Selenium Tutorial

Selenium Tool Suit Versions of Selenium Selenium Testing Difference Between Selenium and QTP Advantage and Disadvantage of Selenium

Selenium IDE Topics

Selenium-IDE Introduction Installation /download  Selenium–IDE (Firefox) Installation /download Selenium–IDE (Google Chrome) Characteristics of Selenium-IDE First test case of Selenium-IDE Login test for Selenium-IDE Selenium-IDE commands Selenium-IDE locators Id locator Name Locator  X Path Locator CSS Selector Locator Locating by ID Locating by Class Locating by Attribute Locating by ID/Class & Attribute Locating by Sub-string Locating by inner text Link Text Locator Advantage and Disadvantage of Selenium-IDE

Selenium WebDriver Topics

WebDriver introduction Characteristics of WebDriver Difference Between Selenium RC and WebDriver Installation steps of WebDriver WebDriver Class Diagram/ Architecture WebDriver control commands Browser control Navigation control Web element control Operational control Data capture control Verification control WebDriver working with chrome browser WebDriver working with Firefox browser WebDriver working with internet explorer browser WebDriver working with Microsoft Edge browser WebDriver locator Id Locator Name Locator Class name Locator Xpath Locator XPath axes Link text Locator Partial link text Locator Tag name Locator Css Selector Tag and Id Tag and Class Tag and Attribute Tag, class, and Attribute Sub string matches WebDriver wait statements Drop down handling Mouse and keyboard controls Drag and drop Event Handling Window Handling: New tab/new window Alert pop up Handling Checkbox Handling Radio button Handling Selenium Assertion

WebDriver-Link Text locator

WebDriver-Link Text locator

The Link text locator is used to identify only web link elements based on the value of the link.

The Link text locators cannot be used for other than the link element.

The Syntax of the Link Text locator is as below:

driver.findElement(By.linkText(“value of the link text attribute”));

Note: Whenever multiple links are there, the link text will give preference to the first one.

Let us see one sample test case in which we will try to inspect the web element with the help of link text locators and automate the following scenarios:

Steps Actions Input Expected Result
1. Open the Google chrome browser.   The Google chrome browser should be opened.
2. Navigate to the tutorial and example. Tutorial and example home page must be displayed.
3. Identify the angular 8 tutorial link.   An angular 8 tutorial page must be opened.
4. Close the browser.   The Browser should be closed.
  • After launching the Eclipse, we will open the existing test suite new_test, which we have created in earlier sessions of the WebDriver tutorial.
  • And then, right-click on the src folder and create a new Class File from New ? Class.
right-click on the src folder
  • And now, we will save the class as Link_text and click on the Finish button.
 we will save the class as Link_text

Now we will create our test case step by step to have an overview of how to use link text locators to identify a particular web element.


  • To access the Google Chrome browser first, we need to download the Google Chrome driver and set the system property for Chrome driver.
  • We have already discussed this in previous sessions of the tutorial.
  • And you can also refer given link "Working with Chrome browser” for a better understanding that how we can download it and set System property for Chrome driver.
// set the system property for chrome browser
 //create the object for chrome driver
 WebDriver driver = new ChromeDriver();


After that, we will navigate to the given URL.

Here the sample code,

//navigate to the URL


 Now we are trying to locate the angular 8 tutorial web link by using the value of its link attribute.

  • Right-click on the hyperlink field and select the Inspect option to identify the web link which is as shown below.
the Inspect option to identify the web link
  • Notice that the Html code belongs to the hyperlink got highlighted, which is as shown in the below snapshot:
the Html code belongs to the hyperlink got highlighted
  • And notice that the above highlighted Html code has a text between the <a>to </a> tags.
  • We are using this text value for link text locator for locating hyperlinks on the web page.
  • Copy the value of the link text which is present in the <a> ….. </a> tags.

Here the sample code for the first-name hyperlink:

//identify the link
driver.findElement(By.linkText("Angular 8 Tutorial")).click();
System.out.println("first name value is entered"); 

Step 4:

In the last step of our sample test case, we are closing the Chrome browser,

The sample code for closing the browser,

//Closing the browser

 Our final test script will look like this:

package testpackage;
import java.util.concurrent.TimeUnit;
import org.openqa.selenium.By;
import org.openqa.selenium.WebDriver;
public class Link_text {
public static void main(String[] args) throws InterruptedException {
//set the system property
 //creating the object for Chrome driver
 WebDriver driver = new ChromeDriver();
 driver.manage().timeouts().implicitlyWait(20, TimeUnit.SECONDS);
 //Navigate to tutorial and example home page
//identify the link
 driver.findElement(By.linkText("Angular 8 Tutorial")).click();
 System.out.println("first name value is entered");
 //closing the browser 
  • To run the code in Eclipse, we have to right-click on the code and then select Run As ? Java Application.
  • The above test script will launch the Google chrome browser and automate all the test scenarios. 
script will launch the Google chrome browser and automate