software_foundations
Exercise repository
A collection of Coq proof solutions to Software Foundations course exercises
My solutions to Software Foundations course in Coq proof assistant.
32 stars
3 watching
16 forks
Language: Coq
last commit: 5 months ago Related projects:
Repository | Description | Stars |
---|---|---|
coq-community/coq-art | Coq proof assistant book with exercises and examples | 110 |
math-comp/tutorial_material | Tutorials and materials for teaching Coq-based mathematical component development | 17 |
coq/platform | A multi-platform distribution of the Coq proof assistant and its libraries, providing a standardized setup for development and teaching | 188 |
coq-community/reglang | Provides definitions and verified translations between various representations of regular languages in the Coq proof assistant | 41 |
coq-community/coq-ext-lib | A collection of reusable Coq definitions and theorems for building software development tools | 129 |
coq/vscoq | A Visual Studio Code extension for Coq proof assistant support | 343 |
ejgallego/coq-lsp | A tool for interactive theorem proving and language support in Coq | 152 |
coq-community/gaia | A Coq implementation of mathematical concepts from N. Bourbaki's Elements of Mathematics | 28 |
princeton-vl/coqgym | A learning environment for theorem proving with the Coq proof assistant | 384 |
coq-community/coq-100-theorems | Repository tracking famous theorems proved using proof assistants. | 55 |
stepchowfun/proofs | A personal repository of formally verified mathematics using the Coq proof assistant | 291 |
cpitclaudel/company-coq | An Emacs plugin that enhances Coq mode with various features and tools for writing and debugging proof-based software | 354 |
math-comp/analysis | A comprehensive Coq proof-assistant library for mathematical analysis | 206 |
engineeringsoftware/mcoq | Analyze and test Coq proof assistant projects by generating modified versions of the code to identify flaws in specifications. | 30 |
coq-community/lemma-overloading | A Coq library demonstrating design patterns for automated proof automation and canonical structures | 26 |