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Network Programming and Automation Essentials

You're reading from   Network Programming and Automation Essentials Get started in the realm of network automation using Python and Go

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Product type Paperback
Published in Apr 2023
Publisher Packt
ISBN-13 9781803233666
Length 296 pages
Edition 1st Edition
Languages
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Author (1):
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Claus Töpke Claus Töpke
Author Profile Icon Claus Töpke
Claus Töpke
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Table of Contents (16) Chapters Close

Preface 1. Part 1: Foundations for Network Automation
2. Chapter 1: Network Basics for Development FREE CHAPTER 3. Chapter 2: Programmable Networks 4. Chapter 3: Accessing the Network 5. Chapter 4: Working with Network Configurations and Definitions 6. Part 2: Network Programming for Automation
7. Chapter 5: Dos and Don’ts for Network Programming 8. Chapter 6: Using Go and Python for Network Programming 9. Chapter 7: Error Handling and Logging 10. Chapter 8: Scaling Your Code 11. Part 3: Testing, Hands-On, and Going Forward
12. Chapter 9: Network Code Testing Framework 13. Chapter 10: Hands-On and Going Forward 14. Index 15. Other Books You May Enjoy

Looking into the language runtime

After writing your code and saving it, you are going to run it somewhere in your network. Go and Python have different ways to combine your source code and all imported libraries before running. Which one suits you more? Are there any relevant differences that are important to know? We’ll discuss that in this section.

What are compiled and interpreted languages?

After writing your code, some computer languages need to be compiled to run on your machine, though some don’t as they are interpreted line by line as it runs.

The languages that are compiled have to have a compiler that translates the source code into a series of bits and bytes that can run on the CPU architecture of your computer; it also has to link all static and dynamic system libraries. For instance, a computer with an Apple M1 processor will have a different compiler than an Apple with an Intel x86 processor. The result after the compilation is a binary program...

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