![]() ![]() We then need to find information such as what HTML tag is used for the element, the defined attribute, and the values for the attributes and the structure of the page. In the Elements window, move the cursor over the DOM structure of the page until it reaches the desired element. Place the cursor anywhere on the webpage, right-click to open a pop-up menu, then select the Inspect option. The easiest way to identify the information is to Inspect pages using developer tools. We first need to find the selector or locator information for those elements of interest. The Terminal screen and an empty new window of Google Chrome will now be loaded.Īfter the new Google Chrome window is loaded with the URL provided, we can find the elements that we need to act on. The exectuable chromedriver.exe will be instantiated at this instance or upon creation of the driver object. The webdriver.Chrome() method is provided with the path of chromedriver.exe so that it creates an object of the .WebDriver class, called “driver” in this case, which will now provide access to the various attributes and properties from WebDriver. The selenium.webdriver is used to implement various browsers, in this case, Google Chrome. Selenium does not contain its own web browser it requires integration with third party browsers to run. To begin with, we import WebDriver from Selenium and set a path to chromedriver.exe. We can start by loading the example page. We have created this dynamic complete search form webpage to run our scraper against. Now that we have completed the setup steps, we can proceed. exe file on the main folder containing the codes. An application file named chromedriver.exe should appear.
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