Coq code and solutions for exercises from the Coq'Art book, a foundational text on the Coq proof assistant.
Coq'Art is a collection of Coq code examples and exercise solutions from the book 'Interactive Theorem Proving and Program Development'. It provides practical implementations of concepts from the foundational text on the Coq proof assistant, serving as a learning resource for understanding theorem proving and formal verification.
Students, researchers, and developers learning formal verification and theorem proving using the Coq proof assistant, particularly those studying from the Coq'Art textbook.
It offers authoritative, book-aligned examples and solutions that help learners bridge theoretical concepts with practical Coq implementation, maintained by the original book authors and the Coq community.
Coq code and exercises from the Coq'Art book [maintainers=@ybertot,@Casteran]
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Contains all Coq code examples from the Coq'Art book, providing a reliable, authoritative reference for learners to see concepts in practice.
Offers solutions to 170 exercises, covering a significant portion of the book's problems, which aids in practice and self-assessment.
Structured into 16 chapters matching the book, making it easy to navigate and study code in tandem with the text.
Includes additional tutorials on type classes and inductive/coinductive types, enhancing learning beyond the core book content.
Solutions are missing for over 30 exercises from the book, which can leave learners without guidance for some problems.
The code is designed as a companion to the Coq'Art book, so without it, users may struggle to understand the theoretical background and context.
Requires Coq version 8.16 or later, which may necessitate upgrades or adjustments for environments using older versions.