Eclipse Installation:

 

1. Download Eclipse Ide which we would be using for Selenium Implementation. https://eclipse.org/downloads/

 

 

2. Click on Eclipse IDE for Java EE Developers.

 

 

3. Download depending on the bit size of your system.

 

 

4. Once it completes download right Click on the .zip file and extract it.

 

5. After extraction Double click on the Eclipse Icon.

 

 

6. It will ask for the workspace location by default it creates the workspace in Documents you can change it as desired.

 

 

7. Click OK.Before installing eclipse ensure that you have installed latest JDK

 

Note: to check Java version Installed open cmd and use the command: java -version

 

 

8. To Create new Maven Project Click on file ->New->Others->Maven Project and Click on Next.

 

 

9. Provide appropriate Details as required mentioned below:

 

 

10.You may see Screen like below Now Right click on the project New->Package

 

 

11.Right-click on the Package->Click New Class

 

 

12.After clicking finish you may screen like this.

 

Dependency Injection of Selenium in Maven Project:

1. In Pom.xml provide Selenium Dependency as shown in Snapshot below:

    2. Selenium Dependencies would be downloaded and can be viewed in Maven Dependencies.  

Java topics for Selenium we need to cover.

Frequently Asked Questions:

1. Is it complex to move from Manual testing to Automation?
2. What concepts of Java do I need to learn to use selenium webdriver?
3.  I am completely new to programming. Can I still learn Selenium?
4.  What is the best source to learn Java from Scratch?

Kindly follow our Link for Best Java Explanation:

• Open Browser:

For Testing Browser must be invoked.Selenium helps us to invoke the Browser so that we can perform required operations:

Command to invoke Browser:

WebDriver driver=new FirefoxDriver();

Command invokes the Firefox browser, I hope the reader is familiar with creating the object in java if in case not then follow the link :

• WebDriver - webdriver is the interface which is inherited from SearchContext
• new - new is the keyword in java which creates an object (address space)in the heap area of CPU
• FirefoxDriver() - FirefoxDriver() is a constructor of FirefoxDriver class which implements all the methods in the present in the webdriver interface and this opens the Firefox Browser.
• driver - driver is reference variable , which refers the address space created on the heap.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.firefox.FirefoxDriver;

public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new FirefoxDriver();
 }

}

• Open Web page:

We can open the browser by using :

get("url")

a non-static method present in the FirefoxDriver class, it accepts a string as arguments and the string should be the website address. The best thing about the method is it will not give control to the next line till the page loads completely.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 }

}

• Maximize Browser:

Most of the time when you open firefox browser with selenium, the browser will be in minimized mode but in few scenarios, we might want to maximize the window. we can maximize the browser window with help of: maximize() method present in the window class.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 driver.manage().window().maximize();
 }

}

•  Browser Size

We can get the size of the browser window by using the getSize() method present in the Dimension class and it returns the Dimension Class type value.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 driver.manage().window().getSize();
 }

}

•  Get Url

We can get URL of the page the using getCurrentUrl(), it returns Url as a string.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 String current_url= driver.getCurrentUrl();
 System.out.println("Current Url is -->"+current_url);
 }

}

•  Get Title

We can get URL of the page the using getTitle(), it returns Url as a string.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 String title= driver.getTitle();
 System.out.println("Current Title is -->"+title);
 }

}

•  Get PageSource:

We can get URL of the page the using getPageSource(), it returns Url as a string.

package Test_Package;

import org.openqa.selenium.WebDriver;
import org.openqa.selenium.chrome.ChromeDriver;


public class Test_Class {

public static void main(String[] args) {
 WebDriver driver=new ChromeDriver();
 driver.get("www.google.com");
 String PageSource= driver.getPageSource();
 System.out.println("Current PageSource is -->"+PageSource);
 }

}

CHROME

• Chrome Developer Tool:

Chrome developer tools allow the user to find CSS, XPath values and also it allows the user to edit the DOM (Document Object Model) on the webpage. Changes done to elements of the DOM will reflect in the page immediately.

Steps to open Developer Tool in Chrome : 

1. Press F12 key.
2. Select More Tools > Developer Tools from Chrome's Main Menu.
3. Right-click a page element and select Inspect.
4. Press Command+Option+I (Mac) or Control+Shift+I (Windows, Linux).
5. When we do one of the above-said things, Google opens developer tool like below.
6. Navigate to elements tab, you can see the HTML source of the page
7. If you want to inspect any page, you have to click the inspector and choose the element, now it opens the source code.

  8. Right Click on the Specified Element in the Source Code and Copy XPath as depicted below:  

FIREFOX:

• Firebug

1.Install Firebug from Add-ons present in Firefox Browser.Post Installation the icon with bug symbol would be visible.     2. Press F12. 3. Click on the Element which you want to locate. 4. Xpath for same would be visible on the console as depicted in Picture below:  

Locators:

Locators provide a way to access the HTML elements from a web page. In Selenium, we can use locators to perform actions on the text boxes, links, checkboxes and other web elements. Locators are the basic building blocks of a web page. A web developer must use a proper and consistent locator scheme for a website. Also, a test engineer must choose the correct locator strategy to automate the online workflows. Selenium names eight types of locators to find the elements on a web page.

1. ID
2. Name
3. Link Text
4. Partial Link Text
5. Tag Name
6. CSS Class
7. CSS Selector
8. XPath

Description:

• ID:

It is a unique reference for a web object that the developer sets while writing the code. Ideally, the ID should not repeat on a page, but the browsers do allow exceptions to this rule. The ID is no doubt the best locator to use in Selenium. Still, if it belongs to an HTML table, then it’s possible that it would change or disappear from the list. Hence, you need to put in a more advanced locator technique.

<input id="user" class="required" type="text">

WebElement item = driver.findElement(By.id("user"));

Highlights:

It is preferable to have a unique id, so it is unlikely to meet similar values.

Lowlights:

Feasible for elements with fixed IDs but not for the generated ones.  

• Name:

Every form has input fields with unique names. Names are unique most of the times, but it’s not a restriction. However, a field name locator is the best choice for testing a login form. But when you have multiple login types on the same page then you should use locators with a different scheme. Let’s see the example where you can use either the id or the field name.

<input id="user" name="admin" class="required" type="text">

WebElement locator = driver.findElement(By.name("admin"));

Highlights:

It is more appropriate to use it when you have a list of similar types of elements.

Lowlights:

Using it with a dynamically generated list is tough.  

• Link Text:

It is a perfect way to find the links on a page.

<a href="http://www.google.com">How to use locators?

WebElement item = driver.findElement(By.linkText("How to use locators?"));

Highlights:

• It’ll only work for anchor tags.
• Use it for checking navigation flows.

Lowlights:

You need to provide the link text for it to work.  

• Partial Link Text:

It is almost similar to the previous locator. It differs in the way you use it to find the element.

<a href="http://www.google.com">How to use locators? WebElement item = driver.findElement(By.PartialLinkText("How to use locators?"));

• Tag Name:

You can better understand to use this locator from the below example.

List<WebElement> linkElements = driver.findElements(By.tagName("results")); String[] linkTexts = new String[linkElements.size()]

• CSS:

The CSS class locator uses a specific class attribute to get to the first element on a web page. It is useful for items that own a unique style.

CSS class locator example:
WebElement element =driver.findElement(By.className(“sample”));

• CSS Selector:

CSS Selectors are no different than the XPaths. But they are resilient and powerful. Unlike the XPath, they aren’t dependent on the DOM structure. They can help you perform actions which are difficult to do with XPath.

CSS Selector example:

WebElement CheckElements = driver.findElements(By.cssSelector("input[id=email']"));

Highlights:

• Relatively speedier than using the XPath.
• Its usage is growing as the web pages are getting more style-centric.
• It’s easy to define a unique CSS locator as you can combine multiple CSS attributes.

Lowlights:

It’s not easy to form a CSS selector and requires a deeper understanding of the CSS/Javascript.

• XPATH:

XPath is a perfect technique for walking through the DOM structure of the web page. XPath locators are robust and reliable. It is one method which guarantees to locate any element on the page using the XPath expression. But you should be very careful while forming an XPath as it may not work if there are changes in the web application. We can classify XPaths in the following two groups. I- Absolute XPath. It starts from the root element within the web page or part of the page and goes to identify the target element.

Absolute XPath Example:

HTML/head/body/table/tr/td

To use locators like the XPath is easy as you give the direct element path. But the XPath would break when the element structure changes. II- Relative XPath. The relative XPath are easy to manage as they are short and concise. It is also better than the previous XPath style as it may survive the changes in the Page HTML to a certain degree. Though, building a relative XPath is time-consuming and quite difficult as you need to check all the nodes to form the path.

Relative XPath Example:

//table/tr/td

Highlights:

Guarantees to find accurate locators.

Lowlights:

• It is slow as compared to CSS.
• It’s browser dependent, and there are differences in IE vs. Firefox XPath implementations.