Part VI: Advanced Topics

In this section

• Chapter 13: High-Performance Messaging with ZeroMQ
  • ZeroMQ for Java: Multithreading and Concurrency
    Explore advanced multithreading and concurrency techniques in Java using ZeroMQ. Learn about thread safety, concurrency models, best practices, and synchronization mechanisms to build efficient and scalable ZeroMQ applications.
  • ZeroMQ for Java: Optimizing Throughput and Latency
    Explore techniques to maximize message throughput and minimize latency in ZeroMQ Java applications, focusing on socket options, batching, and serialization.
  • ZeroMQ for Java: Understanding and Managing I/O Threads
    This chapter delves into managing ZeroMQ's I/O threads in Java, optimizing performance and resource utilization for high-performance messaging.
• Chapter 14: Scaling ZeroMQ Applications
  • ZeroMQ for Java: Horizontal and Vertical Scaling Techniques
    Learn the essential techniques of horizontal and vertical scaling in ZeroMQ applications and discover how to optimize performance through strategic resource allocation.
  • ZeroMQ for Java: Exploring Load Balancing Approaches
    Learn various load balancing strategies for ZeroMQ systems, including built-in functionalities, custom solutions, and external tool integration.
  • ZeroMQ for Java: Cluster Management and Fault Tolerance
    Learn how to manage ZeroMQ clusters with Java, including service discovery, dynamic membership, and fault tolerance for robust application scaling.
• Chapter 15: Monitoring and Maintenance
  • ZeroMQ for Java: Implementing Logging for ZeroMQ Applications
    Learn the importance of logging in ZeroMQ Java apps, explore logging frameworks like Log4j, and understand best practices for efficient logging.
  • ZeroMQ for Java: Monitoring Tools and Metrics
    Explore tools and metrics critical for monitoring ZeroMQ applications, focusing on message rates, latency, throughput, and resource utilization.
  • ZeroMQ for Java: Handling Failures and Recovery
    Explore advanced strategies for detecting and recovering from failures in ZeroMQ systems, covering automatic reconnection and message durability.
• Chapter 16: Securing ZeroMQ Communications
  • ZeroMQ for Java: Encryption and Authentication Mechanisms
    Understand and implement encryption and authentication in ZeroMQ for Java, utilizing CurveZMQ and TLS to ensure secure communication channels.
  • ZeroMQ for Java: Secure Communication Channels
    Explore achieving secure ZeroMQ communications in Java, covering key management, certificate handling, and end-to-end encryption mechanisms.
  • ZeroMQ for Java: Best Practices for Security in Messaging
    This chapter outlines essential security practices for ZeroMQ in Java, including minimizing attack surfaces, performing audits, and updating dependencies.