selenium-automation

What This Skill Does

The selenium-automation skill empowers your OpenClaw AI agent to perform complex browser-based interactions, web scraping, and automated tasks. By integrating the Python Selenium WebDriver library, the agent can navigate websites, interact with dynamic elements (like forms, buttons, and pop-ups), capture high-resolution screenshots, and execute custom JavaScript. This skill bridges the gap between static text analysis and dynamic, live web interaction, allowing the AI to treat the browser as a workspace for gathering data or executing workflows that require real-time human-like navigation.

Installation

To integrate this skill into your environment, run the following command in your terminal: clawhub install openclaw/skills/skills/gg-erick/selenium-browser-skill Ensure you have the appropriate ChromeDriver installed and configured within your system path to ensure seamless operation.

Use Cases

This skill is highly versatile and serves several professional needs:

• Automated Web Scraping: Efficiently gather data from pages that require user interaction, such as infinite scrolls, clicking 'load more' buttons, or bypassing simple cookie banners.
• Browser Testing: Verify that specific UI elements or interactive features are functioning as expected across different web applications.
• Screenshot Reporting: Automatically generate visual documentation of web pages or specific UI components for reporting and auditing purposes.
• Dynamic Data Entry: Automate repetitive filling of web forms, allowing the AI to input data into internal tools or external web platforms.

Example Prompts

1. "Please navigate to https://example.com, take a screenshot of the main content section, and save it as landing_page_preview.png."
2. "Search for 'OpenClaw documentation' on Google, click the first result, and print the page title to the console."
3. "Open the website at https://target-site.com, inject a script to remove the cookie banner, and click the 'Sign In' button for me."

Tips & Limitations

• Efficiency: Always configure the browser to 'headless' mode unless you absolutely need to visualize the process, as this significantly reduces CPU and RAM usage.
• Clean-up: Always include driver.quit() at the end of your scripts to ensure that browser instances are properly closed, preventing memory leaks.
• Security: Always verify the generated Python script before giving the agent permission to execute, especially when the script interacts with external websites or private accounts.
• Wait Times: Always use WebDriverWait for elements instead of time.sleep(). Using smart waits makes the agent more robust against network latency and slow-loading pages.