Testing With Selenium WebDriver


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Important information

Typology Course
Methodology Online
  • Course
  • Online

Selenium is used for automating Web Applications. In this course you will experience to work with Data Driven Framework and Keyword Driven Framework and perform Cross browser testing. Selenium IDE, Selenium RC, Selenium WebDriver and Selenium-Grid are covered during the course. You will learn to perform tests on multiple machines simultaneously running on different Operating Systems, integrate other frameworks like JUnit and TestNG with Selenium.

What you'll learn on the course


Course programme

1. Introduction to Selenium and its Components

Learning Objectives - In this module you will understand what is Automation. Advantages of Selenium over other Automation tools. You will learn about Selenium IDE, Selenium RC, Selenium WebDriver and Selenium GRID.

Topics - Introduction to Selenium, Advantages of Selenium over other automation tools, What is the difference between Selenium and QTP , IBM RFT and Sikuli. Prerequisites knowledge to work on Selenium. Selenium supported Browsers and Platforms. Components of selenium - Selenium IDE, Selenium RC, Selenium WebDriver / Selenium 2.0 and Selenium GRID.

2. Selenium RC and Locater Techniques

Learning Objectives - In this module you will learn about Selenium RC and Selenium RC Server. Explanation of Selenium RC Components and architecture. You will learn how to work with different developer toolbar and Firebug. Finding objects using name, id, text, href, value, xpath, src, class and more.

Topics - Introduction and architecture of Selenium RC, Execute Selenium RC from Java IDE and command prompt, Selenium RC API, Reporting Results, Advanced Selenium RC, Selenium Server logging, Introduction about locator concept, Tools to identify elements/objects, Firebug, IE Developer tools, Google Chrome Developer tools.Xpath techniques, JavaScript to find Xpath in Internet Explorer.

3. Selenium WebDriver

Learning Objectives - In this module we look into Selenium WebDriver and setting up an environment for execution. Running test cases on multiple browsers. Loading of browser with selenium driver. Object identification using WedDriver API. Handling of special test cases like alert window, working with frames, page refresh and navigation.

Topics - Introduction and architecture of Selenium WebDriver, Configuring Selenium WebDriver in Eclipse, Working with Firefox Driver, IE Driver, Chrome Driver, Safari Driver, Cross Browser Testing, Launching browsers with drivers, Object Identification, WebDriver Special Cases - Working on Frames, Handling Web tables, Handling Alert/Dialog boxes, Handling of dropdown, Handling of Textbox, Page Refresh, Back and Forward Navigation of Page.

4. Validation and Designing of Framework

Learning Objectives - This module will cover validation of web elements and content validation. Design of Automation framework using keyword driven and data driven approach.

Topics - Validation of Radio button, Checkboxes, Read only and Disabled fields, Scroll down, Validating Page Content, Page Title, Page URL, Textbox Value and Colour of text, Selenium Framework Design- Data driven framework, Keyword driven framework, Hybrid Framework.

5. WebDriver Advanced Usage and Selenium IDE

Learning Objectives - This module will cover additional features of Selenium WebDriver which makes it far much better than any other automation tool. As these features comes with the tool itself so it makes it very easy to use .In the end you will learn about Selenium IDE and how to work with it.

Topics - WebDriver: Advanced Usage - Explicit and Implicit Waits, Handling of keyboard events, Uploading a file using Selenium WebDriver, Exception Handling with Selenium WebDriver, Taking screenshot with Selenium WebDriver, Handling Cookies with Selenium WebDriver, Advanced User Interactions - Browser Startup Manipulation, Migration of Selenium1 code to Selenium2.

6. Programming and Report Generation

Learning Objectives- In this module we introduce JUnit with Eclipse. Writing Test Cases using Test Driven Development (TDD) approach. Complete code coverage of Java Project with reports. You will also learn about report generation using Class wise and TestCase wise.

Topics- JUnit Basics, Configuring JUnit with Eclipse.Using JUnit with Selenium WebDriver. Test Driven Development (TDD).Java Code Coverage (JaCoCo) - Introduction, adding JaCoCo in Eclipse to get reports, generating Java Code Coverage Reports.

7. Selenium-Grid, Sikuli, TestNG, Automating with AutoIt

Learning Objectives - In this module we start with Selenium-Grid, Running Test Cases on multiple systems using different programming languages on different browsers at the same time, Creating HUB and Nodes using Selenium-Grid for parallel execution and Achieving automation for images. Using TestNG for designing test cases, Report generation of overall execution using TestNG, Introduction to AutoIt and automating with AutoIt.

Topics - Selenium-Grid Introduction, Configuring Selenium-Grid, Hub and Node Configuration, Timing Parameters, Customizing the Grid, Parallel execution using Grid, Sikuli - Introduction, working with Sikuli, Interaction with desktop applications, How image recognition works in Sikuli, Sikuli integration with Selenium, TestNG - Introduction to TestNG Framework, Annotation concept and different types, Parallel script execution, Suite creation methodology, Report generation, Assertions, Verifications, AutoIt - Need of AutoIt tool, Basics of AutoIt tool, Converting AU3 file to exe file, Calling AutoIt script from Selenium project.

8. Project

Learning Objectives - In this Module we are going to apply what we have learned in previous modules on a live website.

Topics - Applying Keyword Driven approach , Executing tests multiple times using Data Driven approach. Validating Textboxes, Checkboxes,Radio Buttons,URLs,Page Title and Page Navigation. Taking Screenshot for each validation.

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