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![2. Choose how you will identify the element
• By id
selenium.findElement(By.id (“search”));
• By xpath
• Locate the element using his attributes
selenium.findElement(By.xpath (“//input[@id=‘search’]”));
• Locate the element using the previous element. This is useful when we have multiple
elements with the same attributes
selenium.findElement(By.xpath (“//fieldset/span/input[@id=‘search’]”));
3. Interact with the element
By searchLocator = By.xpath( “//fieldset//input[@id=‘search’]”);
WebElement searchInput = selenium.findElement(searchLocator);
String searchedText = “testing”;
searchInput.sendKeys(searchedText);
8](https://image.slidesharecdn.com/demowithseleniumwebdriverjenkinsasintegrationserver-130617055347-phpapp02/85/Automation-Testing-8-320.jpg)
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Uploaded byRomSoft SRL
Automation Testing
This document provides an overview of Selenium WebDriver for automating web application testing and integrating those tests with Jenkins as a continuous integration server. It includes introductions to Selenium WebDriver and its tools for test automation. It also covers downloading, installing, and configuring Java, Eclipse, Ant, and Jenkins. The document demonstrates integrating Selenium WebDriver tests written in Java with Jenkins by creating a sample test job. It briefly discusses another approach using Pickles to write tests in Ruby and integrate with Jenkins.
