Test Automation Framework Design with Git and CI/CDO Overview
The Test Automation Framework Design with Git and CI/CD Training Course is an intensive hands-on program designed to equip software testers, QA engineers, SDETs, and developers with the knowledge and practical skills required to design, develop, and maintain scalable automated testing frameworks integrated with modern DevOps practices.
Participants will learn industry best practices for building modular, maintainable, and reusable test automation frameworks using popular automation design patterns while managing source code through Git. The course also demonstrates how automated tests are integrated into Continuous Integration and Continuous Delivery (CI/CD) pipelines using platforms such as Jenkins, GitHub Actions, Azure DevOps, or GitLab CI.
By the end of the course, participants will be capable of designing enterprise-grade automation frameworks that support continuous testing, faster software delivery, and improved software quality.
Duration 5 Days – 35 hrs.
Objectives
- Understand modern software testing and DevOps workflows
- Design maintainable and scalable test automation frameworks
- Apply automation framework design principles and architecture
- Implement reusable test components and libraries
- Manage automation projects using Git and Git workflows
- Collaborate using branching strategies and pull requests
- Integrate automated testing into CI/CD pipelines
- Execute automated regression testing during deployments
- Generate test execution reports and dashboards
- Apply automation best practices for enterprise software development
Target Audience
- QA Engineers
- Automation Test Engineers
- Software Test Analysts
- Software Developers
- SDETs (Software Development Engineers in Test)
- DevOps Engineers
- Build and Release Engineers
- Technical Leads
- Software Architects
- Project Teams implementing Continuous Testing
Prerequisites
- Basic software testing knowledge
- Basic programming experience (Java, C#, Python, or JavaScript)
- Familiarity with software development lifecycle (SDLC)
- Basic understanding of object-oriented programming
- Basic knowledge of command line operations is recommended
- No prior CI/CD experience is required
Course Outline
Day 1 – Modern Test Automation Framework Fundamentals
Module 1: Test Automation Strategy
- Manual vs Automated Testing
- Test Pyramid
- Continuous Testing
- Automation ROI
- Selecting Automation Candidates
Module 2: Framework Architecture
- Automation Framework Types
- Layered Architecture
- Framework Components
- Design Considerations
- Enterprise Framework Structure
Module 3: Automation Framework Design Patterns
- Page Object Model (POM)
- Page Factory
- Screen Object Pattern
- Fluent Interface
- Builder Pattern
- Factory Pattern
- Singleton Pattern
Module 4: Framework Folder Organization
- Project Structure
- Test Suites
- Test Data
- Utilities
- Configuration Management
- Environment Profiles
Day 2 – Building Reusable Automation Frameworks
Module 5: Reusable Components
- Base Classes
- Helper Classes
- Utility Libraries
- Common Functions
- Custom Assertions
Module 6: Test Data Management
- Parameterization
- Data-Driven Testing
- Keyword-Driven Testing
- External Data Sources
- JSON
- XML
- CSV
- Excel Integration
Module 7: Configuration Management
- Environment Configuration
- Secrets Management
- Properties Files
- YAML Configuration
- Environment Variables
Hands-on Laboratory
- Build reusable automation components
- Create modular framework architecture
- Configure multiple execution environments
Day 3 – Git for Test Automation Teams
Module 8: Git Fundamentals
- Git Architecture
- Repository Management
- Local vs Remote Repositories
- Git Installation
- Repository Initialization
Module 9: Daily Git Workflow
- Clone
- Commit
- Push
- Pull
- Fetch
- Merge
- Rebase
- Stash
Module 10: Branching Strategies
- Git Flow
- Feature Branch Workflow
- Release Branches
- Hotfix Branches
- Pull Requests
- Code Reviews
Module 11: Collaboration Best Practices
- Conflict Resolution
- Version Tagging
- Release Management
- Repository Organization
Hands-on Laboratory
- Create repositories
- Branching exercises
- Merge conflicts
- Pull requests
- Team collaboration simulation
Day 4 – CI/CD for Test Automation
Module 12: CI/CD Fundamentals
- DevOps Overview
- Continuous Integration
- Continuous Delivery
- Continuous Deployment
- Continuous Testing
Module 13: Build Automation
- Build Pipelines
- Artifact Management
- Dependency Management
- Build Triggers
Module 14: CI/CD Platforms
Overview of:
- Jenkins
- GitHub Actions
- Azure DevOps Pipelines
- GitLab CI/CD
Module 15: Integrating Automated Tests
- Pipeline Design
- Test Stages
- Smoke Tests
- Regression Tests
- Parallel Execution
- Scheduled Execution
Hands-on Laboratory
- Create CI/CD pipeline
- Execute automated tests
- Generate reports
- Pipeline troubleshooting
Day 5 – Enterprise Continuous Testing Implementation
Module 16: Reporting and Dashboards
- Test Reports
- Allure Reports
- HTML Reports
- JUnit Reports
- Dashboard Integration
Module 17: Test Execution Optimization
- Parallel Testing
- Distributed Testing
- Cross-browser Execution
- Retry Mechanisms
- Failure Analysis
Module 18: Automation Framework Maintenance
- Refactoring
- Framework Evolution
- Managing Technical Debt
- Framework Documentation
- Best Practices
Module 19: Enterprise Automation Governance
- Coding Standards
- Naming Conventions
- Repository Standards
- Automation Metrics
- KPI Monitoring
Capstone Workshop
Participants will design and implement a complete automation framework that includes:
- Modular automation architecture
- Page Object Model implementation
- Reusable utilities and components
- Git repository setup and branching workflow
- CI/CD pipeline integration
- Automated regression execution
- Test reporting and dashboards
