LeonardoZ/java-concurrency-patterns
Java Concurrency Patterns
This repository serves as a technical reference and educational resource for implementing concurrent programming patterns within the Java virtual machine. It provides a collection of examples and architectural approaches designed to manage shared state, thread synchronization, and task execution in multithreaded environments.
The library focuses on foundational strategies for building scalable applications, including techniques for data isolation and the implementation of producer-consumer workflows. It covers a range of synchronization mechanisms, such as mutual exclusion for shared memory and coordination primitives for managing complex execution flows and dependencies between threads.
Beyond basic synchronization, the project demonstrates how to offload and parallelize workloads using managed thread pools to maintain system responsiveness. It includes implementations for atomic variable operations, barrier-based coordination, and thread confinement strategies to ensure data integrity during parallel processing.
Features
- Java Concurrency Handbooks - Provides a comprehensive collection of Java multithreading examples and design patterns.
- Concurrent Programming References - Serves as a technical reference for implementing concurrent programming patterns.
- Thread-Confined Access - Demonstrates thread confinement strategies to ensure data integrity without synchronization.
- Thread Barriers - Implements thread barriers to coordinate execution flow across multiple threads.
- Blocking Consumers - Provides blocking consumer implementations for thread-safe producer-consumer workflows.
- Java Implementation References - Offers concrete Java code examples for implementing synchronization and parallel execution.
- Inter-Thread Coordination - Provides coordination logic for inter-thread signaling and dependency management.
- Atomic Variable Increments - Provides atomic increment operations for thread-safe variable updates.
- Thread Synchronization Coordinations - Manages execution dependencies between threads using signaling mechanisms.
- Background Task Management - Offloads heavy workloads to managed thread pools for parallel execution.
- Mutual Exclusion Locks - Uses mutual exclusion locks to manage shared-state concurrency.
- Thread Pools - Manages reusable worker thread pools for efficient task execution.
- Background Task Management - Distributes parallel workloads across thread pools to maintain system responsiveness.
- Concurrency Synchronization Primitives - Provides primitives for coordinating access to shared resources in concurrent environments.
- Concurrent Programming Patterns - Documents architectural patterns for designing robust multi-threaded systems.
- Multithreaded Application Architectures - Provides structural patterns for building robust multithreaded applications.
- Thread-Safe State Synchronization - Ensures data integrity across shared resources using synchronization primitives.
