Data commit

Task/Enumerations/00-META.yaml

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+---
+from: http://rosettacode.org/wiki/Enumerations
+note: Basic language learning

Task/Enumerations/00-TASK.txt

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+;Task:
+Create an enumeration of constants with and without explicit values.
+<br><br>
+

Task/Enumerations/11l/enumerations.11l

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+T.enum TokenCategory
+   NAME
+   KEYWORD
+   CONSTANT
+   TEST_CATEGORY = 10

Task/Enumerations/6502-Assembly/enumerations-1.6502

@@ -0,0 +1,7 @@
+Sunday equ 0
+Monday equ 1
+Tuesday equ 2
+Wednesday equ 3
+Thursday equ 4
+Friday equ 5
+Saturday equ 6

Task/Enumerations/6502-Assembly/enumerations-2.6502

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+enum $0400
+OBJECT_XPOS .dsb 16  ;define 16 bytes for object X position
+OBJECT_YPOS .dsb 16  ;define 16 bytes for object Y position
+ende

Task/Enumerations/6502-Assembly/enumerations-3.6502

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+Days_Of_The_Week:
+    word Sunday,Monday,Tuesday,Wednesday,Thursday,Friday,Saturday
+
+Sunday:
+    byte "Sunday",0
+Monday:
+    byte "Monday",0
+Tuesday:
+    byte "Tuesday",0
+Wednesday:
+    byte "Wednesday",0
+Thursday:
+    byte "Thursday",0
+Friday:
+    byte "Friday",0
+Saturday:
+    byte "Saturday",0
+
+
+LDA #$03 ;we want to load Wednesday
+ASL A    ;these are 16-bit pointers to strings, so double A
+TAX      ;transfer A to X so that we can use this index as a lookup
+
+LDA Days_Of_The_Week,x    ;get low byte
+STA $00                   ;store in zero page memory
+LDA Days_Of_The_Week+1,x  ;get high byte
+STA $01                   ;store in zero page memory directly after low byte
+LDY #0                    ;clear Y
+
+LDA ($00),Y               ;Load the "W" of Wednesday into accumulator

Task/Enumerations/68000-Assembly/enumerations-1.68000

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+Sunday equ 0
+Monday equ 1
+Tuesday equ 2
+Wednesday equ 3
+Thursday equ 4
+Friday equ 5
+Saturday equ 6

Task/Enumerations/68000-Assembly/enumerations-2.68000

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+Days_Of_The_Week:
+    DC.L Sunday,Monday,Tuesday,Wednesday,Thursday,Friday,Saturday
+
+Sunday:
+    DC.B "Sunday",0
+    EVEN ;conditionally aligns to a 2-byte boundary if the data isn't aligned already
+Monday:
+    DC.B "Monday",0
+    EVEN
+Tuesday:
+    DC.B "Tuesday",0
+    EVEN
+Wednesday:
+    DC.B "Wednesday",0
+    EVEN
+Thursday:
+    DC.B "Thursday",0
+    EVEN
+Friday:
+    DC.B "Friday",0
+    EVEN
+Saturday:
+    DC.B "Saturday",0
+    EVEN
+
+;In this example, load Thursday.
+
+    LEA Days_Of_The_Week,A0   ;load base address of table into A0
+    MOVE.W #4,D0              ;Thursday's index
+    LSL.W #2,D0               ;multiply by 4 since each pointer is 32-bit
+    LEA (A0,D0),A1            ;load table offset by D0 into A1
+    MOVE.L (A1),A1            ;dereference the pointer, now the address of "Thursday" is in A1.
+    MOVE.B (A1)+,D1           ;Load the "T" of Thursday into D1, auto-increment to next letter for the next load.

Task/Enumerations/8086-Assembly/enumerations-1.8086

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+Sunday equ 0
+Monday equ 1
+Tuesday equ 2
+Wednesday equ 3
+Thursday equ 4
+Friday equ 5
+Saturday equ 6
+Sunday equ 7

Task/Enumerations/8086-Assembly/enumerations-2.8086

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+mov ax,seg DaysOfTheWeek
+mov ds,ax
+mov si,offset DaysOfTheWeek
+
+mov bx,2       ;desired enumeration of 2 = Tuesday
+add bx,bx      ;double bx since this is a table of words
+mov ax,[bx+si] ;load the address of the string "Tuesday" into ax
+mov si,ax      ;we can't load indirectly from AX, so move it into SI. We don't need the old value of SI anymore
+mov al,[si]    ;load the byte at [SI] (in this case, the "T" in Tuesday.)
+ret
+
+DaysOfTheWeek word Sunday,Monday,Tuesday,Wednesday,Thursday,Friday,Saturday
+;each is a pointer to a string containing the text you would expect.

Task/Enumerations/ACL2/enumerations.acl2

@@ -0,0 +1,22 @@
+(defun symbol-to-constant (sym)
+   (intern (concatenate 'string "*" (symbol-name sym) "*")
+           "ACL2"))
+
+(defmacro enum-with-vals (symbol value &rest args)
+   (if (endp args)
+       `(defconst ,(symbol-to-constant symbol) ,value)
+       `(progn (defconst ,(symbol-to-constant symbol) ,value)
+               (enum-with-vals ,@args))))
+
+(defun interleave-with-nats-r (xs i)
+   (if (endp xs)
+       nil
+       (cons (first xs)
+             (cons i (interleave-with-nats-r (rest xs)
+                                             (1+ i))))))
+
+(defun interleave-with-nats (xs)
+   (interleave-with-nats-r xs 0))
+
+(defmacro enum (&rest symbols)
+   `(enum-with-vals ,@(interleave-with-nats symbols)))

Task/Enumerations/ALGOL-68/enumerations-1.alg

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+BEGIN # example 1 #
+  MODE FRUIT = INT;
+  FRUIT apple = 1, banana = 2, cherry = 4;
+  FRUIT x := cherry;
+  CASE x IN
+    print(("It is an apple #",x, new line)),
+    print(("It is a banana #",x, new line)),
+    SKIP, # 3 not defined #
+    print(("It is a cherry #",x, new line))
+  OUT
+    SKIP # other values #
+  ESAC
+END;

Task/Enumerations/ALGOL-68/enumerations-2.alg

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+BEGIN # example 2 #
+  MODE ENUM = [0]CHAR; # something with minimal size #
+  MODE APPLE = STRUCT(ENUM apple), BANANA = STRUCT(ENUM banana), CHERRY = STRUCT(ENUM cherry);
+  MODE FRUIT = UNION(APPLE, BANANA, CHERRY);
+
+  OP REPR = (FRUIT f)STRING:
+    CASE f IN
+      (APPLE):"Apple",
+      (BANANA):"Banana",
+      (CHERRY):"Cherry"
+    OUT
+      "?" # uninitalised #
+    ESAC;
+
+  FRUIT x := LOC CHERRY;
+
+  CASE x IN
+    (APPLE):print(("It is an ",REPR x, new line)),
+    (BANANA):print(("It is a ",REPR x, new line)),
+    (CHERRY):print(("It is a ",REPR x, new line))
+  OUT
+    SKIP # uninitialised FRUIT #
+  ESAC
+END

Task/Enumerations/ATS/enumerations-1.ats

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+datatype my_enum =
+| value_a
+| value_b
+| value_c

Task/Enumerations/ATS/enumerations-2.ats

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+#define value_a 1
+#define value_b 2
+#define value_c 3

Task/Enumerations/ATS/enumerations-3.ats

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+typedef my_enum = [i : int | value_a <= i; i <= value_c] int i

Task/Enumerations/AWK/enumerations.awk

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+fruit["apple"]=1; fruit["banana"]=2; fruit["cherry"]=3
+fruit[1]="apple"; fruit[2]="banana"; fruit[3]="cherry"
+i=0; apple=++i; banana=++i; cherry=++i;

Task/Enumerations/Ada/enumerations.ada

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+type Fruit is (apple, banana, cherry); -- No specification of the representation value;
+for Fruit use (apple => 1, banana => 2, cherry => 4); -- specification of the representation values

Task/Enumerations/AmigaE/enumerations.amiga

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+ENUM APPLE, BANANA, CHERRY
+
+PROC main()
+  DEF x
+  ForAll({x}, [APPLE, BANANA, CHERRY],
+         `WriteF('\d\n', x))
+ENDPROC

Task/Enumerations/Arturo/enumerations.arturo

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+enum: [apple banana cherry]
+print "as a block of words:"
+inspect.muted enum
+
+enum: ['apple 'banana 'cherry]
+print "\nas a block of literals:"
+print enum
+
+enum: #[
+    apple: 1
+    banana: 2
+    cherry: 3
+]
+print "\nas a dictionary:"
+print enum

Task/Enumerations/AutoHotkey/enumerations.ahk

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+fruit_%apple% = 0
+fruit_%banana% = 1
+fruit_%cherry% = 2

Task/Enumerations/BASIC/enumerations.basic

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+REM Impossible. Can only be faked with arrays of strings.
+OPTION BASE 1
+DIM SHARED fruitsName$(1 to 3)
+DIM SHARED fruitsVal%( 1 to 3)
+fruitsName$[1] = "apple"
+fruitsName$[2] = "banana"
+fruitsName$[3] = "cherry"
+fruitsVal%[1] = 1
+fruitsVal%[2] = 2
+fruitsVal%[3] = 3
+
+REM OR GLOBAL CONSTANTS
+DIM SHARED apple%, banana%, cherry%
+apple%  = 1
+banana% = 2
+cherry% = 3

Task/Enumerations/BaCon/enumerations.bacon

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+' Enumerations
+' Start at zero
+ENUM
+    cat, dog, parrot
+END ENUM
+PRINT "Dogs are #", dog
+
+' Set value
+ENUM
+    Sunday=1, Monday, Tuesday, Wednesday, Thursday, Friday, Saturday
+END ENUM
+PRINT Sunday, " ", Wednesday, " ", Saturday
+
+' Change values, ENUM names must be unique
+ENUM
+    sunday=7, monday=1, tuesday, wednesday, thursday, friday, saturday
+END ENUM
+PRINT sunday, " ", wednesday, " ", saturday

Task/Enumerations/Bracmat/enumerations.bracmat

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+fruits=apple+banana+cherry;

Task/Enumerations/C++/enumerations-1.cpp

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+enum fruits { apple, banana, cherry };
+
+enum fruits { apple = 0, banana = 1, cherry = 2 };

Task/Enumerations/C++/enumerations-2.cpp

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+enum class fruits { apple, banana, cherry };
+
+enum class fruits { apple = 0, banana = 1, cherry = 2 };

Task/Enumerations/C++/enumerations-3.cpp

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+enum class fruits : unsigned int { apple, banana, cherry };

Task/Enumerations/C++/enumerations-4.cpp

@@ -0,0 +1 @@
+enum fruits : unsigned int { apple, banana, cherry };

Task/Enumerations/C-sharp/enumerations.cs

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+enum fruits { apple, banana, cherry }
+
+enum fruits { apple = 0, banana = 1, cherry = 2 }
+
+enum fruits : int { apple = 0, banana = 1, cherry = 2 }
+
+[FlagsAttribute]
+enum Colors { Red = 1, Green = 2, Blue = 4, Yellow = 8 }

Task/Enumerations/C/enumerations-1.c

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+enum fruits { apple, banana, cherry };
+
+enum fruits { apple = 0, banana = 1, cherry = 2 };

Task/Enumerations/C/enumerations-2.c

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+typedef enum { apple, banana, cherry } fruits;
+
+typedef enum { apple = 0, banana = 1, cherry = 2 } fruits;

Task/Enumerations/Clojure/enumerations.clj

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+; a set of keywords
+(def fruits #{:apple :banana :cherry})
+
+; a predicate to test "fruit" membership
+(defn fruit? [x] (contains? fruits x))
+
+; if you need a value associated with each fruit
+(def fruit-value (zipmap fruits (iterate inc 1)))
+
+(println (fruit? :apple))
+(println (fruit-value :banana))

Task/Enumerations/Common-Lisp/enumerations-1.lisp

@@ -0,0 +1,8 @@
+;; symbol to number
+(defconstant +apple+ 0)
+(defconstant +banana+ 1)
+(defconstant +cherry+ 2)
+
+;; number to symbol
+(defun index-fruit (i)
+  (aref #(+apple+ +banana+ +cherry+) i))

Task/Enumerations/Common-Lisp/enumerations-2.lisp

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+(deftype fruit ()
+  '(member +apple+ +banana+ +cherry+))

Task/Enumerations/Computer-zero-Assembly/enumerations.0asm

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+LDA 4 ;load from memory address 4
+STP
+NOP
+NOP
+byte 1

Task/Enumerations/D/enumerations.d

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+void main() {
+    // Named enumeration (commonly used enum in D).
+    // The underlying type is a 32 bit int.
+    enum Fruits1 { apple, banana, cherry }
+
+    // You can assign an enum to the general type, but not the opposite:
+    int f1 = Fruits1.banana; // No error.
+    // Fruits1 f2 = 1; // Error: cannot implicitly convert.
+
+    // Anonymous enumeration, as in C, of type 32 bit int.
+    enum { APPLE, BANANA, CHERRY }
+    static assert(CHERRY == 2);
+
+    // Named enumeration with specified values (int).
+    enum Fruits2 { apple = 0, banana = 10, cherry = 20 }
+
+    // Named enumeration, typed and with specified values.
+    enum Fruits3 : ubyte { apple = 0, banana = 100, cherry = 200 }
+
+    // Named enumeration, typed and with partially specified values.
+    enum Test : ubyte { A = 2, B, C = 3 }
+    static assert(Test.B == 3); // Uses the next ubyte, duplicated value.
+
+    // This raises a compile-time error for overflow.
+    // enum Fruits5 : ubyte { apple = 254, banana = 255, cherry }
+
+    enum Component {
+        none,
+        red   = 2 ^^ 0,
+        green = 2 ^^ 1,
+        blue  = 2 ^^ 2
+    }
+
+    // Phobos BitFlags support all the most common operations on flags.
+    // Some of the operations are shown below.
+    import std.typecons: BitFlags;
+
+    alias ComponentFlags = BitFlags!Component;
+    immutable ComponentFlags flagsEmpty;
+
+    // Value can be set with the | operator.
+    immutable flagsRed = flagsEmpty | Component.red;
+
+    immutable flagsGreen = ComponentFlags(Component.green);
+    immutable flagsRedGreen = ComponentFlags(Component.red, Component.green);
+    immutable flagsBlueGreen = ComponentFlags(Component.blue, Component.green);
+
+    // Use the & operator between BitFlags for intersection.
+    assert (flagsGreen == (flagsRedGreen & flagsBlueGreen));
+}

Task/Enumerations/DWScript/enumerations.dw

@@ -0,0 +1,2 @@
+type TFruit = (Apple, Banana, Cherry);
+type TApe = (Gorilla = 0, Chimpanzee = 1, Orangutan = 5);

Task/Enumerations/Delphi/enumerations.delphi

@@ -0,0 +1,3 @@
+type
+	fruit = (apple, banana, cherry);
+	ape = (gorilla = 0, chimpanzee = 1, orangutan = 5);

Task/Enumerations/Diego/enumerations-1.diego

@@ -0,0 +1,7 @@
+add_enum(⟪{int}⟫,⟦{str}⟧,urgency)
+    ()_enum(⟪4⟫,⟦emergent⟧)_static(URGENCY_EMERGENT)_colour(red)_color({hex},#ca0031)_desc(The most urgent (critical) state, severe risk.);
+    ()_enum(⟪3⟫,⟦exigent⟧)_static(URGENT_EXIGENT)_colour(orange)_color({hex},#ff6400)_desc(The high urgent state, high risk.);
+    ()_enum(⟪2⟫,⟦urgent⟧)_static(URGENT_URGENT)_colour(yellow)_color({hex},#fce001)_desc(The elevated urgent state, elevated risk.);
+    ()_enum(⟪1⟫,⟦infergent⟧)_static(URGENT_INFERGENT)_colour(blue)_color({hex},#3566cd)_desc(The low urgent state, low / guarded risk.);
+    ()_enum(⟪0⟫,⟦nonurgent⟧)_static(URGENT_NON)_colour(green)_color({hex},#009a66)_desc(The non-urgent state, negligible risk.);
+;

Task/Enumerations/Diego/enumerations-2.diego

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+add_enum(fruits,⟦apple,banana,cherry⟧);

Task/Enumerations/Diego/enumerations-3.diego

@@ -0,0 +1,2 @@
+add_flag(ape,⟦gorilla,chimpanzee,orangutan⟧);
+log_console()_(ape);

Task/Enumerations/E/enumerations-1.e

@@ -0,0 +1,3 @@
+def apple  { to value() { return 0 } }
+def banana { to value() { return 1 } }
+def cherry { to value() { return 2 } }

Task/Enumerations/E/enumerations-2.e

@@ -0,0 +1,6 @@
+interface Fruit guards FruitStamp {}
+def apple  implements FruitStamp {}
+def banana implements FruitStamp {}
+def cherry implements FruitStamp {}
+
+def eat(fruit :Fruit) { ... }

Task/Enumerations/E/enumerations-3.e

@@ -0,0 +1,4 @@
+def [Fruit, [=> apple, => banana, => cherry]] := makeEnumeration()
+
+def [Fruit, [=> apple, => banana, => cherry]] :=
+  makeEnumeration(0, ["apple", "banana", "cherry"])

Task/Enumerations/EGL/enumerations-1.egl

@@ -0,0 +1,27 @@
+// Without explicit values
+enumeration FruitsKind
+	APPLE,
+	BANANA,
+	CHERRY
+end
+
+program EnumerationTest
+	
+	function main()
+		whatFruitAmI(FruitsKind.CHERRY);
+	end
+
+	function whatFruitAmI(fruit FruitsKind)
+		case (fruit)
+			when(FruitsKind.APPLE)
+				syslib.writestdout("You're an apple.");
+			when(FruitsKind.BANANA)
+				syslib.writestdout("You're a banana.");
+			when(FruitsKind.CHERRY)
+				syslib.writestdout("You're a cherry.");
+			otherwise
+				syslib.writestdout("I'm not sure what you are.");
+		end
+	end
+
+end

Task/Enumerations/EGL/enumerations-2.egl

@@ -0,0 +1,27 @@
+// With explicit values
+library FruitsKind type BasicLibrary {}
+	const APPLE int = 0;
+	const BANANA int = 1;
+	const CHERRY int = 2;
+end
+
+program EnumerationTest
+	
+	function main()
+		whatFruitAmI(FruitsKind.CHERRY);
+	end
+
+	function whatFruitAmI(fruit int in)
+		case (fruit)
+			when(FruitsKind.APPLE)
+				syslib.writestdout("You're an apple.");
+			when(FruitsKind.BANANA)
+				syslib.writestdout("You're a banana.");
+			when(FruitsKind.CHERRY)
+				syslib.writestdout("You're a cherry.");
+			otherwise
+				syslib.writestdout("I'm not sure what you are.");
+		end
+	end
+	
+end

Task/Enumerations/Elixir/enumerations-1.elixir

@@ -0,0 +1,5 @@
+fruits = [:apple, :banana, :cherry]
+fruits = ~w(apple banana cherry)a                   # Above-mentioned different notation
+val = :banana
+Enum.member?(fruits, val)                           #=> true
+val in fruits                                       #=> true

Task/Enumerations/Elixir/enumerations-2.elixir

@@ -0,0 +1,10 @@
+fruits = [{:apple, 1}, {:banana, 2}, {:cherry, 3}]  # Keyword list
+fruits = [apple: 1, banana: 2, cherry: 3]           # Above-mentioned different notation
+fruits[:apple]                                      #=> 1
+Keyword.has_key?(fruits, :banana)                   #=> true
+
+fruits = %{:apple=>1, :banana=>2, :cherry=>3}       # Map
+fruits = %{apple: 1, banana: 2, cherry: 3}          # Above-mentioned different notation
+fruits[:apple]                                      #=> 1
+fruits.apple                                        #=> 1 (Only When the key is Atom)
+Map.has_key?(fruits, :banana)                       #=> true

Task/Enumerations/Elixir/enumerations-3.elixir

@@ -0,0 +1,7 @@
+# Keyword list
+fruits = ~w(apple banana cherry)a |> Enum.with_index
+#=> [apple: 0, banana: 1, cherry: 2]
+
+# Map
+fruits = ~w(apple banana cherry)a |> Enum.with_index |> Map.new
+#=> %{apple: 0, banana: 1, cherry: 2}

Task/Enumerations/F-Sharp/enumerations-1.fs

@@ -0,0 +1,7 @@
+type Fruit =
+  | Apple = 0
+  | Banana = 1
+  | Cherry = 2
+
+let basket = [ Fruit.Apple ; Fruit.Banana ; Fruit.Cherry ]
+Seq.iter (printfn "%A") basket

Task/Enumerations/F-Sharp/enumerations-2.fs

@@ -0,0 +1,6 @@
+type Fruit =
+  | Apple
+  | Banana
+  | Cherry
+let basket = [ Apple ; Banana ; Cherry ]
+Seq.iter (printfn "%A") basket

Task/Enumerations/Factor/enumerations-1.factor

@@ -0,0 +1,9 @@
+IN: scratchpad { "sun" "mon" "tue" "wed" "thur" "fri" "sat" } <enum>
+
+--- Data stack:
+T{ enum f ~array~ }
+IN: scratchpad [ 1 swap at ] [ keys ] bi
+
+--- Data stack:
+"mon"
+{ 0 1 2 3 4 5 6 }

Task/Enumerations/Factor/enumerations-2.factor

@@ -0,0 +1,11 @@
+IN: scratchpad USE: alien.syntax
+IN: scratchpad ENUM: day sun mon { tue 42 } wed thur fri sat ;
+IN: scratchpad 1 <day>
+
+--- Data stack:
+mon
+IN: scratchpad 42 <day>
+
+--- Data stack:
+mon
+tue

Task/Enumerations/Fantom/enumerations-1.fantom

@@ -0,0 +1,2 @@
+// create an enumeration with named constants
+enum class Fruits { apple, banana, orange }

Task/Enumerations/Fantom/enumerations-2.fantom

@@ -0,0 +1,7 @@
+// create an enumeration with explicit values
+enum class Fruits_
+{
+  apple (1), banana (2), orange (3)
+  const Int value
+  private new make (Int value) { this.value = value }
+}

Task/Enumerations/Forth/enumerations-1.fth

@@ -0,0 +1,4 @@
+0 CONSTANT apple
+1 CONSTANT banana
+2 CONSTANT cherry
+...

Task/Enumerations/Forth/enumerations-2.fth

@@ -0,0 +1 @@
+: ENUM ( n -<name>- n+1 )   DUP CONSTANT 1+ ;

Task/Enumerations/Forth/enumerations-3.fth

@@ -0,0 +1 @@
+0 ENUM APPLE  ENUM BANANA  ENUM CHERRY  DROP

Task/Enumerations/Forth/enumerations-4.fth

@@ -0,0 +1 @@
+0 ENUM FIRST ENUM SECOND ...  CONSTANT LAST

Task/Enumerations/Forth/enumerations-5.fth

@@ -0,0 +1,2 @@
+: SIZED-ENUM ( n s -<name>- n+s )   OVER CONSTANT + ;
+: CELL-ENUM ( n -<name>- n+cell )   CELL SIZED-ENUM ;

Task/Enumerations/Forth/enumerations-6.fth

@@ -0,0 +1,6 @@
+0 ENUM       FIRST   \ value = 0
+CELL-ENUM    SECOND  \ value = 1
+ENUM         THIRD   \ value = 5
+3 SIZED-ENUM FOURTH  \ value = 6
+ENUM         FIFTH   \ value = 9
+CONSTANT     SIXTH   \ value = 10

Task/Enumerations/Forth/enumerations-7.fth

@@ -0,0 +1,4 @@
+: CONSTANTS ( n -- ) 0 DO I CONSTANT LOOP ;
+
+\ resistor digit colors
+10 CONSTANTS black brown red orange yellow green blue violet gray white

Task/Enumerations/Fortran/enumerations-1.f

@@ -0,0 +1,4 @@
+enum, bind(c)
+  enumerator :: one=1, two, three, four, five
+  enumerator :: six, seven, nine=9
+end enum

Task/Enumerations/Fortran/enumerations-2.f

@@ -0,0 +1,3 @@
+enum, bind(c) :: nametype
+  enumerator :: one=1, two, three
+end enum nametype

Task/Enumerations/FreeBASIC/enumerations.basic

@@ -0,0 +1,17 @@
+' FB 1.05.0 Win64
+
+Enum Animals
+  Cat
+  Dog
+  Zebra
+End Enum
+
+Enum Dogs
+  Bulldog = 1
+  Terrier = 2
+  WolfHound = 4
+End Enum
+
+Print Cat, Dog, Zebra
+Print Bulldog, Terrier, WolfHound
+Sleep

Task/Enumerations/FutureBasic/enumerations.basic

@@ -0,0 +1,23 @@
+window 1, @"Enumerations", (0,0,480,270)
+
+begin enum 1
+_apple
+_banana
+_cherry
+end enum
+
+begin enum
+_appleExplicit  = 10
+_bananaExplicit = 15
+_cherryExplicit = 30
+end enum
+
+print "_apple = ";  _apple
+print "_banana = "; _banana
+print "_cherry = "; _cherry
+print
+print "_appleExplicit = ";  _appleExplicit
+print "_bananaExplicit = "; _bananaExplicit
+print "_cherryExplicit = "; _cherryExplicit
+
+HandleEvents

Task/Enumerations/Go/enumerations-1.go

@@ -0,0 +1,5 @@
+const (
+	apple = iota
+	banana
+	cherry
+)

Task/Enumerations/Go/enumerations-2.go

@@ -0,0 +1,5 @@
+const (
+	apple  = 0
+	banana = 1
+	cherry = 2
+)

Task/Enumerations/Go/enumerations-3.go

@@ -0,0 +1,7 @@
+type fruit int
+
+const (
+	apple fruit = iota
+	banana
+	cherry
+)

Task/Enumerations/Go/enumerations-4.go

@@ -0,0 +1,7 @@
+type fruit int
+
+const (
+	apple  fruit = 0
+	banana fruit = 1
+	cherry fruit = 2
+)

Task/Enumerations/Groovy/enumerations.groovy

@@ -0,0 +1,11 @@
+enum Fruit { apple, banana, cherry }
+
+enum ValuedFruit {
+    apple(1), banana(2), cherry(3);
+    def value
+    ValuedFruit(val) {value = val}
+    String toString() { super.toString() + "(${value})" }
+}
+
+println Fruit.values()
+println ValuedFruit.values()

Task/Enumerations/Haskell/enumerations.hs

@@ -0,0 +1 @@
+data Fruit = Apple | Banana | Cherry deriving Enum

Task/Enumerations/Huginn/enumerations.huginn

@@ -0,0 +1,5 @@
+enum FRUIT {
+  APPLE,
+  BANANA,
+  CHERRY
+}

Task/Enumerations/Icon/enumerations.icon

@@ -0,0 +1,6 @@
+  fruits := [ "apple", "banana", "cherry", "apple" ]  # a list keeps ordered data
+  fruits := set("apple", "banana", "cherry")          # a set keeps unique data
+  fruits := table()                                   # table keeps an unique data with values
+  fruits["apple"]  := 1
+  fruits["banana"] := 2
+  fruits["cherry"] := 3

Task/Enumerations/Inform-7/enumerations-1.inf

@@ -0,0 +1 @@
+Fruit is a kind of value. The fruits are apple, banana, and cherry.

Task/Enumerations/Inform-7/enumerations-2.inf

@@ -0,0 +1,6 @@
+[sentence form]
+Fruit is a kind of value. The fruits are apple, banana, and cherry.
+A fruit has a number called numeric value.
+The numeric value of apple is 1.
+The numeric value of banana is 2.
+The numeric value of cherry is 3.

Task/Enumerations/Inform-7/enumerations-3.inf

@@ -0,0 +1,8 @@
+[table form]
+Fruit is a kind of value. The fruits are defined by the Table of Fruits.
+
+Table of Fruits
+fruit	numeric value
+apple	1
+banana	2
+cherry	3

Task/Enumerations/J/enumerations-1.j

@@ -0,0 +1,4 @@
+   enum =: cocreate''
+   ( (;:'apple banana cherry') ,L:0 '__enum' ) =: i. 3
+   cherry__enum
+2

Task/Enumerations/J/enumerations-2.j

@@ -0,0 +1 @@
+   fruit=: ;:'apple banana cherry'

Task/Enumerations/J/enumerations-3.j

@@ -0,0 +1,4 @@
+   2 { fruit
++------+
+|cherry|
++------+

Task/Enumerations/J/enumerations-4.j

@@ -0,0 +1,2 @@
+  fruit i.<'banana'
+1

Task/Enumerations/J/enumerations-5.j

@@ -0,0 +1,4 @@
+   (<'banana') +&.(fruit&i.)  <'banana'
++------+
+|cherry|
++------+

Task/Enumerations/J/enumerations-6.j

@@ -0,0 +1,4 @@
+   {{for_example. fruit do. echo;example end.}} ''
+apple
+banana
+cherry

Task/Enumerations/JScript.NET/enumerations.jscript

@@ -0,0 +1,2 @@
+enum fruits { apple, banana, cherry }
+enum fruits { apple = 0, banana = 1, cherry = 2 }

Task/Enumerations/Java/enumerations-1.java

@@ -0,0 +1,3 @@
+enum Fruits{
+   APPLE, BANANA, CHERRY
+}

Task/Enumerations/Java/enumerations-2.java

@@ -0,0 +1,6 @@
+enum Fruits{
+  APPLE(0), BANANA(1), CHERRY(2)
+  private final int value;
+  fruits(int value) { this.value = value; }
+  public int value() { return value; }
+}

Task/Enumerations/JavaScript/enumerations.js

@@ -0,0 +1,7 @@
+// enum fruits { apple, banana, cherry }
+
+var f = "apple";
+
+if(f == "apple"){
+    f = "banana";
+}

Task/Enumerations/Julia/enumerations.julia

@@ -0,0 +1 @@
+@enum Fruits APPLE BANANA CHERRY

Task/Enumerations/Kotlin/enumerations.kotlin

@@ -0,0 +1,15 @@
+// version 1.0.5-2
+
+enum class Animals {
+    CAT, DOG, ZEBRA
+}
+
+enum class Dogs(val id: Int) {
+    BULLDOG(1), TERRIER(2), WOLFHOUND(4)
+}
+
+fun main(args: Array<String>) {
+    for (value in Animals.values()) println("${value.name.padEnd(5)} : ${value.ordinal}")
+    println()
+    for (value in Dogs.values()) println("${value.name.padEnd(9)} : ${value.id}")
+}

Task/Enumerations/Lingo/enumerations-1.lingo

@@ -0,0 +1,32 @@
+-- parent script "Enumeration"
+
+property ancestor
+
+on new (me)
+  data = [:]
+  repeat with i = 2 to the paramCount
+    data[param(i)] = i-1
+  end repeat
+  me.ancestor = data
+  return me
+end
+
+on setAt (me)
+  -- do nothing
+end
+
+on setProp (me)
+  -- do nothing
+end
+
+on deleteAt (me)
+  -- do nothing
+end
+
+on deleteProp (me)
+  -- do nothing
+end
+
+on addProp (me)
+  -- do nothing
+end

Task/Enumerations/Lingo/enumerations-2.lingo

@@ -0,0 +1,34 @@
+enumeration = script("Enumeration").new("APPLE", "BANANA", "CHERRY")
+
+put enumeration["BANANA"]
+-- 2
+
+-- try to change a value after construction (fails)
+enumeration["BANANA"] = 666
+put enumeration["BANANA"]
+-- 2
+
+-- try to change a value after construction using setProp (fails)
+enumeration.setProp("BANANA", 666)
+put enumeration["BANANA"]
+-- 2
+
+-- try to delete a value after construction (fails)
+enumeration.deleteAt(2)
+put enumeration["BANANA"]
+-- 2
+
+-- try to delete a value after construction using deleteProp (fails)
+enumeration.deleteProp("BANANA")
+put enumeration["BANANA"]
+-- 2
+
+-- try to add a new value after construction (fails)
+enumeration["FOO"] = 666
+put enumeration["FOO"]
+-- <Void>
+
+-- try to add a new value after construction using addProp (fails)
+enumeration.addProp("FOO", 666)
+put enumeration["FOO"]
+-- <Void>

Task/Enumerations/Lua/enumerations-1.lua

@@ -0,0 +1 @@
+local fruit = {apple = 0, banana = 1, cherry = 2}

Task/Enumerations/Lua/enumerations-2.lua

@@ -0,0 +1 @@
+local apple, banana, cherry = 0,1,2

Task/Enumerations/M2000-Interpreter/enumerations.m2000

@@ -0,0 +1,56 @@
+Module Checkit {
+      \\ need revision 15, version 9.4
+      Enum Fruit  {apple, banana, cherry}
+      Enum Fruit2  {apple2=10, banana2=20, cherry2=30}
+      Print apple, banana, cherry
+      Print apple2, banana2, cherry2
+      Print Len(apple)=0
+      Print Len(banana)=1
+      Print Len(cherry)=2
+      Print Len(cherry2)=2, Cherry2=30, Type$(Cherry2)="Fruit2"
+
+      k=each(Fruit)
+      While k {
+            \\ name of variable, value, length from first (0, 1, 2)
+            Print Eval$(k), Eval(k), k^
+      }
+      m=apple
+      Print Eval$(m)="apple"
+      Print Eval(m)=m
+      m++
+      Print Eval$(m)="banana"
+      Try {
+            \\ error, m is an object
+            m=100
+      }
+      Try {
+            \\ error not the same type
+            m=apple2
+      }
+      Try {
+            \\ read only can't change
+            apple2++
+      }
+      m++
+      Print Eval$(m)="cherry", m
+      k=Each(Fruit2 end to start)
+      While k {
+             Print Eval$(k), Eval(k) , k^
+             CheckByValue(Eval(k))
+      }
+      m2=apple2
+      Print "-------------------------"
+      CheckByValue(m2)
+      CheckByReference(&m2)
+      Print m2
+
+      Sub CheckByValue(z as Fruit2)
+            Print Eval$(z), z
+      End Sub
+
+      Sub CheckByReference(&z as Fruit2)
+            z++
+            Print Eval$(z), z
+      End Sub
+}
+Checkit

Task/Enumerations/M4/enumerations.m4

@@ -0,0 +1,6 @@
+define(`enums',
+   `define(`$2',$1)`'ifelse(eval($#>2),1,`enums(incr($1),shift(shift($@)))')')
+define(`enum',
+   `enums(1,$@)')
+enum(a,b,c,d)
+`c='c

Task/Enumerations/MATLAB/enumerations.m

@@ -0,0 +1,5 @@
+stuff = {'apple', [1 2 3], 'cherry',1+2i}
+
+stuff =
+
+    'apple'    [1x3 double]    'cherry'    [1.000000000000000 + 2.000000000000000i]

Task/Enumerations/Mathematica/enumerations.math

@@ -0,0 +1,11 @@
+MapIndexed[Set, {A, B, F, G}]
+->{{1}, {2}, {3}, {4}}
+
+A
+->{1}
+
+B
+->{2}
+
+G
+->{4}

Task/Enumerations/Metafont/enumerations-1.metafont

@@ -0,0 +1,4 @@
+vardef enum(expr first)(text t) =
+save ?; ? := first;
+forsuffixes e := t: e := ?; ?:=?+1; endfor
+enddef;

Task/Enumerations/Metafont/enumerations-2.metafont

@@ -0,0 +1,5 @@
+enum(1, Apple, Banana, Cherry);
+enum(5, Orange, Pineapple, Qfruit);
+show Apple, Banana, Cherry, Orange, Pineapple, Qfruit;
+
+end

Task/Enumerations/Modula-3/enumerations-1.mod3

@@ -0,0 +1 @@
+TYPE Fruit = {Apple, Banana, Cherry};