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Kniha High-Performance C++26 Engineering Jordan R. Lim

High-Performance C++26 Engineering

Concurrency, Performance, and the Modern Execution Model

Autor: Jordan R. Lim
Jazyk: Angličtina
Vazba: Brožovaná
Vydavatel: Independently published
Dostupnost: Očekávané naskladnění
Naskladnění 30. 06. 2026
560 Kč
Your code compiles. Your tests pass. But on production hardware it runs a fraction as fast as it sho...

Informace o knize

Autor
Jordan R. Lim
Jazyk
Angličtina
Vazba
Kniha - Brožovaná
Vydáno
2026
Stránek
300
EAN
9798184413020
Enbook ID
53026432
Vydavatel
Independently published
Hmotnost
406
Rozměry
152 x 229 x 16

Kompletní popis

Your code compiles. Your tests pass. But on production hardware it runs a fraction as fast as it should. The gap between a C++ program that works and one that genuinely performs is the C++26 concurrency model, the memory hierarchy, atomic memory ordering, and SIMD data parallelism - the topics most books skip or skim.

High-Performance C++26 Engineering closes that gap, chapter by chapter, with working code, real measurements, and a discipline that starts with profiling and ends with provably correct concurrent design.

Inside this book you will:

  • Build an accurate mental model of CPU pipelines, cache hierarchies, and the memory wall - and learn to measure what actually costs time with Google Benchmark and perf flame graphs
  • Apply data-oriented design, SoA layout, arena allocators, and std::pmr to eliminate allocation churn and cache misses
  • Master the C++ memory model: happens-before, acquire/release semantics, and CAS-based lock-free programming - explained without hand-waving
  • Use std::jthread, mutexes, semaphores, latches, and barriers to build correct, scalable multithreaded systems
  • Compose asynchronous pipelines with std::execution - C++26's standardized sender/receiver framework - for structured, cancellable, testable async code
  • Exploit data parallelism with parallel STL algorithms and std::simd, the portable C++26 SIMD abstraction
  • Walk through a complete capstone application that reaches 11× its baseline throughput through a measured sequence of targeted optimizations

Written for professional C++ engineers and systems programmers who already know the language and are ready to master the machine beneath it.