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LLVM Techniques, Tips, and Best Practices Clang and Middle-End Libraries

You're reading from   LLVM Techniques, Tips, and Best Practices Clang and Middle-End Libraries Design powerful and reliable compilers using the latest libraries and tools from LLVM

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Product type Paperback
Published in Apr 2021
Publisher Packt
ISBN-13 9781838824952
Length 370 pages
Edition 1st Edition
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Author (1):
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Min-Yih Hsu Min-Yih Hsu
Author Profile Icon Min-Yih Hsu
Min-Yih Hsu
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Table of Contents (18) Chapters Close

Preface 1. Section 1: Build System and LLVM-Specific Tooling
2. Chapter 1: Saving Resources When Building LLVM FREE CHAPTER 3. Chapter 2: Exploring LLVM's Build System Features 4. Chapter 3: Testing with LLVM LIT 5. Chapter 4: TableGen Development 6. Section 2: Frontend Development
7. Chapter 5: Exploring Clang's Architecture 8. Chapter 6: Extending the Preprocessor 9. Chapter 7: Handling AST 10. Chapter 8: Working with Compiler Flags and Toolchains 11. Section 3: "Middle-End" Development
12. Chapter 9: Working with PassManager and AnalysisManager 13. Chapter 10: Processing LLVM IR 14. Chapter 11: Gearing Up with Support Utilities 15. Chapter 12: Learning LLVM IR Instrumentation 16. Assessments 17. Other Books You May Enjoy

Understanding CMake integration for out-of-tree projects

Implementing your features in an in-tree project is good for prototyping, since most of the infrastructure is already there. However, there are many scenarios where pulling the entire LLVM source tree into your code base is not the best idea, compared to creating an out-of-tree project and linking it against the LLVM libraries. For example, you only want to create a small code refactoring tool using LLVM's features and open source it on GitHub, so telling developers on GitHub to download a multi-gigabyte LLVM source tree along with your little tool might not be a pleasant experience.

There are at least two ways to configure out-of-tree projects to link against LLVM:

  • Using the llvm-config tool
  • Using LLVM's CMake modules

Both approaches help you sort out all the details, including header files and library paths. However, the latter creates more concise and readable CMake scripts, which is preferable...

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