Professional Test-Driven Development with C#: Developing Real World Applications with TDD
- 5h 33m
- James Bender, Jeff McWherter
- John Wiley & Sons (US)
- 2011
Hands-on guidance to creating great test-driven development practice
Test-driven development (TDD) practice helps developers recognize a well-designed application, and encourages writing a test before writing the functionality that needs to be implemented. This hands-on guide provides invaluable insight for creating successful test-driven development processes. With source code and examples featured in both C# and .NET, the book walks you through the TDD methodology and shows how it is applied to a real-world application. You’ll witness the application built from scratch and details each step that is involved in the development, as well as any problems that were encountered and the solutions that were applied.
- Clarifies the motivation behind test-driven development (TDD), what it is, and how it works
- Reviews the various steps involved in developing an application and the testing that is involved prior to implementing the functionality
- Discusses unit testing and refactoring
Professional Test-Driven Development with C# shows you how to create great TDD processes right away.
About the Authors
James Bender is Vice President of Technology for Improving Enterprises. He is a Microsoft MVP, working on everything from small, single-user applications to Enterprise-scale, multi-user systems.
Jeff McWherter is a Partner and Director of Development at Gravity Works Design and Development. In 2010 Jeff was awarded with the Microsoft MVP for the third consecutive year.
In this Book
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Introduction
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The Road to Test-Driven Development
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An Introduction to Unit Testing
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A Quick Review of Refactoring
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Test-Driven Development—Let the Tests Be Your Guide
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Mocking External Resources
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Starting the Sample Application
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Implementing the First User Story
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Integration Testing
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TDD on the Web
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Testing Windows Communication Foundation Services
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Testing WPF and Silverlight Applications
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Dealing with Defects and New Requirements
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The Great Tool Debate
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Conclusions
