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Metaprogramming in C#

Metaprogramming in C#

By : Einar Ingerbrigsten
4.8 (6)
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Metaprogramming in C#

Metaprogramming in C#

4.8 (6)
By: Einar Ingerbrigsten

Overview of this book

Metaprogramming is an advanced technique that helps developers to automate repetitive tasks, generate scalable code, and enhance productivity in software development. Metaprogramming in C# is a comprehensive guide that will help you reap the full potential of metaprogramming in .NET runtime. You’ll start by learning about the .NET runtime environment and how you can use it to become a more productive developer. You'll learn how to infer types using reflection, use attributes, and create dynamic proxies. You’ll also explore the use of expressions to create and execute code and how to take advantage of Dynamic Language Runtime. But that's not all! You’ll also learn to go beyond inheritance and use method signature conventions to create easily maintainable code. Finally, you’ll dive into the world of compiler magic with Roslyn, where you'll discover how to use Roslyn to generate code, perform static code analysis, and write your own compiler extensions. By the end of this book, you’ll have a deep understanding of metaprogramming concepts and how to apply them to your C# code. You’ll be able to think about types, use attributes and expressions to generate code, and apply crosscutting concerns to improve code quality.
Table of Contents (25 chapters)
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1
Part 1:Why Metaprogramming?
5
Part 2:Leveraging the Runtime
12
Part 3:Increasing Productivity, Consistency, and Quality
18
Part 4:Compiler Magic Using Roslyn

How to write an analyzer

Writing an analyzer that gets automatically run as part of the compile process has been made very simple by Microsoft. It follows the same principles as source generators, as we saw in Chapter 16, Generating Code. Once you have the project set up, as we did back in Chapter 15, Roslyn Compiler Extensions, it’s all about dropping in a class that represents the analyzer.

In this chapter, all code assumes you have the Roslyn.Extensions project that we established in Chapter 15, Roslyn Compiler Extensions.

The analyzer we’re going to make is a highly opinionated one that affects the naming of exception types. One of the things we tend to do is to suffix our types with what they technically represent; for instance, exceptions are often suffixed with Exception. Looking at exceptions found in the .NET base class libraries, you’ll see things such as NotImplementedException, ArgumentException, or ArgumentNullException. This is something I personally...

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