Selenium Maven

Maven is the latest build testing tool. It has several new features as compare to Ant, like dependency, etc.

Maven is a project build or project management tool. It is used to check the compilation issues between framework components whenever multiple test engineer integrates their files into the same framework.

It always maintained the monitor, framework components, or build, and it provides build status modification, whenever modification happens in the framework.

It provides ‘build success‘ message if no compilation issues in the framework or else provide ‘build failure‘ message.

Maven has new features like dependency, which is used to download the dependency jar from the internet before the test execution.

With the help of Maven, we can execute the test scripts in the command line without an eclipse. And it always provides the framework folder structure.

For more information about Maven, refers to the below link:

https://tutoraspire.com/maven-tutorial

There are two software available in Maven:

Maven Eclipse Plug-in
Maven command line plug-in

Selenium Maven

Maven Eclipse plug-in

It is a default plug-in for the latest Eclipse versions like Mars, Luna, oxygen, which is used to create a Maven project through Eclipse.

Installing Maven plug-in for Eclipse and use it with Selenium TestNG

Most of the time, Maven plug-in is automatically installed in the Eclipse, but if it is not present, we will go to the Eclipse Market Place and search for Maven and download the M2E integrated version from there.

Selenium Maven

Steps to create Maven project

To create a Maven project, follow the below steps:

Go to the File → New → Project

Selenium Maven

Then, expand the Maven folder and select the Maven Project options, and click on the Next

Selenium Maven

Again click on the Next button for the further process.

Selenium Maven

Click on the Next button without doing anything.

Selenium Maven

After click on the Next button, we will provide the Group ID and Artifact ID in our case, and we will give the Group id as MavenProject and Artifact ID as MavenProject, and click on the Finish button as we can see in the below screenshot:

Selenium Maven

Once we are done with creating the Maven project, our Maven folder structure will look like this:

Selenium Maven

Maven command line plug-in

It is used to execute the Selenium test script in the command prompt without an Eclipse, and this software should be installed explicitly.

Installation steps for Maven command line Plug-in

To install the Maven command line plug-in, follow the below steps:

Note: Before we will start the installation process of Maven, we will make sure that Java is installed and the environment variable is also set.

Step1: Download Apache Maven

First, go to Google search for Maven download and click on the First link, as we can see in the below screenshot:
Once we click on the link, it will navigate to the Maven community. And besides the Binary zip archive, click on the given link, as we can see in the below screenshot:
Download the zip folder, and after that, unzip the folder and place it to the C drive, and copy the location of the folder.

Selenium Maven

Step2: Add M2_Home in the System Variable

Once we copy the location, we will go to the Environment Variables window and click on the New button on the System variable section, as we can see in the below image:

Selenium Maven

After that, we will provide the Variable name and Variable value, and click on the OK

Selenium Maven

Step3: Add %M2_Home%bin to the path

Once we create the M2_Home system variable, we will find the Path variable, and click on the Edit button, as we can see in the below screenshot:

Selenium Maven

The Edit variable window will appear on the screen, then we will click on the New button and %M2_Home%bin value, and click on the OK

Selenium Maven

Step4: Verify

After setting up the environment variables, we will check whether the Maven is installed successfully or not.
For this, we will open the command prompt and type the below command:

Selenium Maven

And we can see in the above screenshot the Apache Maven is successfully installed.

How to handle or download dependency Jar using Maven

Before we start writing a Maven code, we need to add the general dependencies like TestNG and Selenium in the pom.xml file.

So for this, we will follow the below process:

Automatically we get the Pom.xml file within the same project.
To download the dependency jar for TestNG and Selenium, we should write a dependency code for all the tools in the Pom.xml file.
To get the dependency code, go to the Google search and type “TestNG Maven dependency“, and click on the given link.
And copy the dependency code of TestNG and paste in the pom.xml file.
In the scope section, change the value from test to compile and final dependency code will look like this:

  <dependency>   <groupId>org.testng</groupId>   <artifactId>testng</artifactId>   <version>6.8</version>   <scope>compile</scope>  </dependency>  

Then, we will add the Maven dependency for Selenium, so for this, we will follow the same process as before:

Go to the Google and search for “Maven selenium dependency” and click on the given link as we can see in the below screenshot:

Selenium Maven

And copy the dependency code from the link and paste inside the xml file.

Selenium Maven

After adding the Dependency code for TestNG and Selenium, the Pom.xml file will look like this:

  <dependency>  <groupId>org.testng</groupId>  <artifactId>testng</artifactId>  <version>6.8</version>  <scope>compile</scope>  </dependency>   <dependency>  <groupId>org.seleniumhq.selenium</groupId>  <artifactId>selenium-java</artifactId>  <version>3.141.59</version>  </dependency>   </dependencies>  

Then press ctrl+s to save the pom.xml file.
Once we are done adding with the dependencies, we can see that all the jars file added in the Maven Dependencies folder under the MavenProject.

Execute Selenium code through Maven and TestNG

We will write one sample test case, with the help of @Test, @BeforeTest, and @AfterTest TestNG annotations.
First, we will launch the Google Chrome
Then, navigate to the tutoraspire website.
And get the current page URL and title of the website with the help of getTitle(), getCurrentURL()

Note

getTitle(): This method is used to capture the title of the page.

getCurrentURL(): It is used to capture the current URL of the page.

For executing the above test script, we will create one package in the MavenProject.

To create a package in the MavenProject, we will right-click on the src/test/java → New → Package

Selenium Maven

After that, we will provide the name of the package as “testpackage“, and click on the Finish button as we can see in the below screenshot:
After creating a package, we will create one class.

To create a class in MavenProject, follow the below process:

Right-click on the newly created package, and select New then select Class from the given list as we can see in the below screenshot:

testpackage → New → Class

Selenium Maven

And, provide the name of the class as “MavenTest1” and click on the Finish

Selenium Maven

After creating the package and class, we will start writing the code.

According to our code requirement, we will be adding multiple dependencies.

After adding the dependencies, our pom.xml file look like this:

  <dependencies>  <dependency>  <groupId>junit</groupId>  <artifactId>junit</artifactId>  <version>3.8.1</version>  <scope>test</scope>  </dependency>  <dependency>  <groupId>org.testng</groupId>  <artifactId>testng</artifactId>  <version>6.8</version>  <scope>compile</scope>  </dependency>  <dependency>  <groupId>com.google.inject</groupId>  <artifactId>guice</artifactId>  <version>4.1.0</version>  <classifier>no_aop</classifier>  </dependency>  <dependency>  <groupId>org.seleniumhq.selenium</groupId>  <artifactId>selenium-java</artifactId>  <version>3.141.59</version>  </dependency>  <dependency>  <groupId>org.seleniumhq.selenium</groupId>  <artifactId>selenium-chrome-driver</artifactId>  <version>2.50.0</version>  </dependency>  <dependency>  <groupId>com.google.guava</groupId>  <artifactId>guava</artifactId>  <version>22.0</version>  </dependency>  <dependency>  <groupId>com.google.api-client</groupId>  <artifactId>google-api-client-appengine</artifactId>  <version>1.23.0</version>  <exclusions>  <exclusion>  <groupId>com.google.guava</groupId>  <artifactId>guava-jdk5</artifactId>  </exclusion>  </exclusions>  </dependency>  <dependency>  <groupId>com.google.code.gson</groupId>  <artifactId>gson</artifactId>  <version>2.2.4</version>  </dependency>  </dependencies>  

And, here the sample code:

  package testpackage;  import java.util.concurrent.TimeUnit;  import org.openqa.selenium.WebDriver;  import org.openqa.selenium.chrome.ChromeDriver;  import org.testng.annotations.AfterTest;  import org.testng.annotations.BeforeTest;  import org.testng.annotations.Test;  public class MavenTest1 {  public String baseUrl = “https://tutoraspire.com/”;  String driverPath = “C://chromedriver_win321//chromedriver.exe”;  public WebDriver driver ;   @Test  public void test() {  // set the system property for Chrome driver  System.setProperty(“webdriver.chrome.driver”, driverPath);  // Create driver object for CHROME browser  driver = new ChromeDriver();  driver.manage().timeouts().implicitlyWait(20, TimeUnit.SECONDS);  driver.manage().window().maximize();  driver.get(baseUrl);  // get the current URL of the page  String URL= driver.getCurrentUrl();  System.out.print(URL);  //get the title of the page  String title = driver.getTitle();   System.out.println(title);  }  @BeforeTest  public void beforeTest() {  System.out.println(“before test”);  }  @AfterTest  public void afterTest() {  driver.quit();  System.out.println(“after test”);  }   }  

Execute the code

We can run above code in multiple ways:

Run through TestNG
Run through Maven
Run through Command Line

Run through TestNG

If we run the above code with the TestNG, we will follow the below process:

Right-click on the java file, and select Run As → 1 TestNG Test as we can see in the below image:

Selenium Maven

After running the code successfully, it will give the below output:

Selenium Maven

And it will launch the browser in the console window as we can see in the below screenshot:

Run Through Maven

To run the same code through Maven, follow the below steps:

First, we need to convert the MavenTest1.java file into the TestNG File, for this follow the below process:

Right-click on the java file and select TestNG and then select Convert to TestNG options in the given list.

Selenium Maven

Once we select the Convert to TestNG options, it will open the below window, and after that, we will click on the Finish

Selenium Maven

And, the converted TestNG file will look like this:

Selenium Maven

After that, we will run the testng.xml file, so for this, we need to add the Maven Plugins in the pom.xml files.

So, we will add the three different plugins, which are as follows:

Maven compiler plugin
Maven surefire plugin
Maven source plugin

Note:

The Maven compiler plugin is used to compile the source code of a Maven project. Maven test command will connect to the internet and download all the dependency jar into the .M2 folder local repository and then compile the entire selenium source code as we can see in the below image:

Selenium Maven

The Maven surefire plugin is used when we have to run the unit tests of the application.

The Maven source plugin is used to build the jars files that were having the .java source files.

After adding all the plugins, our pom.xml look like this:

  <build>  <plugins>  <plugin>  <groupId>org.apache.maven.plugins</groupId>  <artifactId>maven-compiler-plugin</artifactId>  <version>3.1</version>  <configuration>  <source>1.6</source>  <target>1.6</target>  </configuration>  </plugin>  <plugin>  <groupId>org.apache.maven.plugins</groupId>  <artifactId>maven-surefire-plugin</artifactId>  <version>2.19.1</version>  <configuration>  <suiteXmlFiles>  <suiteXmlFile>C:UsersJTPeclipse-workspaceMavenProjecttestng.xml</suiteXmlFile>  </suiteXmlFiles>  </configuration>  </plugin>  <plugin>  <groupId>org.apache.maven.plugins</groupId>  <artifactId>maven-source-plugin</artifactId>  <executions>  <execution>  <id>attach-sources</id>  <goals>  <goal>jar</goal>  </goals>  </execution>  </executions>  </plugin>   </plugins>  </build>  

Save the pom.xml file and execute the code.
For executing the above code, right-click on the MavenProject → Run As → Maven Test as we can see in the below image:

Selenium Maven

When all the test cases are passed and Build successfully runs, it will give the below output:

Selenium Maven

And it will launch the browser in the console window as we can see in the below screenshot:

Selenium Maven

Run through Command Line

If we are using some remote machine with the help of Maven commands, then we need to go to the command prompt.

For this, we will go to that particular directory of the Maven project, so for that right-click on the MavenProject and select the Properties options from the given pop-up menu.

Selenium Maven

And, then copy the location of the MavenProject and paste in the command prompt to reach the correct location of the file.

Selenium Maven

And, then type the below command in the command prompt:

Selenium Maven

Once we are in the MavenProject, we will use some of the common commands of Maven, which are as follows:

Maven commands	Description
mvn clean install	This command is used to generate, compile, and execute the jars files.
mvn test	We will use this command when we have to execute the tests against the compiled source code with the help of an appropriate unit testing framework.
mvn compile	It is used to compile the source code of the Maven project.
mvn package	It will pack the executed code in a different format like Jar.

Here, we will execute the mvn clean install
And, this command will execute all the four life cycles of Maven, then execute the test case, and it will create the jar files. On successful execution, browser will be launched and build also got successful as we can see in the below screenshot:

Selenium Maven

Example 2: In this example, we simply create two unit test cases where we will be adding and subtracting the two variables (p and q) and running the code through TestNG and Maven.

Here the sample code:

  package testpackage;  import org.testng.Assert;  import org.testng.annotations.Test;  public class demo1 {  @Test  public void sum() {  System.out.print(“Sum method”);  int p=10;  int q=20;  Assert.assertEquals(30, p+q);  }  @Test  public void sub() {  System.out.print(“Sub method”);  int p=20;  int q=10;  Assert.assertEquals(10, p-q);  }  }  

Execute the code in TestNG

To run the code with the help of TestNG, follow the below process:

Right-click on the java file, and select Run As → 1 TestNG Test as we can see in the below image:

Selenium Maven

After running the code successfully, it will give the below output:

Execute the code through Maven

To run the same code with the help of Maven, follow the below steps:

First, we need to convert the Demo1.java file into the TestNG File, for this
Right-click on the java file and select TestNG and then select Convert to TestNG in the given popup-menu.

Selenium Maven

And, we can also change the name of the file according to our needs and click on the Finish

Selenium Maven

After that, we will provide the path of the xml file to the pom.xml file through the plugins like we did it in the above example :

  <plugin>  <groupId>org.apache.maven.plugins</groupId>  <artifactId>maven-surefire-plugin</artifactId>  <version>2.19.1</version>  <configuration>  <suiteXmlFiles>  <suiteXmlFile>C:UsersJTPeclipse-workspaceMavenProjecttestng1.xml</suiteXmlFile>  </suiteXmlFiles>  </configuration>  </plugin>  

After adding the Maven-surefire-plugin in the pom.xml file, we will save the file by pressing ctrl+s.
And then, right-click on the MavenProject → Run As → Maven Test as we can see in the below image:

Selenium Maven

When all the test cases are passed and Build successfully runs, it will give the below output:

Selenium Maven

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Selenium Maven

Selenium Maven

Maven Eclipse plug-in

Maven command line plug-in

Installation steps for Maven command line Plug-in

Note: Before we will start the installation process of Maven, we will make sure that Java is installed and the environment variable is also set.

How to handle or download dependency Jar using Maven

Execute Selenium code through Maven and TestNG

Execute the code

Run through TestNG

Run Through Maven

Run through Command Line

Execute the code in TestNG

Execute the code through Maven

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