What is Selenium WebDriver?
Selenium WebDriver is an open-source tool designed for automating web applications for testing purposes. It provides a programming interface to create and execute tests against different web browsers. WebDriver interacts with the browser directly, simulating user actions like clicking buttons, entering text, and navigating pages, which allows for thorough testing of web applications.
Benefits of Selenium WebDriver:
- Cross-Browser Compatibility: WebDriver supports multiple browsers (Chrome, Firefox, Safari, Edge, etc.), enabling tests to be run on different platforms.
- Language Support: It supports various programming languages, including Java, C#, Python, Ruby, and JavaScript, allowing developers to write tests in their preferred language.
- Integration with Testing Frameworks: Selenium WebDriver can be easily integrated with popular testing frameworks like JUnit, TestNG, and NUnit, enhancing test organization and reporting.
- Handling Dynamic Web Elements: WebDriver can interact with dynamic elements on a webpage, allowing for effective testing of modern web applications that rely heavily on AJAX and JavaScript.
- Parallel Execution: Tests can be run in parallel on different browsers and machines, significantly reducing execution time.
Why Choose Ignitesofttech?
- Real-Time Training from Experienced Professionals
- Daily Recorded Sessions
- Ongoing Technical Support After Course Completion
- Hands-On Project Implementation
- 100% Real-World Projects and Use Cases
- Curriculum Reflecting the Latest Industry Trends
Course curriculum
• Introduction to Java
• History of java
• Comparison with C and C++
• Features of Java
• JDK,JRE,JVM overview
• JDK Directory Structure
• Basic Java Program through command prompt
• Download and install JDK/JRE • Set Environment variables • Download Eclipse IDE • Coding standards followed in Eclipse • Naming standards followed in Eclipse • Features of Eclipse IDE
• Introduuction to packages • Need for packages • package declaration in Java • Import statement in Java • static import in java • Resolving name clashes in packages
• Classes and Objects • Defining a class;Defining instance variables and methods • Defining a class, variable and method in Java • Method Signature; method call • Creating objects out of a class • Method calls via object references
• Interfaces and Abstract classes • Abstract and non-abstract methods
• extends and implements keywords in Java • Super class and Sub class • this keyword, super keyword in Java for inheritance • Concrete classes in Java • Aggregation and Association
• Compile time polymorphism -- Overloading of methods • Run time polymorphism -- Overriding of methods • Method Overriding rules and method overloading rules • Introduction to Object class and it's methods
• Protection of data • Java Bean, POJO • Getters/Setters • Memory management in Java • Heap • Stac • Garbage Collection
• Primitive Datatypes • Datatype Declarations • Datatype Ranges and its calculation • Memory allocation for each Datatype • Variable Names Conventions • Numeric Literals, Character Literals • String Literals • Arrays • Array of Object References • Enumerated Data Types • Non-Primitive Datatypes
• Expressions in Java • Assignment Operator • Arithmetic Operators • Relational Operators • Logical Operators • Conditional Operators • Operator Precedence • Implicit Type Conversions • Upcasting and downcasting • Strict typing • Type conversion
• Flowchart for conditional statements • If statement • If-else statement • If-else-if statement • Switch statement • String in switch case
• For loop • While loop • Do-while loop • Unconditional Control Statements/Jump Statements • break statement • labelled break statement • return statement • continue statement
• Diff between Scanner and BufferedReader • Methods to get Primitive datatypes • match method • delimiter method • findInLine method • skip,close method • useRadix method • useLocale method • IOException method
• Diff between Scanner and BufferedReader • Methods to get Primitive datatypes • match method • delimiter method • findInLine method • skip,close method • useRadix method • useLocale method • IOException method
• Role of access modifiers • Private access modifier • Role of private constructor • Default access modifier • Protected access modifier • Public access modifier • Access Modifier with Method Overriding
• variable • variable memory storage • Static variable • Local variable • Global/Instance Variable • variable widening • variable narrowing
• Constructor • Default constructor • Non-arg based constructor • Parameterised constructor • Difference between Constructor and Method • Constructor chaining • this and super method • constructor overloading
• Factory Design Pattern: • Advantage of Factory Design Pattern: • Implementing Factory Design Pattern: • Abstract Factory Design Pattern • Overview of other creational design pattern • Builder design pattern
• String datatype • String declaration • String Tokenizer • String methods • String types • String memory allocation • Manipulations in string • Interfaces and classes in String
• Declaration • Instantiation • Initialization of Java Array • Single dimensional Array • Multi-dimensional Array • Anonymous Array • Cloning an Array
• Need of Wrapper classes • Autoboxing • Unboxing • Primitive Wrapper Classes • Utility methods of Wrapper classes • valueOf and xxxValue methods • parseXxx and toString methods
• Need for Generics • How Generics works in Java • Types of Generics • Generic Type Class or Interface • Generic Type Method or Constructor • Generic Type Arrays • Generics with Wildcards • Unbounded Wildcards • Bounded Wildcards
• Java Collection Framework • Hierarchy of Collection Framework • Collection interface • Iterator interface • Methods of collection interface • List • Set • Queue • Collections utility class
• Introduction to Map interface • Methods in Map • Iterating a Map • Map hierarchy • Sorted Map • LinkedHashMap • TreeMap • HashMap
• Exception types • Usage of Try • Usage of Catch • Usage of Throw • Usage of Throws • Usage of Finally • Built-in Exceptions, • Creating own Exception classes
• Regular expression • MatchResult interface • Matcher class • Pattern class • PatternSyntaxException class • Regex Quantifiers • Regular Expression Character classes • Regex Metacharacters
• File Handling in Java • Stream • Java File Methods • File Operations in Java • File reader • File writer • Bufffered Reader • File permissions
• Method & Description • Date Comparison • Date Formatting Using SimpleDateFormat • Simple DateFormat Format Codes • Date Formatting Using printf • Date and Time Conversion Characters • Sleeping for a While • GregorianCalendar Class
• Need for Serialization in Java • Serializing an Object • Deserializing an object • Advantages and Disadvantages of Serialization in Java • Practical examples of Serialization in Java • Externalizable Interface • Transient Keyword • Serial Version UID • Controversies of Serialization in Java • Best Practices while using Serialization in Java
• Introduction to XML • Read XML File in Java • Java DOM Parser • Java SAX Parser • Read XML File in Java Using eclipse • Reading XML file using DOM Parser • Reading XML file using SAX parser
• JSONArray • JSONParser • JSONObject • simple maven dependency • Write JSON to file with json-simple • Read JSON from file with json-simple • Download Sourcecode
• Read CSV File in Java • CSV file creation • How to create CSV File • Java Scanner class • Java String.split() method • Using OpenCSV API • Reading CSV file with a different separator
• Concepts ofThread • Thread life cycle • Creating threads using Thread class and Runnable interface • Synchronization • Thread priorities • Inter Thread communication.
• Autoboxing • Generics • Enhanced for loop • Varargs • Enums • Static imports • C-lang printf() • StringBuilder • Metadata
• String in Switch Expression. • Underscores Between Digits in Numeric Literals. • Integral Types as Binary Literals. • Handling multiple exceptions in a single catch block. • Try-with-resources Statement. • Automatic Type Inference in Generic object instantiation.
• Lambda Expression • Method references • Functional interfaces • Interface changes: Default and static methods • Streams • Stream filter • forEach() • Collectors class with example • StringJoiner class with example • Optional class with example • Arrays Parallel Sort
• JVM Memory Structure • Heap area • Method Area • JVM Stacks • Native method Stacks • Program counter (PC) registers • Working of Garbage Collector • Memory leaks in Java
• Introduction to SQL • Table creation • SQL Insert • SQL Update • Applying Constraints • SQL Syntax • SQL Data Types • SQL Operators • SQL Database • SQL Select • SQL Clause • SQL Delete • SQL Join • SQL Keys
• Establishing connection • Types of JDBC driver • JDBC-ODBC Bridge Driver, • Native Driver, • Network Protocol Driver, and • Thin Driver • Running query • Extracting Result
• Check the given number is odd or not • Check the given number is even or not • Print first 100 odd numbers • Print first 100 even numbers • Count the number of even numbers from 1 to 100 • Count the number of odd numbers from 1 to 100 • Find the factorial of a given number • Generating fibbonacci series • Find the reverse of the given number • Check the given number is palindrome or not • Check the given number is armstrong or not • Find the sum of the digits in a number • Find the number of digits in a number • Find the product of digits in a number • Find the reverse of the string • Check the given string is palindrome or not • Print each word's first letter of the given string in capital number • Print the dupicate numbers in array • Print the Unique elements in array • Remove the duplicate character in string • Remove the duplicate words in string • Write code to print patterns • Pre-increment post increment example • prime number or not • Anagram or not • Usage of Collections.min(),max() and sort() • Usage of Arrays.min(),max() and sort() • Print numbers as String
• Coding Standards for Classes • Coding Standards for Interface • Coding Standards for Methods • Coding Standards for Variables • Coding Standards for Constants • Java Bean Coding Standards • Getter Methods • Setter Methods
• Types of Applications (Desktop, Web, Mobile, Hybrid) • Software Testing Methods (Manual and Test Automation). • Selenium Introduction • Selenium Components • Selenium vs. Other Testing Tools • Advantages of Selenium • Integration of Selenium with Other Tools
• Purposes and functionalities • Understanding the components • Selenium RC • Selenium IDE • Selenium webdriver • Selenium Grid • When to use Grid
• Third party drivers and plugins • Driver requirements • What is WebDriver • Selenium Architechture • Simple Program in Selenium WebDriver • WebDriver methods
• Inspecting elements in different browsers . • Id • name • classname • xpath • tag Name • linkText • partiallyLinkText • cssSelector
• Contains Xpath • Text Xpath • Text Contains Xpath • Attribute with contains • Following • Ancestor • Child • Preceding • Following-sibling • Parent • Self • Descendant
• Relative Xpath • Absolute Xpath • Difference between Absolute Xpath and Relative Xpath • Limitations in Absolute xpath • Advantages of using Relative xpath
• Finding checkboxes count • Checking the visiblity of Check Box • Checking the properties of Check Box • Identifying common locator for all checkboxes • Checking toggled attribute
• Handling the Text Box • Checking the visiblity of Text Box • Checking the properties of Text Box • Identifying common loactor for all TextBoxes • Finding Textboxes count
• Handling the Radio Button • Checking the visiblity of Radio Button • Checking the properties of Radio Button • Identifying common loactor for all Radiobuttons • Finding radiobuttons count