Plan de estudios de programación funcional en Haskell

AlgoXY is a functional programming educational book and technical publication produced as a LaTeX digital book. It serves as a programming education resource and library focused on functional algorithms and data structures. The project provides a collection of persistent data structures, such as trees and heaps, designed for immutable state management. It includes a series of implementation exercises and verified answers to teach core computer science concepts through the practical application of functional logic. The content covers the design of persistent data structures and the implementa

This project is a comprehensive functional programming curriculum and learning resource for Haskell. It provides sequenced educational paths and technical reference guides designed to take developers from beginner to advanced levels of proficiency. The project distinguishes itself through a deep focus on theoretical and technical foundations, offering detailed studies on type theory, category theory, and runtime internals. It includes a dedicated performance handbook for optimizing execution speed and memory management, as well as an ecosystem guide for managing development tools and editor c

This project provides a community-driven translation of technical literature into Simplified Chinese, focusing on Haskell programming and functional software architecture. It serves as an educational resource designed to help non-native speakers master advanced language features and practical application development through accessible documentation. The project maintains a standardized collection of translated programming terminology to ensure consistency and clarity across its collaborative documentation efforts. By utilizing a centralized glossary and structured peer review processes, the t

This repository serves as an educational resource and tutorial collection focused on the principles and implementation of functional programming. It provides a structured guide for developers to learn how to apply functional paradigms to improve software architecture, logic design, and code maintainability. The project distinguishes itself by demonstrating how to implement functional concepts across both statically and dynamically typed programming languages. By utilizing examples in Haskell, OCaml, and Python, it illustrates the practical application of techniques such as immutability, highe