Selenium Training

• Basic concepts of Selenium
• Introduction to automated testing and its advantages. 
• Selenium RC
• Understanding selenium commands and IDE functions. 
• JUnit, Sikuli, and TestNG Plugin in Eclipse
• Overview of Selenium WebDriver 
• Maven and Object Repository
• webDriver programs like multiple Windows, Checkbox and Textbox. 
• Employing grid for Software testing. 

Following are the professionals who get benefited from learning this skill:

• Testers and QA Engineers
• Software Developers,
• System Administrators
• System Analysts
• BI and ETL professionals

There are no mandatory prerequisites to take up this certification course but having basic knowledge of Java or C is an added advantage.

• Selenium is one of the top and widely deployed automation testing tools in the market. 
• Selenium is powerful testing tool and accepts all type of and supports various languages 
• According to Indeed.com, the average salary paid to a Selenium professional is $87,000.

Yes, upon the successful completion of the Selenium course you will get the course completion certificate form the SK Trainings. This Certificate is valid across all the top organizations and simplifies your job search process.

• Benefits of Automation testing?
• What type of Test cases can automate?
• What type of test cases not to automate?
• Automation life cycle
• Different types of Automation tools
• Difference between QTP & Selenium

• History of selenium
• What is selenium?
• Components of selenium

• What is element property?
• Different ways to recognize element properties
• What is firebug and firepath?
• How to recognize element in chrome & I.E Browsers?
• Locators : id, name, link text, class, css, xpath, tagname

• Why webdriver?
• Downloading Webdriver Jars and configuration in Eclipse
• First Program in Webdriver
• Opening different browsers.
• Creating your First Selenium IDE script using Record & Play
• Selenium RC
• Introduction to Selenium RC
• Intro to Selenium RC Architechture
• Selenium Webdriver
• Introduction to WebDriver
• Installation of Selenium Webriver
• Creating your First testscript using WebDriver
• Element Identification methods
• findElement()
• findElements()
• diffrence between findElement() & FindElements()
• Parameterising Tests using Webdriver & Excel File.
• Cross Browser Testing using Selenium Webdriver
• Usage of asserts,Selenium WebDriver Commands
• Locating Page and UI Elements
• Commands for Text-boxes, Buttons
• Commands for Radio buttons, Check-boxes
• Commands for Select tag/Lists/Drop-downs, Tables
• Commands to deal with Alerts, Popups and Multiple Windows
• WebDriver Wait Conditions(Implicit & Explicit Waits)
• Introduction to TestNG
• Overview of Features of TestNG
• TestNG
  • What is TestNG ?
  • Benefits of TestNG
  • Installation of TestNG
  • Creation of TestNG Testcase
  • Creation of TestNG Test Suite
  • TestNG Annotations
  • Annotations @Test, BeforeMethod,
  • TestNG Annotations : @Test, AfterTest
  • BeforeTest, BeforeMethod, AfterMethod
  • BeforeSuite, AfterSuite,
  • Usage of DataProvider.
  • Grouping Tests.
  • TestNG Results output folder
  • Sequencing : DependsOn, Priority
  • Test Case Priority, DependsOn
  • TestNG Results output folder
  • Writing TestNG test case using the above annotations

• What is Automation Framework?
• What is Automation Framework?
• Benefits of Automation Framework
• Types of Framework with Selenium
• Datadriven Framework
  • What is DataDriven Framework?
  • Benefits of DataDriven Framework
  • Design Principles of DataDriven Framework
  • Designing CORE FRAMEWORK Structure
  • Reading TestData From Excel
  • Writing test result onto Excel
  • Using Assert & SoftAsserts
  • Build Base functions & validation functions
  • Integrating all the components
  • Identifying keywords & creating excel
• Page Object Model with Page Factory(POM)
  • Concept of Page Object Model
  • Build Page classes
  • Build basic reusable functions
  • Implement PageFactory Design Pattern
• Maven

• Setup environment
• What is cucumber
• Generate cucumber framework
• Framework flow
• Setup configuration
• Writing Features
• Writing Scenarios
• Writing Step definitions
• Background
• Scenario Outline
• Tagging
• Hooks

Selenium
1. is a free and open source
2. have a large user base and helping communities
3. have cross Browser compatibility (Firefox, Chrome, Internet Explorer, Safari etc.)
4. have great platform compatibility (Windows, Mac OS, Linux etc.)
5. supports multiple programming languages (Java, C#, Ruby, Python, Pearl etc.)
6. has fresh and regular repository developments
7. supports distributed testing

Selenium supports the following types of testing:
1. Functional Testing
2. Regression Testing

Selenese is the language which is used to write test scripts in Selenium IDE.

Assert: Assert command checks whether the given condition is true or false. Let’s say we assert whether the given element is present on the web page or not. If the condition is true then the program control will execute the next test step but if the condition is false, the execution would stop and no further test would be executed.

Verify: Verify command also checks whether the given condition is true or false. Irrespective of the condition being true or false, the program execution doesn’t halt i.e. any failure during verification would not stop the execution and all the test steps would be executed.

Single Slash “/” – Single slash is used to create Xpath with absolute path i.e. the xpath would be created to start selection from the document node/start node.

Double Slash “//” – Double slash is used to create Xpath with relative path i.e. the xpath would be created to start selection from anywhere within the document.

Selenium Grid can be used to execute same or different test scripts on multiple platforms and browsers concurrently so as to achieve distributed test execution, testing under different environments and saving execution time remarkably.

WebDriver

The following syntax can be used to launch Browser:
        WebDriver driver = new FirefoxDriver();
        WebDriver driver = new ChromeDriver();
        WebDriver driver = new InternetExplorerDriver();

There are two types of waits available in WebDriver:
1. Implicit Wait
2. Explicit Wait

Implicit Wait: Implicit waits are used to provide a default waiting time (say 30 seconds) between each consecutive test step/command across the entire test script. Thus, the subsequent test step would only execute when the 30 seconds have elapsed after executing the previous test step/command.

Explicit Wait: Explicit waits are used to halt the execution till the time a particular condition is met or the maximum time has elapsed. Unlike Implicit waits, explicit waits are applied for a particular instance only.

The user can use sendKeys(“String to be entered”) to enter the string in the textbox. Syntax:

        WebElement username = drv.findElement(By.id(“Email”));
        // entering username
        username.sendKeys(“sth”);

driver.findElement(By.linkText(“Google”)).click();
The command finds the element using link text and then click on that element and thus the user would be re-directed to the corresponding page.

The above-mentioned link can also be accessed by using the following command.
driver.findElement(By.partialLinkText(“Goo”)).click();
The above command finds the element based on the substring of the link provided in the parenthesis and thus partialLinkText() finds the web element with the specified substring and then clicks on it.

At times, we may come across elements of the same type like multiple hyperlinks, images etc arranged in an ordered or unordered list. Thus, it makes absolute sense to deal with such elements by a single piece of code and this can be done using WebElement List.

close(): WebDriver’s close() method closes the web browser window that the user is currently working on or we can also say the window that is being currently accessed by the WebDriver. The command neither requires any parameter nor does it return any value.

quit(): Unlike close() method, quit() method closes down all the windows that the program has opened. Same as close() method, the command neither requires any parameter nor does is return any value.

Selenium is an automation testing tool which supports only web application testing, that means, it doesn’t support testing of windows based applications. However Selenium alone can’t help the situation but along with some third-party intervention, this problem can be overcome. There are several third-party tools available for handling window based pop-ups along with the selenium like AutoIT, Robot class etc.

Selenium is an automation testing tool which supports only web application testing. Therefore, windows pop up cannot be handled using Selenium.

WebDriver offers a wide range of interaction utilities that the user can exploit to automate mouse and keyboard events. Action Interface is one such utility which simulates the single user interactions.
Thus, In the following scenario, we have used Action Interface to mouse hover on a drop down which then opens a list of options.

The values of the css properties can be retrieved using a get() method:

Syntax:
driver.findElement(By.id(“id“)).getCssValue(“name of css attribute”);
driver.findElement(By.id(“id“)).getCssValue(“font-size”);

Junit is a unit testing framework introduced by Apache. Junit is based on Java.

The framework is a constructive blend of various guidelines, coding standards, concepts, processes, practices, project hierarchies, modularity, reporting mechanism, test data injections etc. to pillar automation testing.