This project features a FizzBuzz script and a recursive factorial block that you can run and debug inside Snap! and also compile into various text-based programming languages:
* JavaScript
* Smalltalk
* Python
* C
Enjoy!
-Jensdata:image/png;base64,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This project features a FizzBuzz script and a recursive factorial block that you can run and debug inside Snap! and also compile into various text-based programming languages:
* JavaScript
* Smalltalk
* Python
* C
Enjoy!
-Jens getCostumeIdx doRest doPlayNote doChangeTempo doSetTempo getTempo clear down up setColor changePenColorDimension setPenColorDimension changeSize setSize doStamp colorFiltered reportStackSize reportFrameCount reportLastAnswer reportTimer reportURL reportGlobalFlag doSetGlobalFlag reportCONS reportCDR reportListContainsItem doDeleteFromList doInsertInList doReplaceInList reifyReporter reifyPredicate reportUnicode reportIsA reportVariadicIsIdentical getLastMessage doWarp doStopThis fork evaluate doCallCC reportCallCC receiveOnClone createClone removeClone reportGetImageAttribute reportNewCostumeStretched reportNewCostume getEffect reportShown doPlaySoundAtRate reportGetSoundAttribute reportNewSoundFromSamples doSetInstrument changePan setPan getPan playFreq stopFreq getPenDown getPenAttribute floodFill write reportPenTrailsAsCostume doPasteOn doCutFrom receiveCondition reportIfElse doTellTo reportAskFor newClone doPauseAll doSwitchToScene doDefineBlock doDeleteBlock doSetBlockAttribute reportBlockAttribute reportEnvironment reportMousePosition reportAspect reportGet reportObject reportVideo doSetVideoTransparency reportPower reportTextSplit reportUnicodeAsLetter doDeleteAttr reportNumbers reportListIndex reportListIsEmpty reportMap reportKeep reportFindFirst reportCombine doForEach reportConcatenatedLists reportReshape reportCrossproduct doRun reportPipe reifyScript receiveUserEdit reportJSFunction doIf doMapCodeOrHeader doMapValueCode doMapListCode reportNewCostumeSkewed reportAtan2 reportVariadicMin reportVariadicMax receiveSlotEvent doSetSlot receiveConditionEvent reportColor reportColorAttribute reportNewColor reportPoll reportBoolean"<#1>",,print <#1>print <#1>if <#1>:
<#2>if <#1>:
<#2>
else:
<#3>(<#1> + <#2>)(<#1> - <#2>)(<#1> * <#2>)(<#1> / <#2>)(<#1> % <#2>)(<#1> < <#2>)(<#1> == <#2>)(<#1> > <#2>)(<#1> & <#2>)(<#1> | <#2>)(!<#1>)TrueFalse(<#1>, <#2>)(<#1>.length)<#1> = <#2><#1> += 1print <#1>#variables <#1>[<#1>]len(<#1>)<#2>[<#1> - 1]<#2>.append(<#1>)return <#1>(<#1> + <#2>)(<#1> * <#2>)<#1>len(<#1>)for <#1> in range(<#2>, <#3>):
<#4>while <#1>:
<#2>
[]isinstance(<#1>, (int, long, float, complex))5<#1>str(<#1>)5
console.log(<#1>);
console.log(<#1>);
<#1>
if (<#1>) {
<#2>
}
if (<#1>) {
<#2>
} else {
<#3>
}
return <#1>;
while (<#1>) {
<#2>
}
for (var <#1> = <#2>; <#1> <= <#3>; <#1> += 1) {
<#4>
}
(<#1> + <#2>)
(<#1> - <#2>)
(<#1> * <#2>)
(<#1> / <#2>)
(<#1> % <#2>)
(<#1> < <#2>)
(<#1> === <#2>)
(<#1> > <#2>)
(<#1> && <#2>)
(<#1> || <#2>)
(!<#1>)true
<#1>helloWorld
(<#1> + <#2>)world
(<#1>.length)5
(typeof <#1> === 'number')5
(<#1>.toString())5
function fact(n) {
<body>
}5
fact(<#1>)7
function fib(n) {
<body>
}7
fib(<#1>)
<#1> = <#2>;
<#1> += 1;
console.log(<#1>);
var <#1>;
[<#1>]
[]
(<#1>.length)1
<#2>[<#1> - 1]
<#2>.push(<#1>);
Transcript
show: <#1>;
cr.
Transcript
show: <#1>;
cr.
<#1>
<#1> ifTrue: [
<#2>].
<#1>
ifTrue: [
<#2>]
ifFalse: [
<#3>].
<#1>
[<#1>] whileTrue: [
<#2>].
(<#2> to: <#3>) do: [:<#1> |
<#4>].
(<#1> + <#2>)
(<#1> - <#2>)
(<#1> * <#2>)
(<#1> / <#2>)
(<#1> \\ <#2>)
(<#1> < <#2>)
(<#1> = <#2>)
(<#1> > <#2>)
(<#1> and: [<#2>])
(<#1> or: [<#2>])
(<#1> not)true
<#1>helloWorld
(<#1>, <#2>)world
(<#1> size)5
(<#1> isNumber)5
(<#1> printString)5
| fact |
fact := [:n| <body>].5
(fact value: <#1>)7
| fib |
fib := [:n | <body>].7
(fib value: <#1>)
<#1> := <#2>.
<#1> := <#1> + 1.
Transcript
show: <#1>;
cr.
| <#1> |
#(<#1>)
(OrderedCollection new)
(<#1> size)1
(<#2> at: <#1>)
<#2> add: <#1>.
print(<#1>)
print<#1>)
<#1>
if <#1>:
<#2>
if <#1>:
<#2>
else:
<#3>
return <#1>
while <#1>:
<#2>
for <#1> in range(<#2>, <#3>):
<#4>
(<#1> + <#2>)
(<#1> - <#2>)
(<#1> * <#2>)
(<#1> / <#2>)
(<#1> % <#2>)
(<#1> < <#2>)
(<#1> == <#2>)
(<#1> > <#2>)
(<#1> & <#2>)
(<#1> | <#2>)
(!<#1>)true
<#1>helloWorld
(<#1> + <#2>)world
(<#1>.length)5
isinstance(<#1>, (int, long, float, complex))5
str(<#1>)5
def fact(n):
<body>5
fact(<#1>)7
def fib(n):
<body>7
fib(<#1>)
<#1> = <#2>
<#1> += 1
print <#1>
#variables <#1>
[<#1>]
[]
len(<#1>)1
<#2>[<#1> - 1]
<#2>.append(<#1>)
printf(<#1>);
printf("\n");
printf(<#1>);
printf("\n");
#include <stdio.h>
int main()
{
<#1>
return(0);
}
if <#1>
{
<#2>
}
if <#1>
{
<#2>
}
else
{
<#3>
}
return <#1>;
while <#1>
{
<#2>
}
int <#1>; for (<#1> = <#2>; <#1> <= <#3>; <#1>++)
{
<#4>
}
(<#1> + <#2>)
(<#1> - <#2>)
(<#1> * <#2>)
(<#1> / <#2>)
(<#1> % <#2>)
(<#1> < <#2>)
(<#1> == <#2>)
(<#1> > <#2>)
(<#1> && <#2>)
(<#1> || <#2>)
(!<#1>)5
"%d", <#1>5
int fact(int n)
{
<body>
}5
fact(<#1>)7
int fib(int n)
{
<body>
}7
fib(<#1>)
<#1> = <#2>;
<#1>++;
int <#1>;(<#1> + <#2>)helloWorldfact(<#1>)5fib(<#1>)7(<#1> + <#2>)(<#1> * <#2>)
drag any example script into this ring:FizzBuzz scripts for any language mapping:recursive factorial script with function header for any language mapping:
other example scripts for any language except C:
nested FOR block example. Try this one for any language mapping except Ctry the current script by executing it:convert to various textual languages. Use the watcher's context menu to export:
script
a FizzBuzz version that compiles to any mappings in this project: JavaScript, Python, Smalltalk and Cscript
i1another, slightly different variant of FizzBuzz, which also compiles to any language mapping in this projectfor i in range(1, 20):
if (((i % 5) == 0) & ((i % 3) == 0)):
print "FizzBuzz"
else:
if ((i % 3) == 0):
print "Fizz"
else:
if ((i % 5) == 0):
print "Buzz"
else:
print str(i)