Udemy - Python and Network Automation: Build 5 Python Apps (2015)

MP4 | AVC 376kbps | English | 1280x720 | 30fps | 13 hours | AAC mono 38kbps | 1.31 GB

Genre: Video Training

Learn Python From Scratch! Go from zero programming to building great network apps with Python. Full Python Apps Inside! Do you want to become a Python Developer without having to spend a lot of money on books and boring theoretical courses? Are you a network professional who wants to start automating network tasks? Or maybe you're seeking a raise or even a career change? Join over 1,500 successful students who have decided to learn Python, upgrade their networking skills and boost their careers using this 100% hands-on course!

During this course you will learn Python concepts which are relevant to your networking job and build some amazing tools:

Python App#1: Subnet calculator.

Python App#2: Configuring multiple devices concurrently via SSH and Telnet.

Python App#3: DHCP client simulator for testing a DHCP server.

Python App#4: Collecting information from routers and storing it in a MySQL database.

Python App#5: OSPF network discovery via SNMP. Building the OSPF topology.

Sounds unbelievable given your current programming experience? Well, it's true! How?

First, you will learn and practice every Python key concept, which is explained in one or more video lectures, followed by a short quiz. Each video is filled with relevant examples, in a learn-by-doing fashion and the quizzes will help you consolidate the main ideas behind each Python topic.

After laying the foundation (and also exploring some advanced Python topics), you will dive right into the real-life networking scenarios and apply your knowledge to build 5 great network tools.

"There is no major prerequisite and the material is hand-on from the go. Besides new lectures are being uploaded in response to suggestions and discussions." by Zafar Iqbal

Equipped with working files, network topologies and Python code samples (in .pdf and .py formats), you will be able to work alongside me on each lecture and each application. I will provide a virtual 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.

We will use emulated routers in GNS3 to test our Python apps in a network environment, so you can see the actual results of running your code.

I encourage you to learn Python, an amazingly beginner-friendly programming language and take your (networking) job to a higher level of automation.

What are the requirements?

You should have a great desire to learn programming and do it in a hands-on fashion, without having to watch countless lectures filled with slides and theory.

You should already be familiar with networking concepts like: Routing, SSH, Telnet, SNMP.

I will provide a fully configured virtual machine with all the necessary software (Python modules, MySQL, IDE). This way you can save time and start writing code as soon as possible.

I am going to use only free software throughout the course: Python 2.7, Linux, GNS3.

All you need is a decent PC/Laptop (2GHz CPU, 4GB RAM). You will get the rest from me.

01 - Getting Started

01 - Course introduction

02 - Introduction to Python

03 - Necessary software

04 - List of necessary applications.pdf

05 - Python interpreter

06 - Python scripts

07 - Python argument passing

08 - User input

09 - dir and help

3.1 - Download Link.txt

02 - Data Types

10 - Variables

11 - Python keywords.pdf

12 - Data Types

13 - Strings

14 - String methods

14.1 - String methods - Link.txt

15 - String operators and formatting

16 - String slices

17 - Numbers and math operators

18 - Booleans and logical operators

18.1 - Data Types - Link.txt

19 - Lists introduction

20 - List methods

21 - List slices

22 - Sets introduction

23 - Set methods

23.1 - Sets - Links.txt

24 - Tuples introduction

25 - Tuple methods

26 - Dictionaries introduction

27 - Dictionary methods

27.1 - Dictionaries - Link.txt

28 - Conversions between data types

03 - Control Flow

29 - If Elif Else conditionals

29.1 - Control Flow - Link.txt

30 - For For-Else loops

30.1 - For Loops - Link.txt

31 - While While-Else loops

31.1 - While Loops - Link.txt

32 - If For While nesting

33 - Break Continue Pass

34 - Exceptions

35 - Try Except Else Finally

35.1 - Exceptions - Link.txt

04 - Functions

36 - Functions

37 - Arguments

37.1 - Types of arguments - Link.txt

38 - Namespaces

39 - Modules and importing

39.1 - if name EqualsEquals main - Link.txt

05 - File operations

40 - File opening and reading

41 - File writing and appending

42 - File closing The with method

42.1 - Files - Link.txt

43 - File access modes table.pdf

06 - Regular Expressions

44 - The re.match and re.search methods

45 - The re.findall and re.sub methods

45.1 - The re module - Link.txt

46 - Regular expressions sheet.pdf

07 - Classes Object-Oriented Programming Basics

47 - Classes and Objects

48 - Classes and Inheritance

48.1 - Classes - Link.txt

08 - Bonus Python Tools

49 - List Set Dictionary comprehensions

50 - Lambda functions

51 - Map Filter Reduce

52 - Threading basics

53 - Some advice on coding

53.1 - Linux Permissions - Link.txt

53.2 - PEP8 - Link.txt

09 - Setting up the working environment

54 - Link to the necessary resources.pdf

55 - GNS3 Setup

56 - Linking VirtualBox to the GNS3 network

10 - Python Networking 141.33 MB

57 - Python networking with Telnet

58 - Python networking with SSH

58.1 - Telnet And SSH Config .txt

59 - Python networking with SNMP

59.1 - SNMP.pdf

60 - Python networking with Scapy. Creating your own packets.

60.1 - Scapy - Link.txt

61 - Code snippet .pdf Plus .py - Telnet.pdf

61.1 - Telnet Template .py

62 - Code snippet .pdf Plus .py - SSH.pdf

62.1 - SSH Template.py

63 - Code snippet .pdf Plus .py - SNMP.pdf

63.1 - SNMP Template.py

11 - Python and MySQL

64 - Setting up the MySQL database

64.1 - My SQL Commands .txt

65 - Python interacting with MySQL

65.1 - My SQL Linux Remote Access .txt

12 - Application 1 - Basic subnet calculator

66 - Short introduction

67 - What are we going to build

67.1 - Subnet Calc README .txt

68 - Planning the application

69 - Application 1 - Part 1

70 - Application 1 - Part 2

71 - Application 1 - Part 3

72 - Application 1 - Part 4

73 - Testing the application

73.1 - Online Subnet Calculator - Link.txt

74 - Entire application code .pdf Plus .py .pdf

74.1 - Subnet Calc Final .py

13 - Application 2 - SSH Telnet network configuration

75 - What are we going to build

76 - Planning the application

77 - Application 2 - Part 1

78 - Application 2 - Part 2

78.1 - Linux Ping - Link.txt

79 - Application 2 - Part 3

80 - Application 2 - Part 4

81 - Testing the application

82 - Entire SSH application code .pdf Plus .py .pdf

82.1 - SSH Config Final.py

83 - Entire Telnet application code .pdf Plus .py .pdf

83.1 - Telnet Config Final .py

14 - Application 3 - DHCP client simulator

84 - What are we going to build

85 - Planning the application

86 - Application 3 - Part 1

86.1 - DHCP Sim README.txt

87 - Application 3 - Part 2

88 - Application 3 - Part 3

89 - Application 3 - Part 4

90 - Testing the application

91 - Entire application code .pdf Plus .py .pdf

91.1 - DHCP Sim Final.py

15 - Application 4 - Network parameters extraction

100 - Entire application code .pdf Plus .py .pdf

100.1 - Net Mon SQL Final .py

92 - What are we going to build

93 - Planning the application

94 - Application 4 - Part 1

95 - Application 4 - Part 2

96 - Application 4 - Part 3

97 - Application 4 - Part 4

98 - Application 4 - Part 5

99 - Testing the application

16 - Application 5 - OSPF network discovery via SNMP

101 - What are we going to build

102 - Planning the application

103 - Application 5 - Part 1

104 - Application 5 - Part 2

105 - Application 5 - Part 3

106 - Application 5 - Part 4

107 - Application 5 - Part 5

108 - Application 5 - Part 6

108.1 - The networkx module - Link.txt

109 - Testing the application

109.1 - OSPF SNMP README.txt

110 - Entire application code .pdf Plus .py .pdf

110.1 - OSPF SNMP Final.py

17 - Conclusions

111 - Final words