Handling and Retrying Failed Requests in Ruby

Handling and Retrying Failed Requests in Ruby

For most websites, your first requests will always be successful, however, it’s inevitable that some of them will fail. For these failed requests, the API will return a 500 status code and won’t charge you for the request.
In this case, we can make our code retry to make the requests until we reach a maximum number of retries that we set:
require 'net/http' require 'net/https' require 'addressable/uri' # Classic (GET) def send_request(user_url) uri = Addressable::URI.

Handling Failed Requests in Python Scrapers

Handling Failed Requests in Python Scrapers

For most websites, your first requests will always be successful, however, it’s inevitable that some of them will fail. For these failed requests, the API will return a 500 status code and won’t charge you for the request.
In this case, we can make our code retry to make the requests until we reach a maximum number of retries that we set:
from scrapingbee import ScrapingBeeClient # Importing SPB's client client = ScrapingBeeClient(api_key='YOUR-API-KEY') # Initialize the client with your API Key, and using screenshot_full_page parameter to take a screenshot!

Handling Failed Requests Gracefully in PHP Web Scraping

Handling Failed Requests Gracefully in PHP Web Scraping

For most websites, your first requests will always be successful, however, it’s inevitable that some of them will fail. For these failed requests, the API will return a 500 status code and won’t charge you for the request.
In this case, we can make our code retry to make the requests until we reach a maximum number of retries that we set:
<?php // Get cURL resource $ch = curl_init(); // Set base url & API key $BASE_URL = "https://app.

Handling Failed Requests in Web Scrapers

Handling Failed Requests in Web Scrapers

For most websites, your first requests will always be successful, however, it’s inevitable that some of them will fail. For these failed requests, the API will return a 500 status code and won’t charge you for the request.
In this case, we can make our code retry to make the requests until we reach a maximum number of retries that we set:
package main import ( "fmt" "io" "net/http" "os" ) const API_KEY = "YOUR-API-KEY" const SCRAPINGBEE_URL = "https://app.

Retry Failed Requests in C# – A Guide for Developers

Retry Failed Requests in C# – A Guide for Developers

For most websites, your first requests will always be successful, however, it’s inevitable that some of them will fail. For these failed requests, the API will return a 500 status code and won’t charge you for the request.
In this case, we can make our code retry to make the requests until we reach a maximum number of retries that we set:
using System; using System.IO; using System.Net; using System.Web; using System.

Maximizing Web Scraping Speed with Concurrent Requests in Ruby

Maximizing Web Scraping Speed with Concurrent Requests in Ruby

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
Making concurrent requests in Ruby is as easy as creating threads for our scraping functions!

Make Concurrent Requests in Python: An Expert‘s Guide

Make Concurrent Requests in Python: An Expert‘s Guide

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
import concurrent.futures import time from scrapingbee import ScrapingBeeClient # Importing SPB's client client = ScrapingBeeClient(api_key='YOUR-API-KEY') # Initialize the client with your API Key, and using screenshot_full_page parameter to take a screenshot!

Make concurrent requests in PHP | Unlock Faster Web Scraping

Make concurrent requests in PHP | Unlock Faster Web Scraping

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
Making concurrent requests in PHP is as easy as creating threads for our scraping functions!

Make concurrent requests in NodeJS

Make concurrent requests in NodeJS

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
Making concurrent requests in NodeJS is very straightforward using Cluster module. The code below will make two concurrent requests to ScrapingBee’s pages, and save the content in an HTML file.

Make concurrent requests in Go

Make concurrent requests in Go

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
Making concurrent requests in GoLang is as easy as adding a “go” keyword before our scraping functions!

Boost Your C# Web Scraper Speed with Concurrent Requests

Boost Your C# Web Scraper Speed with Concurrent Requests

Our API is designed to allow you to have multiple concurrent scraping operations. That means you can speed up scraping for hundreds, thousands or even millions of pages per day, depending on your plan.
The more concurrent requests limit you have the more calls you can have active in parallel, and the faster you can scrape.
using System; using System.IO; using System.Net; using System.Web; using System.Threading; namespace test { class test{ private static string BASE_URL = "https://app.

The Complete Guide to Expert-Level Screenshot Automation in Python

The Complete Guide to Expert-Level Screenshot Automation in Python

Taking a screenshot of your website is very straightforward using ScrapingBee. You can either take a screenshot of the visible portion of the page, the whole page, or an element of the page.
That can be done by specifying one of these parameters with your request:
screenshot to true or false. screenshot_full_page to true or false. screenshot_selector to the CSS selector of the element. In this tutorial, we will see how to take a screenshot of ScrapingBee’s blog using the three methods.