Duration 4 days – 28 hrs.
Overview
The Cypress or Playwright Automation Frameworks Training Course is a comprehensive, hands-on training program designed to help software testers, QA engineers, SDETs, and developers build modern end-to-end (E2E) web application automation frameworks using either Cypress or Playwright, two of the industry’s leading test automation tools.
Participants will learn how to develop scalable, maintainable, and reusable automation frameworks using JavaScript or TypeScript while implementing industry best practices such as the Page Object Model (POM), data-driven testing, fixtures, API testing, parallel execution, cross-browser testing, reporting, and Continuous Integration (CI) integration.
Through extensive practical exercises, participants will gain the skills needed to automate functional, regression, UI, and API testing for modern web applications, significantly improving testing efficiency, software quality, and delivery speed.
Objectives
- Understand modern web automation testing concepts and best practices
- Install and configure Cypress or Playwright testing environments
- Develop maintainable automation frameworks using JavaScript or TypeScript
- Implement Page Object Model (POM) architecture
- Create reusable automation components and utilities
- Automate UI, API, and end-to-end test scenarios
- Perform cross-browser and parallel test execution
- Manage test data using fixtures and external data sources
- Generate comprehensive test reports
- Integrate automation tests into Git and CI/CD pipelines
- Apply automation coding standards and framework best practices
Target Audience
- QA Engineers
- Automation Test Engineers
- Software Test Analysts
- Software Developers
- Software Development Engineers in Test (SDETs)
- Web Developers
- DevOps Engineers
- Technical Leads
- Quality Assurance Leads
- Test Architects
Prerequisites
- Basic understanding of software testing concepts
- Basic knowledge of HTML, CSS, and web technologies
- Basic programming experience in JavaScript or TypeScript is recommended
- Familiarity with software development lifecycle (SDLC)
- Basic understanding of Git is beneficial but not mandatory
Course Outline
Day 1 – Introduction to Modern Web Test Automation
Module 1: Modern Test Automation Fundamentals
- Software Testing Lifecycle
- Manual vs Automated Testing
- Continuous Testing
- Test Pyramid
- End-to-End Testing Concepts
- Choosing Between Cypress and Playwright
Module 2: Automation Tool Architecture
- Cypress Architecture
- Playwright Architecture
- Browser Automation Concepts
- Supported Browsers
- Execution Models
- Strengths and Limitations
Module 3: Installation and Environment Setup
- Installing Node.js
- Project Initialization
- Installing Cypress or Playwright
- Folder Structure
- IDE Configuration
- Running the First Automated Test
Module 4: Writing Basic Test Scripts
- Test Structure
- Assertions
- Locators
- Selectors
- Waiting Strategies
- Handling Dynamic Elements
Hands-on Laboratory
- Environment setup
- Execute first automation tests
- Navigate sample web applications
Day 2 – Building Automation Frameworks
Module 5: Framework Architecture
- Project Organization
- Modular Framework Design
- Reusable Components
- Utility Functions
- Test Organization
Module 6: Page Object Model (POM)
- POM Design Principles
- Page Classes
- Page Methods
- Locator Management
- Component Objects
Module 7: Test Data Management
- Fixtures
- JSON Data Files
- Parameterized Testing
- Environment Configuration
- Multiple Test Environments
Module 8: Advanced UI Automation
- Forms
- Tables
- Dropdowns
- Date Pickers
- Alerts
- Pop-ups
- File Uploads
- Downloads
- Frames
- Multiple Browser Tabs
Hands-on Laboratory
- Build Page Object Model framework
- Develop reusable page objects
- Execute modular test suites
Day 3 – Advanced Automation Techniques
Module 9: API Testing
- REST API Fundamentals
- API Requests
- API Assertions
- Authentication
- Chained API Calls
- API Validation
Module 10: Network Handling
- Request Interception
- Response Validation
- Mocking APIs
- Stubbing
- Performance Considerations
Module 11: Cross-Browser Testing
- Chromium
- Firefox
- WebKit
- Microsoft Edge
- Mobile Emulation
Module 12: Parallel Test Execution
- Test Parallelization
- Test Sharding
- Headless Execution
- Test Optimization
- Execution Performance
Hands-on Laboratory
- Automate API validation
- Execute cross-browser testing
- Configure parallel execution
Day 4 – Reporting, CI/CD Integration, and Best Practices
Module 13: Test Reporting
- HTML Reports
- JUnit Reports
- Mochawesome (Cypress)
- Playwright HTML Reports
- Screenshots
- Video Recording
- Failure Analysis
Module 14: Git Integration
- Repository Management
- Branching
- Commit Best Practices
- Collaboration Workflow
Module 15: CI/CD Integration
- Continuous Integration Overview
- GitHub Actions
- Jenkins
- Azure DevOps
- GitLab CI/CD
- Pipeline Automation
- Scheduled Test Execution
Module 16: Framework Best Practices
- Coding Standards
- Error Handling
- Logging
- Framework Maintenance
- Reusable Components
- Test Stability
- Flaky Test Prevention
Capstone Workshop
Participants will build a complete automation framework that includes:
- Modular project architecture
- Page Object Model implementation
- UI and API automation
- Data-driven testing
- Cross-browser execution
- Parallel testing
- Git repository integration
- CI/CD pipeline execution
- Automated reporting
