Selenium WebDriver Java – Complete Automation Testing Master

Set up the Java development kit on Windows, install JDK 1.8, and configure JAVA_HOME and PATH to enable Java execution for Selenium-based automation.

Install Eclipse as the Java programming editor, choose the Eclipse IDE for Java EE developer to include Maven and Git, download the 64-bit zip, unzip, and launch Eclipse.exe to verify.

Navigate Eclipse basics, including workspace setup and the Java perspective. Create and manage a Java project with package explorer and editor, and distinguish Java project from Java EE.

Create a Java project in Eclipse, organize code into packages, subpackages, and Java source files, and follow naming standards for packages and classes.

Master Java basics by creating a class in Eclipse, declaring variables and constants, and using data types like int and float, with comments and class boundaries for automation code.

Learn how to define classes, constructors, and methods in Java, create objects, and call methods across packages using imports and class design.

Explore the three types of methods in Java: no-argument no-return, argument with no return, and argument with return value, plus creating reusable, modular methods for addition and multiplication.

Learn constructors in Java: constructors must match the class name, can take arguments but return nothing, can be overloaded, and are automatically invoked when objects are created.

Show how constructors initialize a class by starting the browser and setting the url before executing test cases, reducing duplicate setup across multiple test methods.

Learn to read runtime input in Java using the Scanner class, reading strings with nextLine, and convert to int with Integer.parseInt for simple calculations.

Learn to design small Java methods sum and sub that return values, and a multiply method that uses those results, demonstrated via a main method.

Implement two Java methods: a square method that returns the square of any input, and a sum method that takes the two squared results and yields 29.

Master selenium webdriver java basics by creating and reusing two-argument methods with return values to perform a chained calculation, calling with different inputs and multiplying results to obtain 140.

Practice exercise demonstrates swapping two numbers in Java using a third variable and without, illustrating I, J, and K with initial values 100 and 200.

Discover simple condition handling with if else to check even or odd numbers and expand to multiple conditions using if else if else in Java.

Explore multiple condition handling with if, else if, and else to classify a number as negative, zero, or positive, then determine even or odd, via a practice exercise.

Learn to implement condition handling with logical and and logical or in Java for Selenium WebDriver, using mod-based divisibility checks and clear conditional branches.

Explore nested conditions in Java by checking if a number is greater than zero before evaluating even or odd, with unlimited nesting and deliberate handling of negative inputs.

Download the attached project, study condition handling, and review solutions for exercises on the largest and smallest numbers, divisibility checks, month days, and triangle types.

Build a program to find the largest and lowest numbers among three inputs using conditional handling, by creating a class and a method that takes arguments A, B, and C.

Practice a Java method for a Selenium WebDriver course to determine if a number is divisible by five, eleven, or both, and report the corresponding messages.

Create a Java method in a class to practice condition handling by validating a month number and returning the days, handling invalid months and noting February has 28 days.

Classify triangles by implementing a method that takes three side lengths to determine if the triangle is equilateral, isosceles, or scalene.

Write a Java method that accepts five subject marks (physics, chemistry, biology, mathematics, computers), validates them between 0 and 100, then computes the percentage and displays the grade.

Master for loops in java by initializing a counter, setting a condition, and updating with increment or decrement to run code a fixed number of times.

Master while loops in Java by converting for loops, defining the starting point, setting the condition, and updating the index with the increment or decrement in the loop body.

Learn how the do while loop executes the body first, then checks the condition, making it an exit-control loop that runs at least once, unlike for and while loops.

Explore the for each loop, a form of the for loop, to iterate over a group of data like arrays, lists, and maps by assigning each value to a variable.

Learn how nested loops work by embedding a loop inside another and executing the inner loop for each outer iteration, as shown with outer 1–5 and inner 1–4.

Download the attached looping programming project, open it in Eclipse, and study solutions for swapping values with and without a third variable, Fibonacci series, prime checks, star triangles, and tables.

Practice exercise demonstrates swapping two method arguments, first with a third variable and then without using a third variable, using a equals 10 and b equals 20 as examples.

Generate a fibonacci series by adding the last two numbers, starting from zero and one, and produce the next 20 values in this programming exercise.

Write a method that takes a number as input and checks if it is prime, printing the appropriate prime or not prime message in this Selenium WebDriver Java exercise.

Practice exercise in Java prints a rectangular box to the output screen using a for loop, with four lines of six stars and inner lines showing starting and ending stars.

Develop a practice exercise to print a table by implementing a method. Display numbers not divisible by three, five and seven, then display numbers divisible by them.

Explore string handling in Java by treating string as a class, creating objects, and using length, trim, to uppercase, to lowercase, and charAt to manipulate text.

Explore practical string handling in Java, covering replace, length-difference counting, and concatenation. Also learn substring, contains, and split with arrays to manage results, including one-line solutions for common interview questions.

Explore string comparison in Java by using equals, equalsIgnoreCase, compareTo, and compareToIgnoreCase, demonstrating case sensitive and case insensitive checks, plus when to use double equals versus object methods.

Explore string handling in Java with practical exercises, download and import the string handling project, and learn reversing strings, checking palindromes, concatenation, word count, spaces, and string comparisons.

Reverse a string without the built-in reverse function to reinforce string handling in Java within the Selenium WebDriver beginner course.

Build a method to check whether a given string is a palindrome, using examples like madam and Malayalam, and practice string handling in the Selenium Java course.

Create a method that takes two string arguments, concatenates them, and computes the resulting length. Apply this simple string operation in Java within the Selenium WebDriver context for beginners.

Create a method that accepts a string argument and counts how many words the string contains. Return the word count, demonstrated by an example that should yield four.

Practice exercise in the selenium web driver java course teaches removing all spaces from a string. Compute removed spaces by comparing original and final string lengths.

practice comparing two strings by ignoring spaces and case, including leading and trailing spaces, to validate string equality in tests.

Practice exercise on string handling: implement two methods to compare end characters of two strings, first for the last ten characters and then for a user-defined count, both case-insensitive.

Practice exercise teaches how to compare first three characters of two strings, ignoring case, to determine if they are the same, without comparing the full strings.

Learn how to store multiple integers in Java with arrays, access elements by index, and check array length. Explore two creation approaches, updating values, and looping through elements.

Explore two dimensional arrays in Java, including creating, indexing by row and column, retrieving values, and iterating to display all data.

Learn array handling in Java with five practical exercises: sum of values, ascending and descending sorts, and searching values, using provided code and Eclipse import guidance.

Practice exercise guides learners to create a numeric array and sum all its elements, using a robust approach suitable for arrays of any size.

Practice sorting a numeric array by arranging elements in ascending order and then in descending order, without using the built-in sort function, and display both orders.

Practice extracting the largest and smallest values from a numeric array, using an example array in a Selenium WebDriver Java beginner course.

Practice exercise to write a simple Java program that finds the second largest and second smallest values in an array, ideal for beginners in Selenium WebDriver Java.

Develop a practical Selenium WebDriver Java exercise that creates a class and method to search a value in an array, verify its existence, and count its occurrences.

Explore file handling in java by reading and writing external text files with file reader and buffered reader, including end-of-file handling and practical notepad-based examples.

learn to read data efficiently in Java by using a buffered reader with a file reader, reading one line at a time in while loop until null, reducing conversion overhead.

Learn to write data to files in Java with file writer and buffered writer, covering overwrite vs append modes, constructors (two-argument), and flush, close, and line breaks with \n.

Discover how to use a buffer writer with a file writer to write complete content, in append mode, add new lines with the new line method, and flush and close.

Explore file handling with practical programming exercises and a downloadable project. Learn to read and write files, process odd and even lines, and manage error lines.

Learn to read data from two files and merge it into a third file by writing a final consolidated file containing data one, data two, data three, and data four.

Read data from a file and display only the odd-numbered lines on the console, then repeat for the even-numbered lines to practice file handling in selenium webdriver java.

Read a file in selenium web driver java and display only lines that do not contain the word 'error'.

Copy data from one file to another, transferring only lines without the text error, and perform file handling to create a test file with multiple lines.

Read data from a file, convert it to uppercase, and write the result to another file, practicing uppercase transformation and file writing.

Explore Java access modifiers, including public, private, default (package), and protected, and learn how public class members—methods, constructors, and variables—are accessed throughout a project via objects and imports.

Demonstrate the private access modifier in Java by showing that private methods are accessible only within the class, while public methods can call them inside the same class.

Explains the default (package) access modifier in Java, which allows class members to be accessed only within the same package; moving classes to another package makes them not visible.

Master the protected access modifier by learning how it allows access within the same package and in child classes outside the package, illustrated with class A and B.

Learn how at the class level only public and default (package) modifiers apply, while private and protected are disabled for top-level classes.