                return false;\n            }\n\n            if (forInOrOfStatement.initializer.kind === SyntaxKind.VariableDeclarationList) {\n                const variableList = forInOrOfStatement.initializer as VariableDeclarationList;\n                if (!checkGrammarVariableDeclarationList(variableList)) {\n                    const declarations = variableList.declarations;\n\n                    // declarations.length can be zero if there is an error in variable declaration in for-of or for-in\n                    // See http://www.ecma-international.org/ecma-262/6.0/#sec-for-in-and-for-of-statements for details\n                    // For example:\n                    //      var let = 10;\n                    //      for (let of [1,2,3]) {} // this is invalid ES6 syntax\n                    //      for (let in [1,2,3]) {} // this is invalid ES6 syntax\n                    // We will then want to skip on grammar checking on variableList declaration\n                    if (!declarations.length) {\n                        return false;\n                    }\n\n                    if (declarations.length > 1) {\n                        const diagnostic = forInOrOfStatement.kind === SyntaxKind.ForInStatement\n                            ? Diagnostics.Only_a_single_variable_declaration_is_allowed_in_a_for_in_statement\n                            : Diagnostics.Only_a_single_variable_declaration_is_allowed_in_a_for_of_statement;\n                        return grammarErrorOnFirstToken(variableList.declarations[1], diagnostic);\n                    }\n                    const firstDeclaration = declarations[0];\n\n                    if (firstDeclaration.initializer) {\n                        const diagnostic = forInOrOfStatement.kind === SyntaxKind.ForInStatement\n                            ? Diagnostics.The_variable_declaration_of_a_for_in_statement_cannot_have_an_initializer\n                            : Diagnostics.The_variable_declaration_of_a_for_of_statement_cannot_have_an_initializer;\n                        return grammarErrorOnNode(firstDeclaration.name, diagnostic);\n                    }\n                    if (firstDeclaration.type) {\n                        const diagnostic = forInOrOfStatement.kind === SyntaxKind.ForInStatement\n                            ? Diagnostics.The_left_hand_side_of_a_for_in_statement_cannot_use_a_type_annotation\n                            : Diagnostics.The_left_hand_side_of_a_for_of_statement_cannot_use_a_type_annotation;\n                        return grammarErrorOnNode(firstDeclaration, diagnostic);\n                    }\n                }\n            }\n\n            return false;\n        }\n\n        function checkGrammarAccessor(accessor: AccessorDeclaration): boolean {\n            if (!(accessor.flags & NodeFlags.Ambient) && (accessor.parent.kind !== SyntaxKind.TypeLiteral) && (accessor.parent.kind !== SyntaxKind.InterfaceDeclaration)) {\n                if (languageVersion < ScriptTarget.ES5) {\n                    return grammarErrorOnNode(accessor.name, Diagnostics.Accessors_are_only_available_when_targeting_ECMAScript_5_and_higher);\n                }\n                if (languageVersion < ScriptTarget.ES2015 && isPrivateIdentifier(accessor.name)) {\n                    return grammarErrorOnNode(accessor.name, Diagnostics.Private_identifiers_are_only_available_when_targeting_ECMAScript_2015_and_higher);\n                }\n                if (accessor.body === undefined && !hasSyntacticModifier(accessor, ModifierFlags.Abstract)) {\n                    return grammarErrorAtPos(accessor, accessor.end - 1, \";\".length, Diagnostics._0_expected, \"{\");\n                }\n            }\n            if (accessor.body) {\n                if (hasSyntacticModifier(accessor, ModifierFlags.Abstract)) {\n                    return grammarErrorOnNode(accessor, Diagnostics.An_abstract_accessor_cannot_have_an_implementation);\n                }\n                if (accessor.parent.kind === SyntaxKind.TypeLiteral || accessor.parent.kind === SyntaxKind.InterfaceDeclaration) {\n                    return grammarErrorOnNode(accessor.body, Diagnostics.An_implementation_cannot_be_declared_in_ambient_contexts);\n                }\n            }\n            if (accessor.typeParameters) {\n                return grammarErrorOnNode(accessor.name, Diagnostics.An_accessor_cannot_have_type_parameters);\n            }\n            if (!doesAccessorHaveCorrectParameterCount(accessor)) {\n                return grammarErrorOnNode(accessor.name,\n                    accessor.kind === SyntaxKind.GetAccessor ?\n                        Diagnostics.A_get_accessor_cannot_have_parameters :\n                        Diagnostics.A_set_accessor_must_have_exactly_one_parameter);\n            }\n            if (accessor.kind === SyntaxKind.SetAccessor) {\n                if (accessor.type) {\n                    return grammarErrorOnNode(accessor.name, Diagnostics.A_set_accessor_cannot_have_a_return_type_annotation);\n                }\n                const parameter = Debug.checkDefined(getSetAccessorValueParameter(accessor), \"Return value does not match parameter count assertion.\");\n                if (parameter.dotDotDotToken) {\n                    return grammarErrorOnNode(parameter.dotDotDotToken, Diagnostics.A_set_accessor_cannot_have_rest_parameter);\n                }\n                if (parameter.questionToken) {\n                    return grammarErrorOnNode(parameter.questionToken, Diagnostics.A_set_accessor_cannot_have_an_optional_parameter);\n                }\n                if (parameter.initializer) {\n                    return grammarErrorOnNode(accessor.name, Diagnostics.A_set_accessor_parameter_cannot_have_an_initializer);\n                }\n            }\n            return false;\n        }\n\n        /** Does the accessor have the right number of parameters?\n          * A get accessor has no parameters or a single `this` parameter.\n          * A set accessor has one parameter or a `this` parameter and one more parameter.\n          */\n        function doesAccessorHaveCorrectParameterCount(accessor: AccessorDeclaration) {\n            return getAccessorThisParameter(accessor) || accessor.parameters.length === (accessor.kind === SyntaxKind.GetAccessor ? 0 : 1);\n        }\n\n        function getAccessorThisParameter(accessor: AccessorDeclaration): ParameterDeclaration | undefined {\n            if (accessor.parameters.length === (accessor.kind === SyntaxKind.GetAccessor ? 1 : 2)) {\n                return getThisParameter(accessor);\n            }\n        }\n\n        function checkGrammarTypeOperatorNode(node: TypeOperatorNode) {\n            if (node.operator === SyntaxKind.UniqueKeyword) {\n                if (node.type.kind !== SyntaxKind.SymbolKeyword) {\n                    return grammarErrorOnNode(node.type, Diagnostics._0_expected, tokenToString(SyntaxKind.SymbolKeyword));\n                }\n                let parent = walkUpParenthesizedTypes(node.parent);\n                if (isInJSFile(parent) && isJSDocTypeExpression(parent)) {\n                    const host = getJSDocHost(parent);\n                    if (host) {\n                        parent = getSingleVariableOfVariableStatement(host) || host;\n                    }\n                }\n                switch (parent.kind) {\n                    case SyntaxKind.VariableDeclaration:\n                        const decl = parent as VariableDeclaration;\n                        if (decl.name.kind !== SyntaxKind.Identifier) {\n                            return grammarErrorOnNode(node, Diagnostics.unique_symbol_types_may_not_be_used_on_a_variable_declaration_with_a_binding_name);\n                        }\n                        if (!isVariableDeclarationInVariableStatement(decl)) {\n                            return grammarErrorOnNode(node, Diagnostics.unique_symbol_types_are_only_allowed_on_variables_in_a_variable_statement);\n                        }\n                        if (!(decl.parent.flags & NodeFlags.Const)) {\n                            return grammarErrorOnNode((parent as VariableDeclaration).name, Diagnostics.A_variable_whose_type_is_a_unique_symbol_type_must_be_const);\n                        }\n                        break;\n\n                    case SyntaxKind.PropertyDeclaration:\n                        if (!isStatic(parent) ||\n                            !hasEffectiveReadonlyModifier(parent)) {\n                            return grammarErrorOnNode((parent as PropertyDeclaration).name, Diagnostics.A_property_of_a_class_whose_type_is_a_unique_symbol_type_must_be_both_static_and_readonly);\n                        }\n                        break;\n\n                    case SyntaxKind.PropertySignature:\n                        if (!hasSyntacticModifier(parent, ModifierFlags.Readonly)) {\n                            return grammarErrorOnNode((parent as PropertySignature).name, Diagnostics.A_property_of_an_interface_or_type_literal_whose_type_is_a_unique_symbol_type_must_be_readonly);\n                        }\n                        break;\n\n                    default:\n                        return grammarErrorOnNode(node, Diagnostics.unique_symbol_types_are_not_allowed_here);\n                }\n            }\n            else if (node.operator === SyntaxKind.ReadonlyKeyword) {\n                if (node.type.kind !== SyntaxKind.ArrayType && node.type.kind !== SyntaxKind.TupleType) {\n                    return grammarErrorOnFirstToken(node, Diagnostics.readonly_type_modifier_is_only_permitted_on_array_and_tuple_literal_types, tokenToString(SyntaxKind.SymbolKeyword));\n                }\n            }\n        }\n\n        function checkGrammarForInvalidDynamicName(node: DeclarationName, message: DiagnosticMessage) {\n            if (isNonBindableDynamicName(node)) {\n                return grammarErrorOnNode(node, message);\n            }\n        }\n\n        function checkGrammarMethod(node: MethodDeclaration | MethodSignature) {\n            if (checkGrammarFunctionLikeDeclaration(node)) {\n                return true;\n            }\n\n            if (node.kind === SyntaxKind.MethodDeclaration) {\n                if (node.parent.kind === SyntaxKind.ObjectLiteralExpression) {\n                    // We only disallow modifier on a method declaration if it is a property of object-literal-expression\n                    if (node.modifiers && !(node.modifiers.length === 1 && first(node.modifiers).kind === SyntaxKind.AsyncKeyword)) {\n                        return grammarErrorOnFirstToken(node, Diagnostics.Modifiers_cannot_appear_here);\n                    }\n                    else if (checkGrammarForInvalidQuestionMark(node.questionToken, Diagnostics.An_object_member_cannot_be_declared_optional)) {\n                        return true;\n                    }\n                    else if (checkGrammarForInvalidExclamationToken(node.exclamationToken, Diagnostics.A_definite_assignment_assertion_is_not_permitted_in_this_context)) {\n                        return true;\n                    }\n                    else if (node.body === undefined) {\n                        return grammarErrorAtPos(node, node.end - 1, \";\".length, Diagnostics._0_expected, \"{\");\n                    }\n                }\n                if (checkGrammarForGenerator(node)) {\n                    return true;\n                }\n            }\n\n            if (isClassLike(node.parent)) {\n                if (languageVersion < ScriptTarget.ES2015 && isPrivateIdentifier(node.name)) {\n                    return grammarErrorOnNode(node.name, Diagnostics.Private_identifiers_are_only_available_when_targeting_ECMAScript_2015_and_higher);\n                }\n                // Technically, computed properties in ambient contexts is disallowed\n                // for property declarations and accessors too, not just methods.\n                // However, property declarations disallow computed names in general,\n                // and accessors are not allowed in ambient contexts in general,\n                // so this error only really matters for methods.\n                if (node.flags & NodeFlags.Ambient) {\n                    return checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_an_ambient_context_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type);\n                }\n                else if (node.kind === SyntaxKind.MethodDeclaration && !node.body) {\n                    return checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_a_method_overload_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type);\n                }\n            }\n            else if (node.parent.kind === SyntaxKind.InterfaceDeclaration) {\n                return checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_an_interface_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type);\n            }\n            else if (node.parent.kind === SyntaxKind.TypeLiteral) {\n                return checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_a_type_literal_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type);\n            }\n        }\n\n        function checkGrammarBreakOrContinueStatement(node: BreakOrContinueStatement): boolean {\n            let current: Node = node;\n            while (current) {\n                if (isFunctionLikeOrClassStaticBlockDeclaration(current)) {\n                    return grammarErrorOnNode(node, Diagnostics.Jump_target_cannot_cross_function_boundary);\n                }\n\n                switch (current.kind) {\n                    case SyntaxKind.LabeledStatement:\n                        if (node.label && (current as LabeledStatement).label.escapedText === node.label.escapedText) {\n                            // found matching label - verify that label usage is correct\n                            // continue can only target labels that are on iteration statements\n                            const isMisplacedContinueLabel = node.kind === SyntaxKind.ContinueStatement\n                                && !isIterationStatement((current as LabeledStatement).statement, /*lookInLabeledStatement*/ true);\n\n                            if (isMisplacedContinueLabel) {\n                                return grammarErrorOnNode(node, Diagnostics.A_continue_statement_can_only_jump_to_a_label_of_an_enclosing_iteration_statement);\n                            }\n\n                            return false;\n                        }\n                        break;\n                    case SyntaxKind.SwitchStatement:\n                        if (node.kind === SyntaxKind.BreakStatement && !node.label) {\n                            // unlabeled break within switch statement - ok\n                            return false;\n                        }\n                        break;\n                    default:\n                        if (isIterationStatement(current, /*lookInLabeledStatement*/ false) && !node.label) {\n                            // unlabeled break or continue within iteration statement - ok\n                            return false;\n                        }\n                        break;\n                }\n\n                current = current.parent;\n            }\n\n            if (node.label) {\n                const message = node.kind === SyntaxKind.BreakStatement\n                    ? Diagnostics.A_break_statement_can_only_jump_to_a_label_of_an_enclosing_statement\n                    : Diagnostics.A_continue_statement_can_only_jump_to_a_label_of_an_enclosing_iteration_statement;\n\n                return grammarErrorOnNode(node, message);\n            }\n            else {\n                const message = node.kind === SyntaxKind.BreakStatement\n                    ? Diagnostics.A_break_statement_can_only_be_used_within_an_enclosing_iteration_or_switch_statement\n                    : Diagnostics.A_continue_statement_can_only_be_used_within_an_enclosing_iteration_statement;\n                return grammarErrorOnNode(node, message);\n            }\n        }\n\n        function checkGrammarBindingElement(node: BindingElement) {\n            if (node.dotDotDotToken) {\n                const elements = node.parent.elements;\n                if (node !== last(elements)) {\n                    return grammarErrorOnNode(node, Diagnostics.A_rest_element_must_be_last_in_a_destructuring_pattern);\n                }\n                checkGrammarForDisallowedTrailingComma(elements, Diagnostics.A_rest_parameter_or_binding_pattern_may_not_have_a_trailing_comma);\n\n                if (node.propertyName) {\n                    return grammarErrorOnNode(node.name, Diagnostics.A_rest_element_cannot_have_a_property_name);\n                }\n            }\n\n            if (node.dotDotDotToken && node.initializer) {\n                // Error on equals token which immediately precedes the initializer\n                return grammarErrorAtPos(node, node.initializer.pos - 1, 1, Diagnostics.A_rest_element_cannot_have_an_initializer);\n            }\n        }\n\n        function isStringOrNumberLiteralExpression(expr: Expression) {\n            return isStringOrNumericLiteralLike(expr) ||\n                expr.kind === SyntaxKind.PrefixUnaryExpression && (expr as PrefixUnaryExpression).operator === SyntaxKind.MinusToken &&\n                (expr as PrefixUnaryExpression).operand.kind === SyntaxKind.NumericLiteral;\n        }\n\n        function isBigIntLiteralExpression(expr: Expression) {\n            return expr.kind === SyntaxKind.BigIntLiteral ||\n                expr.kind === SyntaxKind.PrefixUnaryExpression && (expr as PrefixUnaryExpression).operator === SyntaxKind.MinusToken &&\n                (expr as PrefixUnaryExpression).operand.kind === SyntaxKind.BigIntLiteral;\n        }\n\n        function isSimpleLiteralEnumReference(expr: Expression) {\n            if ((isPropertyAccessExpression(expr) || (isElementAccessExpression(expr) && isStringOrNumberLiteralExpression(expr.argumentExpression))) &&\n                isEntityNameExpression(expr.expression)) {\n                return !!(checkExpressionCached(expr).flags & TypeFlags.EnumLiteral);\n            }\n        }\n\n        function checkAmbientInitializer(node: VariableDeclaration | PropertyDeclaration | PropertySignature) {\n            const {initializer} = node;\n            if (initializer) {\n                const isInvalidInitializer = !(\n                    isStringOrNumberLiteralExpression(initializer) ||\n                    isSimpleLiteralEnumReference(initializer) ||\n                    initializer.kind === SyntaxKind.TrueKeyword || initializer.kind === SyntaxKind.FalseKeyword ||\n                    isBigIntLiteralExpression(initializer)\n                );\n                const isConstOrReadonly = isDeclarationReadonly(node) || isVariableDeclaration(node) && isVarConst(node);\n                if (isConstOrReadonly && !node.type) {\n                    if (isInvalidInitializer) {\n                        return grammarErrorOnNode(initializer, Diagnostics.A_const_initializer_in_an_ambient_context_must_be_a_string_or_numeric_literal_or_literal_enum_reference);\n                    }\n                }\n                else {\n                    return grammarErrorOnNode(initializer, Diagnostics.Initializers_are_not_allowed_in_ambient_contexts);\n                }\n                if (!isConstOrReadonly || isInvalidInitializer) {\n                    return grammarErrorOnNode(initializer, Diagnostics.Initializers_are_not_allowed_in_ambient_contexts);\n                }\n            }\n        }\n\n        function checkGrammarVariableDeclaration(node: VariableDeclaration) {\n            if (node.parent.parent.kind !== SyntaxKind.ForInStatement && node.parent.parent.kind !== SyntaxKind.ForOfStatement) {\n                if (node.flags & NodeFlags.Ambient) {\n                    checkAmbientInitializer(node);\n                }\n                else if (!node.initializer) {\n                    if (isBindingPattern(node.name) && !isBindingPattern(node.parent)) {\n                        return grammarErrorOnNode(node, Diagnostics.A_destructuring_declaration_must_have_an_initializer);\n                    }\n                    if (isVarConst(node)) {\n                        return grammarErrorOnNode(node, Diagnostics.const_declarations_must_be_initialized);\n                    }\n                }\n            }\n\n            if (node.exclamationToken && (node.parent.parent.kind !== SyntaxKind.VariableStatement || !node.type || node.initializer || node.flags & NodeFlags.Ambient)) {\n                const message = node.initializer\n                    ? Diagnostics.Declarations_with_initializers_cannot_also_have_definite_assignment_assertions\n                    : !node.type\n                        ? Diagnostics.Declarations_with_definite_assignment_assertions_must_also_have_type_annotations\n                        : Diagnostics.A_definite_assignment_assertion_is_not_permitted_in_this_context;\n                return grammarErrorOnNode(node.exclamationToken, message);\n            }\n\n            if ((moduleKind < ModuleKind.ES2015 || getSourceFileOfNode(node).impliedNodeFormat === ModuleKind.CommonJS) && moduleKind !== ModuleKind.System &&\n                !(node.parent.parent.flags & NodeFlags.Ambient) && hasSyntacticModifier(node.parent.parent, ModifierFlags.Export)) {\n                checkESModuleMarker(node.name);\n            }\n\n            const checkLetConstNames = (isLet(node) || isVarConst(node));\n\n            // 1. LexicalDeclaration : LetOrConst BindingList ;\n            // It is a Syntax Error if the BoundNames of BindingList contains \"let\".\n            // 2. ForDeclaration: ForDeclaration : LetOrConst ForBinding\n            // It is a Syntax Error if the BoundNames of ForDeclaration contains \"let\".\n\n            // It is a SyntaxError if a VariableDeclaration or VariableDeclarationNoIn occurs within strict code\n            // and its Identifier is eval or arguments\n            return checkLetConstNames && checkGrammarNameInLetOrConstDeclarations(node.name);\n        }\n\n        function checkESModuleMarker(name: Identifier | BindingPattern): boolean {\n            if (name.kind === SyntaxKind.Identifier) {\n                if (idText(name) === \"__esModule\") {\n                    return grammarErrorOnNodeSkippedOn(\"noEmit\", name, Diagnostics.Identifier_expected_esModule_is_reserved_as_an_exported_marker_when_transforming_ECMAScript_modules);\n                }\n            }\n            else {\n                const elements = name.elements;\n                for (const element of elements) {\n                    if (!isOmittedExpression(element)) {\n                        return checkESModuleMarker(element.name);\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarNameInLetOrConstDeclarations(name: Identifier | BindingPattern): boolean {\n            if (name.kind === SyntaxKind.Identifier) {\n                if (name.originalKeywordKind === SyntaxKind.LetKeyword) {\n                    return grammarErrorOnNode(name, Diagnostics.let_is_not_allowed_to_be_used_as_a_name_in_let_or_const_declarations);\n                }\n            }\n            else {\n                const elements = name.elements;\n                for (const element of elements) {\n                    if (!isOmittedExpression(element)) {\n                        checkGrammarNameInLetOrConstDeclarations(element.name);\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarVariableDeclarationList(declarationList: VariableDeclarationList): boolean {\n            const declarations = declarationList.declarations;\n            if (checkGrammarForDisallowedTrailingComma(declarationList.declarations)) {\n                return true;\n            }\n\n            if (!declarationList.declarations.length) {\n                return grammarErrorAtPos(declarationList, declarations.pos, declarations.end - declarations.pos, Diagnostics.Variable_declaration_list_cannot_be_empty);\n            }\n            return false;\n        }\n\n        function allowLetAndConstDeclarations(parent: Node): boolean {\n            switch (parent.kind) {\n                case SyntaxKind.IfStatement:\n                case SyntaxKind.DoStatement:\n                case SyntaxKind.WhileStatement:\n                case SyntaxKind.WithStatement:\n                case SyntaxKind.ForStatement:\n                case SyntaxKind.ForInStatement:\n                case SyntaxKind.ForOfStatement:\n                    return false;\n                case SyntaxKind.LabeledStatement:\n                    return allowLetAndConstDeclarations(parent.parent);\n            }\n\n            return true;\n        }\n\n        function checkGrammarForDisallowedLetOrConstStatement(node: VariableStatement) {\n            if (!allowLetAndConstDeclarations(node.parent)) {\n                if (isLet(node.declarationList)) {\n                    return grammarErrorOnNode(node, Diagnostics.let_declarations_can_only_be_declared_inside_a_block);\n                }\n                else if (isVarConst(node.declarationList)) {\n                    return grammarErrorOnNode(node, Diagnostics.const_declarations_can_only_be_declared_inside_a_block);\n                }\n            }\n        }\n\n        function checkGrammarMetaProperty(node: MetaProperty) {\n            const escapedText = node.name.escapedText;\n            switch (node.keywordToken) {\n                case SyntaxKind.NewKeyword:\n                    if (escapedText !== \"target\") {\n                        return grammarErrorOnNode(node.name, Diagnostics._0_is_not_a_valid_meta_property_for_keyword_1_Did_you_mean_2, node.name.escapedText, tokenToString(node.keywordToken), \"target\");\n                    }\n                    break;\n                case SyntaxKind.ImportKeyword:\n                    if (escapedText !== \"meta\") {\n                        return grammarErrorOnNode(node.name, Diagnostics._0_is_not_a_valid_meta_property_for_keyword_1_Did_you_mean_2, node.name.escapedText, tokenToString(node.keywordToken), \"meta\");\n                    }\n                    break;\n            }\n        }\n\n        function hasParseDiagnostics(sourceFile: SourceFile): boolean {\n            return sourceFile.parseDiagnostics.length > 0;\n        }\n\n        function grammarErrorOnFirstToken(node: Node, message: DiagnosticMessage, arg0?: any, arg1?: any, arg2?: any): boolean {\n            const sourceFile = getSourceFileOfNode(node);\n            if (!hasParseDiagnostics(sourceFile)) {\n                const span = getSpanOfTokenAtPosition(sourceFile, node.pos);\n                diagnostics.add(createFileDiagnostic(sourceFile, span.start, span.length, message, arg0, arg1, arg2));\n                return true;\n            }\n            return false;\n        }\n\n        function grammarErrorAtPos(nodeForSourceFile: Node, start: number, length: number, message: DiagnosticMessage, arg0?: any, arg1?: any, arg2?: any): boolean {\n            const sourceFile = getSourceFileOfNode(nodeForSourceFile);\n            if (!hasParseDiagnostics(sourceFile)) {\n                diagnostics.add(createFileDiagnostic(sourceFile, start, length, message, arg0, arg1, arg2));\n                return true;\n            }\n            return false;\n        }\n\n        function grammarErrorOnNodeSkippedOn(key: keyof CompilerOptions, node: Node, message: DiagnosticMessage, arg0?: any, arg1?: any, arg2?: any): boolean {\n            const sourceFile = getSourceFileOfNode(node);\n            if (!hasParseDiagnostics(sourceFile)) {\n                errorSkippedOn(key, node, message, arg0, arg1, arg2);\n                return true;\n            }\n            return false;\n        }\n\n        function grammarErrorOnNode(node: Node, message: DiagnosticMessage, arg0?: any, arg1?: any, arg2?: any): boolean {\n            const sourceFile = getSourceFileOfNode(node);\n            if (!hasParseDiagnostics(sourceFile)) {\n                diagnostics.add(createDiagnosticForNode(node, message, arg0, arg1, arg2));\n                return true;\n            }\n            return false;\n        }\n\n        function checkGrammarConstructorTypeParameters(node: ConstructorDeclaration) {\n            const jsdocTypeParameters = isInJSFile(node) ? getJSDocTypeParameterDeclarations(node) : undefined;\n            const range = node.typeParameters || jsdocTypeParameters && firstOrUndefined(jsdocTypeParameters);\n            if (range) {\n                const pos = range.pos === range.end ? range.pos : skipTrivia(getSourceFileOfNode(node).text, range.pos);\n                return grammarErrorAtPos(node, pos, range.end - pos, Diagnostics.Type_parameters_cannot_appear_on_a_constructor_declaration);\n            }\n        }\n\n        function checkGrammarConstructorTypeAnnotation(node: ConstructorDeclaration) {\n            const type = getEffectiveReturnTypeNode(node);\n            if (type) {\n                return grammarErrorOnNode(type, Diagnostics.Type_annotation_cannot_appear_on_a_constructor_declaration);\n            }\n        }\n\n        function checkGrammarProperty(node: PropertyDeclaration | PropertySignature) {\n            if (isComputedPropertyName(node.name) && isBinaryExpression(node.name.expression) && node.name.expression.operatorToken.kind === SyntaxKind.InKeyword) {\n                return grammarErrorOnNode(\n                    (node.parent as ClassLikeDeclaration | InterfaceDeclaration | TypeLiteralNode).members[0],\n                    Diagnostics.A_mapped_type_may_not_declare_properties_or_methods);\n            }\n            if (isClassLike(node.parent)) {\n                if (isStringLiteral(node.name) && node.name.text === \"constructor\") {\n                    return grammarErrorOnNode(node.name, Diagnostics.Classes_may_not_have_a_field_named_constructor);\n                }\n                if (checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_a_class_property_declaration_must_have_a_simple_literal_type_or_a_unique_symbol_type)) {\n                    return true;\n                }\n                if (languageVersion < ScriptTarget.ES2015 && isPrivateIdentifier(node.name)) {\n                    return grammarErrorOnNode(node.name, Diagnostics.Private_identifiers_are_only_available_when_targeting_ECMAScript_2015_and_higher);\n                }\n            }\n            else if (node.parent.kind === SyntaxKind.InterfaceDeclaration) {\n                if (checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_an_interface_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type)) {\n                    return true;\n                }\n                if (node.initializer) {\n                    return grammarErrorOnNode(node.initializer, Diagnostics.An_interface_property_cannot_have_an_initializer);\n                }\n            }\n            else if (isTypeLiteralNode(node.parent)) {\n                if (checkGrammarForInvalidDynamicName(node.name, Diagnostics.A_computed_property_name_in_a_type_literal_must_refer_to_an_expression_whose_type_is_a_literal_type_or_a_unique_symbol_type)) {\n                    return true;\n                }\n                if (node.initializer) {\n                    return grammarErrorOnNode(node.initializer, Diagnostics.A_type_literal_property_cannot_have_an_initializer);\n                }\n            }\n\n            if (node.flags & NodeFlags.Ambient) {\n                checkAmbientInitializer(node);\n            }\n\n            if (isPropertyDeclaration(node) && node.exclamationToken && (!isClassLike(node.parent) || !node.type || node.initializer ||\n                node.flags & NodeFlags.Ambient || isStatic(node) || hasAbstractModifier(node))) {\n                const message = node.initializer\n                    ? Diagnostics.Declarations_with_initializers_cannot_also_have_definite_assignment_assertions\n                    : !node.type\n                        ? Diagnostics.Declarations_with_definite_assignment_assertions_must_also_have_type_annotations\n                        : Diagnostics.A_definite_assignment_assertion_is_not_permitted_in_this_context;\n                return grammarErrorOnNode(node.exclamationToken, message);\n            }\n        }\n\n        function checkGrammarTopLevelElementForRequiredDeclareModifier(node: Node): boolean {\n            // A declare modifier is required for any top level .d.ts declaration except export=, export default, export as namespace\n            // interfaces and imports categories:\n            //\n            //  DeclarationElement:\n            //     ExportAssignment\n            //     export_opt   InterfaceDeclaration\n            //     export_opt   TypeAliasDeclaration\n            //     export_opt   ImportDeclaration\n            //     export_opt   ExternalImportDeclaration\n            //     export_opt   AmbientDeclaration\n            //\n            // TODO: The spec needs to be amended to reflect this grammar.\n            if (node.kind === SyntaxKind.InterfaceDeclaration ||\n                node.kind === SyntaxKind.TypeAliasDeclaration ||\n                node.kind === SyntaxKind.ImportDeclaration ||\n                node.kind === SyntaxKind.ImportEqualsDeclaration ||\n                node.kind === SyntaxKind.ExportDeclaration ||\n                node.kind === SyntaxKind.ExportAssignment ||\n                node.kind === SyntaxKind.NamespaceExportDeclaration ||\n                hasSyntacticModifier(node, ModifierFlags.Ambient | ModifierFlags.Export | ModifierFlags.Default)) {\n                return false;\n            }\n\n            return grammarErrorOnFirstToken(node, Diagnostics.Top_level_declarations_in_d_ts_files_must_start_with_either_a_declare_or_export_modifier);\n        }\n\n        function checkGrammarTopLevelElementsForRequiredDeclareModifier(file: SourceFile): boolean {\n            for (const decl of file.statements) {\n                if (isDeclaration(decl) || decl.kind === SyntaxKind.VariableStatement) {\n                    if (checkGrammarTopLevelElementForRequiredDeclareModifier(decl)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarSourceFile(node: SourceFile): boolean {\n            return !!(node.flags & NodeFlags.Ambient) && checkGrammarTopLevelElementsForRequiredDeclareModifier(node);\n        }\n\n        function checkGrammarStatementInAmbientContext(node: Node): boolean {\n            if (node.flags & NodeFlags.Ambient) {\n                // Find containing block which is either Block, ModuleBlock, SourceFile\n                const links = getNodeLinks(node);\n                if (!links.hasReportedStatementInAmbientContext && (isFunctionLike(node.parent) || isAccessor(node.parent))) {\n                    return getNodeLinks(node).hasReportedStatementInAmbientContext = grammarErrorOnFirstToken(node, Diagnostics.An_implementation_cannot_be_declared_in_ambient_contexts);\n                }\n\n                // We are either parented by another statement, or some sort of block.\n                // If we're in a block, we only want to really report an error once\n                // to prevent noisiness.  So use a bit on the block to indicate if\n                // this has already been reported, and don't report if it has.\n                //\n                if (node.parent.kind === SyntaxKind.Block || node.parent.kind === SyntaxKind.ModuleBlock || node.parent.kind === SyntaxKind.SourceFile) {\n                    const links = getNodeLinks(node.parent);\n                    // Check if the containing block ever report this error\n                    if (!links.hasReportedStatementInAmbientContext) {\n                        return links.hasReportedStatementInAmbientContext = grammarErrorOnFirstToken(node, Diagnostics.Statements_are_not_allowed_in_ambient_contexts);\n                    }\n                }\n                else {\n                    // We must be parented by a statement.  If so, there's no need\n                    // to report the error as our parent will have already done it.\n                    // Debug.assert(isStatement(node.parent));\n                }\n            }\n            return false;\n        }\n\n        function checkGrammarNumericLiteral(node: NumericLiteral): boolean {\n            // Grammar checking\n            if (node.numericLiteralFlags & TokenFlags.Octal) {\n                let diagnosticMessage: DiagnosticMessage | undefined;\n                if (languageVersion >= ScriptTarget.ES5) {\n                    diagnosticMessage = Diagnostics.Octal_literals_are_not_available_when_targeting_ECMAScript_5_and_higher_Use_the_syntax_0;\n                }\n                else if (isChildOfNodeWithKind(node, SyntaxKind.LiteralType)) {\n                    diagnosticMessage = Diagnostics.Octal_literal_types_must_use_ES2015_syntax_Use_the_syntax_0;\n                }\n                else if (isChildOfNodeWithKind(node, SyntaxKind.EnumMember)) {\n                    diagnosticMessage = Diagnostics.Octal_literals_are_not_allowed_in_enums_members_initializer_Use_the_syntax_0;\n                }\n                if (diagnosticMessage) {\n                    const withMinus = isPrefixUnaryExpression(node.parent) && node.parent.operator === SyntaxKind.MinusToken;\n                    const literal = (withMinus ? \"-\" : \"\") + \"0o\" + node.text;\n                    return grammarErrorOnNode(withMinus ? node.parent : node, diagnosticMessage, literal);\n                }\n            }\n\n            // Realism (size) checking\n            checkNumericLiteralValueSize(node);\n\n            return false;\n        }\n\n        function checkNumericLiteralValueSize(node: NumericLiteral) {\n            // We should test against `getTextOfNode(node)` rather than `node.text`, because `node.text` for large numeric literals can contain \".\"\n            // e.g. `node.text` for numeric literal `1100000000000000000000` is `1.1e21`.\n            const isFractional = getTextOfNode(node).indexOf(\".\") !== -1;\n            const isScientific = node.numericLiteralFlags & TokenFlags.Scientific;\n\n            // Scientific notation (e.g. 2e54 and 1e00000000010) can't be converted to bigint\n            // Fractional numbers (e.g. 9000000000000000.001) are inherently imprecise anyway\n            if (isFractional || isScientific) {\n                return;\n            }\n\n            // Here `node` is guaranteed to be a numeric literal representing an integer.\n            // We need to judge whether the integer `node` represents is <= 2 ** 53 - 1, which can be accomplished by comparing to `value` defined below because:\n            // 1) when `node` represents an integer <= 2 ** 53 - 1, `node.text` is its exact string representation and thus `value` precisely represents the integer.\n            // 2) otherwise, although `node.text` may be imprecise string representation, its mathematical value and consequently `value` cannot be less than 2 ** 53,\n            //    thus the result of the predicate won't be affected.\n            const value = +node.text;\n            if (value <= 2 ** 53 - 1) {\n                return;\n            }\n\n            addErrorOrSuggestion(/*isError*/ false, createDiagnosticForNode(node, Diagnostics.Numeric_literals_with_absolute_values_equal_to_2_53_or_greater_are_too_large_to_be_represented_accurately_as_integers));\n        }\n\n        function checkGrammarBigIntLiteral(node: BigIntLiteral): boolean {\n            const literalType = isLiteralTypeNode(node.parent) ||\n                isPrefixUnaryExpression(node.parent) && isLiteralTypeNode(node.parent.parent);\n            if (!literalType) {\n                if (languageVersion < ScriptTarget.ES2020) {\n                    if (grammarErrorOnNode(node, Diagnostics.BigInt_literals_are_not_available_when_targeting_lower_than_ES2020)) {\n                        return true;\n                    }\n                }\n            }\n            return false;\n        }\n\n        function grammarErrorAfterFirstToken(node: Node, message: DiagnosticMessage, arg0?: any, arg1?: any, arg2?: any): boolean {\n            const sourceFile = getSourceFileOfNode(node);\n            if (!hasParseDiagnostics(sourceFile)) {\n                const span = getSpanOfTokenAtPosition(sourceFile, node.pos);\n                diagnostics.add(createFileDiagnostic(sourceFile, textSpanEnd(span), /*length*/ 0, message, arg0, arg1, arg2));\n                return true;\n            }\n            return false;\n        }\n\n        function getAmbientModules(): Symbol[] {\n            if (!ambientModulesCache) {\n                ambientModulesCache = [];\n                globals.forEach((global, sym) => {\n                    // No need to `unescapeLeadingUnderscores`, an escaped symbol is never an ambient module.\n                    if (ambientModuleSymbolRegex.test(sym as string)) {\n                        ambientModulesCache!.push(global);\n                    }\n                });\n            }\n            return ambientModulesCache;\n        }\n\n        function checkGrammarImportClause(node: ImportClause): boolean {\n            if (node.isTypeOnly && node.name && node.namedBindings) {\n                return grammarErrorOnNode(node, Diagnostics.A_type_only_import_can_specify_a_default_import_or_named_bindings_but_not_both);\n            }\n            if (node.isTypeOnly && node.namedBindings?.kind === SyntaxKind.NamedImports) {\n                return checkGrammarNamedImportsOrExports(node.namedBindings);\n            }\n            return false;\n        }\n\n        function checkGrammarNamedImportsOrExports(namedBindings: NamedImportsOrExports): boolean {\n            return !!forEach<ImportSpecifier | ExportSpecifier, boolean>(namedBindings.elements, specifier => {\n                if (specifier.isTypeOnly) {\n                    return grammarErrorOnFirstToken(\n                        specifier,\n                        specifier.kind === SyntaxKind.ImportSpecifier\n                            ? Diagnostics.The_type_modifier_cannot_be_used_on_a_named_import_when_import_type_is_used_on_its_import_statement\n                            : Diagnostics.The_type_modifier_cannot_be_used_on_a_named_export_when_export_type_is_used_on_its_export_statement);\n                }\n            });\n        }\n\n        function checkGrammarImportCallExpression(node: ImportCall): boolean {\n            if (moduleKind === ModuleKind.ES2015) {\n                return grammarErrorOnNode(node, Diagnostics.Dynamic_imports_are_only_supported_when_the_module_flag_is_set_to_es2020_es2022_esnext_commonjs_amd_system_umd_node12_or_nodenext);\n            }\n\n            if (node.typeArguments) {\n                return grammarErrorOnNode(node, Diagnostics.Dynamic_import_cannot_have_type_arguments);\n            }\n\n            const nodeArguments = node.arguments;\n            if (moduleKind !== ModuleKind.ESNext && moduleKind !== ModuleKind.NodeNext) {\n                // We are allowed trailing comma after proposal-import-assertions.\n                checkGrammarForDisallowedTrailingComma(nodeArguments);\n\n                if (nodeArguments.length > 1) {\n                    const assertionArgument = nodeArguments[1];\n                    return grammarErrorOnNode(assertionArgument, Diagnostics.Dynamic_imports_only_support_a_second_argument_when_the_module_option_is_set_to_esnext_or_nodenext);\n                }\n            }\n\n            if (nodeArguments.length === 0 || nodeArguments.length > 2) {\n                return grammarErrorOnNode(node, Diagnostics.Dynamic_imports_can_only_accept_a_module_specifier_and_an_optional_assertion_as_arguments);\n            }\n\n            // see: parseArgumentOrArrayLiteralElement...we use this function which parse arguments of callExpression to parse specifier for dynamic import.\n            // parseArgumentOrArrayLiteralElement allows spread element to be in an argument list which is not allowed as specifier in dynamic import.\n            const spreadElement = find(nodeArguments, isSpreadElement);\n            if (spreadElement) {\n                return grammarErrorOnNode(spreadElement, Diagnostics.Argument_of_dynamic_import_cannot_be_spread_element);\n            }\n            return false;\n        }\n\n        function findMatchingTypeReferenceOrTypeAliasReference(source: Type, unionTarget: UnionOrIntersectionType) {\n            const sourceObjectFlags = getObjectFlags(source);\n            if (sourceObjectFlags & (ObjectFlags.Reference | ObjectFlags.Anonymous) && unionTarget.flags & TypeFlags.Union) {\n                return find(unionTarget.types, target => {\n                    if (target.flags & TypeFlags.Object) {\n                        const overlapObjFlags = sourceObjectFlags & getObjectFlags(target);\n                        if (overlapObjFlags & ObjectFlags.Reference) {\n                            return (source as TypeReference).target === (target as TypeReference).target;\n                        }\n                        if (overlapObjFlags & ObjectFlags.Anonymous) {\n                            return !!(source as AnonymousType).aliasSymbol && (source as AnonymousType).aliasSymbol === (target as AnonymousType).aliasSymbol;\n                        }\n                    }\n                    return false;\n                });\n            }\n        }\n\n        function findBestTypeForObjectLiteral(source: Type, unionTarget: UnionOrIntersectionType) {\n            if (getObjectFlags(source) & ObjectFlags.ObjectLiteral && someType(unionTarget, isArrayLikeType)) {\n                return find(unionTarget.types, t => !isArrayLikeType(t));\n            }\n        }\n\n        function findBestTypeForInvokable(source: Type, unionTarget: UnionOrIntersectionType) {\n            let signatureKind = SignatureKind.Call;\n            const hasSignatures = getSignaturesOfType(source, signatureKind).length > 0 ||\n                (signatureKind = SignatureKind.Construct, getSignaturesOfType(source, signatureKind).length > 0);\n            if (hasSignatures) {\n                return find(unionTarget.types, t => getSignaturesOfType(t, signatureKind).length > 0);\n            }\n        }\n\n        function findMostOverlappyType(source: Type, unionTarget: UnionOrIntersectionType) {\n            let bestMatch: Type | undefined;\n            if (!(source.flags & (TypeFlags.Primitive | TypeFlags.InstantiablePrimitive))) {\n                let matchingCount = 0;\n                for (const target of unionTarget.types) {\n                    if (!(target.flags & (TypeFlags.Primitive | TypeFlags.InstantiablePrimitive))) {\n                        const overlap = getIntersectionType([getIndexType(source), getIndexType(target)]);\n                        if (overlap.flags & TypeFlags.Index) {\n                            // perfect overlap of keys\n                            return target;\n                        }\n                        else if (isUnitType(overlap) || overlap.flags & TypeFlags.Union) {\n                            // We only want to account for literal types otherwise.\n                            // If we have a union of index types, it seems likely that we\n                            // needed to elaborate between two generic mapped types anyway.\n                            const len = overlap.flags & TypeFlags.Union ? countWhere((overlap as UnionType).types, isUnitType) : 1;\n                            if (len >= matchingCount) {\n                                bestMatch = target;\n                                matchingCount = len;\n                            }\n                        }\n                    }\n                }\n            }\n            return bestMatch;\n        }\n\n        function filterPrimitivesIfContainsNonPrimitive(type: UnionType) {\n            if (maybeTypeOfKind(type, TypeFlags.NonPrimitive)) {\n                const result = filterType(type, t => !(t.flags & TypeFlags.Primitive));\n                if (!(result.flags & TypeFlags.Never)) {\n                    return result;\n                }\n            }\n            return type;\n        }\n\n        // Keep this up-to-date with the same logic within `getApparentTypeOfContextualType`, since they should behave similarly\n        function findMatchingDiscriminantType(source: Type, target: Type, isRelatedTo: (source: Type, target: Type) => Ternary, skipPartial?: boolean) {\n            if (target.flags & TypeFlags.Union && source.flags & (TypeFlags.Intersection | TypeFlags.Object)) {\n                const match = getMatchingUnionConstituentForType(target as UnionType, source);\n                if (match) {\n                    return match;\n                }\n                const sourceProperties = getPropertiesOfType(source);\n                if (sourceProperties) {\n                    const sourcePropertiesFiltered = findDiscriminantProperties(sourceProperties, target);\n                    if (sourcePropertiesFiltered) {\n                        return discriminateTypeByDiscriminableItems(target as UnionType, map(sourcePropertiesFiltered, p => ([() => getTypeOfSymbol(p), p.escapedName] as [() => Type, __String])), isRelatedTo, /*defaultValue*/ undefined, skipPartial);\n                    }\n                }\n            }\n            return undefined;\n        }\n    }\n\n    function isNotAccessor(declaration: Declaration): boolean {\n        // Accessors check for their own matching duplicates, and in contexts where they are valid, there are already duplicate identifier checks\n        return !isAccessor(declaration);\n    }\n\n    function isNotOverload(declaration: Declaration): boolean {\n        return (declaration.kind !== SyntaxKind.FunctionDeclaration && declaration.kind !== SyntaxKind.MethodDeclaration) ||\n                !!(declaration as FunctionDeclaration).body;\n    }\n\n    /** Like 'isDeclarationName', but returns true for LHS of `import { x as y }` or `export { x as y }`. */\n    function isDeclarationNameOrImportPropertyName(name: Node): boolean {\n        switch (name.parent.kind) {\n            case SyntaxKind.ImportSpecifier:\n            case SyntaxKind.ExportSpecifier:\n                return isIdentifier(name);\n            default:\n                return isDeclarationName(name);\n        }\n    }\n\n    namespace JsxNames {\n        export const JSX = \"JSX\" as __String;\n        export const IntrinsicElements = \"IntrinsicElements\" as __String;\n        export const ElementClass = \"ElementClass\" as __String;\n        export const ElementAttributesPropertyNameContainer = \"ElementAttributesProperty\" as __String; // TODO: Deprecate and remove support\n        export const ElementChildrenAttributeNameContainer = \"ElementChildrenAttribute\" as __String;\n        export const Element = \"Element\" as __String;\n        export const IntrinsicAttributes = \"IntrinsicAttributes\" as __String;\n        export const IntrinsicClassAttributes = \"IntrinsicClassAttributes\" as __String;\n        export const LibraryManagedAttributes = \"LibraryManagedAttributes\" as __String;\n    }\n\n    function getIterationTypesKeyFromIterationTypeKind(typeKind: IterationTypeKind) {\n        switch (typeKind) {\n            case IterationTypeKind.Yield: return \"yieldType\";\n            case IterationTypeKind.Return: return \"returnType\";\n            case IterationTypeKind.Next: return \"nextType\";\n        }\n    }\n\n    export function signatureHasRestParameter(s: Signature) {\n        return !!(s.flags & SignatureFlags.HasRestParameter);\n    }\n\n    export function signatureHasLiteralTypes(s: Signature) {\n        return !!(s.flags & SignatureFlags.HasLiteralTypes);\n    }\n}\n</textarea>\n"
  },
  {
    "path": "test/demo.html",
    "content": "<!doctype html>\n<meta name=\"viewport\" content=\"width=device-width,initial-scale=1.0\">\n<style>\n  * {\n    box-sizing: border-box;\n  }\n  textarea[is=\"highlighted-code\"] {\n    padding: 8px;\n    border: 1px solid silver;\n    border-radius: 8px;\n    width: 100%;\n  }\n  textarea[is=\"highlighted-code\"]:disabled {\n    -webkit-text-fill-color: currentcolor;\n    opacity: 1;\n  }\n</style>\n<script type=\"module\">\n(async ({chrome, netscape}) => {\n\n  // add Safari polyfill if needed\n  if (!chrome && !netscape)\n    await import('https://unpkg.com/@ungap/custom-elements');\n\n  const {default: HighlightedCode} = await import('../web.js');\n\n  // bootstrap a theme through one of these names\n  // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n  HighlightedCode.useTheme('github-dark');\n})(self);\n</script>\n<textarea is=\"highlighted-code\" rows=\"6\" language=\"javascript\" tab-size=\"2\" spellcheck=\"false\">\n(async ({chrome, netscape}) => {\n\n  // add Safari polyfill if needed\n  if (!chrome && !netscape)\n    await import('https://unpkg.com/@ungap/custom-elements');\n\n  const {default: HighlightedCode} = await import('https://unpkg.com/highlighted-code');\n\n  // bootstrap a theme through one of these names\n  // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n  HighlightedCode.useTheme('github-dark');\n})(self);\n</textarea>\n<hr>\n<div>Try <a href=\"./\">auto-height &amp; disabled</a></div>\n"
  },
  {
    "path": "test/index.html",
    "content": "<!DOCTYPE html>\n<html lang=\"en\">\n<head>\n  <meta charset=\"UTF-8\">\n  <meta name=\"viewport\" content=\"width=device-width,initial-scale=1.0\">\n  <title>highlighted-code</title>\n  <style>\n    * {\n      box-sizing: border-box;\n    }\n    div {\n      font-family: sans-serif;\n      font-weight: 600;\n    }\n    textarea[is=\"highlighted-code\"] {\n      padding: 16px;\n      border: 1px solid silver;\n      border-radius: 8px;\n      width: 100%;\n    }\n    textarea[is=\"highlighted-code\"]:disabled {\n      -webkit-text-fill-color: currentcolor;\n      opacity: 1;\n    }\n  </style>\n  <script type=\"module\">\n    (async ({chrome, netscape}) => {\n      if (!chrome && !netscape)\n        await import('https://unpkg.com/@ungap/custom-elements');\n\n      const {default: HighlightedCode} = await import('../sql.js');\n\n      // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n      HighlightedCode.useTheme('github-dark');\n    })(self);\n  </script>\n</head>\n<body>\n<div>auto-height & disabled</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\"\n  language=\"sql\" tab-size=\"4\" auto-height disabled>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n<hr>\n<div>disabled</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\" rows=\"6\"\n  language=\"sql\" tab-size=\"4\" disabled>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n<hr>\n<div>auto-height</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\" max-rows=\"15\"\n  language=\"sql\" tab-size=\"4\" auto-height>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n</body>\n</html>\n"
  },
  {
    "path": "test/index.js",
    "content": "require('../cjs');"
  },
  {
    "path": "test/middle.html",
    "content": "<!DOCTYPE html>\n<html lang=\"en\">\n<head>\n  <meta charset=\"UTF-8\">\n  <meta name=\"viewport\" content=\"width=device-width,initial-scale=1.0\">\n  <title>highlighted-code</title>\n  <style>\n    * {\n      box-sizing: border-box;\n    }\n    body {\n      display: flex;\n      flex-direction: column;\n      align-items: center;\n    }\n    body > * {\n      margin: auto;\n      max-width: 600px;\n    }\n    div {\n      font-family: sans-serif;\n      font-weight: 600;\n    }\n    textarea[is=\"highlighted-code\"] {\n      padding: 16px;\n      border: 1px solid silver;\n      border-radius: 8px;\n      width: 100%;\n    }\n    textarea[is=\"highlighted-code\"]:disabled {\n      -webkit-text-fill-color: currentcolor;\n      opacity: 1;\n    }\n  </style>\n  <script type=\"module\">\n    (async ({chrome, netscape}) => {\n      if (!chrome && !netscape)\n        await import('https://unpkg.com/@ungap/custom-elements');\n\n      const {default: HighlightedCode} = await import('../sql.js');\n\n      // https://github.com/highlightjs/highlight.js/tree/main/src/styles\n      HighlightedCode.useTheme('github-dark');\n    })(self);\n  </script>\n</head>\n<body>\n<div>auto-height & disabled</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\"\n  language=\"sql\" tab-size=\"4\" auto-height disabled>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n<hr>\n<div>disabled</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\" rows=\"6\"\n  language=\"sql\" tab-size=\"4\" disabled>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n<hr>\n<div>auto-height</div>\n<textarea\n  is=\"highlighted-code\"\n  spellcheck=\"false\" cols=\"50\" max-rows=\"15\"\n  language=\"sql\" tab-size=\"4\" auto-height>\nCREATE TABLE \"topic\" (\n  \"id\" integer NOT NULL PRIMARY KEY,\n  \"forum_id\" integer NOT NULL,\n  \"subject\" varchar(255) NOT NULL\n);\n\nALTER TABLE \"topic\"\nADD CONSTRAINT forum_id FOREIGN KEY (\"forum_id\")\nREFERENCES \"forum\" (\"id\");\n\n-- Initials\ninsert into \"topic\" (\"forum_id\", \"subject\")\nvalues (2, 'D''artagnian');</textarea>\n</body>\n</html>\n"
  },
  {
    "path": "test/package.json",
    "content": "{\"type\":\"commonjs\"}"
  },
  {
    "path": "web.js",
    "content": "var e={exports:{}};\n/*!\n  Highlight.js v11.5.0 (git: 7a62552656)\n  (c) 2006-2022 Ivan Sagalaev and other contributors\n  License: BSD-3-Clause\n */!function(e,n){var t,a=function(){var e={exports:{}};function n(e){return e instanceof Map?e.clear=e.delete=e.set=()=>{throw Error(\"map is read-only\")}:e instanceof Set&&(e.add=e.clear=e.delete=()=>{throw Error(\"set is read-only\")}),Object.freeze(e),Object.getOwnPropertyNames(e).forEach((t=>{var a=e[t];\"object\"!=typeof a||Object.isFrozen(a)||n(a)})),e}e.exports=n,e.exports.default=n;var t=e.exports;class a{constructor(e){void 0===e.data&&(e.data={}),this.data=e.data,this.isMatchIgnored=!1}ignoreMatch(){this.isMatchIgnored=!0}}function i(e){return e.replace(/&/g,\"&amp;\").replace(/</g,\"&lt;\").replace(/>/g,\"&gt;\").replace(/\"/g,\"&quot;\").replace(/'/g,\"&#x27;\")}function r(e,...n){const t=Object.create(null);for(const n in e)t[n]=e[n];return n.forEach((e=>{for(const n in e)t[n]=e[n]})),t}const 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