This repository contains hands-on experiments and implementations related to Java multi-threading and concurrency. The goal is to explore different threading concepts, improve performance optimization skills, and understand real-world use cases of multi-threading in backend development.
✔️ Creating and Managing Threads (Thread & Runnable)
✔️ Synchronization & Thread Safety (synchronized, lock, volatile)
✔️ Executor Framework & Thread Pools
✔️ Fork/Join Framework for Parallel Processing
✔️ Deadlocks & How to Avoid Them
✔️ Atomic Variables & Concurrent Data Structures
✔️ Asynchronous Programming with CompletableFuture
As a backend developer working on scalable and high-performance applications, mastering multi-threading is essential. This repository serves as a learning playground to implement, test, and document multi-threading concepts while building efficient and thread-safe applications.
✔️ Clone the repository
✔️ Explore different Java classes covering various threading concepts
✔️ Run the test cases to understand behavior
✔️ Modify and experiment with different scenarios
🔹 Implement real-world multi-threading use cases (e.g., Rate Limiting, Background Jobs)
🔹 Optimize performance with profiling tools
🔹 Explore Reactive Programming with Project Reactor
I have completed a YouTube tutorial on Java Threads and have learned the following concepts:
✔️ Use of Runnable
✔️ What is a Daemon Thread?
✔️ Synchronized Keyword
✔️ Race Conditions
✔️ What is Thread Safety?
✔️ Volatile Keyword
✔️ Producer-Consumer Pattern Problem
✔️ What is notify() and notifyAll()?
✔️ Thread States
✔️ yield() Method
✔️ Thread Sleep
✔️ wait() Method
✔️ Interrupted Exception
✔️ Thread Join
✔️ Thread Priority
✔️ Thread Scheduler
✔️ Preemptive Scheduling
✔️ Time-Sliced or Round-Robin Scheduling
✔️ Deadlock in Java
✔️ Java Program to Demonstrate Deadlock
Watch the YouTube Tutorial Here
🚀 Stay tuned for updates!