Python Network Programming - Part 2: Multivendor Environment
Python Network Programming – Part 2: Multivendor Environment. Automate Network Tasks Fast and Easy Using The Information, Tools, Libraries and Python Scripts Included In This Course!
The name of this course is Python Network Programming – Part 2: Multivendor Environment. The knowledge you will get with this indescribable online course is astonishing. Automate Network Tasks Fast and Easy Using The Information, Tools, Libraries and Python Scripts Included In This Course!.
Not only will you be able to deeply internalize the concepts, but also their application in different fields won’t ever be a problem. The instructor is Mr. Mihai Catalin Teodosiu, one of the very best experts in this field.
Description of this course: Python Network Programming – Part 2: Multivendor Environment
Course Description * Course Went Live: April 2016. Last Update: December 2016 * * Full Apps, Quizzes, Cheat Sheets and Final Project are included * Before you read what I have to say, see what my students are saying about my courses: “What an incredible value and learning experience!” by Sean A. “Excellent material. Kudos to a great instructor with a vast level of creativity.” by Anthony W. “I can say this man is going on smoothly and perfectly, explaining in the most empirical/foundational way.” by Kolapo A. — Are you a network professional who wants to start automating network tasks and manage network devices from various vendors? Are you looking to become a better network engineer and start learning network programming? Or maybe you’re seeking a raise or even a career change? Are you here after going through my “Python Network Programming – Part 1: Build 7 Python Apps” course, which became a bestseller on Udemy and other elearning platforms? Join thousands of successful students who have decided to upgrade their networking skills and boost their careers using this Python Network Programming course series! — Thousands of satisfied students are enrolled in my Python Network Programming Courses across the Web Last week over 300 students have joined my coursesThe media rating is above 4.5 / 5 from hundreds of reviewsUpdate Dec 17, 2016: Added: Section 22: What’s Next?Update Oct 12, 2016: Added: Video lecture: Asking For Help “Highly Recommended!” by Noor — This course covers many networking vendors and network operating systems: Cisco IOSCisco IOS XECisco IOS XRJuniper JunOSJuniper (Netscreen) ScreenOSArista EOSHP ProCurve OSAvaya ERS OS — Save Time and Money by Writing Your Own Python Programs to Automate Daily Network Tasks. Grow Your Networking Career With Network Programming Skills! Bonus, You Might Even Get a Raise or a Better Job with These New Skills! This Python Network Programming course is aimed at network professionals having little or no experience in network automation and a great desire to use Python and a lot of very smart Python modules to program their network devices and tasks. This hands-on Python Network Programming training walks you through lots of scenarios, networking vendors and useful tools to help you become the network engineer of 2017. — What’s so special about this course? Well, let me tell you what’s this course all about: Learning to use amazing Python libraries and tools to manage network devices easily and without writing too much code. Connecting remotely to network devices and read/extract/display/store command output, using interactive Python scripts, on: Cisco IOS, Cisco IOS XE, Cisco IOS XR, Juniper JunOS, Juniper (Netscreen) ScreenOS, Arista EOS, HP ProCurve OS and Avaya ERS OS.Configuring (one or more) network devices remotely, using interactive Python scripts, either by specifying the commands at the prompt OR asking the script to read them from one or more text files, on: Cisco IOS, Cisco IOS XE, Cisco IOS XR, Juniper JunOS, Juniper (Netscreen) ScreenOS, Arista EOS, HP ProCurve OS and Avaya ERS OS.Executing configuration commands on multiple network devices from multiple vendors simultaneously.Working with a device inventory in XML/JSON/CSV format and network metadata, while easily counting your registered network devices, getting device information by IP address, searching and listing device information, checking IP reachability and SSH availability and much more, using a simple but efficient tool in the Python interpreter or Linux shell.Managing network device credentials in a centralized, encrypted file.Managing access lists and converting access lists from one format to another using a very efficient tool (Example: Converting a Cisco IOS ACL to a Juniper JunOS ACL with a single command).Automatically executing commands upon device login, right from the Linux shell.Getting device interface information fast, right from the Linux shell and saving the information to lugar storage.Working with Python and SNMP and easily performing SNMP GET, SET, SET multiple OIDs, WALK, GET-NEXT, GET-BULK operations on Cisco, Juniper, Arista and HP network devices, using only a few lines of code.Parsing locally stored Cisco, Juniper, Arista and HP configuration files and extracting various pieces of information, using a very straightforward Python module.Managing device configuration changes using a script that regularly saves the configuration files from your network devices to the lugar system, compares them with previous file versions, builds a report with all the differences and either stores the report locally or emails the report to the network administrator’s email address(es).Performing various small network tests and operations using the Python interpreter. — Still not enough for you? Let me describe a few more features of this course: More than 15 scripts for you to download and use right away, for free. The scripts are customized for each vendor in the course.An amazing optimized Linux Ubuntu VM, with all the tools, modules and dependencies already installed and all the scripts ready to be executed on the devices in your network.Command cheat sheets with all the essential commands and lines of code in each section.Quizzes and a final network programming project for you to build and implement in your test lab/network. Also, the solution for the project is explained and tested.1080p, Full HD videos. Improved audio quality.185+ lectures and counting. 10+ hours of content.Concise and focused lectures. Straightforward configuration of devices. Less software and operating system complications. Less code to write and troubleshoot. All the scripts I provide are fully interactive.Bonus: a Python module created by me personally for handling Avaya ERS switches, which you can download, use and modify without any restrictions, for free. — Equipped with full working scripts (in .py and .txt formats), amazing posible machines and command references, you will be able to work alongside me on each lecture and each application. I will provide an optimized Ubuntu posible machine with all the Python modules already installed and also the full code for each application, so you can save time and start coding and testing on the spot. — Important prerequisites before you enroll: You should already be sencillo with networking concepts like: SSH, Telnet, ACLs (Access Control Lists), SNMP, VMs (Posible Machines).You should already be sencillo with Python syntax: functions, if, for, while, string and file operations etc. If you have no experience whatsoever in Python, then I encourage you to also check out my “Python Network Programming – Part 1: Build 7 Python Apps” course, which teaches Python from scratch and then dives into using it on network devices, by building some great network apps.For running the Ubuntu 15.10 Posible Machine I provide, dedicating 2 GB of RAM will be more than enough. For running the Arista vEOS VM, you should allocate another 1 GB of RAM, throughout the Arista section of the course. For emulating Cisco IOS XE and IOS XR, you will need 2+ GB additional RAM memory.You won’t have to buy anything else. I am going to use only free software throughout the course: VirtualBox, Linux, free VMs etc. — Important information before you enroll: In case you find the course useless for your career, don’t forget you are covered by a 30 day money back guarantee, full refund, no questions asked!Merienda enrolled, you have unlimited, lifetime access to the course!You will have instant and free access to any updates I’ll add to the course.I will give you my full support regarding any issues or suggestions related to the course.Check out the curriculum and FREE PREVIEW lectures for a quick insight. — “[…] It sounds from the introductory like it would be a great skills to have to learn all these tools and be able to automate network tasks not only on Cisco Devices but other vendors. If I feel this way till the end of the course, I would feel that I have a UNIVERSAL skills to be able to work and automate tasks with multiple vendors.,Thanks for the good work. I hope and I know I will.” by Nasser Abdelghani So, what are you waiting for? Do you want to be a better network engineer and also become a network programmer? Do you still want to catch the network programming and automation career train? Now is your chance! Enroll in ‘Python Network Programming – Part 2: Multivendor Environment’ and see the benefits for your career, as thousands of other students did!
Requirements of this course: Python Network Programming – Part 2: Multivendor Environment
What are the requirements? You should have a great desire to learn network programming and do it in a hands-on fashion, without having to watch countless lectures filled with slides and theory You should already be sencillo with networking concepts like: SSH, Telnet, ACLs (Access Control Lists), VMs (Posible Machines) You should already be sencillo with Python syntax: functions, if, for, while, string and file operations etc. If you have no experience whatsoever in Python, then I encourage you to also check out my “Python Network Programming – Build 7 Apps” course, which teaches Python from scratch and then dives into using it on network devices, by building some great network apps. I will provide a fully configured posible machine (Ubuntu 15.10, improved version of the VM in Part 1 of the course) with all the necessary software (Python Modules, Network Tools, dependencies etc.). This way you can save time and start programming network devices as soon as possible For teaching network programming concepts and tools on vendors like Cisco (IOS), Juniper (JunOS and ScreenOS), HP (ProCurve OS) and Avaya (ERS OS), I will use the Ubuntu 15.10 VM and physical devices in my lab, since these vendors do not provide virtualized environments for emulating their router/switch operating systems For teaching network programming concepts and tools on other vendors, like Cisco (IOS XE and IOS XR) and Arista (vEOS), I will use posible machines that they provide on their official websites and I will guide you through properly downloading, installing and setting them up on your own computer, into VirtualBox For running the Ubuntu 15.10 Posible Machine I provide, dedicating 2 GB of RAM will be more than enough. For running the Arista vEOS VM, you should allocate another 1 GB of RAM, throughout the Arista section of the course. For emulating Cisco IOS XE and IOS XR, you will need 2+ GB additional RAM memory. I am going to use only free software throughout the course: VirtualBox, Linux, free VMs etc.
What will you learn in this course: Python Network Programming – Part 2: Multivendor Environment?
What am I going to get from this course? Use various Python tools/modules to handle network devices more easily and without writing a lot of Python code Use various Python tools/modules to handle network devices from several networking vendors: Cisco (IOS, IOS XE, IOS XR), Juniper, Arista, HP, Avaya and Netscreen. Parse router/switch configuration files, extract needed information and use it for auditing the network Easily manage access lists (ACLs) using Python tools, then convert the access lists between various vendor formats Execute CLI commands on several network devices simultaneously, even on multiple devices from various vendors Automatically execute CLI commands on network devices upon login Easily perform SNMP GET/SET/WALK/GETNEXT/GETBULK and SET MULTIPLE OIDs operations on various networking vendors Backup network configuration files and configure an email notification system to receive alerts when configuration changes occur Use various other CLI tools and utilities to perform small network tasks Emulate several network operating systems in a virtualized environment Study the CLI and configuration commands on routers/switches from various network vendors Discover some very useful Python network tools every network programmer should use on a daily basis to automate or simplify some network tasks Download and use the pre-configured Ubuntu 15.10 VM however you like Download and use any materials and code samples however you like
Target audience of this course: Python Network Programming – Part 2: Multivendor Environment
Who is the target audience? Network Administrators, Network (Systems) Engineers, Network (Service) Technicians, Network Analysts, Network Managers Students of my “Python Tutorial: Python Network Programming – Build 7 Apps” course, who wish to learn how to manage network devices from various vendors, using Python Students of my “Python Tutorial: Python Network Programming – Build 7 Apps” course, who wish to learn more advanced tools and operations to use in their networks Junior Programmers, Test Engineers, Test Automation Engineers, QA Engineers and Analysts Python Developers who want to apply their knowledge in the networking field Any kind of IT geeks who wish to learn both Python network programming and network automation