In this article, we discuss several methods for setting up proxies in Pyppeteer to enhance web scraping capabilities. Whether you need a simple static proxy or a sophisticated residential proxy, Pyppeteer offers the flexibility to cater to your scraping requirements.

Puppeteer is a powerful tool for web scraping, and test automation, offering a high degree of flexibility and control over the screenshot-taking process. With the guidance provided in this tutorial, users can go through various screenshot techniques, from capturing an entire page, or a specific element, or even managing screenshot quality and resolution.

Pyppeteer is a robust and efficient tool for browser task automation and scraping of web data. Pyppeteer enables users to use a more "Pythonic" approach to web automation compared to Puppeteer and Selenium. Through this tutorial, we have discussed the installation and fundamental operations of Pyppeteer, touched upon best practices and strategies for successful web scraping, including the use of proxies which enable successful web scraping.

In this article, we cover various methods to reload web pages using Puppeteer from the simple page.reload() to executing client-side Javascript and which of the methods you should use for your case. Furthermore, we cover common page reload errors, offering solutions like extending timeouts and employing try-catch blocks.

In this guide, we discussed how to effectively work with Puppeteer to capture the page source HTML, extract specific elements, and handle Javascript-reliant web pages.

To access and extract critical data for scraping, developers need to know how to navigate, manipulate, and interact with iframes. This blog post will teach exactly that.

In this article, we explored four commonly-used methods: load, domcontentloaded, networkidle0, and networkidle2 to determine when the page is ready for interaction.

In this article, we’ll explore both the fundamental details and advanced configuration of waitForSelector in Puppeteer. From waiting for a single element to appear on a web page to modifying the timeout and handling multiple selectors, we’ll discuss all the details.

In this article, we will discuss Puppeteer’s methods for precisely targeting and manipulating elements on web pages. We’ll explore three essential techniques: selecting elements by class, by ID, and by their text content.

In this guide, we’ll cover the following key aspects of cookie management in Puppeteer: How to Accept, Save, Load or Clear Cookies for Puppeteer web automation tasks.

In this article, we’ll explain how to configure clicking in Puppeteer in 3 different methods, using Selector, XPath and Text search.

In this article, we’ll explain how to setup proxies in Puppeteer in 3 different methods, using Static, Proxy List and Rotating proxies.

In this article, we’ll dive deeper into the user-agent manipulation in Puppeteer, using random or custom user-agent setups.