Software Testing Course in Pune(2024)| With 100% Placement

MANUAL TESTING
Pre-requisite
1. Enthusiasm of learning new technology
2. Analytical and logical mind
3. Added advantage if a candidate has knowledge of any programming language but not mandatory

MODULE 1: SOFTWARE TESTING INTRODUCTION
▪ What is software testing?
▪ Why is testing necessary?
▪ What exactly does a software tester do?
▪ Testing Principles Guidelines for new testers
▪ What makes a good tester?
▪ Demand of tester jobs in current market
▪ Types of application
▪ Standalone application
▪ Client Server Application
▪ Web Based Application
▪ Mobile application
▪ Daily routine of a tester

MODULE 2: SOFTWARE DEVELOPMENT LIFE CYCLE
SDLC Phases
▪ Requirements Phase.
▪ Analysis Phase.
▪ Design phase.
▪ Coding Phase.
▪ Testing phase.
▪ Delivery and Maintenance Phase.
SDLC Models
▪ Waterfall Model.
▪ Spiral Model
▪ Prototype Model
▪ V Model
▪ Hybrid Model
▪ Agile Model
▪ Scrum
▪ Kanban
▪ What is Left Shift in Agile/testing?

MODULE 3: SOFTWARE TESTING METHODOLOGIES
▪ White Box Testing.
▪ Black Box Testing.
Functional Testing
Functional Testing
Integration Testing
System Testing User
Acceptance Testing
Sanity/Smoke Testing
Regression Test
Retest
Reliability testing
Performance Testing
Compatibility Testing
Endurance Testing
Security Testing
Recovery Testing
Ad-hoc Testing
I18N Testing
L1ON Testing
Grey Box Testing

MODULE 4: HOW TO WRITE TEST CASES
▪ Test case design techniques
• Boundary value analysis
• Error guessing
• Equivalence class partitioning
▪ Test case template and attributes in it
▪ Writing test cases and practice
▪ Review of test cases
▪ Review, inspection, walkthrough

MODULE 5: SOFTWARE TESTING LIFE CYCLE
▪ STLC
▪ Test Plan
▪ Use of test plan
▪ Test plan content
▪ Traceability Matrix

MODULE 6: DEFECT MANAGEMENT
▪ Defect / Bug life cycle
▪ Severity and Priority
▪ Defect Tracking
▪ Defect Reporting
▪ Defect logging template
▪ Test Metrics to monitor sprint

MODULE 7: WHAT IS JIRA SOFTWARE
▪ Introduction to Jira
▪ How to create account in Jira
▪ Workflow in Jira
▪ Creating project in Jira
▪ Creating test cases in Jira
▪ Creating Sprint
▪ Creating EPIC, User story, taks in Jira
▪ Creating test cycles in Jira
▪ Raising Defects in Jira

MODULE 8: Project

CORE JAVA FOR AUTOMATION TESTING
MODULE 1: INTRODUCTION TO JAVA
▪ Introduction
▪ Features of Java
▪ JDK, JRE & JVM
▪ Installation of JAVA, NotePAD++ and ECLIPSE
▪ Setting environment variables
▪ Verify Java is install on your machine

MODULE 2: BASICS OF JAVA
▪ Structure of programming language
▪ Variables
▪ What is variable and its usage
▪ How to declare and initialize variables
▪ Rules to define variables
▪ What is CamelCase standard?
▪ Datatypes
▪ Operators
▪ Keywords
▪ Executing first program in JAVA
▪ Java class skeleton
▪ Access modifiers
▪ Compile and running a class using command
▪ line using javac and java
▪ Defining multiple classes
▪ Restriction on public class
▪ What is print, println, printf and their differences
▪ Escape sequence characters

MODULE 3: CONTROL FLOW STATEMENTS
▪ If – else
▪ If – else – if
▪ Nested if
▪ Ternary operator & nested ternary operator
▪ Switch case
▪ Switch case fall through
▪ Restrictions passing parameter to Switch Statement

MODULE 4: LOOPING IN JAVA
▪ For Loop
▪ While Loop
▪ Enhanced/Modern for loop
▪ Do – while Loop
▪ Continue statement
▪ Break statement
▪ Inner Loop / Nested Loop
▪ for within a while and vice versa
▪ Logical programs using loops

Module 5: ARRAY IN JAVA
▪ Use of array
▪ Array types -1/2/n dimensional array
▪ Delcaration, initialization of 1/2/n
▪ dimensional array
▪ Programs using array
▪ Passing array to a method

Module 6: STRING
▪ What is String?
▪ Different ways to create string
▪ String Constant Pool
▪ Use of equals and ==
▪ StringBuffer, StringBuilder
▪ String parameter passing to a method

MODULE 7: METHODS IN JAVA
▪ Declaration
▪ Parameterization
▪ Types of parameterization for methods
▪ Returning value
▪ Automatic promotion
▪ Method signature
▪ Variable length arguments or VarArgs

MODULE 8: TYPES OF VARIABLES
▪ Local variable
▪ Instance variable
▪ Static / Global variable

MODULE 9: TYPES OF VARIABLES
▪ What is OOP paradigm?
▪ Objects
▪ How to declare object?
▪ Default value of an object?
▪ Class
▪ Types of classes
▪ What a class can contain?
▪ Getter and setter methods and its usage
▪ Constructor
▪ Constructor overloading
▪ Types of Constructors
▪ Constructor chaining
▪ Main pillars of OOPs
▪ Inheritance
▪ Use of Inheritance
▪ Single inheritance
▪ Multilevel inheritance
▪ Hierarchical inheritance
▪ Multiple inheritance
▪ Hybrid inheritance
▪ Polymorphism
▪ Method overloading
▪ Use of Method overloading
▪ Method overriding
▪ Use of Method Overriding
▪ Restrictions on method overridding
▪ Abstraction
▪ Abstract class
▪ Interface
▪ How to achieve multiple inheritance in Java?
▪ Why is multiple inheritance is not possible using classes in java?
▪ super keyword and super() method
▪ this keyword and this() method
▪ Final keyword wrt class, variable and method
▪ Static and instance blocks
▪ Encapsulation
▪ Encapsulation types: 1:1, 1:many, many:1,
▪ Many to Many
▪ Passing object to a method

Module 10: WRAPPER CLASSES
▪ What is Wrapper class?
▪ Usage of Wrapper class

Module 11: PACKAGE/CLASS
▪ IMPORT AND TYPE CASTING
▪ Package
▪ What is package?
▪ Subpackage
▪ How to import package and classes?
▪ Type Casting
▪ implicite Type Casting
▪ Explicite Type Casting

MODULE 12: COLLECTIONS IN JAVA
▪ What is collection framework?
▪ Use of collections
▪ Major interfaces in collection framework
▪ Classes implements collection interfaces
▪ Characteristics of Hashmap, Hashset, ArrayList
▪ Differences among collection classes
▪ Logical programs using Collection framework
▪ Comparator and Comparable
▪ Collections class
▪ Arrays class

MODULE 13: EXCEPTION HANDLING IN JAVA
▪ Concept of Exception and Exception handling
▪ Types of exception - checked and unchecked
▪ Try – catch block
▪ Multiple catch block
▪ Finally block
▪ Try with resources
▪ throws and throw
▪ Catching multiple exception in one catch
▪ Creating and using custom exception

GUI AUTOMATION USING SELENIUM WITH JAVA
MODULE 1: GETTING STARTED WITH SELENIUM
▪ What is Selenium ?
▪ Advantages & limitations of Selenium
▪ Components of Selenium
▪ Comparison of Selenium with other tools
▪ What Selenium can not do?

MODULE 2: SELENIUM WEBDRIVER
▪ Introduction
▪ Evolution
▪ Architecture
▪ Configuration of Selenium Webdriver to project
▪ Automation using Selenium WebDriver
▪ Important methods in Selenium WebDriver

MODULE 3: LOCATOR TECHNIQUES IN SELENIUM
▪ Introduction to Locators
▪ Locating web elements using
✓ id
✓ name
✓ className
✓ tagName
✓ linkText
✓ partialLinkText
✓ cssSelector
✓ xpath
▪ Types of X – Path
▪ Absolute and Relative X- path
▪ User Friendly locators in Selenium 4

MODULE 4: UI TESTING IN SELENIUM PART – 1
▪ Types of Alerts
▪ Handling Alerts
▪ Handling multiple windows & tabs
▪ Verify Page title in Selenium WebDriver
▪ Navigation in selenium
▪ Handling Edit-box
▪ Handling links
▪ Handling Radio button & Check-box

MODULE 5: UI TESTING IN SELENIUM PART – 2
▪ Handling Drop Down using Select class
▪ Methods under Select class
▪ Handling Drag and Drop
▪ Resize operations
▪ Handling Mouse Hover
▪ Keyword Events using Action class
▪ Scrolling on a web page using JavaScript Executor
▪ Handling jQuery dropdown list
▪ Keyboard handling using Keys enum
▪ Reading properties file
▪ Handling SVG element
▪ Handling Shadow Element

Module 6: WAITS IN SELENIUM
▪ Implicit Wait
▪ Explicite Wait
▪ PageLoadTimeOut

MODULE 7: UI TESTING IN SELENIUM PART – 3
▪ What is an IFrame
▪ Identifying an IFrame
▪ Switching to specific IFrame in Selenium WebDriver
▪ Handling File upload
▪ How to take screenshot using selenium
▪ Taking a full page screenshot using Ashot
▪ Handling WebTable
▪ Handling WebCalendar

MODULE 8: TESTING
▪ Configure Eclipse with Selenium and TestNG
▪ Create First TestNG Program and Execute
▪ Attributes in TestNG
▪ Different annotations and their usage
▪ DataProvider 7 its usage (including hashmap, All data providers in one file)
▪ Excel Reading for Data Provider
▪ Annotations order of execution
▪ Helping Attributes in TestNG
▪ Assertions in TestNG - Hard and Soft assertions
▪ Parallel test execution capability
▪ TestNG Listeners
▪ Parameter passing using testng.xml
▪ TestNG Listeners
▪ Default Reports using TestNG
▪ Different 3rd party reports - Extent, Allure, Serenity, tesult etc
▪ Reports using TestNG.
▪ Design and develop industry standard framework

Module 9: PAGE OBJECT MODEL
▪ What is POM?
▪ What is POM?
▪ Use of POM
▪ Advantages of POM
▪ Creating page classes
▪ Method chaining

Module 10: BDD - BEHAVIOUR DATA DRIVEN
▪ What is BDD?
▪ Advantages & drawbacks of BDD
▪ Introduction to Cucumber
▪ Gherkin syntax in Cucumber
▪ Practical usage of BDD
▪ Scenario, Scenario Outline
▪ Feature file Creation
▪ Step file creation
▪ Background
▪ Configuring BDD to project
▪ Implementation of BDD framework
▪ using Cucumber

Module 11: MAVEN
▪ Introduction to Maven
▪ Maven installation/unzipping
▪ Verification if Maven present on machine
▪ Maven Usage
▪ Creating Maven project and configure
▪ Selenium Webdriver
▪ configuring Maven with Eclipse
▪ Test Execution in Maven
▪ Creating pom.xml file
▪ All about pom.xml
▪ Maven Integration tool
▪ Maven goals
▪ Maven Life Cycle

Module 12: VERSION CONTROL
▪ SYSTEM - GIT & GITHUB
▪ What is POM?
▪ What is POM?
▪ Use of POM
▪ Advantages of POM
▪ Creating page classes
▪ Method chaining

INTRODUCTION TO API TESTING USING POSTMAN
MODULE 1: BASICS OF API TESTING
▪ Introduction to API
▪ Monolethic VS micro services architecture
▪ Difference between API & Web services
▪ Difference between SOAP & REST API
▪ Architecture of Web application
▪ Examples of APIs

MODULE 2: INTRODUCTION TO POSTMAN TOOL
▪ Postman features
▪ Installation of Postman
▪ Workspaces in Postman
▪ HTTP methods and its examples
▪ Variables and environment

BASICS OF SQL
▪ What is Data & Database ?
▪ DBMS & RDBMS
▪ MySQL Server
▪ Introduction to – Structured Query
▪ Language
▪ Data types
▪ DML
▪ DDL
▪ Where clause
▪ Select distinct
▪ Order by keyword
▪ Group by
▪ Having
▪ Like operator
▪ In operator
▪ Between operator
▪ Aggregate function