Parallel Programming And Concurrency C# 13 and .Net 9

Definitive Guide

De: Armen Melkumyan

Narrado por: Virtual Voice

Dive into the future of software development with this comprehensive guide to parallel programming and concurrency using .NET 9 and C# 13. Whether you’re a seasoned engineer or new to asynchronous and multithreaded design, this book provides in-depth coverage of the frameworks, patterns, and best practices you need to build efficient, high-performance applications.

Inside, you’ll explore:

• Core Concurrency Concepts: Grasp the fundamentals of threads, tasks, and async/await to manage multiple operations in real time.
• Advanced .NET 9 & C# 13 Features: Leverage the latest language enhancements, compiler optimizations, and runtime improvements for maximum speed and reliability.
• Essential Parallel Constructs: Master the Task Parallel Library (TPL), PLINQ, and data parallelism for scaling CPU-intensive workloads.
• Synchronization & Coordination: Understand locking, semaphores, reader-writer locks, barriers, and blocking collections to prevent race conditions and deadlocks.
• Concurrent Collections & Patterns: Delve into ConcurrentQueue, ConcurrentDictionary, BlockingCollection, and more to design safe, lock-free data pipelines.
• TPL Dataflow: Create dataflow pipelines that handle massive data throughput and real-time processing.
• Testing: Learn unit testing, load testing with specialized tools to ensure code correctness in non-deterministic environments.
• Performance Tuning: Optimize memory usage, thread scheduling, and GC settings, plus harness SIMD and lock-free techniques for true high-performance apps.
• Real-World Scenarios: Apply these principles to microservices, cloud computing, IoT, and enterprise-scale solutions.

Complete with practical code examples, step-by-step demos, and expert tips, this book empowers you to write faster, more resilient, and highly scalable software. Transform your approach to .NET development and gain the skills to tackle the most demanding concurrent applications in today’s multi-core world.