Automation Testing In Oracle Apex Using Selenium Web Driver

1.Overview

This document explains about how to perform unit testing using selenium web driver in Oracle Apex. Selenium Web Driver is a web framework that permits you to execute cross-browser tests. This tool is used for automating web-based application testing to verify that it performs expectedly. Selenium Web Driver allows you to choose a programming language to create test scripts.

2. Technologies and Tools Used

The following technology has been used to perform unit testing using Selenium web driver in Oracle Apex,

• Oracle APEX
• Selenium Web Driver
• Eclipse-IDE
• Java

3. Use Case

• To Test old build functionality along with the module integration.
• To save time and human errors.
• To increase efficiency.

4. Steps with Screenshot

Step 1:  To perform unit testing in login page,import required library files for creating an object.

Code:

import org.openqa.selenium.WebDriver;

 import org.openqa.selenium.chrome.ChromeDriver;

import org.openqa.selenium.WebElement;

import org.openqa.selenium.support.ui.Select;

import java.awt.AWTException;

import org.openqa.selenium.Alert;

 

Step 2: Then create a class in the name of “Rucapexut” and configure the path for accessing the standalone web driver interfaces.

Code:

public class Rucapexut {

public static void main(String[] args) throws InterruptedException,AWTException {

String k=”webdriver.chrome.driver”;

String v=”H:\\selenium\\chromedriver_win32\\ChromeDriver.exe”;

System.setProperty(k,v);

}};

 

Step 3: To control the browser behavior,we need to create object for that respective browser class(package)

Code:

WebDriver driver=new ChromeDriver();

/*get is a inbuilt method which accept url as a argument to pass through the anchored web page*/

driver.get(“https://apex.oracle.com/pls/apex/r/sravan/employee-training-management-system”);

 

Step 4: To find the element in the web page use find elements method and to provide user input, we can call sendkeys() function.

Code:

/*To find the web element user name(text input) following locator(ID) is used*/              

WebElement ref=driver.findElement(By.id(“P9999_USERNAME”));

/*To populate username text input “sendKeys” keyword is used*/                      

ref.sendKeys(“s****************@gmail.com”);

/*To find the web element user name(text input) following locator(ID) is used*/               

WebElement ref1=driver.findElement(By.id(“P9999_PASSWORD”));

ref1.sendKeys(“*******”);

 

Step 5: Synchronization issue can be avoided by using implicit wait and providing waiting time in milliseconds

Code:

/*Implicit wait is provided to avoid synchronization issue between browser and web driver*/

Thread.sleep(5000);

 

Step 6: Then maximize the tab window using method chaining and find the button element to trigger click event.

Code:

/*The following method chaining are used to control the browser tab resolution*/

driver.manage().window().maximize();

/*To find the web element (button) following locator(ID) is used*/              

WebElement ref2=driver.findElement(By.id(“B34426216246260183867”));

/*To trigger the button event “click()” method is used*/                                

ref2.click();

 

Step 7: Navigation tree can be accessed by using xpath locators (i.e) either relative or absolute xpath.

Code:

/* To click on navigation hamburger icon, xpath locator is used*/                        

WebElement ref3=driver.findElement(By.xpath(“//button[@id=’t_Button_navControl’]”));

ref3.click();

Thread.sleep(5000);

 

Step 8:  Relative xpath locator is used to find the tree of that navigation parent entry and to click on the feedback form page anchor link.

/* To click on navigation toggle icon, xpath locator is used*/

WebElement ref4=driver.findElement(By.xpath(“//span[@class=’a-TreeView-toggle’]”));

ref4.click();

Thread.sleep(5000);

/* To click on feedback form hyper link, xpath locator is used*/

WebElement ref5=driver.findElement(By.xpath(“//*[text()=’Feedback form’]”));

ref5.click();

Thread.sleep(5000);

 

Step 9:Import alert package and create an object using upcasting and access the methods in it.

Code:

/*To import alert package in to the user defined package*/             

Alert alert = driver.switchTo().alert();   

alert.accept();

 

Step 10: Form input field can be populated by using help text link.

Code:

/*To populate employee id using tiny help text button’s xpath*/

WebElement ref6=driver.findElement(By.xpath(“//a[@class=’t-Button  t-Button–simple t-Button–hot t-Button–tiny’]”));

ref6.click ();

 

Step 11:.Drop down can be handled by creating object for Select method.

Code:                

/*To create object and selecting the required option*/

Select drpdown1=new Select(driver.findElement(By.name(“P13_DEPARTMENT”)));                            

drpdown1.selectByVisibleText(“EBS”);                                   

Thread.sleep(5000);

 

Step 12: Cascaded list of values can be tested based on positive and negative inputs.Options can be accessed by using five different methods

• selectByIndex
• selectByVisibleText
• selectByValue
• deselectByValue
• deselectByVisibleText

Code:                

/*To create object and selecting the required option based on cascaded select list*/

Select drpdown2=new Select(driver.findElement(By.id(“P13_EMPLOYEE_NAME”)));

drpdown2.selectByIndex(1);

Thread.sleep(5000);

Select drpdown3=new Select(driver.findElement(By.id(“P13_TRAINING_ATTENDED”)));

drpdown3.selectByIndex(1);

 

Step 13:Text area web element is handled by using relative xpath(immediate descendent).

Code:

WebElement ref7=driver.findElement(By.xpath(“//input[@name=’P13_EMAIL’]”));

ref7.sendKeys(“ruthreshsingh@doyensys.com”);

Thread.sleep(5000);

 WebElement ref8=driver.findElement(By.xpath(“//textarea[@name=’P13_COMMENTS’]”)); 

ref8.sendKeys(“Excellent”);                                               

Thread.sleep(5000);

WebElement ref10=driver.findElement(By.id(“B33780369728611853219”));

ref10.click();

 

Output: