Grab this superlative opportunity to learn all about Python 3 Network Programming and also learn how to build 5 More Apps.
Layout of the course:
- Section 1 – Setting Up the Working Environment in GNS3
- Section 2 – Application 1_ Read SNMPv3 objects with Python 3
- Section 3 – Application 2_ Build a Basic NMAP Tool with Python 3
- Section 4 – Application 3_ Build a Rogue DHCP Server Discovery Tool with Python 3
- Section 5 – Application 4_ Filter and Monitor LLDP Log Messages with Python 3
- Section 6 – Application 5_ Build an OSPF Network Discovery Tool with Python 3
- Section 7 – Final Section
Some exceptional benefits associated with this course enrolment are:
- Quality course material on Python 3 Network Programming
- Lifetime access to the course
- Instant & free course updates
- Access to all Questions & Answers initiated by other students as well
- Personalized support from the instructor’s end on any issue related to the course
- Few free lectures for a quick overview
It’s time for you to grab the opportunity and make the most out of this course.
Enroll today!!
Curriculum
- 7 Sections
- 51 Lessons
- 7 Hours
- Setting Up the Working Environment in GNS319
- 1.11. First things first. Organizing the workspace3 Minutes
- 1.22. Download links2 Minutes
- 1.33. Downloading and installing GNS3 and the GNS3 VM5 Minutes
- 1.44. Downloading and installing VMware Player and VIX3 Minutes
- 1.55. Importing the GNS3 VM in VMware Player2 Minutes
- 1.66. Setting up the GNS3 environment5 Minutes
- 1.77. Downloading and installing Arista vEOS9 Minutes
- 1.88. Signing up for a free Arista account2 Minutes
- 1.99. Building and configuring the network topology5 Minutes
- 1.1010. Configuring the Arista vEOS switches8 Minutes
- 1.1111. Necessary Arista vEOS configuration for this course2 Minutes
- 1.1212. Downloading and Installing Ubuntu in VMware6 Minutes
- 1.1313. Ubuntu login credentials and configuration2 Minutes
- 1.1414. Installing Python 3 and Atom on Ubuntu5 Minutes
- 1.1515. Necessary Linux commands to install Python 3 and Atom2 Minutes
- 1.1616. Installing the necessary Python modules for this course7 Minutes
- 1.1718. Uploading the Ubuntu VM to the GNS3 VM9 Minutes
- 1.1819. Ubuntu VM network configuration2 Minutes
- 1.1920. Troubleshooting checklist2 Minutes
- Application 1_ Read SNMPv3 objects with Python 36
- 2.11. Introduction to this application4 Minutes
- 2.22. Configuring SNMPv3 on the Arista switch2 Minutes
- 2.33. Establishing the SNMPv3 session to the switch6 Minutes
- 2.44. Implementing and testing the SNMP GET functionality7 Minutes
- 2.55. Implementing and testing the SNMP WALK functionality5 Minutes
- 2.66. Implementing and testing the SNMP SET functionality4 Minutes
- Application 2_ Build a Basic NMAP Tool with Python 36
- 3.11. Introduction to this application2 Minutes
- 3.22. Manually querying device information with NMAP4 Minutes
- 3.33. Analyzing the Python version of the NMAP scan result10 Minutes
- 3.44. Getting detailed information about a device with Python 38 Minutes
- 3.55. Scanning the entire network for open ports with Python 36 Minutes
- 3.66. Testing the network application2 Minutes
- Application 3_ Build a Rogue DHCP Server Discovery Tool with Python 36
- 4.11. Quick overview of Scapy4 Minutes
- 4.22. Introduction to this application4 Minutes
- 4.33. Identifying network interfaces on the Ubuntu VM4 Minutes
- 4.44. Building the DHCP Discover packet8 Minutes
- 4.55. Finding rogue DHCP servers on all LAN interfaces4 Minutes
- 4.66. Testing the network application2 Minutes
- Application 4_ Filter and Monitor LLDP Log Messages with Python 36
- 5.11. Introduction to this application6 Minutes
- 5.22. Configuring SSHv2 on the Arista switches2 Minutes
- 5.33. Connecting to the switches and sending commands3 Minutes
- 5.44. Extracting LLDP neighbor-related from Syslog messages8 Minutes
- 5.55. Creating a periodical report with LLDP log information4 Minutes
- 5.66. Testing the network application2 Minutes
- Application 5_ Build an OSPF Network Discovery Tool with Python 37
- 6.11. Introduction to this application6 Minutes
- 6.22. Configuring OSPF and SNMPv3 on the Arista switches2 Minutes
- 6.33. Discovering OSPF neighbors for the root device via SNMPv39 Minutes
- 6.44. Querying neighbors to find other OSPF routers14 Minutes
- 6.55. Creating a dictionary of neighborships3 Minutes
- 6.66. Generating the OSPF network map3 Minutes
- 6.77. Testing the network application5 Minutes
- Final Section1
Hi,
My name is Mihai and I am the founder and main instructor at EpicPython, and a huge Python enthusiast.
I have a BS degree in Telecommunications and Information Technology from University Politehnica of Bucharest, Romania and also the CCNP, CCNA, CCDA, JNCIA and ISTQB CTFL certifications.
✔ What are my credentials?
▪ Work experience in Networking and Quality Assurance Engineering.
▪ Used Python vastly in Network Automation and Test Automation.
▪ Certified professional: Cisco, Juniper and ISTQB certifications.
▪ Teaching courses on various e-learning platforms since 2015.
▪ Tens of thousands of satisfied students, 4.6 / 5 average course rating.
✔ What are my students saying about the kind of courses I create?
"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.
I am constantly improving my content and teaching methods, providing my students with the best learning experience possible, helping thousands to take the next step in their careers.
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