- F# Basic Tutorial
- F# - Home
- F# - Overview
- F# - Environment Setup
- F# - Program Structure
- F# - Basic Syntax
- F# - Data Types
- F# - Variables
- F# - Operators
- F# - Decision Making
- F# - Loops
- F# - Functions
- F# - Strings
- F# - Options
- F# - Tuples
- F# - Records
- F# - Lists
- F# - Sequences
- F# - Sets
- F# - Maps
- F# - Discriminated Unions
- F# - Mutable Data
- F# - Arrays
- F# - Mutable Lists
- F# - Mutable Dictionary
- F# - Basic I/O
- F# - Generics
- F# - Delegates
- F# - Enumerations
- F# - Pattern Matching
- F# - Exception Handling
- F# - Classes
- F# - Structures
- F# - Operator Overloading
- F# - Inheritance
- F# - Interfaces
- F# - Events
- F# - Modules
- F# - Namespaces
- F# Useful Resources
- F# - Quick Guide
- F# - Useful Resources
- F# - Discussion
F# - Overview
F# is a functional programming language. To understand F# constructs, you need to read a couple of lines about the programming paradigm named Functional Programming.
Functional programming treats computer programs as mathematical functions. In functional programming, the focus would be on constants and functions, instead of variables and states. Because functions and constants are things that don’t change.
In functional programming, you will write modular programs, i.e., the programs would consist of functions that will take other functions as input.
Programs written in functional programming language tend to be concise.
About F#
Following are the basic information about F# −
It was developed in 2005 at Microsoft Research.
It is a part of Microsoft’s family of .Net language.
It is a functional programming language.
It is based on the functional programming language OCaml.
Features of F#
It is .Net implementation of OCaml.
It compiles .Net CLI (Common Language Interface) byte code or MSIL (Microsoft Intermediate Language) that runs on CLR (Common Language Runtime).
It provides type inference.
It provides rich pattern matching constructs.
It has interactive scripting and debugging capabilities.
It allows writing higher order functions.
It provides well developed object model.
Use of F#
F# is normally used in the following areas −
Making scientific model
Mathematical problem solving
Artificial intelligence research work
Financial modelling
Graphic design
CPU design
Compiler programming
Telecommunications
It is also used in CRUD apps, web pages, GUI games and other general purpose programs.