The "Awesome Coq" project is a curated collection of resources dedicated to Coq, a formal language and environment for programming and specification that facilitates the interactive development of machine-checked proofs. This list encompasses a variety of resources including libraries, tools, tutorials, and community contributions that support users in leveraging Coq for formal verification, theorem proving, and software development. It is particularly beneficial for researchers, educators, and developers interested in formal methods and proof assistants, providing them with essential tools and knowledge to enhance their work. Whether you are a beginner looking to understand the basics or an experienced user seeking advanced techniques, this collection offers valuable insights and resources to deepen your expertise in Coq.
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The "Awesome Python" project is a comprehensive collection of resources dedicated to Python, a versatile and widely-used programming language known for its readability and simplicity. This list encompasses a variety of categories including libraries, frameworks, tools, tutorials, and community resources that cater to both beginners and experienced developers. Users can explore resources for web development, data analysis, machine learning, automation, and more, making it an invaluable asset for anyone looking to enhance their Python skills. Whether you're just starting out or looking to deepen your expertise, this collection provides the tools and knowledge to help you succeed in your Python journey.
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A Coq framework for formal verification, property-based testing, and extraction of smart contracts.
A Coq library for effective algebra, providing optimized algorithms and a refinement framework for changing data representations in proofs.
A Coq library for deductive synthesis of correct-by-construction abstract data types and parsers.
A verification system for reasoning about heap-manipulating programs using Separation logic embedded in Coq.
A foundational framework for modular cryptographic proofs in the Coq proof assistant, enabling state-separating proofs.
A Coq framework for implementing and formally verifying distributed systems with support for multiple fault models.
A Vim plugin for interactive Rocq (Coq) proof development, providing IDE-like features within the editor.
A language server and VS Code extension providing incremental checking, error recovery, and IDE features for the Rocq/Coq proof assistant.
A collection of Emacs extensions for Proof General's Coq mode, providing IDE-like features for interactive theorem proving.
A JavaScript port of the Coq proof assistant that runs entirely in the browser, enabling interactive theorem proving online.
A Jupyter kernel for the Coq proof assistant, enabling interactive theorem proving in notebooks.
A Visual Studio Code extension providing language server support for the Rocq/Coq interactive theorem prover.
A Visual Studio Code extension providing language server support for the Rocq/Coq interactive theorem prover.
A Coq library providing Haskell-like definitions and notations for formalizing Haskell types and functions in Coq.
A library of Coq definitions, theorems, and tactics for use in other Coq developments.
A Coq library containing mechanized reductions to establish undecidability results for problems in logic and computation.
A Coq library for representing and reasoning about recursive, effectful, and non-terminating programs using interaction trees.
A Coq library for mechanizing programming language metatheory with locally nameless representation of binders.
A dependable, cross-platform distribution of the Rocq proof assistant with a curated selection of libraries and tools.
A Coq plugin that embeds the Elpi λProlog interpreter to define new commands and tactics for theorem proving.
An automated reasoning hammer tool for Rocq that combines learning with external provers to automate proofs in dependent type theory.
A function definition plugin for Rocq/Coq that provides notation for dependent pattern-matching and well-founded recursion.
A Coq plugin providing high-level commands to declare and manage hierarchies of algebraic structures using packed classes.
A project formalizing the Rocq proof assistant in Rocq itself, providing tools for metaprogramming and developing certified plugins.
A randomized property-based testing plugin for Coq, enabling automated test generation and verification within proof assistants.
A Coq plugin that checks proof witnesses from external SAT/SMT solvers and provides certified decision procedures.