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System Programming Essentials with Go

System Programming Essentials with Go

By : Alex Rios
5 (5)
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System Programming Essentials with Go

System Programming Essentials with Go

5 (5)
By: Alex Rios

Overview of this book

Alex Rios, a seasoned Go developer and active community builder, shares his 15 years of expertise in designing large-scale systems through this book. It masterfully cuts through complexity, enabling you to build efficient and secure applications with Go's streamlined syntax and powerful concurrency features. In this book, you’ll learn how Go, unlike traditional system programming languages (C/C++), lets you focus on the problem by prioritizing readability and elevating developer experience with features like automatic garbage collection and built-in concurrency primitives, which remove the burden of low-level memory management and intricate synchronization. Through hands-on projects, you'll master core concepts like file I/O, process management, and inter-process communication to automate tasks and interact with your system efficiently. You'll delve into network programming in Go, equipping yourself with the skills to build robust, distributed applications. This book goes beyond the basics by exploring modern practices like logging and tracing for comprehensive application monitoring, and advance to distributed system design using Go to prepare you to tackle complex architectures. By the end of this book, you'll emerge as a confident Go system programmer, ready to craft high-performance, secure applications for the modern world.
Table of Contents (24 chapters)
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Free Chapter
1
Part 1: Introduction
4
Part 2: Interaction with the OS
10
Part 3: Performance
13
Part 4: Connected Apps
17
Part 5: Going Beyond

Introduction to Unix sockets

UNIX sockets, also known as UNIX domain sockets, provide a way for processes to communicate with each other on the same machine quickly and efficiently, offering a local alternative to TCP/IP sockets for IPC. This feature is unique to UNIX and UNIX-like operating systems such as Linux.

UNIX sockets can be either stream-oriented (such as TCP) or datagram-oriented (such as UDP). They are represented as filesystem nodes, such as files and directories. However, they are not regular files but special IPC mechanisms.

There are three key features:

  • Efficiency: Data is transferred directly between processes without the need for network protocol overhead.
  • Filesystem namespace: UNIX sockets are referenced by filesystem paths. This makes them easy to locate and use but also means they persist in the filesystem until explicitly removed.
  • Security: Access to UNIX sockets can be controlled using filesystem permissions, providing a level of security...

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