Machen Sie einen Dolmetscher für ja!


10

Ja ist eine stapelbasierte Sprache mit einigen durch Leerzeichen getrennten Anweisungen:

yes: Push 1 to the stack
no: Push 0 to the stack
what: Push the input to the stack (input is taken at the start of program execution and is the same for the whole execution)
sure: Increment the last item in the stack
nah: Decrement the last item in the stack
really: If the last stack item is a number, replace it with its Unicode character. If it is a letter, replace it with its Unicode char code.
oh: convert the stack to strings and concatenate it, and push that to the stack.
nope: remove the first stack item
yep: remove the last stack item

Das letzte Element des Stapels wird immer am Programmende ausgegeben. Alle nicht alphanumerischen und nicht Leerzeichen werden ignoriert. Der gesamte Code ist klein geschrieben. Beispielprogramme:

yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
oh

druckt Hello, World!.

what

druckt die Eingabe ( catProgramm.)

no nah

druckt -1.

no really

druckt das NULZeichen ( U+0000)

what 
yes sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure sure really 
oh

druckt die Eingabe und einen Unterstrich.

yes no nope

druckt 0

yes no yep

druckt 1.

Sie müssen einen Interpreter in möglichst wenigen Bytes schreiben. Hier ist eine JS-Implementierung (nicht gut gespielt!):

function yes(code, input){
	var stack = [];
	var functions = {
		"yes": "stack.push(1)",
		"no": "stack.push(0)",
		"what": "stack.push(input)",
		"sure": "stack[stack.length - 1] ++",
		"nah": "stack[stack.length - 1] --",
		"really": "stack[stack.length - 1] = (typeof lastItem === 'number' ? String.fromCharCode(lastItem) : lastItem.charCodeAt())",
		"oh": "stack.push(stack.reduce((x, y)=>''+x+y))",
		"nope": "stack.shift()",
		"yep": "stack.pop()"
	};
	code.replace(/[^a-z ]/g, "").split(" ").map(x=>(lastItem = stack[stack.length - 1],eval(functions[x])));
	return stack[stack.length - 1];
}
textarea{
  display: block;
}
Code: <textarea id = "code"></textarea>
Input: <textarea id = "input"></textarea>
<button onclick = "output.value = yes(code.value, input.value)">Run</button>
<textarea id = "output"></textarea>

Siehe auch meine JS-Antwort unten.

Sie können davon ausgehen, dass alle beteiligten Ganzzahlen kleiner oder gleich 126 sind, reallyniemals mit einer Zeichenfolge mit mehreren Zeichen über dem Stapel ausgeführt werden und dass der Stapel niemals länger als 100 Elemente sein wird.

Randfälle

  • yes yes ohdruckt 11.
  • Die Eingabe kann eine Zeichenfolge oder eine Zahl sein.
  • Der Code kann beliebige Zeichen enthalten. Nicht übereinstimmende [a-z ]sollten ignoriert werden.

1
Stellen Sie sicher, dass Ihre Testfälle alle Befehle enthalten.
Undichte Nonne

2
Welche Art von Ganzzahlen sollte verwendet werden? Gibt es einen Überlauf? Was macht reallyes, wenn sich oben auf dem Stapel eine mehrstellige Zeichenfolge befindet?
Martin Ender

1
@ programmer5000 Sollte nicht yes yes ohdrucken 11?
user41805

1
Ist es in Ordnung, wenn wir davon ausgehen, dass die Eingabe nur Dosenzeichen enthält [a-zA-Z ]?
user41805

1
Eingabe drücken Kann die Eingabe Zahlen sein? Arrays? Zeichen? Saiten? Wenn ja, können Eingabezeichenfolgen mehrzeilig sein? Inkrementiere das letzte Element im Stapel. Was macht das, wenn das letzte Element keine Zahl ist?
Luis Mendo

Antworten:


4

05AB1E , 77 67 63 61 Bytes

Að«Ã#vyÇO§}ðý•9ǝ×н}ÀÀÙ™Íð•650в"X ¾ I > < DdiçëÇ} J r\r \"#:.V

Angenommen, das Programm befindet sich oben auf dem Stapel.

Probieren Sie es online aus!


Können Sie wirklich davon ausgehen, dass alle Eingaben gültig sind? Zum Beispiel, dass Sie das Programm nicht bekommen könnenyes no sey yep
Emigna

@Emigna Es gibt keine Testfälle dazu, keine Spezifikationen, und das OP hat dies nicht geklärt, selbst nachdem jemand einen Kommentar hinterlassen hat.
Okx

Mir ist ein Mangel an Testfällen aufgefallen. Ich habe in den Kommentaren dazu nichts gesehen, daher habe ich mich gefragt, wie sein Referenzprogramm ungültige Befehle ignoriert, während Ihr Programm sie möglicherweise als gültige Befehle ausführt, wenn die Summe der Zeichencodes mit einem gültigen Befehl übereinstimmt.
Emigna

9

JavaScript (ES6), 218 215 204 203 Byte

Übernimmt die Programmzeichenfolge sund die Eingabe iin Curry-Syntax (s)(i).

s=>i=>s.replace(/\w+/g,S=>(c=eval("[P()];P()+1;[s.shift()];1;0;s=[s.join``];P()-1;i;P()[0]?k.charCodeAt():String.fromCharCode(k)".split`;`[parseInt(S,35)%156%9])).map||s.push(c),s=[],P=_=>k=s.pop())&&P()

Wie?

Wir verwenden die perfekte Hash-Funktion parseInt(S, 35) % 156 % 9, um den Befehl S in einen Index in 0… 8 umzuwandeln, und verwenden diesen Index, um den auszuführenden JS-Code auszuwählen:

instruction | base 35 -> dec. | % 156 | % 9 | JS code
------------+-----------------+-------+-----+---------------------------------------------
"yes"       |           42168 |    48 |   3 | 1
"no"        |             829 |    49 |   4 | 0
"what"      |         1393204 |   124 |   7 | i
"sure"      |         1238209 |    37 |   1 | P()+1
"nah"       |           28542 |   150 |   6 | P()-1
"really"    |      1439554619 |    35 |   8 | P()[0]?k.charCodeAt():String.fromCharCode(k)
"oh"        |             857 |    77 |   5 | s=[s.join``]
"nope"      |         1016414 |    74 |   2 | [s.shift()]
"yep"       |           42165 |    45 |   0 | [P()]

Die P- Funktion nimmt das letzte Element vom Stapel s und lädt es in k .

Wir verhindern, dass das Ergebnis einiger Anweisungen auf den Stapel zurückgeschoben wird, indem wir testen, ob die .map () -Methode definiert ist, dh ob das Ergebnis ein Array ist. Der Code für oh gibt ein Array von Entwurf zurück und wir zwingen nope und yep , auch Arrays zurückzugeben. Daher die Syntax:

(c = eval("[code0];code1;...".split`;`[index])).map || s.push(c)

Testfälle


5

Röda , 256 Bytes

f c,n{s=[];(c/`\W|_`)()|{|m|s+=#m-2 if[m=~"yes|no"];s[-1]+=#m*2-7 if[m=~"sure|nah"];s+=n if[m="what"];s=s[#m%3:#s-#m%2]if[m=~"nope|yep"];{s+=""s()|s[-1].=_}if[m="oh"];{t=s[-1]y=t..""a=t+0;a=a..""{s[-1]=ord(s)}if[#a>#y]else{s[-1]=chr(t)}}if[#m=6]}_;[s[-1]]}

Probieren Sie es online aus!

Erläuterung

#variableGibt die Länge von zurück variable(wenn es sich um eine Zeichenfolge oder ein Array handelt).

f c,n{                         /*declare a function f with arguments c and n*/
s=[];                          /*initialise the stack*/
(c/`\W|_`)                     /*split the code on anything not [a-zA-Z0-9]*/
          ()|                  /*and push each of its values to the stream*/
{|m|...}_                      /*for each element m in the stream, do:*/
s+=#m-2 if[m=~"yes|no"];       /* add 1 or 0 to the stack if m is "yes" or "no"*/
s[-1]+=#m*2-7if[m=~"sure|nah"];/* increment or decrement the top element if m is "sure" or "nah"*/
s+=n if[m="what"];             /* push input if m is "what"*/
s=s[#m%3:#s-#m%2]              /* remove the first or last element of the stack
  if[m=~"nope|yep"];           /* if m is "nope" or "yep" */
{                 }if[m="oh"]; /* if m is "oh" do:*/
 s+=""                         /*  add an element to the stack*/
      s()|s[-1].=_             /*  for each element in s, concatenate that amount to the last element of the stack*/
{                   }if[#m=6]  /* if m is "really" (it's length is 6) do:*/
 t=s[-1]y=t..""                /*  get the last element of the stack*/
 a=t+0;a=a..""                 /*  add 0 to it, if a is a number, this does nothing, otherwise this makes a longer by 1 character*/
 {s[-1]=ord(s)}if[#a>#y]       /*  if a is longer than t (the last element is a char/string) replace it with its code point*/
 else{s[-1]=chr(t)}            /*  otherwise, replace the last element with the char it represents*/
 [s[-1]]                       /*finally output the top of the stack*/

3

Pyth , 69 Bytes

Vczd=Y.v@c"+YsY X_1Y1 +Yw  +Y0 X_1Y_1    PY   +Y1 tY +PYCeY"d%CN23;eY

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Scheint nicht mit dem Programm "Hello, World" zu funktionieren.
Okx

@Okx Es funktioniert; Ich habe das Programm in meinem Link geändert. Das ursprüngliche Programm ist zu lang.
Undichte Nonne

Oder eine Reihe anderer Programme. 013456789yes 012345678no ohdruckt 0, erwartete Ausgabe ist 10.
Okx

Funktioniert auch nicht für den Randfall yes yes oh(in der Frage angegeben), erwartete Ausgabe ist 11.
Okx

@Okx Schau dir die Kommentare an. Das OP hat dies ausdrücklich als undefiniertes Verhalten angegeben.
Undichte Nonne

1

JS (ES6), 361 340 Bytes

c=>i=>(s=[],r="s[s.length-1]",c.replace(/[^a-z ]/g,"").split` `.map(x=>(eval({"yes":"s.push(1)","no":"s.push(0)","what":"s.push(i)","sure":"~++","nah":"~--","really":"~=((typeof ~)[0]<'o'?String.fromCharCode(~):lastItem.charCodeAt())","oh":"s.push(s.reduce((x,y)=>''+x+y))","nope":"s.shift()","yep":"s.pop()"}[x].replace(/~/g,r)))),eval(r))

Nimmt Code und Eingabe durch Curry.

var yes = 
c=>i=>(s=[],r="s[s.length-1]",c.replace(/[^a-z ]/g,"").split` `.map(x=>(eval({"yes":"s.push(1)","no":"s.push(0)","what":"s.push(i)","sure":"~++","nah":"~--","really":"~=((typeof ~)[0]<'o'?String.fromCharCode(~):lastItem.charCodeAt())","oh":"s.push(s.reduce((x,y)=>''+x+y))","nope":"s.shift()","yep":"s.pop()"}[x].replace(/~/g,r)))),eval(r))
textarea{
  display: block;
}
Code: <textarea id = "code"></textarea>
Input: <textarea id = "input"></textarea>
<button onclick = "output.value = yes(code.value)(input.value)">Run</button>
<textarea id = "output"></textarea>


1

JavaScript (ES6), 220 216 Byte

c=>i=>c.replace(/\w+/g,x=>a=a.concat(eval("Q,[]  (b=Q)[0]?b.charCodeAt():String.fromCharCode(b) 1    [a.join``,a=[]][0] Q+1 a.shift(),[]  i  Q-1".split`Q`.join`a.pop()`.split` `[parseInt(x,36)%19]||0)),a=[])&&a.pop()

Eine Funktion, die Eingaben mit Curry-Syntax übernimmt, wie z f(code)(input).


1

Python 2 , 258 Bytes

s=[]
m=-1
i,p=input()
for c in p.split(' '):
 k=c<"o"
 if c in"yesnowhat":s+=[i if"w"==c[0]else-k+1]
 if c in"surenah":s[m]+=[1,m][k]
 if"p"in c:s.pop(k-1)
 if"oh"==c:s+=[''.join(map(str,s))]
 if"y"==c[m]:s[m]="'"in`s[m]`and ord(s[m])or chr(s[m])
print(s[m])

Probieren Sie es online aus!


-3 Bytes dank @Wondercricket


1
Sie können 4 Bytes speichern, indem Sie -1als Variable speichern
Wondercricket

1

Perl 6 ,  233  225 Bytes

{my @s;{yes=>{@s.push(1)},no=>{@s.push(0)},what=>{@s.push: once slurp},sure=>{++@s.tail},nah=>{--@s.tail},really=>{($/:=@s.tail)~~Int??$/.=chr!!$/.=ord},oh=>{@s.=join},nope=>{@s.shift},yep=>{@s.pop},}{.words}.map:{.()};@s.tail.print}

Probieren Sie es aus
Hello World
cat
-1
nul
cat_
0
1

{my @s;{es=>{@s.push(1)},no=>{@s.push(0)},at=>{@s.push: once slurp},re=>{++@s.tail},ah=>{--@s.tail},ly=>->{($_:=@s.tail)~~Int??.=chr!!.=ord},oh=>{@s.=join},pe=>{@s.shift},ep=>{@s.pop},}{.comb(/..»/)}.map:{.()};@s.tail.print}

Funktioniert genauso, außer dass nur die letzten beiden Zeichen aus jedem Befehl erfasst und $_anstelle von $/for verwendet werden really.

Probieren Sie es aus (Hallo Welt)

Erweitert:

{
  my @s; # stack

  {  # Associative array
    yes    => {@s.push(1)},
    no     => {@s.push(0)},
    what   => {@s.push: once slurp}, # read everything from $*IN
    sure   => {++@s.tail},
    nah    => {--@s.tail},
    really => {
          ( $/ := @s.tail ) # bind $/ to the last value in the stack
          ~~ Int            # if that is an Int
      ??  $/.=chr           # replace it with that character
      !!  $/.=ord           # otherwise replace it with its ordinal
    },
    oh     => {@s.=join},
    nope   => {@s.shift},
    yep    => {@s.pop},
  }\
  { .words }                # index by the words in the program
  .map: {.()};              # call each of the lambdas in order

  @s.tail.print             # print the last value on the stack
}

1

PHP, 315 305 Bytes

zweiter Entwurf, noch nicht getestet

foreach($argv as$k=>$v)if($k>1)eval((strstr($c=preg_replace('#[^a-z ]#','',$v),p)?'':'$s[]=').[yes=>1,no=>0,what=>'$argv[1]',sure=>'array_pop($s)+1',nah:'array_pop($s)-1',really=>'is_int($x=array_pop($s))?chr($x):ord($x)',oh=>'join($s)',nope=>'array_shift($s)',yep=>'array_pop($s)'][$c].';');echo end($s);

Laufen Sie mit php -nr '<php-code>' <input> <yes-code>.

Nervenzusammenbruch

foreach($argv as$k=>$v)if($k>1)         # loop through commands
    eval(                                   # 3. interprete
        (strstr(                            # 2. if no 'p' in command, prepend '$s[]='
                                            # 1. ignore all non-code characters
            $c=preg_replace('#[^a-z ]#','',$v),p)?'':'$s[]=').
        [yes=>1,                                # yes: append 1
        no=>0,                                  # no: append 0
        what=>'$argv[1]',                       # what: append input
        sure=>'array_pop($s)+1',                # sure: remove end, increment, append
        nah:'array_pop($s)-1',                  # nah: remove end, decrement, append
                                                # really: convert between ascii and ordinal
        really=>'is_int($x=array_pop($s))?chr($x):ord($x)',
        oh=>'join($s)',                         # oh: concatenate elements, append
        nope=>'array_shift($s)',                # nope: remove first element
        yep=>'array_pop($s)']                   # yep: remove last element
        [$c]
    .';');
echo end($s);                           # print last element (if exists)
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