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Eman shafique

Are you looking to take your networking skills to the next level with the power of Python? This course is designed to bridge the gap between traditional network administration and modern network automation. Whether you're a network engineer, a system administrator, or an aspiring IT professional, this course will provide you with the skills and knowledge to harness Python for real-world network programming tasks.

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Are you looking to take your networking skills to the next level with the power of Python? This course is designed to bridge the gap between traditional network administration and modern network automation. Whether you're a network engineer, a system administrator, or an aspiring IT professional, this course will provide you with the skills and knowledge to harness Python for real-world network programming tasks.

Python has become the go-to language for network engineers because of its readability, flexibility, and extensive libraries designed for networking tasks. In this course, you’ll learn how to use Python to interact with network devices, analyze data traffic, build socket-based applications, and automate common networking tasks that would otherwise take hours to perform manually.

Throughout the course, we will focus on practical, hands-on exercises to ensure that you not only understand the theory but also know how to apply it in real environments. You will explore how to write scripts to communicate with routers and switches, monitor network activity, create custom network tools, and much more. The course progresses from foundational concepts to more advanced techniques, ensuring it is suitable for both beginners and those with some programming or networking experience.

By the end of this course, you will be confident in your ability to write Python scripts that interact with and control network systems, making you a more efficient, skilled, and modern network professional. No prior Python or programming experience is required — just your motivation to learn and grow in the evolving world of network technology.

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What's inside

Learning objectives

  • Build network applications using python sockets (tcp/udp)
  • Automate network device configuration and management using python
  • Use python libraries like socket, paramiko, netmiko, and scapy
  • Create custom network scanners and packet sniffers
  • Establish ssh and telnet connections to routers and switches via scripts
  • Analyze and manipulate network traffic using python
  • Automate repetitive network tasks such as backups and monitoring
  • Understand ip addressing, protocols, and client-server models with practical examples
  • Develop tools to troubleshoot and secure network infrastructure
  • Build real-world python scripts to manage and audit networks

Syllabus

SECTION 1
Introduction
SETUP OR INSTALLATION OF PYTHON
SECTION 2
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Learners who complete Mastering Python Network Programming: From Basics to Advance will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 13 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Mastering Python Network Programming: From Basics to Advance.
Is widely considered the definitive guide for network engineers transitioning to Python-based automation. It covers libraries mentioned in the course like Netmiko and Paramiko while providing real-world scenarios for managing Cisco, Juniper, and Arista devices. It is an essential current reference for anyone looking to move beyond basic socket programming into enterprise-level network orchestration.
Provides a practical approach to building network applications and automating tasks using Python 3. It aligns perfectly with the course's focus on socket programming, protocol handling, and creating custom network utilities. It is particularly useful as a textbook for learners who want more hands-on coding exercises related to HTTP and web networking.
Focusing on the security side of network programming, this book dives deep into Scapy for packet manipulation and sniffing, which are key learning objectives of the course. It teaches how to create stealthy network tools and troubleshoot infrastructure from a security perspective. It is more valuable as additional reading for students interested in the 'troubleshoot and secure' objective.
This industry-standard text provides the foundational knowledge of how modern networks are evolving toward software-defined models. It covers essential tools like Ansible and Python-based APIs that complement the course's automation section. It useful reference tool for understanding the broader ecosystem of network programmability.
Though older, this book classic academic resource that provides an exhaustive look at the Python socket module and the TCP/IP stack. It offers deep theoretical background that helps students understand the 'why' behind the 'how' in socket programming. It is highly recommended for those who want to master the low-level client-server models mentioned in the syllabus.
Focuses on building robust and scalable network applications using Python's asynchronous capabilities and standard libraries. It covers the basics of IP addressing and protocols while moving into advanced socket concepts found in Section 3 of the course. It serves as an excellent bridge between basic scripting and professional software development.
This is the premier textbook used in universities worldwide to teach the fundamentals of computer networking. It provides the necessary prerequisite knowledge of the OSI model, TCP/UDP, and IP addressing that the course assumes. Reading the early chapters will significantly help beginners grasp the socket programming concepts taught in Section 2.
Since the course states no prior Python experience is required, this book is the perfect prerequisite for absolute beginners. It teaches the fundamental syntax, data structures, and logic needed before diving into complex socket programming. It is widely regarded as the best introductory book for the Python language today.
While the course teaches how to write sniffers in Python, this book teaches how to actually interpret the data those sniffers collect. It is an essential companion for the course's learning objective regarding network traffic analysis. It uses Wireshark examples that provide a visual context to the raw bytes students will see in their Python scripts.
This is an authoritative, advanced reference for the inner workings of the TCP/IP protocol suite. It is highly valuable as additional reading for students who want to understand the deep mechanics of the packets they are manipulating with Scapy. It is technically challenging but provides unparalleled depth for a professional network engineer.
Places Python networking within the larger context of modern infrastructure and cloud operations. It is useful for understanding how network automation scripts fit into a CI/CD pipeline or a cloud environment. It provides a broader professional development perspective for students looking to advance their IT careers.
Is excellent for providing background knowledge on general automation scripts that can be adapted for networking. Its chapter on web scraping is particularly relevant to Section 5 (HTTP and Web) of the course. It is highly popular among industry professionals for its practical, non-theoretical approach to coding.
Focuses on data modeling for modern network devices, which is the next step after mastering basic SSH-based automation. It more advanced reference for students who want to move into model-driven programmability. It adds significant depth to the 'Advance Socket' and 'Network Utilities' sections of the syllabus.

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