Monkey - Programming language

Monkey is a programming language created in 2011 by Anthony Diamond.

#623on PLDB

13Years Old

254Repos

Download source code:

git clone https://github.com/Regal-Internet-Brothers/webcc-monkey

Homepage · Source Code · Wikipedia · Docs

Monkey X is a high-level programming language designed for video game development for many different platforms, including desktop and laptop computers, mobile phones, tablets, and video game consoles. The language itself is an object-oriented dialect of BASIC, which the compiler translates into native source code for several target platforms. The resulting code is then compiled normally. Read more on Wikipedia...

Tags: programming language
Monkey is developed on GitHub and has 0 stars
There are at least 254 Monkey repos on GitHub
Early development of Monkey happened in https://github.com/Regal-Internet-Brothers
Monkey is written in JavaScript, HTML, Markdown
The Google BigQuery Public Dataset GitHub snapshot shows 53 users using Monkey in 116 repos on GitHub
Explore Monkey snippets on Rosetta Code
Pygments supports syntax highlighting for Monkey
GitHub supports syntax highlighting for Monkey
See also: (15 related languages) Linux, BlitzBasic, C, C#, JavaScript, Java, BASIC, Android, iOS, Python, OpenGL, WebGL, Objective-C, LLVM IR, Haxe

Example from hello-world:

puts("Hello World")

Example from Linguist:

'Showcases use of Lambda functions and Generics.

#Import "<std>"
Using std..

Function Main()

	Local testStack := New Stack< MyObject >
	
	For Local n := 1 To 20
		Local newItem := New MyObject
		newItem.depth = Rnd( 0, 100 )
		testStack.Push( newItem )
	Next
		
	testStack.Sort( Lambda:Int( x:MyObject,y:MyObject )
		Return x.depth<=>y.depth
	End )
	
	For Local n := Eachin testStack
		Print( n.depth )
	Next
	
End


Struct MyObject
	Field depth := 0
End

Example from Wikipedia:

' The 'Player' class, as referenced previously (Placement does not matter):
Class Player
  ' Declare all of our fields (Class-local variables):
  
  ' These two variables will act as our position on the screen.
  ' (Alternatively, an 'Array or third-party class could be used)
  Field x:Float, y:Float
  
  ' This will be a reference to an 'Image' object we'll specify.
  Field image:Image
  
  ' Constructor(s):
  
  ' Overloading 'New' mainly works the same way as constructors in other languages.
  ' Returning is generally not recommended for constructors.
  Method New(img:Image, x:Float=100, y:Float=100)
    ' Due to the arguments using the same names, 'Self'
    ' is required to resolve our fields' names:
    Self.image = img
    
    Self.x = x
    Self.y = y
  End
  
  ' Methods:
  
  ' This will be our main render-method for this object:
  Method Draw:Void()
    ' Draw the 'image' object to the screen using our 'x' and 'y' fields.
    DrawImage(image, x, y)
    
    ' Returning in a 'Void' function is not required. (Some still recommend it)
    Return
  End
End

Language features

Feature	Supported	Example	Token
MultiLine Comments	✓
Binary Literals	✓	' \%[10]+
Integers	✓	' [0-9]+
Floats	✓	' [0-9]+\.[0-9]*(?!\.)
Hexadecimals	✓	' \$[0-9a-fA-Z]+
Strings	✓	"Hello world"	"
Print() Debugging	✓		puts
Comments	✓	' A comment
Line Comments	✓	' A comment	'
Semantic Indentation	X