Writing a C Compiler
Nora Sandler's upcoming book, "Writing a C Compiler," releases in July 2024, guiding beginners through compiler construction with practical techniques, pseudocode algorithms, and additional resources for enhanced learning.
Read original article
Writing a C Compiler by Nora Sandler is a comprehensive guide aimed at demystifying the process of compiler construction for programmers. Set to be released in July 2024, the book spans 792 pages and is available in both print and ebook formats. It is designed for readers with no prior experience in compiler construction or assembly code, guiding them through the creation of a compiler for a significant subset of the C programming language. The book covers essential topics such as lexing and parsing, program analysis, code generation, and optimization techniques. Each chapter builds upon the previous one, allowing readers to gradually add features to their compiler. The algorithms are presented in pseudocode, making it adaptable for implementation in various programming languages. Sandler, a software engineer with a background in computer science, emphasizes a hands-on approach to learning, aiming to make compilers accessible and engaging. The book has received positive reviews from industry professionals, highlighting its thoroughness and practical focus. It is positioned as an enjoyable introduction to compiler design, contrasting with traditional academic texts. The resource page accompanying the book offers additional materials, including companion code and updates.
Related
Weekend projects: getting silly with C
The C programming language's simplicity and expressiveness, despite quirks, influence other languages. Unconventional code structures showcase creativity and flexibility, promoting unique coding practices. Subscription for related content is encouraged.
'Writing a C Compiler' is a book
The "Writing a C Compiler" series transitions into a book by No Starch Press, focusing on building a C compiler with practical guidance, pseudocode examples, and essential compiler concepts for a broad audience.
Boosting Compiler Testing by Injecting Real-World Code
The research introduces a method to enhance compiler testing by using real-world code snippets to create diverse test programs. The approach, implemented in the Creal tool, identified and reported 132 bugs in GCC and LLVM, contributing to compiler testing practices.
Beating the Compiler
The blog post discusses optimizing interpreters in assembly to outperform compilers. By enhancing the Uxn CPU interpreter, a 10-20% speedup was achieved through efficient assembly implementations and techniques inspired by LuaJIT.
Crafting Interpreters
The book "Crafting Interpreters" by Robert Nystrom is a detailed guide on creating programming languages. It covers parsing, semantics, bytecode, and more. Nystrom provides free online access and additional resources.
1 commentsRelated
Weekend projects: getting silly with C
The C programming language's simplicity and expressiveness, despite quirks, influence other languages. Unconventional code structures showcase creativity and flexibility, promoting unique coding practices. Subscription for related content is encouraged.
'Writing a C Compiler' is a book
The "Writing a C Compiler" series transitions into a book by No Starch Press, focusing on building a C compiler with practical guidance, pseudocode examples, and essential compiler concepts for a broad audience.
Boosting Compiler Testing by Injecting Real-World Code
The research introduces a method to enhance compiler testing by using real-world code snippets to create diverse test programs. The approach, implemented in the Creal tool, identified and reported 132 bugs in GCC and LLVM, contributing to compiler testing practices.
Beating the Compiler
The blog post discusses optimizing interpreters in assembly to outperform compilers. By enhancing the Uxn CPU interpreter, a 10-20% speedup was achieved through efficient assembly implementations and techniques inspired by LuaJIT.
Crafting Interpreters
The book "Crafting Interpreters" by Robert Nystrom is a detailed guide on creating programming languages. It covers parsing, semantics, bytecode, and more. Nystrom provides free online access and additional resources.