In a typical Selenium test setup, the driver.quit() method is used to conclude a test and clean up resources. However, there are scenarios where one may want to retain the browser session while addressing resource-intensive issues. In this context, we explore ways to mitigate the memory consumption of GeckoDriver without calling driver.quit().
While it is tempting to avoid driver.quit() to preserve browser state for analysis, best practices in Selenium dictate proper cleanup using this method. Alternative approaches, such as creating logs or taking screenshots, should be considered for data collection.
If killing GeckoDriver instances is the desired solution, the following methods can be employed:
Java (Windows):
import java.io.IOException; public class Kill_GeckoDriver { public static void main(String[] args) throws IOException { Runtime.getRuntime().exec("taskkill /F /IM geckodriver.exe /T"); } }
Python (Windows):
import os os.system("taskkill /f /im geckodriver.exe /T")
Python (Cross-Platform):
import os import psutil PROCNAME = "geckodriver" for proc in psutil.process_iter(): # check whether the process name matches if proc.name() == PROCNAME: proc.kill()
These code snippets effectively terminate GeckoDriver processes without closing the browser.
While the above approaches provide solutions for killing GeckoDriver instances, it is crucial to remember the importance of proper cleanup using driver.quit(). By leveraging the recommended practices, Selenium users can ensure optimal resource management and maintain a stable testing environment.
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