react-static-container VS sandbox

You can have "[click me][1]" at the top and then "[1]: https://example.com" at the bottom. You wouldn't be able to render the link until the whole document was downloaded.

# Install AiHint CLI pip install aihint # Verify a website's metadata aihint verify https://example.com # Create metadata for your own site aihint create --site-name "My Tech Blog" \ --site-type blog \ --verification-level verified \ --authority-level expert # Sign and deploy aihint sign aihint.json # Upload aihint.json to your site root

const cookies = await context.cookies({ partitionKey: 'https://example.com' });

test("Set timer from popup", async ({ extensionId, context, page }) => { // 1. Open the test target page await page.goto("https://example.com"); const contentPage = new ContentTimerPage(page); // 2. Open the popup const popupPageHandle = await context.newPage(); const popupPage = new PopupPage(popupPageHandle, extensionId); await popupPage.open(); // 3. Bring content page to front (using CDP) await contentPage.bringToFront(); // 4. Set timer in popup await popupPage.clickPresetButton("5"); // 5. Verify timer is displayed on content page await contentPage.waitForTimer(); await contentPage.verifyTimerVisible(); });

Ever typed a URL like https://example.com into your browser and wondered what happens next? As a React developer, you might be focused on components, hooks, state management and client side routing, but behind the scenes, there's an incredible series of events that transform URL into a fully interactive React app.

require 'net/http' require 'nokogiri' require 'uri' class WebScraper def initialize(options = {}) @max_retries = options[:max_retries] || 3 @retry_delay = options[:retry_delay] || 1 @user_agent = options[:user_agent] || 'Ruby WebScraper 1.0' end def scrape(url) retries = 0 begin uri = URI(url) http = Net::HTTP.new(uri.host, uri.port) http.use_ssl = uri.scheme == 'https' request = Net::HTTP::Get.new(uri.path) request['User-Agent'] = @user_agent response = http.request(request) case response when Net::HTTPSuccess parse_content(response.body) when Net::HTTPRedirection new_url = response['location'] scrape(new_url) else raise "HTTP Error: #{response.code}" end rescue StandardError => e retries += 1 if retries <= @max_retries puts "Retry #{retries}/#{@max_retries} for #{url}: #{e.message}" sleep(@retry_delay * retries) retry else raise "Failed to scrape #{url} after #{@max_retries} retries: #{e.message}" end end end private def parse_content(html) doc = Nokogiri::HTML(html) { title: doc.css('title').text.strip, links: doc.css('a').map { |link| link['href'] }.compact, headings: doc.css('h1, h2, h3').map(&:text).map(&:strip) } end end # Usage scraper = WebScraper.new(max_retries: 5) result = scraper.scrape('https://example.com') puts result

const QRCode = require('qrcode'); async function createQR(text) { try { await QRCode.toFile('qr.png', text, { errorCorrectionLevel: 'H', width: 300 }); console.log('QR code generated.'); } catch (err) { console.error(err); } } createQR('https://example.com');

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To understand what is CORS, perhaps the first question we should be asking is what came before CORS? The was the same-origin policy, the primary mechanism for restricting web page access to resources from different origins. This policy was designed to enhance security by preventing malicious websites from accessing sensitive data on other domains. It meant that a webpage loaded from http://example.com could only access resources on http://example.com and not, for example, http://anothersite.com.