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Top 10 Examples of "web-namespaces in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'web-namespaces' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.

const { children = [] } = node;
  const { length: childrenLength } = children;

  let namespace = optionsNamespace;
  let rootIsDocument = childrenLength === 0;

  for (let i = 0; i < childrenLength; i += 1) {
    const { tagName, properties = {} } = children[i];

    if (tagName === 'html') {
      // If we have a root HTML node, we don’t need to render as a fragment.
      rootIsDocument = true;

      // Take namespace of the first child.
      if (typeof optionsNamespace === 'undefined') {
        namespace = properties.xmlns || ns.html;
      }
    }
  }

  // The root node will be a Document, DocumentFragment, or HTMLElement.
  let el;

  if (rootIsDocument) {
    el = doc.implementation.createDocument(namespace, '', null);
  } else if (fragment) {
    el = doc.createDocumentFragment();
  } else {
    el = doc.createElement('html');
  }

  return appendAll(
import xtend from 'xtend';
import toDOM from 'hast-util-to-dom';
import ns from 'web-namespaces';

const htmlXmlnsExpression = new RegExp(` xmlns="${ns.html}"`, 'g');

export default function stringify(config) {
  const settings = xtend(config, this.data('settings'));

  if (settings.fragment == null) {
    settings.fragment = true;
  }

  this.Compiler = compiler;

  function compiler(tree) {
    const node = toDOM(tree, settings);
    const serialized = new XMLSerializer().serializeToString(node);

    // XMLSerializer puts xmlns on root elements (typically the document
    // element, but in case of a fragment all of the fragments children).
export default function serializeNodeToHtmlString(node) {
  const serialized = new XMLSerializer().serializeToString(node);

  // XMLSerializer puts xmlns on “main” elements that are not in the XML
  // namespace.
  // We’d like to inspect that, but having the HTML namespace everywhere will
  // get unwieldy, so remove those.
  return serialized
    .replace(new RegExp(` xmlns="${ns.html}"`, 'g'), '')
    .replace(new RegExp(`(<(?:svg|g)) xmlns="${ns.svg}"`, 'g'), '$1');
}
function element(node, options) {
  const { namespace, doc } = options;
  let impliedNamespace = options.impliedNamespace || namespace;
  const { tagName = impliedNamespace === ns.svg ? 'g' : 'div', properties = {}, children = [] } = node;

  if (
    (impliedNamespace === null || impliedNamespace === undefined || impliedNamespace === ns.html)
    && tagName === 'svg'
  ) {
    impliedNamespace = ns.svg;
  }

  const schema = impliedNamespace === ns.svg ? svg : html;

  const el = impliedNamespace === null || impliedNamespace === undefined
    ? doc.createElement(tagName)
    : doc.createElementNS(impliedNamespace, tagName);

  // Add HTML attributes.
  const props = Object.keys(properties);
  const { length } = props;

  for (let i = 0; i < length; i += 1) {
const { children = [] } = node;
    const { length: childrenLength } = children;

    let namespace = optionsNamespace;
    let rootIsDocument = childrenLength === 0;

    for (let i = 0; i < childrenLength; i += 1) {
      const { tagName, properties = {} } = children[i];

      if (tagName === 'html') {
        // If we have a root HTML node, we don’t need to render as a fragment.
        rootIsDocument = true;

        // Take namespace of the first child.
        if (typeof optionsNamespace === 'undefined') {
          namespace = properties.xmlns || ns.html;
        }
      }
    }

    // The root node will be a Document, DocumentFragment, or HTMLElement.
    let el;

    if (rootIsDocument) {
      el = document.implementation.createDocument(namespace, '', null);
    } else if (fragment) {
      el = document.createDocumentFragment();
    } else {
      el = document.createElement('html');
    }

    return appendAll(el, children, { fragment, namespace, ...options });
export default function serializeNodeToHtmlString(node) {
  const serialized = new XMLSerializer().serializeToString(node);

  // XMLSerializer puts xmlns on “main” elements that are not in the XML
  // namespace.
  // We’d like to inspect that, but having the HTML namespace everywhere will
  // get unwieldy, so remove those.
  return serialized
    .replace(new RegExp(` xmlns="${ns.html}"`, 'g'), '')
    .replace(new RegExp(`(<(?:svg|g)) xmlns="${ns.svg}"`, 'g'), '$1');
}
function element(node, options) {
  const { namespace, doc } = options;
  let impliedNamespace = options.impliedNamespace || namespace;
  const { tagName = impliedNamespace === ns.svg ? 'g' : 'div', properties = {}, children = [] } = node;

  if (
    (impliedNamespace === null || impliedNamespace === undefined || impliedNamespace === ns.html)
    && tagName === 'svg'
  ) {
    impliedNamespace = ns.svg;
  }

  const schema = impliedNamespace === ns.svg ? svg : html;

  const el = impliedNamespace === null || impliedNamespace === undefined
    ? doc.createElement(tagName)
    : doc.createElementNS(impliedNamespace, tagName);

  // Add HTML attributes.
  const props = Object.keys(properties);
var fn = own.call(map, ast.nodeName) ? map[ast.nodeName] : element
  var children
  var node
  var pos

  // remove #document-fragment and update parentNode of childs
  if (ast.nodeName === 'template') {
    ast.childNodes = ast.content.childNodes
    ast.childNodes.forEach(n => {
      n.parentNode = ast
    })
    delete ast.content
  }

  if (fn === element) {
    config.schema = ast.namespaceURI === ns.svg ? svg : html
  }

  if (ast.childNodes) {
    children = nodes(ast.childNodes, config)
  }

  node = fn(ast, children, config)

  if (ast.sourceCodeLocation && config.file) {
    pos = location(node, ast.sourceCodeLocation, config)

    if (pos) {
      config.location = true
      node.position = pos
    }
  }
function element(node, options) {
  const { namespace, doc } = options;
  let impliedNamespace = options.impliedNamespace || namespace;
  const { tagName = impliedNamespace === ns.svg ? 'g' : 'div', properties = {}, children = [] } = node;

  if (
    (impliedNamespace === null || impliedNamespace === undefined || impliedNamespace === ns.html)
    && tagName === 'svg'
  ) {
    impliedNamespace = ns.svg;
  }

  const schema = impliedNamespace === ns.svg ? svg : html;

  const el = impliedNamespace === null || impliedNamespace === undefined
    ? doc.createElement(tagName)
    : doc.createElementNS(impliedNamespace, tagName);

  // Add HTML attributes.
  const props = Object.keys(properties);
  const { length } = props;

  for (let i = 0; i < length; i += 1) {
    const key = props[i];

    const {
function element(node, options) {
  const { namespace, doc } = options;
  let impliedNamespace = options.impliedNamespace || namespace;
  const { tagName = impliedNamespace === ns.svg ? 'g' : 'div', properties = {}, children = [] } = node;

  if (
    (impliedNamespace === null || impliedNamespace === undefined || impliedNamespace === ns.html)
    && tagName === 'svg'
  ) {
    impliedNamespace = ns.svg;
  }

  const schema = impliedNamespace === ns.svg ? svg : html;

  const el = impliedNamespace === null || impliedNamespace === undefined
    ? doc.createElement(tagName)
    : doc.createElementNS(impliedNamespace, tagName);

  // Add HTML attributes.
  const props = Object.keys(properties);
  const { length } = props;

  for (let i = 0; i < length; i += 1) {
    const key = props[i];

    const {
      attribute,
      property,
      // `mustUseAttribute`,

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