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  • Book Overview & Buying Systems Programming with Zig
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Systems Programming with Zig

Systems Programming with Zig

By : Mihalis Tsoukalos
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Systems Programming with Zig

Systems Programming with Zig

By: Mihalis Tsoukalos

Overview of this book

Build reliable systems software with Zig through a project-driven approach focused on practical engineering challenges. Guided by UNIX systems engineer & bestselling author Mihalis Tsoukalos, you will learn modern systems programming techniques while creating production-ready applications, UNIX tools, & network services. This book takes you from essential UNIX tooling and build infrastructure to advanced topics such as direct memory access, binary formats, filesystem monitoring, networking, concurrency, asynchronous I/O, & database integration. Through hands-on projects, you will create command-line utilities, TCP and UDP services, HTTP applications, file indexing tools, cache servers, & a domain-specific language interpreter that combines memory management, comptime metaprogramming, parsing, evaluation, & error handling. Each chapter demonstrates how Zig features solve practical systems programming problems. You will work with memory management, process control, synchronization primitives, event-driven architectures, SQLite integration, protocol design, & performance-focused data structures while learning the reasoning behind key engineering decisions. By the end of this book, you will be able to build efficient and maintainable systems software in Zig & confidently apply the language to production projects.
Table of Contents (18 chapters)
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1
Part 1: Zig Foundations
6
Part 2: Systems Programming in Practice
17
Index

9

Implementing Asynchronous I/O

The shift toward asynchronous I/O is primarily driven by the need to handle a high volume of concurrent operations without the overhead of traditional threading. In a synchronous model, each I/O request — such as reading from a disk or waiting for a network packet — blocks the execution of the calling thread. This blocking behavior forces the OS to perform a context switch to another thread to keep the CPU busy, a process that involves saving and restoring registers and kernel-level bookkeeping. As the number of concurrent connections grows into the thousands, the memory consumed by individual thread stacks and the CPU cycles lost to context switching become a major bottleneck. Asynchronous programming addresses this by allowing a single thread to initiate multiple I/O operations and continue executing other logic while the hardware or kernel processes those requests.

This chapter covers:

  • Asynchrony is not Concurrency...
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Programming languages
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Systems Programming with Zig
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