Selenium Automation Testing with Java + AI (2026 Edition)

Explore AI-powered test automation for selenium-based testing, leveraging natural language processing, computer vision, and machine learning to enable self-healing, autonomous testing with script generation, smarter locators, visual validation, and reporting.

Discover how artificial intelligence enhances Selenium automation by enabling AI-driven script generation, visual validation, and self-healing maintenance to address script creation, visual reliability, and test maintenance challenges.

install and configure java on mac for selenium development, download java 21 or 17, install the dmg, verify with java -version, and set java_home in your bash profile.

Download and install the Eclipse IDE for the Java developers on Mac, set a workspace, and explore Eclipse features like package explorer, code editor, and console output.

Install and configure Java on Windows, including JDK 8, set JAVA_HOME and update PATH, verify Java version, then download and set up Eclipse Luna for Java development.

Explore Java basics and advanced topics in the Selenium training segment, including strings, collections, object-oriented concepts, and exception handling, designed for beginners to learn Java from scratch with skip options.

Explore variables and data types in Java, including local, instance and static variables, and types such as boolean, char, integer, long, float or double, and string, with practical examples.

Master the three Java loops—for, while, and do-while—and learn when each is used, including that do-while executes at least once.

Explore Java constructors, including default and parameterized forms, how constructors auto-invoke on object creation, and how constructor overloading enables different parameter sets.

Learn Java inheritance by exploring the is-a relationship and how a child extends a parent to reuse code. Understand single, multilevel, and hierarchical inheritance, and why Java forbids multiple inheritance.

Explore method overriding in Java, where a child class provides the same-signature method from the parent with its own implementation, enabling runtime polymorphism through inheritance.

Learn how the final keyword in Java restricts variables, methods, and classes, turning constants like pi and gravity into fixed values and preventing overrides or inheritance.

Explore the abstract class concept in Java by defining abstract and non abstract methods, implementing them in subclasses, understanding that abstract classes are extended by subclasses and cannot be instantiated.

Explore interfaces in Java, which enable 100 percent abstraction with only abstract methods, constants, and no instantiation; classes implement them using implements and must override all methods.

Learn how encapsulation in Java wraps code and data into a single class, using private data members with setter and getter methods to protect and validate values.

Explore arrays in Java by declaring, initializing, and iterating one-dimensional arrays, accessing elements via indices, passing arrays to methods, and returning arrays from methods.

Discover how strings in Java, a class representing a sequence of characters, are defined by literals or new, and how the string pool differs from separate objects for memory efficiency.

Learn how to compare strings in Java using equals, equals ignore case, and the == operator, highlighting value versus reference semantics, then concatenate strings with plus and the concat methods.

Explore how the string buffer class provides a mutable, thread-safe alternative to Java strings, enabling heavy modifications via append, insert, replace, delete, and reverse in multithreaded contexts.

Learn key string class methods in Java, including equals, equals ignore case, index of, last index of, and length, with practical Eclipse examples and notes on case sensitivity.

Explore core string class methods in Java, including replace to substitute characters or substrings, split to create a string array from whitespace, and starts with to verify prefixes.

Explore Java string class methods such as substring, toCharArray, toLowerCase, toUpperCase, and trim with practical examples and error handling to build robust text processing in Selenium projects.

Understand the Java collection framework as a unified API of interfaces like set, list, and map, with implementations such as ArrayList and HashMap, enabling iterable data handling.

Explains the enumeration interface in the Java collection framework, showing how to iterate legacy collections like Vector and HashTable using hasMoreElements and nextElement, including creation via Vector.elements().

Explore the universal Java collection iterator and bidirectional list iterator, compare differences, and master methods such as hasNext, next, remove, set, add for forward and backward traversal.

Explore how linked list stores elements as a doubly linked structure, compare with array list, and perform add first, add last, remove first, remove last in Java collections.

Explore ArrayList in Java collections, a dynamic list that implements the List interface, supports a generic type, runtime growth and shrinkage, and add, remove, and random access operations.

Explore the HashSet in Java, a set backed by a hash table that disallows duplicates and nulls and does not preserve insertion order, default capacity 16 and load factor 0.75.

Explore LinkedHashSet in Java, an ordered variant of HashSet that implements the set interface, maintains insertion order via a doubly linked list, and preserves unique elements with no null values.

Master java TreeSet as a sorted set that automatically orders values with a red-black tree, removes duplicates, forbids nulls, and provides add, first, last, headSet, tailSet, and subset operations.

Explore the map interface in Java, understanding key-value pairs, unique keys, and when to use maps like HashMap, LinkedHashMap, and TreeMap.

Explore LinkedHashSet in Java as an ordered version of HashSet that maintains insertion order with unique elements and no null values, using a doubly linked list.

Learn how to read and write Java properties files using the Properties class to store configuration data, and how to use file input/output streams to manage config.properties.

Master reading and writing Excel files in Java with Apache POI, creating workbooks, sheets, rows, and cells, and writing output to disk for data-driven framework.

Read Excel files in Java with Apache POI by using a file input stream, opening a workbook and sheet, iterating rows and cells, and formatting values with a data formatter.

Learn to read test data from a JSON file, understand JSON basics like keys, values, arrays, and nested objects, and compare JSON and YAML with Excel for automation.

Learn how to write data to a json file in java using json.simple, including creating json objects, adding keys like name and location, and printing formatted output for test data.

Learn how to store test data in yaml files and read it in Java. Explore yaml's readability, indentation rules, and json comparisons.

Learn how to read yaml test data for test cases in Java, load it into maps and lists, and print key-value pairs for Selenium test automation.