Selenium Automation Testing in Java

Selenium is one of the most popular automation testing tool used in industry to test different web applications, but is certainly not limited to just that, Boring web-based administration tasks can also be automated with Selenium. Selenium WebDriver is the one to create robust, browser-based regression automation suites and tests scripts scaled across many environments.

What will I learn? During and after completing this course you will be able to

• • Understand what automation mean? When to use it?

  • Set selenium Webdriver, Grid, write test scripts along with different frameworks.

  • Use selenium with Maven, Jenkins, and Git for Continuous Integration and Delivery.

  • Manage any web element with different events like click and context click, get and set, drag and drop, ....

  • Use Selenium with different frameworks like Keyword, Data driven, Page Object Modeling

  • Use text file, excel file, database for any driving test

  • You will be able to apply Test driven and Behavioural driven test using Cucumber

Please check the curriculum for more information..

Audience and Requirements:

• • QA, BA and anyone who is interested to know or use Selenium for Automation Testing.

  • Needs prior knowledge about software testing fundamentals. Look “Fundamentals of Software Testing” from our portal.

Training Highlights:

• • Mentorship will be available through training and after training

  • You will be working on functional automation on different projects

  • You will practise on interview questions and secession from day one

Outline

• 1. Introduction to Automation Testing

     1. Automation vs Manual testing

     2. Advantage and disadvantage of automation testing

     3. Metrics for automation testing

        1. Technical behaviour of the project

        2. Complexity of the project

        3. Stability of the project

        4. Test data Size

        5. Application Size

        6. Reusability if the script

        7. Execution platforms of the project

     4. Available tools for automation testing

  2. Selenium Introduction

• • 1. Selenium IDE

    2. Selenium Webdriver

    3. Selenium Grid

• 3. Setup Selenium Webdriver’ in Eclipse

• • 1. Downloading Selenium Webdriver

    2. Import webdriver to Eclipse

    3. Running your first selenium test using java

• 4. Running Selenium WebDriver in Multi Browsers:

• • 1. Firefox

    2. Chrome

    3. IE

    4. Safari

    5. HtmlUnitDriver

• 5. Selenium WebDriver Commands

• • 1. Opening a URL using WebDriver

    2. Managing a browser

    3. Finding the title of webpage

    4. Navigating forward, backward and refresh webpages pages

    5. findElement by locators::

       1. ID

       2. Name

       3. tagName

       4. Classname

       5. css locator

       6. link text: partial and full link text

       7. Xpath: absolute and relative Xpath

    6. Working with input box: read, write and clear text

    7. Clicking on an element

    8. Reading attributes and css values( like color, font size) of an element

    9. Managing alerts, frames and other windows

• 6. Selenium Waiting Elements:

• • 1. Implicit wait

    2. Explicit wait

• 7. Selenium Assertion and Validation

  8. Selenium More on Elements

• • 1. Operating on listbox/dropdown box and comboboxs

    2. Operating on minutes, tables and Calendars

    3. Operating on file upload and download

• 9. Action Controlling:

• • 1. Performing Context/right click

    2. Performing mouseover action

    3. Performing drag and drop action

    4. etc

• 10. Event Listener and Triggers

• • 1. Onclick

    2. On mouseover, ..

• 11. Inspecting Elements on Websites:

• • 1. Using browser inspector

    2. Using xPath, firePath and fireBugs

    3. xPath helper

• 12. Special Tips:

• • 1. Handling file upload and download in different ways

    2. Automating to test all links

    3. Checking logo and address position

    4. Work with https and proxy authentication

    5. Handling windows alerts using autoIT

• 13. Logging Using log4j

• • 1. Introduction to logging

    2. Download and import Log4j

    3. Writing test cases with Log4j

    4. Log4j manager

    5. Log4j appenders

    6. Log4j logger

    7. Selenium Grid

• 14. Selenium Grid for Distributed Testing

• • 1. Selenium Grid for client and server

    2. Selenium Grid commands

Junit

• 1. Unit testing introduction

     1. What is Unit testing

     2. Unit testing coverage

     3. Unit testing in Java

  2. Junit introduction

• • 1. What is Junit

    2. Installing and configuring Junit with Eclipse

    3. Defining test case in Junit

    4. Running Junit test from Eclipse

    5. Eclipse Junit perspective for reporting

• 3. JUnit complete example using Eclipse

• • 1. Create a project in Eclipse

    2. Create a java class to be tested

    3. Create and run a JUnit test case

    4. Using @Ignore annotation

    5. Creating suite tests

    6. Creating parameterized tests

    7. Rules

• 4. Junit Annotations

• • 1. After and AfterClass

    2. Before and BeforeClass

    3. Ignore

    4. Test

• 5. Junit main Assertions

• • 1. Assert. AssertEquals

    2. AssertTrue and AssertFalse

    3. Fail

    4. AssertNull, AssertThat

    5. AssertSame and AssertNotSame

• 6. Junit Assume methods

• • 1. AssumeTrue, AssumeThat

    2. AssumeNotNull, AssumeNoException

• 7. Junit naming conventions

• • 1. Suffix “-test” to test classes

    2. Using “should” inside method names

    3. Suffix “Test” while Junit is in Maven

• 8. Junit Test Suite to execute multiple test classes

• • 1. @RunWith(Suite.class)

    2. @SuiteClasses annotation

• 9. Junit Test Runner to run multiple test cases together

• • 1. junit.runner.JunitCore

    2. junit.runner.Result

    3. junit.runner.notification.Failure and success

• 10. Running Junit from command line

TestNG (Testing Next Generation)

• 1. Introduction to testNG

  2. Installing and configuring testNG with Eclipse

  3. TestNg tests:

     1. TestNG test cases

     2. TestNG test suite

  4. TestNG annotations

• • 1. @BeforeSuite, @AfterSuite

    2. @BeforeTest, @AfterTest

    3. @BeforeGroups, @AfterGroups

    4. @BeforeClass, @AfterClass

    5. @BeforeMethod, @AfterMethod

• 5. Possible parameters for above annotations

• • 1. alwaysRun, enabled

    2. dependsOnGroups, DependsOnMethods

    3. groups, inheritGroups

• 6. @DataProvider of TestNG data driven testing

  7. The ‘name’ parameter and ‘parallel’ parameter

  8. @factory: TestNG test class generator

  9. @Listener(value): a TestNG class listener

  10. @Parameters(value): a way to pass value to a method

  11. @Test: main test method:

• • 1. Alwaysrun

    2. dataProvider, dataProviderClass

    3. dependsOnGroups, dependsOnMethods

    4. description, enabled

    5. expectedExceptionis

    6. groups, invocationCount

    7. invocationTimeOut

    8. priority, timeOut

    9. sucessPercentage

    10. threadPoolSize

• 12. TestNG Reporter for high level reporting

  13. TestNG XML file for test suite management

• • 1. Running TestNG from eclipse, Ant and command line

    2. Format of TestNG

    3. Parallel threading

    4. Using include tag

    5. Working on package label, group label, class label

    6. Working for parameterization

    7. Common attributes of tags

• 14. Special Tricks on TestNG

• • 1. TestNG data driven testing using parameterization and data from excel file

    2. TestNG multi browser testing, multi threading, reporting

Test Framework Approaches

• 1. Keyword Driven Framework

  2. Data Driven Framework

  3. Page Object Modeling Frameworks

  4. Page factory: implementation of POM

  5. Hybrid Framework

Maven

• 1. Maven installation in Eclipse

  2. Maven directory structure for development, testing and Target files

  3. Maven Clean, Build and Site Life cycles and their phases

  4. Maven POI.xml for configuration and management

  5. Maven Dependency management

  6. Maven Local, Central and Remote repositories

  7. Maven Deployment

Cucumber

• 1. Test Driven Development(TDD)

  2. Behavioural Driven Development (BDD)

  3. Cucumber configuration with Maven and Eclipse

  4. Cucumber Features file to write test cases

  5. Cucumber Scenario: Given …. When ….. And…. Then… keywords

  6. Cucumber generating step definition skeleton from features file

  7. Cucumber Features file to write selenium test cases using the feature skeleton

  8. Junit test runner to control features and step definition to run in one

  9. @CucumerOptoins with Junit @runwith annotations

  10. Cucumber Data Driven Testing

      1. With parameterization

      2. With Example keywords

      3. With Data table

      4. With Mapping Objects

Jenkin

• 1. Jenkin continuous integration and continuous deployment

  2. Jenkin installation and configuration

  3. Jenkin continuous deployment plugins with git, mailing, reporting, pipelining, ….

  4. Jenkin with JDK configuration

  5. Jenkin with maven configuration

  6. Jenkin with Git configuration

  7. Jenkin with Selenium WebDriver configuration for web testing

  8. Jenkin Job Creation, Pre processing, Packaging, Post processing, Deployment and Reporting

  9. Jenkin Continuous integration and pipelining

  10. Jenkin job distribution from Parent Jenkin to Slave jenkin to other machines

ANT

• 1. Installation of ANT

  2. Data types(set of services)

  3. How to write build.xml

Assessment:

Scenario 1: Identify three main parts that should be automated from websites. Also define your automation strategy, which framework you want to apply and how to manage your data

Scenario 2: Write a Selenium script to select Jan 2018, from any calendar.

Scenario 3: Describe how to apply data driven testing in TestNG for login functionality. Write your code too

Scenario 4: Develop a Cucumber framework to automate login logout test with different credentials. The framework should take username, and password from a center.

Scenario 5: Write a Selenium framework that automates links of a webpage. Follow any approach you think is better.