Test-Driven Development (TDD): Best Practices for Agile Teams

Duration: Hours

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    Training Mode: Online

    Description

    Introduction:

    The course “Test-Driven Development (TDD): Best Practices for Agile Teams” is designed to introduce participants to the principles and practices of Test-Driven Development (TDD), a core methodology in Agile development. TDD emphasizes writing automated tests before the code itself, which leads to cleaner, more reliable, and maintainable software.

    This course focuses on the benefits of TDD, such as improved code quality, better design, and early detection of defects. Participants will learn the process of writing tests, coding solutions to make tests pass, and refactoring for simplicity and clarity. Additionally, best practices for integrating TDD into Agile workflows are covered, enabling teams to work more efficiently and deliver higher-quality software.

    Prerequisites:

    • Familiarity with at least one programming language (e.g., Java, Python, C#, etc.).
    • Basic understanding of unit testing concepts.
    • Knowledge of Agile methodologies is helpful but not mandatory.

    Table of Content:

    1: Introduction to Test-Driven Development (TDD)

    1.1 Overview of TDD: Definition and Benefits
    1.2 The TDD Workflow: Red, Green, Refactor
    1.3 The Role of TDD in Agile Development
    1.4 Understanding Unit Tests and Test Automation

    2: Writing Effective Unit Tests

    2.1 Principles of Writing Good Tests: AAA (Arrange, Act, Assert)
    2.2 Choosing What to Test: Positive and Negative Scenarios
    2.3 Introduction to Testing Frameworks
    2.3.1 JUnit
    2.3.2 NUnit
    2.3.3 PyTest
    2.4 Writing the First Test: Red Phase

    3: Implementing Code to Pass Tests

    3.1 Writing Minimal Code to Make the Test Pass: Green Phase
    3.2 Balancing Functionality with Test Satisfaction
    3.3 Avoiding Overengineering During the Initial Coding Phase
    3.4 Code and Test Iteration Process (Ref: Manual Testing Essentials: Techniques and Processes)

    4: Refactoring Code for Clean Design

    4.1 Identifying Code Smells
    4.2 Refactoring Techniques for Simplifying Code
    4.3 Ensuring Code Maintainability and Reusability
    4.4 The Role of Refactoring in Continuous Improvement

    5: TDD in an Agile Workflow

    5.1 Integrating TDD with Agile Principles
    5.1.1 Scrum
    5.1.2 Kanban
    5.2 Continuous Integration (CI) and Test Automation
    5.3 Leveraging TDD for Short Iteration Cycles and Feedback Loops
    5.4 Collaboration Between Developers, Testers, and Product Owners

    6: Advanced TDD Techniques

    6.1 Parameterized and Data-Driven Tests
    6.2 Using Mocks, Stubs, and Fakes for Testing Dependencies
    6.3 Testing Legacy Code and Refactoring it to TDD
    6.4 Behavior-Driven Development (BDD) vs. TDD: Key Differences

    7: Test-Driven Development for Different Architectures

    7.1 TDD for Object-Oriented Programming (OOP)
    7.2 TDD for Functional Programming
    7.3 TDD for Web Applications, APIs, and Microservices
    7.4 TDD in Continuous Delivery Pipelines

    8: Common TDD Challenges and Solutions

    8.1 Dealing with Long-Running Tests and Performance Bottlenecks
    8.2 Handling Complex Business Logic in TDD
    8.3 Overcoming the Fear of Refactoring
    8.4 Mitigating Technical Debt through Continuous Testing

    9: Best Practices for TDD

    9.1 Writing Maintainable Tests
    9.2 Striking the Right Balance Between Testing and Coding
    9.3 Avoiding Test Overhead and Maintaining Test Efficiency
    9.4 Code Reviews and Pair Programming in TDD

    10: TDD Tools and Frameworks

    10.1 Popular TDD Tools for Different Languages
    10.1.1 JUnit
    10.1.2 xUnit
    10.1.3 Mocha
    10.2 Integrating TDD into Build Pipelines
    10.2.1 Maven
    10.2.2 Gradle
    10.3 Using Continuous Integration Tools
    10.3.1 Jenkins
    10.3.2 GitLab
    10.3.3 Travis CI
    10.4 Debugging and Troubleshooting TDD Code

    11: TDD for Teams: Collaboration and Culture

    11.1 Creating a TDD-Driven Culture in Agile Teams
    11.2 Collaboration Between Developers and QA in TDD
    11.3 Using TDD to Foster Better Communication and Code Quality
    11.4 Measuring and Improving Test Coverage

    12: Final Project: TDD in Action

    12.1 Building a Complete Application Using TDD
    12.2 Implementing Tests, Code, and Refactoring Iteratively
    12.3 Integrating the TDD Process into a Continuous Integration Workflow
    12.4 Final Presentation of Results and Code Review

    Conclusion:

    Adopting Test-Driven Development (TDD) within Agile teams not only enhances the quality of software but also improves collaboration and speeds up development cycles. By writing tests before the actual code, TDD encourages cleaner, more reliable code and greater accountability within the team. This training equips participants with the best practices and tools to integrate TDD into their daily workflows, helping them create better software faster, with fewer defects.

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