Learn Selenium WebDriver with Python | complete course

Our Selenium WebDriver with Python training program is designed to give you hands-on experience with this powerful automation tool. Learn how to write efficient and reliable tests, debug code, and manage test data in a real-world environment.

Course Overview

Introduction

Welcome to our Selenium WebDriver with Python course! This course is designed to teach you how to automate web applications using Selenium WebDriver and Python.

Course Outline

The course is divided into several sections:

Introduction to Selenium and WebDriver
Basic WebDriver Concepts
Advanced WebDriver Concepts
Testing with Selenium WebDriver
Best Practices
Additional Topics

Each section includes several lessons and exercises to reinforce the concepts.

Prerequisites

Before starting this course, you should have a basic understanding of Python programming. If you're new to Python, we recommend taking an introductory course before starting this one.

You'll also need to have Python installed on your computer, as well as the Selenium WebDriver package. We'll cover how to install these in the first lesson.

Learning Objectives

By the end of this course, you'll be able to:

Use Selenium WebDriver to interact with elements on a web page
Navigate between web pages using Selenium WebDriver
Use waits to ensure that your code waits until the desired element is present on the page
Handle alerts, pop-ups, and frames using Selenium WebDriver
Write test cases using various testing frameworks in Python
Write maintainable tests and manage test data
Debug and troubleshoot Selenium WebDriver code

Course Project

As a final project for this course, you'll create a test suite for a real-world website using Selenium WebDriver with Python. This will give you the opportunity to apply what you've learned throughout the course.

Conclusion

We hope you will enjoy this course and find it helpful in your journey to becoming a Selenium WebDriver with Python expert. If you have any questions or feedback, feel free to reach out to us. Let's get started!

CURRICULUM

Introduction

Python Programming Language
Introduction To PYTHON
Python Language advantages and applications
Download and Install Python 3 Latest Version
Python 3 basics
Python Keywords
Namespaces and Scope in Python
Statement, Indentation and Comment in Python
How to assign values to variables in Python and other language

Data Types

Python | Set 3 (Strings, Lists, Tuples, Iterations)
Python String
Python Lists
Python Tuples
Python Sets
Python Dictionary

Control Flow

Operators

Python Operators
Ternary Operator in Python
Division Operators in Python
Operator Overloading in Python
Any All in Python
Operator Functions in Python | Set 1
Operator Functions in Python | Set 2
Difference between == and is operator in Python
Python Membership and Identity Operators

Input/Output

Taking input in Python
Taking input from console in Python
Taking multiple inputs from user in Python
Python | Output using print() function
How to print without newline in Python?
Python end parameter in print()
Python | sep parameter in print()
Python | Output Formatting

Functions

Python Functions
*args and **kwargs in Python
When to use yield instead of return in Python?
Generators in Python
Python lambda
Global and Local Variables in Python
Global keyword in Python
First Class functions in Python
Python Closures
Decorators in Python
Decorators with parameters in Python
Memoization using decorators in Python

Python OOP

Exception Handling

Python Exception Handling
Python Try Except
Errors and Exceptions in Python
Built-in Exceptions in Python
User-defined Exceptions in Python with Examples
NZEC error in Python

File handling

File Handling in Python
Open a File in Python
How to read from a file in Python
Writing to file in Python
Python append to a file

Python Regex

Regular Expression in Python with Examples | Set 1
Regular Expressions in Python – Set 2 (Search, Match and Find All)
Python Regex: re.search() VS re.findall()
Verbose in Python Regex
Password validation in Python

Python Collections

Python Collections Module
Counters in Python | Set 1 (Initialization and Updation)
OrderedDict in Python
Defaultdict in Python
ChainMap in Python
Namedtuple in Python
Deque in Python
Heap queue (or heapq) in Python
Collections.UserDict in Python
Collections.UserList in Python
Collections.UserString in Python

Generators

Generators Part - 1
Generators Part – 2
Generators Part – 3

Decorators

Understanding Decorators
Implementing First Class Functions in Python
Creating Decorators in Python - Method 1
Creating Decorators in Python - Method 2
Passing Arguments to Decorator Functions
Avoiding Code Duplication Problem using Decorator

Miscellaneous Points

Taking Screen Shots in Python
Random Module in Python
String Module
Maths Module

Pytest

Selenium Basic

Installation

Selenium WebDriver Advanced

DevOps

Git Implementation
Jenkins – CI Implementation
How to create Slave Master configuration in CI integration
Maven Implementation in Project
Docker implementation

Cucumber / BDD Framework implementation

BDD implementation
How to write Gherkins – feature files
How to implement TDD/BDD using jenkins

Certification Assessments

At the end of the course, you will have the opportunity to take a certification exam to become a certified professional in Selenium WebDriver with Python.Start with Selenium WebDriver with Python training today and build your future with Testometer.

Selenium WebDriver with Python Certification Training Course

Course Overview

Introduction

Course Outline

Prerequisites

Learning Objectives

Course Project

Conclusion

MODE OF TRAINING

Class Room

Online Training

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KEY FEATURES

Practical hands-on learning: A good Selenium WebDriver with Python course should offer practical hands-on learning opportunities.

Comprehensive coverage: The course should cover all the important aspects of Selenium WebDriver with Python, from basic concepts to advanced topics like handling pop-ups and frames.

Expert guidance: The course should be taught by an experienced instructor with expertise in Selenium WebDriver and Python.

Interactive and engaging: The course should be interactive and engaging, with opportunities for discussion and collaboration with fellow students.

Flexibility: The course should offer flexibility in terms of pacing and scheduling. This could include self-paced learning modules, on-demand access to course materials.

Project-based approach: A project-based approach is an effective way to learn Selenium WebDriver with Python. The course should provide opportunities to work on a real-world project

CURRICULUM

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