Immutable Objects in OOP – How to Design and Use in Java
Learn how to design and use immutable objects in Java for better code safety, thread-safety, and maintainability in modern OOP applications
Tutorials under 'Thread Safety'
Common Thread Exceptions in Java and How to Handle Them Effectively
Discover the most common thread-related exceptions in Java, why they happen, and how to handle or avoid them with best practices and code examples
Using synchronized Keyword for Thread Safety in Java – Explained with Examples
Learn how the synchronized keyword ensures thread safety in Java. Covers syntax, best practices, common pitfalls, and real-world multithreading scenarios
Atomic Variables in Java: AtomicInteger, AtomicReference, and More
Explore Java atomic variables like AtomicInteger and AtomicReference to achieve thread-safe operations without locks in concurrent programming
ThreadLocal in Java: Isolated Thread Data for Safer Concurrency
Learn how ThreadLocal in Java enables each thread to maintain its own isolated copy of data, avoiding synchronization and ensuring thread safety
Synchronized Blocks vs Synchronized Methods in Java: Key Differences and Best Practices
Understand the difference between synchronized blocks and methods in Java. Learn which to use, when, and how to write efficient thread-safe code
Immutable Objects and Thread Safety in Java: A Practical Guide
Learn how immutable objects ensure thread safety in Java. Explore benefits, real-world use cases, and how to implement them effectively in concurrent code
Java Memory Model (JMM) and Happens-Before Relationships Explained
Understand the Java Memory Model and happens-before relationships to write safe and performant concurrent applications. Includes rules, diagrams, and examples
Understanding False Sharing and Cache Coherency in Java Multithreading
Learn how false sharing impacts performance in Java multithreaded applications and how to avoid it using memory padding, @Contended, and best practices.
ReadWriteLock in Java: Boosting Performance in High-Concurrency Scenarios
Learn how to use ReadWriteLock in Java to boost performance in high-concurrency environments. Includes code examples, best practices, and expert tips
StampedLock in Java: Optimized Read-Heavy Locking for High-Concurrency Scenarios
Learn how to use StampedLock in Java to optimize read-heavy concurrent applications. Covers optimistic reads, conversion, pitfalls, and best practices
Thread Safety vs Concurrency in Java: Know the Difference and Write Better Multithreaded Code
Understand the difference between thread safety and concurrency in Java. Learn how they relate, why they matter, and how to build performant, correct code.