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  • Book Overview & Buying Clang Compiler Frontend
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Clang Compiler Frontend

Clang Compiler Frontend

By : Ivan Murashko
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Clang Compiler Frontend

Clang Compiler Frontend

5 (1)
By: Ivan Murashko

Overview of this book

Discover the power of Clang, a versatile compiler known for its compilation speed and insightful error and warning messages. This book will get you acquainted with the capabilities of Clang, helping you harness its features for performance improvements and modularity by creating custom compiler tools. While focused on Clang compiler frontend, this book also covers other parts of LLVM, essential to understanding Clang's functionality, to keep up with the constantly evolving LLVM project. Starting with LLVM fundamentals, from installation procedures to development tools, this book walks you through Clang's internal architecture and its integral role within LLVM. As you progress, you’ll also tackle optimizing compilation performance through features such as C++ modules and header maps. The later chapters cover tools developed using the Clang/LLVM, including clang-tidy for linting, refactoring tools, and IDE support, and feature many examples to illustrate the material. By the end of this book, you’ll have a solid understanding of Clang, different Clang Tools, and how to use them to their fullest potential.
Table of Contents (17 chapters)
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Part I: Clang Setup and Architecture
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Part II: Clang Tools
11
Part III: Appendix
12
Bibliography

6.2 Static analysis

Static analysis is a crucial technique in software development that involves inspecting the code without actually running the program. This method focuses on analyzing either the source code or its compiled version to detect a variety of issues, such as errors, vulnerabilities, and deviations from coding standards. Unlike dynamic analysis, which requires the execution of the program, static analysis allows for examining the code in a non-runtime environment.

More generally, static analysis aims to check a specific property of a computer program based on its meaning; that is, it can be considered a part of semantic analysis (see Figure 2.6, Parser). For instance, if 𝒞 is the set of all C/C++ programs and 𝒫 is a property of such a program, then the goal of static analysis is to check the property for a specific program P ∈𝒞, that is, to answer the question of whether 𝒫(P) is true or false.

Our Clang-Tidy check from the previous...

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Clang Compiler Frontend
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