Java 8 finally fixed the broken date and time handling in Java. Discover why LocalDate and ZonedDateTime are a developer's best friend.

Optional is Java's answer to the billion-dollar mistake: null references. Learn how to use it to make your code more robust.

The Streams API changed how we process collections in Java. Say goodbye to complex for-loops and hello to elegant, chainable data pipelines.

Java 8 didn't just add lambdas; it revolutionized interfaces. Explore how Default Methods and the java.util.function package changed Java architecture.

Lambda Expressions transformed Java by allowing us to treat code as data. Learn the syntax and benefits of this revolutionary feature.

Java 8 remains the most influential update in Java's history. Explore the features that changed how we write Java forever.

Beyond the big features, Java 11 included several clever improvements that make functional programming and prototyping much smoother.

Java 11 extended the 'var' keyword to lambda parameters, bringing consistency and allowing for cleaner annotation usage in functional code.

Java 11 brought much-needed utility methods to foundational classes like String and Files, simplifying daily tasks for developers.

Java 11 replaced the aging HttpURLConnection with a modern, feature-rich HTTP Client API that supports HTTP/2 and non-blocking I/O.

A comprehensive guide to Java 11 LTS features that modernised Java for the cloud and container era.

Java 17 introduces Enhanced Pseudo-Random Number Generators through JEP 356, providing a modern, flexible framework for generating random numbers. This update brings new interfaces, multiple algorithm implementations, and better support for stream-based operations, addressing limitations of the legacy java.util.Random class.

Records in Java 17 provide a concise way to create immutable data classes, automatically generating constructors, getters, equals, hashCode, and toString.

Text Blocks in Java 17 make multi-line strings readable and maintainable by eliminating escape sequences and preserving formatting.

Pattern Matching for instanceof in Java 17 combines type testing and variable binding, making your code cleaner and more readable.

Sealed Classes in Java 17 provide fine-grained control over inheritance, allowing you to restrict which classes can extend or implement your types.

A comprehensive guide to Java 17 LTS features that improve code quality, readability, and developer productivity.

Java 25 extends Pattern Matching to primitive types, allowing 'switch' and 'instanceof' to handle int, long, and more.

Simplifying imports in Java 25 with Module Imports, making it easier to use entire libraries at once.

Java 25 finally allows statements before 'super()' in constructors, giving developers more freedom.

Evolving the Java language to be more concise and beginner-friendly with Implicit Classes and Instance Main Methods.

All new features introduced in Java 25

Unnamed Patterns and Variables (Preview) in Java 21

Structured Concurrency (Preview) in Java 21

Unnamed Classes and Instance Main Methods (Preview) in Java 21

Pattern Matching for switch introduced in Java 21

Record Patterns introduced in Java 21

Sequenced Collections introduced in Java 21

Virtual Threads

NOTE: This is a preview feature NOT enabled by-default in JDK-21.

String Templates introduced in Java 21

All new features introduced in Java 21

ਅਧੂਰੀ ਕਹਾਣੀ।

ਇਕ ਕਹਾਣੀ ਕਦੇ ਨਾ ਪੂਰੀ ਹੋਣ ਵਾਲੀ ਉਮੀਦ ਦੀ।