Selenium in Java - Setup Simple Test Automation Framework from Udemy

What's inside

Learning objectives

Selenium basics
Selenium in java
Selenium waits
Page object concept
Web component concept

Data transfer object concept
Junit 4 basics
Junit 5 basics
Gradle basics

Selenium basics
Selenium in java
Selenium waits
Page object concept
Web component concept
Data transfer object concept
Junit 4 basics
Junit 5 basics
Gradle basics

Syllabus

Introduction

Today we will discuss:

What opportunities will be available to you right after this course completion

Today we will discuss:

How we are going to communicate to make sure that the learning process is efficient
We will review where to ask questions
How to ask questions
And will review communication channels that exist, where you can reach out to me.

In this video lesson you will learn how to use resources for the lectures.

Today we will learn:

JDK Versions – which one to use?
Oracle JDK VS Open JDK
How to check the current Java version.
How to download JDK binary
Configuring Java environment variables

Today we will learn:

Gradle main features
Gradle Versions – Which one to use?
Prerequisite for Gradle installation
How to check the current Gradle version
How to download Gradle binary
Configuring Gradle environment variable

Today we will learn:

What is IDE?
What are the most popular IDEs for Java development?
Why IntelliJ IDEA?
How to install IntelliJ IDEA to your machine?
How to perform the basic configuration of IntelliJ IDEA?

Today we will discuss:

A bit of Selenium history
Main components of Selenium
Why we should learn Selenium Web Driver
Role of the Selenium in the software testing process

Today we will discuss the following:

What is Selenium WebDriver?
Main Components of Selenium WebDriver.
Practical Use-Cases of Selenium WebDriver in Software Testing Process.

Today we will discuss the following:

How Selenium WebDriver works from inside.
Test scripts execution, client-server communication, browser driver, cleanup.
Interaction with web elements, asynchronous communication, response handling.

Today we will:

We will create a test project
Learn the basics of build.gradle file
Set up Chrome driver
Navigate to URL via Selenium
Find UI elements and interact with them as Java objects
Perform some user flow basic operations with web application
See what tear down hook is in Selenium

Today we will see the solution for the first home task. The home task was the following:

Create a project in Intellij IDEA
Add Selenium and WebDriver Manager dependencies.
Open Amazon home page.

We will discuss the following in our today's lesson:

How to locate UI elements on web page.
How to interact with UI elements.
How to tear down WebDriver after test run is finished.

The home task for today's leesson is:

Add UI interactions for your Application.
Search for ‘iPhone.
Close browser after test’s run finishes.

Today we will:

Add JUnit dependency to our project
Gather actual results for comparison from UI
Learn how to create expected results for tests
Gather text from UI elements
Work with Java Streams
Apply JUnit assertion to our application

Today we will see the solution for the home task with first assertion. The home task was the following:

Add JUnit dependency to your project.
Collect actual results from UI.
Apply Assert.assertTrue() method for your actual result.
Collect expect results from actual results.
Apply Assert.assertEquals() method to compare actual and expected lists.

Today we will learn:

JNUnit role in development.
Essential JUnit components.
JUnit Assert functions
Impeccable tests with JUnit.
Real-world JUnit use-cases.

Today we will:

Consider differences between JUnit 4 and JUnit 5
Add JUnit 5 dependency to our project
Migrate application from JUnit 4 to JUnit 5
Apply JUnit 5 assertions to our application
Create our first JUnit test
Add JUnit 5 @BeforeAll and @AfterAll hooks

Today we will see the solution for the home task with transformation of main method into a JUnit 5 test method. The home task is the following:

Add JUnit 5 dependency to your project
Migrate your application from JUnit 4 to JUnit 5
Apply JUnit 5 assertions for your application
Transform your main() method into a JUnit 5 test method with @Test annotation
Add JUnit 5 @BeforeAll and @AfterAll hooks to setup and tear down web driver

Today we will discuss the following:

Implicit Waits advantages and disadvantages.
Explicit waits pros and cons.
Fluent waits positives and negatives.

Today we will learn:

How to apply implicit waits in your project?

The home task for today's lesson is:

Apply implicit wait in the Amazon search tests

Today we will learn:

How explicit waits are connected with implicit waits?
How to apply explicit waits in your project?

The home task for today's lesson is:

Add explicit wait config for your Amazon Search test.
Turn off implicit wait before using explicit wait.
Turn on implicit wait back after using explicit wait.

Today we will discuss the following:

Main components of Page Object.
Main advantages and disadvantages of Page Object.
Practical use-cases of Page Object.

Today we will learn:

What is Page Object?
Page Object components
Learn @FindBy annotation
How does Page Object work?
Compose our test from Page Objects
Create common Base Page class

Today we will see the solution for the home task with page object concept. The home task was the following:

Create a Base Page class.
Move initialization logic common for all the pages to this class.
Create HomePage and SearchResultsPage
Put the elements needed for your test to these pages
Add methods needed for your test to Page Objects
Run your tests and achieve 100% pass

Today we will discuss the following:

Main components of Web Component.
Main advantages and disadvantages of Web Component.
Practical use-cases of Web Component.

Today we will learn:

What is Web Component in Selenium?
How is Web Component related to Page Object?
Why we need Web Components?
How to write custom wrapper for WebElement?
How to initialize Web Components on Page Object?
How to split our Page Objects into Web Components?

Today we will see the solution for the home task with web component concept. The home task was the following:

Create a Base Web Component class.
Move logic wrapping root element actions to this class.
Create Web Components needed for your tests
Put the business logic from your tests to these components
Inject the components into Web Pages created in previous homework
Run your tests and achieve 100% pass

Today we will discuss the following:

Main components of Data Transfer Object.
Main advantages and disadvantages of Data Transfer Object.
Practical use-cases of Data Transfer Object.

Today we will learn:

What is Data Transfer Object (DTO)?
Why is it needed in automated testing?
How to create DTO correctly
How to create DTO in our project
Differences between DTO and simple assertions

Today we will see the solution for the home task with Data Transfer Objects concept. The home task is the following:

Create a class representing Search Result item as DTO
Add all the fields important to your test to this component
Override equals() and hashCode() methods for correct Assertions’ work
Override toString() method to improve Assertion failure message verbosity
Create method converting your SearchResultItemComponent into DTO

Today we will learn:

Why do we need to run tests via CMD?
Which Gradle tasks can be used to do so?
How to run our tests via CMD?
Where test results report is stored?
How to run a few Gradle tasks in a row?

Today we will see the solution for the home task with running test via CMD. The home task was the following:

Check that your test is marked with @Test annotation
Open CMD in the test project’s root
Execute two Gradle commands clearing project’s output directory and starting your automated tests
Investigate HTML tests’ report

Today we will learn:

Discuss what CSS selector is
Observe why we should use CSS selectors
Find out how to install Chro Path plugin
Review common CSS patterns
Apply CSS selectors in practice

Today we will learn:

Discuss what XPath selector is
Observe why we should use XPath selectors
Find out the difference between absolute and relative XPath
Review common XPath patterns
Apply XPath selectors in practice

Career center

Learners who complete Selenium in Java - Setup Simple Test Automation Framework will develop knowledge and skills that may be useful to these careers:

Test Automation Engineer

A Test Automation Engineer is at the forefront of ensuring software quality by designing, developing, and maintaining automated test scripts. This role is fundamental in today's rapid release cycles, reducing manual effort and increasing test coverage. This course, "Selenium in Java - Setup Simple Test Automation Framework," directly prepares learners for success as a Test Automation Engineer. It provides hands-on experience in setting up robust test frameworks using Selenium with Java, mastering concepts like Page Object Model, Web Components, and Data Transfer Objects. Understanding JUnit 4 and 5 for structuring tests, along with Gradle for build automation, are vital skills acquired. Taking this particular course equips you with practical, in-demand expertise to create efficient, maintainable, and scalable automation solutions, making you a highly valuable asset to any development team aiming for excellence in product delivery.

See salaries and explore the career path for Test Automation Engineer

Software Development Engineer in Test

A Software Development Engineer in Test, or SDET, bridges the gap between development and quality assurance, focusing on building robust, scalable, and maintainable test infrastructure. This role requires strong programming skills alongside deep testing expertise. This course provides an excellent foundation for a Software Development Engineer in Test by immersing learners in Java programming, Selenium for web automation, and advanced test design patterns like Page Object Model, Web Components, and Data Transfer Objects. Mastering JUnit 4 and 5 for test structuring and Gradle for build automation prepares you to contribute to and evolve complex testing frameworks. This course is particularly beneficial for those aspiring to this hybrid role, as it cultivates both development acumen and automation best practices essential for creating high-quality software.

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Software Quality Engineer

A Software Quality Engineer is dedicated to ensuring the highest standards of product quality throughout the software development lifecycle. This role involves both manual and automated testing strategies to prevent defects and improve overall system reliability. This course directly equips a Software Quality Engineer with highly sought-after skills in building robust test automation frameworks using Selenium with Java. Learners master essential concepts like Page Object Model, Web Components, and Data Transfer Objects for creating maintainable tests, alongside JUnit for structuring and Gradle for managing them. Taking this particular course empowers you to design, develop, and implement efficient automated testing solutions, significantly contributing to the delivery of high-quality, dependable software.

See salaries and explore the career path for Software Quality Engineer

Quality Assurance Engineer

A Quality Assurance Engineer plays a crucial role in validating software functionality and performance, ensuring products meet high standards before reaching users. While the field encompasses various testing methods, automated testing is increasingly vital. This course significantly enhances the capabilities of a Quality Assurance Engineer by providing practical expertise in web automation using Selenium with Java. Learners build a solid foundation in creating and managing automated tests, understanding concepts like Page Object Model, Web Components, and Data Transfer Objects for maintainability. Proficiency in JUnit and Gradle helps in structuring and running tests efficiently. By taking this course, you gain the hands-on skills necessary to transition into automated testing, streamline QA processes, and contribute to faster, more reliable software delivery.

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Consultant Software Quality

A Consultant Software Quality advises organizations on best practices for achieving and maintaining high levels of software quality. This involves recommending strategies, processes, and tools for effective testing and quality assurance. This course provides comprehensive, practical knowledge that is highly relevant for a Consultant Software Quality. Learners gain deep insights into setting up and implementing advanced test automation frameworks using Selenium with Java, understanding crucial patterns like Page Object Model, Web Components, and Data Transfer Objects. Proficiency in JUnit and Gradle for test management enhances the ability to evaluate and propose robust automation solutions. This course helps you to confidently guide clients in building scalable and efficient quality assurance practices, driving significant improvements in their software delivery.

See salaries and explore the career path for Consultant Software Quality

Software Engineer

A Software Engineer is responsible for designing, developing, and deploying software applications across various domains. While the primary focus is on development, an understanding of quality assurance and automation is increasingly critical for building robust and reliable systems. This course may be helpful for a Software Engineer as it provides practical experience with Java programming in an automation context, along with proficiency in JUnit 4 and 5 for effective unit and integration testing. Understanding how to build scalable test frameworks with Selenium and design patterns like Page Object Model can inform better, more testable code design from the outset, leading to higher quality software that is easier to maintain.

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Java Developer

A Java Developer primarily builds software applications. This course may be helpful as it strengthens Java programming skills in a practical context, focusing on application stability and testability. Learners will gain proficiency with JUnit 4 and 5, essential testing frameworks for unit and integration testing, and Gradle for efficient project build automation, all fundamental to Java development. Understanding how automated web tests are constructed with Selenium can also inform better design choices for user interfaces, making Java applications more robust and testable. This course provides a unique perspective on Java application quality, aiding in the creation of more reliable software.

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Full-Stack Developer

A Full Stack Developer possesses the versatile skills to work on both the front-end user interface and the back-end server logic of web applications. Ensuring the quality and functionality of both layers is paramount. This course may be helpful for a Full Stack Developer by providing hands-on experience in web UI test automation using Selenium with Java. Learners will understand how to robustly interact with web elements, implement design patterns like Page Object Model for maintainable tests, and utilize JUnit and Gradle for test execution. This knowledge allows you to build more testable front-end components and validate end-to-end user flows effectively. Taking this course helps you to integrate quality assurance practices into your development workflow, leading to more resilient and performant applications.

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DevOps Engineer

A DevOps Engineer focuses on streamlining the software development lifecycle, emphasizing automation, continuous integration, and continuous delivery. Integrating robust testing into these pipelines is critical for rapid, reliable deployments. This course may be helpful for a DevOps Engineer as it provides practical knowledge of setting up and running automated tests using Gradle and command-line interfaces. Understanding how test automation frameworks are built with Selenium and Java, and leveraging JUnit for test structuring, enables the DevOps Engineer to effectively incorporate automated quality gates into CI/CD pipelines. This expertise ensures that only thoroughly tested code progresses through the delivery chain, enhancing overall system reliability and accelerating release cycles.

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Release Manager

A Release Manager orchestrates the deployment of software releases, ensuring that all necessary quality checks are completed before software goes live. This role requires a keen understanding of the development and testing lifecycle. This course may be helpful for a Release Manager by elucidating the complexities of automated testing. Learners gain insight into how test automation frameworks are constructed with Selenium and Java, how tests are organized using JUnit, and how they are executed via build tools like Gradle and command line. This knowledge allows you to better assess release readiness, anticipate potential quality issues, and work more effectively with development and QA teams to guarantee smooth and reliable software deployments, ultimately minimizing risks associated with releases.

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Technical Lead

A Technical Lead is responsible for guiding a development team, making critical technical decisions, and ensuring the quality and successful delivery of software projects. Understanding the testing landscape is essential for this leadership role. This course may be helpful for a Technical Lead by providing a detailed understanding of how modern test automation frameworks are designed and implemented. Learning about Selenium with Java, alongside advanced patterns like Page Object Model, Web Component, and Data Transfer Object, allows you to strategize for maintainable and scalable testing solutions. Familiarity with JUnit and Gradle helps in overseeing test architecture and execution. This course offers insights into building resilient quality processes, enabling you to make informed decisions and mentor your team on best practices in automation.

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Technical Trainer

A Technical Trainer is dedicated to educating individuals and teams on specific software technologies and development practices. Possessing deep, practical knowledge of niche skills is essential for effective instruction. This course, "Selenium in Java - Setup Simple Test Automation Framework," provides comprehensive and hands-on expertise directly applicable for a Technical Trainer specializing in quality assurance and test automation. Learners become proficient in Selenium, Java, JUnit, and Gradle, mastering advanced concepts like Page Object Model, Web Components, and Data Transfer Objects. This practical foundation enables a trainer to develop and deliver engaging, relevant, and in-depth training programs, preparing others for successful careers in test automation.

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Technical Program Manager

A Technical Program Manager oversees complex technical initiatives, coordinating across various teams to ensure projects are delivered on time and within scope. A grasp of the technical aspects of software development, including quality assurance, is key. This course may be helpful for a Technical Program Manager by providing a foundational understanding of test automation. Learners gain insight into how test frameworks are built using Selenium with Java, how tests are structured with JUnit, and managed with Gradle. This knowledge facilitates more accurate project planning, risk assessment related to quality, and effective communication with engineering and QA teams, ultimately helping to drive successful technical programs and ensure the delivery of high-quality software products.

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Solutions Architect

A Solutions Architect designs the overall structure of software systems, defining technical standards and ensuring that solutions meet business requirements and quality attributes. Incorporating effective testing strategies from the outset is crucial. This course may be helpful for a Solutions Architect by deepening their understanding of robust test automation frameworks. Learning about Selenium with Java, and advanced patterns like Page Object Model and Web Component, can inform architectural decisions regarding testability, scalability, and maintainability of the entire system. While not directly building tests, this knowledge allows an architect to design systems that are inherently easier to test and validate, ensuring quality is built into the solution from its foundation.

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User Interface Developer

A User Interface Developer focuses on creating the graphical elements and interactive experiences of web applications, directly impacting user engagement. While not directly involved in writing automated tests, understanding how their creations are validated is beneficial. This course may be useful for a User Interface Developer as it provides insight into how automated tools like Selenium and Java interact with web elements. Learning about concepts such as Page Object Model can inform better UI design practices, making applications more easily testable and robust. This understanding can help you develop UIs with testability in mind, leading to more stable features and a smoother collaboration with testing teams.

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