Strong normalization and parametricity for System Fω in Coq
-
Updated
Sep 10, 2024 - Coq
Strong normalization and parametricity for System Fω in Coq
A type inference algorithm for SystemF/polymorphic lambda calculus (undecidable problem) and an experimental playground for methods based on the higher-order unification for type inference and type checking of formal systems defined by the lambda cube concept.
An implementation of λ_{let}^{s/r} [Asai & Kameyama 2007]
repository with some examples about the poo with C# language
Introduction to typelevel programming: phantom types, dependent types, path dependent types and Curry-Howard isomorphism.
Derived codecs for spray-json for Scala 3.x and 2.x
A Ruby implementation of the Maybe type
Serialization and deserialization of polymorphic types
Just-for-fun implementation of polymorphic variables in C/C++
[EXPERIMENTAL] DeepL Driver designed to do the fewer API Calls as possible. Compatible with string arrays inputs, string inputs, and Record<string, string> inputs. Backend & Frontend compatible.
This repository contains my implementation of a Price Calculator that a store owner might use to calculate taxes, discount amounts, print reports, assign tax/discount precedence, and much more. After the completion of each task of the 10 tasks for this project, the project is tested for functionality and the XUnit tests are included in this proj…
Source generated polymorphic JSON converters
A small, header-only C++ library to make it easy to clone (ie copy polymorphic types)
A Fluid, PolyMorphic,and shapeless Types Package that activates radically flexiblity and simplicity in your programs
A high level programming language which compiles to C.
Polymorphic component factories for JSX frameworks
Lightweight MongoDB Abstract Repository implementation for Node.js apps
📚 This repository features the power and applications of inheritance, encapsulation, and interfaces in Java. It includes examples of how to efficiently manage and organize objects, leveraging inheritance for code reusability and interfaces for implementing polymorphism.
In this article I try to explain why Haskell keeps being such an important language by presenting some of its most important and distinguishing features and detailing them with working code examples. The presentation aims to be self-contained and does not require any previous knowledge of the language.
Add a description, image, and links to the polymorphic-types topic page so that developers can more easily learn about it.
To associate your repository with the polymorphic-types topic, visit your repo's landing page and select "manage topics."