411 REFERENCE · Wikibooks
Haskell/Print version
Reference material by Wikibooks contributors. This retains its source identity and is not 411 news reporting.
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Haskell Haskell/Print_version
Table Of Contents
Haskell Basics
Elementary Haskell
Intermediate Haskell
Monads
: :
Advanced Haskell
Fun with Types
Wider Theory
Haskell Performance
Libraries Reference
General Practices
Specialised Tasks
Haskell Basics
Getting set up
Variables and functions
Truth values
Type basics
Lists and tuples
Type basics II
Building vocabulary
Next steps
Simple input and output
Elementary Haskell
Recursion
Lists II
Lists III
Type declarations
Pattern matching
Control structures
More on functions
Higher-order functions
Using GHCi effectively
Intermediate Haskell
Modules
Indentation
More on datatypes
Other data structures
Classes and types
The Functor class
Monads
Prologue: IO, an applicative functor
Understanding monads
The Maybe monad
The List monad
do Notation
The IO monad
The State monad
Alternative and MonadPlus
Monad transformers
Advanced Haskell
Monoids
Applicative functors
Foldable
Traversable
Arrow tutorial
Understanding arrows
Continuation passing style (CPS)
Zippers
Lenses and functional references
Mutable objects
Concurrency
Fun with Types
Polymorphism basics
Existentially quantified types
Advanced type classes
Phantom types
Generalised algebraic data-types (GADT)
Datatype algebra
Type constructors & Kinds
Wider Theory
Denotational semantics
Equational reasoning
Program derivation
Category theory
The Curry-Howard isomorphism
fix and recursion
Haskell Performance
Introduction
Step by Step Examples
Graph reduction
Laziness
Strictness
Algorithm complexity
Data structures
Parallelism
Libraries Reference
The Hierarchical Libraries
Lists
Arrays
Maybe
Maps
IO
Random Numbers
General Practices
Building a standalone application
Debugging
Testing
Packaging your software (Cabal)
Using the Foreign Function Interface (FFI)
Generic Programming : Scrap your boilerplate
Specialised Tasks
Graphical user interfaces (GUI)
Databases
Web programming
Working with XML
Using Regular Expressions
Parsing Mathematical Expressions