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Clean Code with C#

Clean Code with C#

By : Jason Alls
4.5 (2)
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Clean Code with C#

Clean Code with C#

4.5 (2)
By: Jason Alls

Overview of this book

Traditionally associated with Windows desktop applications and game development, C# has expanded into web, cloud, and mobile development. However, despite its extensive coding features, professionals often encounter issues with efficiency, scalability, and maintainability due to poor code. Clean Code in C# guides you in identifying and resolving these problems using coding best practices. This book starts by comparing good and bad code to emphasize the importance of coding standards, principles, and methodologies. It then covers code reviews, unit testing, and test-driven development, and addresses cross-cutting concerns. As you advance through the chapters, you’ll discover programming best practices for objects, data structures, exception handling, and other aspects of writing C# computer programs. You’ll also explore API design and code quality enhancement tools, while studying examples of poor coding practices to understand what to avoid. By the end of this clean code book, you’ll have the developed the skills needed to apply industry-approved coding practices to write clean, readable, extendable, and maintainable C# code.
Table of Contents (18 chapters)
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Immutability and pure functions

Immutability refers to the property of an object whose state cannot be changed after it is created. In C#, this means that once an object is instantiated, its internal state, including the values of its properties, cannot be modified. Instead of modifying the existing object, any updates or modifications result in the creation of a new object with the updated values.

Immutability is commonly associated with functional programming in C# and has several benefits:

  • Predictable behavior: Since immutable objects cannot change state, their behavior remains consistent throughout the program’s execution, making the code easier to reason about and debug.
  • Thread safety: Immutable objects are inherently thread-safe since multiple threads cannot modify their state concurrently. This simplifies concurrent programming and reduces the risk of data corruption or race conditions.
  • Caching and optimization: Immutability allows for caching and optimizing...

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