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.

SPJ's tutorial on implementing functional languages

functional programming language and its compiler

Basic compiler for a simpler version of CUTE Lang

A set of benchmarks to aid in performance optimisation for the Eta compiler.

Subset of Common Lisp

Produce hex dumps lazily from various types of source

Practice sessions of group 1 for the course "Functional Programming" in the Faculty of Mathematics and Informatics, Sofia University.

A small compiled lazy functional language using lazy graph reduction

TFG - Simple functional nondeterministic language that combines call-time choice and run-time choice semantics.

Haskell programs to learn and practise haskell languaje

Computing Fibonacci numbers in Haskell using the popular way, the zip way, the streams way and the matrix way.

Programming Paradigms Course. Application of functional mechanisms, data types, polymorphism and lazy evaluation in the Haskell language.

Homework for the Programming Paradigms course @ ACS, UPB 2019

A lazy Lisp.

Repository based on a Computerphile video, "Infinite Data Structures: To Infinity & Beyond!"

Second homework for programming paradigms course