The Art of Writing Efficient Programs: An advanced programmer's guide to efficient hardware utilization and compiler optimizations using C++ examples

Get to grips with various performance improvement techniques such as concurrency, lock-free programming, atomic operations, parallelism, and memory management

Key Features:

• Understand the limitations of modern CPUs and their performance impact
• Find out how you can avoid writing inefficient code and get the best optimizations from the compiler
• Learn the tradeoffs and costs of writing high-performance programs

Book Description:

The great free lunch of "performance taking care of itself" is over. Until recently, programs got faster by themselves as CPUs were upgraded, but that doesn't happen anymore. The clock frequency of new processors has almost peaked. New architectures provide small improvements to existing programs, but this only helps slightly. Processors do get larger and more powerful, but most of this new power is consumed by the increased number of processing cores and other "extra" computing units. To write efficient software, you now have to know how to program by making good use of the available computing resources, and this book will teach you how to do that.

The book covers all the major aspects of writing efficient programs, such as using CPU resources and memory efficiently, avoiding unnecessary computations, measuring performance, and how to put concurrency and multithreading to good use. You'll also learn about compiler optimizations and how to use the programming language (C++) more efficiently. Finally, you'll understand how design decisions impact performance.

By the end of this book, you'll not only have enough knowledge of processors and compilers to write efficient programs, but you'll also be able to understand which techniques to use and what to measure while improving performance. At its core, this book is about learning how to learn.

What You Will Learn:

• Discover how to use the hardware computing resources in your programs effectively
• Understand the relationship between memory order and memory barriers
• Familiarize yourself with the performance implications of different data structures and organizations
• Assess the performance impact of concurrent memory accessed and how to minimize it
• Discover when to use and when not to use lock-free programming techniques
• Explore different ways to improve the effectiveness of compiler optimizations
• Design APIs for concurrent data structures and high-performance data structures to avoid inefficiencies

Who this book is for:

This book is for experienced developers and programmers who work on performance-critical projects and want to learn different techniques to improve the performance of their code. Programmers who belong to algorithmic trading, gaming, bioinformatics, computational genomics, or computational fluid dynamics communities can learn various techniques from this book and apply them in their domain of work.

Although this book uses the C++ language, the concepts demonstrated in the book can be easily transferred or applied to other compiled languages such as C, Java, Rust, Go, and more.

Author: Fedor G. Pikus
Publisher: Packt Publishing
Published: 10/22/2021
Pages: 464
Binding Type: Paperback
Weight: 1.74lbs
Size: 9.25h x 7.50w x 0.94d
ISBN: 9781800208117

About the Author
Pikus, Fedor G.: - Fedor G. Pikus is a chief engineering scientist in the Mentor IC Segment of Siemens Digital Industries Software and is responsible for the long-term technical direction of Calibre products, the design and architecture of software, and research into new software technologies. His previous roles included senior software engineer at Google and chief software architect at Mentor Graphics. Fedor is a recognized expert in high-performance computing and C++. He has presented his works at CPPCon, SD West, DesignCon, and in software development journals, and is also an O'Reilly author. Fedor has over 25 patents and over 100 papers and conference presentations on physics, EDA, software design, and C++.

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