Implement error handling and retries: If the script encounters an error while finding an element, consider implementing error handling mechanisms such as retries with a timeout. This can help pinpoint the exact cause of the issue.ĥ. Wrap the relevant code block in a `try-except` block and print or log any error messages that are raised. Check for error messages: Instead of relying solely on console logging, you can capture any error messages or exceptions that occur during the script's execution. Reviewing this log file can provide insights into any errors or issues encountered by the WebDriver.Ĥ. This will create a log file at the specified path (`D:\\qc1.log`) with detailed information about Chrome's activities. Modify your code to include the following options when initializing the WebDriver:Ĭhrome_options = webdriver.ChromeOptions()Ĭhrome_options.add_argument("-log-path=D:\\qc1.log")ĭriver = webdriver.Chrome(options=chrome_options) Enable verbose logging: To troubleshoot the issue, you can enable verbose logging for Chrome and the WebDriver. WebDriver updates often include bug fixes and compatibility improvements, so keeping it up to date can help prevent issues with Chrome updates.ģ. Update WebDriver: Regularly check for updates to the WebDriver and update it accordingly. You mentioned that the latest WebDriver version available is 1.90, so make sure you're using that version.Ģ. It's important to use a compatible WebDriver version to ensure smooth functioning. Ensure WebDriver compatibility: Check the compatibility between the version of Chrome you're using (1.199) and the corresponding version of the WebDriver. To troubleshoot and potentially prevent this recurring behavior, here are some suggestions:ġ. It seems like you're experiencing issues with your Python script that performs auto-login and automation on a website, particularly when there are updates to Chrome or the WebDriver.
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