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System Programming Essentials with Go

You're reading from   System Programming Essentials with Go System calls, networking, efficiency, and security practices with practical projects in Golang

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Product type Paperback
Published in Jun 2024
Publisher Packt
ISBN-13 9781837634132
Length 408 pages
Edition 1st Edition
Languages
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Author (1):
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Alex Rios Alex Rios
Author Profile Icon Alex Rios
Alex Rios
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Table of Contents (24) Chapters Close

Preface 1. Part 1: Introduction
2. Chapter 1: Why Go? FREE CHAPTER 3. Chapter 2: Refreshing Concurrency and Parallelism 4. Part 2: Interaction with the OS
5. Chapter 3: Understanding System Calls 6. Chapter 4: File and Directory Operations 7. Chapter 5: Working with System Events 8. Chapter 6: Understanding Pipes in Inter-Process Communication 9. Chapter 7: Unix Sockets 10. Part 3: Performance
11. Chapter 8: Memory Management 12. Chapter 9: Analyzing Performance 13. Part 4: Connected Apps
14. Chapter 10: Networking 15. Chapter 11: Telemetry 16. Chapter 12: Distributing Your Apps 17. Part 5: Going Beyond
18. Chapter 13: Capstone Project – Distributed Cache 19. Chapter 14: Effective Coding Practices 20. Chapter 15: Stay Sharp with System Programming 21. Index 22. Other Books You May Enjoy Appendix : Hardware Automation

Navigating named pipes (Mkfifo())

Named pipes are not limited to live processes, unlike anonymous pipes. They can be used between any processes and persist in the filesystem.

IPC can sometimes be an abstract concept, challenging to grasp for those new to system programming. Let’s use a simple, relatable analogy to make this easier: the “task mailbox” in an office setting.

Imagine you’re in an office where every team member has a specific set of tasks. Communication and task delegation are key to the smooth operation of this office. How do team members efficiently exchange tasks and information? This is where the idea of a “task mailbox” comes into play.

In our analogy, a task mailbox is a special mailbox in the office where team members drop off tasks for others. Once a task is in the mailbox, the designated team member can pick it up, process it, and move on to the next one. This system ensures that tasks are communicated and handled...

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