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With undetected-geckodriver:

Without undetected-geckodriver:

Note: Currently, this package supports only Linux due to recent issues. I am actively working on making it compatible with other operating systems.

Undetected GeckoDriver is a powerful Python package designed to work seamlessly with the Selenium browser automation framework. Selenium allows you to control web browsers through code, making it an essential tool for web scraping, automated testing, and browser automation. However, when browsers are controlled by scripts (often referred to as "puppet browsers"), they typically set specific properties that can be detected by anti-bot services like Cloudflare. For instance, properties such as navigator.webdriver can be checked using JavaScript, which may restrict access to content on sites protected by such services.

To address this issue, Undetected GeckoDriver acts as an interface between your code and Selenium, helping you bypass bot detection mechanisms. When you create a new WebDriver instance using the Firefox() class from the Undetected GeckoDriver package (as opposed to using Selenium directly), the following processes occur:

1. The original Firefox binary is located, copied, and patched to prevent it from modifying properties such as navigator.webdriver while using Selenium.
2. A Selenium WebDriver instance is created that uses the patched Firefox binary.

This makes it possible to interact with websites without being detected as a bot, allowing you to scrape data, automate tasks, and perform other browser-based operations without triggering bot detection mechanisms. Whether you're involved in web scraping, automated testing, or any other form of browser automation, Undetected GeckoDriver provides a reliable solution to avoid detection and ensure smooth operation.

You can install the package via pip:

pip install undetected-geckodriver

Or you can install it from source:

git clone https://github.com/ByteXenon/undetected_geckodriver
cd undetected_geckodriver
pip install .

Note: The last example is not supported, and you shouldn't use it unless you want to modify the package.

Since Undetected GeckoDriver acts as an interface for Selenium, you can use it the same way you would use Selenium.

You can integrate Undetected GeckoDriver into your existing Selenium code by simply replacing the selenium.webdriver.Firefox imports with undetected_geckodriver.Firefox.

Here are a couple of examples demonstrating how you can use this project:

1. Creating a new undetected WebDriver instance and navigating to example.com:

   from undetected_geckodriver import Firefox
   
   driver = Firefox()
   driver.get("https://www.example.com")

2. Searching for "Undetected Geckodriver 1337!" on Google:

   import time
   from undetected_geckodriver import Firefox
   from selenium.webdriver.common.by import By
   
   # Constants
   SEARCH_FOR = "Undetected Geckodriver 1337!"
   GOOGLE_URL = "https://www.google.com"
   
   # Initialize the undetected Firefox browser
   driver = Firefox()
   
   # Navigate to Google
   driver.get(GOOGLE_URL)
   
   # Locate the search box and perform the search
   search_box = driver.find_element(By.NAME, "q")
   search_box.send_keys(SEARCH_FOR)
   search_box.submit()
   
   # Wait for the page to load
   time.sleep(2)
   
   # Print the current URL after the search
   print("Current URL:", driver.current_url)
   
   # Wait for a while to observe the results
   time.sleep(15)
   
   # Ensure the browser is closed
   driver.quit() # Close the browser

For further information and advanced usage, you can take a look at the official Selenium documentation since Undetected GeckoDriver is built on top of Selenium.

• Spoof navigator.webdriver property: Implement a method to spoof the navigator.webdriver property to prevent detection by services like Cloudflare. This helps in avoiding bot detection mechanisms.

• Multi-platform support: Extend the compatibility of the tool to work seamlessly across different operating systems other than Linux (Windows, macOS). This includes ensuring all dependencies and configurations are platform-independent.

• Helper functions for passing CAPTCHAs and other security measures: Develop utility functions to automate the solving of CAPTCHAs and bypass other common security measures encountered during web scraping. (e.g. automatically passing Cloudflare's "I'm human" challenge)

• Support for Selenium Wire: Integrate Selenium Wire to allow for more advanced network interactions, such as modifying requests and responses.

• Python 3.6
• Selenium 4.10.0

Contributions are welcome! Please feel free to open an issue or submit a pull request if you encounter any problems or have any suggestions, improvements, or new features you would like to see implemented.

This project is licensed under the MIT License - see the LICENSE file for details.

• Special thanks to the contributors of the Selenium project.
• Inspiration from the undetected-chromedriver project.