Mastering Test-Driven Development: Ensuring 100% Code Coverage for Total Risk Management
This comprehensive course is designed to help participants master the art of test-driven development, ensuring 100% code coverage for total risk management. Upon completion, participants will receive a certificate issued by The Art of Service.Course Features - Interactive and engaging learning experience
- Comprehensive and personalized course content
- Up-to-date and practical knowledge
- Real-world applications and case studies
- High-quality content and expert instructors
- Certificate issued upon completion
- Flexible learning options and user-friendly interface
- Mobile-accessible and community-driven
- Actionable insights and hands-on projects
- Bite-sized lessons and lifetime access
- Gamification and progress tracking
Course Outline Chapter 1: Introduction to Test-Driven Development
Topic 1.1: What is Test-Driven Development?
- Definition and benefits of test-driven development
- How TDD differs from traditional testing methods
Topic 1.2: Brief History of Test-Driven Development
- Evolution of TDD and its adoption in the industry
- Key milestones and contributors to the development of TDD
Chapter 2: Fundamentals of Test-Driven Development
Topic 2.1: Writing Good Unit Tests
- Characteristics of good unit tests
- How to write effective unit tests
Topic 2.2: Understanding Test-Driven Development Cycles
- Red-Green-Refactor cycle
- How to apply TDD cycles in real-world scenarios
Chapter 3: Test-Driven Development in Practice
Topic 3.1: TDD for New Features
- How to apply TDD when developing new features
- Best practices for writing tests for new features
Topic 3.2: TDD for Legacy Code
- Challenges of applying TDD to legacy code
- Strategies for writing tests for legacy code
Chapter 4: Code Coverage and Risk Management
Topic 4.1: Understanding Code Coverage
- Definition and importance of code coverage
- How to measure code coverage
Topic 4.2: Achieving 100% Code Coverage
- Strategies for achieving 100% code coverage
- Challenges and limitations of achieving 100% code coverage
Chapter 5: Advanced Test-Driven Development Techniques
Topic 5.1: Mocking and Stubbing
- Definition and purpose of mocking and stubbing
- How to use mocking and stubbing in TDD
Topic 5.2: Test-Driven Development for Distributed Systems
- Challenges of testing distributed systems
- Strategies for applying TDD to distributed systems
Chapter 6: Test-Driven Development Tools and Frameworks
Topic 6.1: Overview of Popular TDD Frameworks
- Introduction to popular TDD frameworks
- Comparison of features and strengths
Topic 6.2: Using TDD Frameworks in Real-World Scenarios
- How to choose the right TDD framework for your project
- Best practices for using TDD frameworks
Chapter 7: Conclusion and Next Steps
Topic 7.1: Recap of Key Takeaways
- Summary of key concepts and takeaways
Topic 7.2: Continuing Your TDD Journey
- Resources for further learning and improvement
- Strategies for applying TDD in your own projects
,
Chapter 1: Introduction to Test-Driven Development
Topic 1.1: What is Test-Driven Development?
- Definition and benefits of test-driven development
- How TDD differs from traditional testing methods
Topic 1.2: Brief History of Test-Driven Development
- Evolution of TDD and its adoption in the industry
- Key milestones and contributors to the development of TDD
Chapter 2: Fundamentals of Test-Driven Development
Topic 2.1: Writing Good Unit Tests
- Characteristics of good unit tests
- How to write effective unit tests
Topic 2.2: Understanding Test-Driven Development Cycles
- Red-Green-Refactor cycle
- How to apply TDD cycles in real-world scenarios
Chapter 3: Test-Driven Development in Practice
Topic 3.1: TDD for New Features
- How to apply TDD when developing new features
- Best practices for writing tests for new features
Topic 3.2: TDD for Legacy Code
- Challenges of applying TDD to legacy code
- Strategies for writing tests for legacy code
Chapter 4: Code Coverage and Risk Management
Topic 4.1: Understanding Code Coverage
- Definition and importance of code coverage
- How to measure code coverage
Topic 4.2: Achieving 100% Code Coverage
- Strategies for achieving 100% code coverage
- Challenges and limitations of achieving 100% code coverage
Chapter 5: Advanced Test-Driven Development Techniques
Topic 5.1: Mocking and Stubbing
- Definition and purpose of mocking and stubbing
- How to use mocking and stubbing in TDD
Topic 5.2: Test-Driven Development for Distributed Systems
- Challenges of testing distributed systems
- Strategies for applying TDD to distributed systems
Chapter 6: Test-Driven Development Tools and Frameworks
Topic 6.1: Overview of Popular TDD Frameworks
- Introduction to popular TDD frameworks
- Comparison of features and strengths
Topic 6.2: Using TDD Frameworks in Real-World Scenarios
- How to choose the right TDD framework for your project
- Best practices for using TDD frameworks
Chapter 7: Conclusion and Next Steps
Topic 7.1: Recap of Key Takeaways
- Summary of key concepts and takeaways
Topic 7.2: Continuing Your TDD Journey
- Resources for further learning and improvement
- Strategies for applying TDD in your own projects