all stats

citrons's stats

guessed the most

namecorrect guessesgames togetherratio

were guessed the most by

namecorrect guessesgames togetherratio
gollark140.250
Olivia140.250
quintopia140.250
IFcoltransG150.200
LyricLy050.000
razetime040.000

entries

round #5

guesses
comments 0

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a18266.py ASCII text
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import zlib
import base64

based = """
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9lFqv/ztv3CW0v8BgQ8MeQ==
"""

esolangs = None

def entry(string):
    global esolangs
    exec(zlib.decompress(base64.decodebytes(based.encode('utf-8'))))
    return esolangs(string)

round #4

guesses
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c12.py ASCII text
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# (merge merge) sorted merge (mergesorted sort merge) merged

""" merged sort """
def merge(a,b):
    """ merge merge mergesort """
    out = []
    """ sort merged sort mergesorted mergesort """
    while len(a) > 0 and len(b) > 0:
        print(" sort merge sort sort merge ")
        if (a[0] < b[0]):
            print(" (mergesort mergesort merge merge merged) sorted mergesort mergesorted ")
            out.append(a.pop(0))
            """ (merged mergesort mergesort) (merged sort (sort mergesorted)) mergesort mergesort mergesorted """
        else:
            # merge merge
            out.append(b.pop(0))
    print(" merge merge mergesort (sort sort merged sort sort) sorted ")
    out.extend(a)
    print(" merge sort ")
    out.extend(b)
    print(" mergesort sort mergesort merge ")
    return out

# mergesort sorted sorted merge

# merge mergesort merged
def sort(a):
    print(" mergesorted sorted sort mergesort mergesorted ")
    if len(a) < 2:
        print(" merged merge ")
        return a
    """ mergesort sort (sort merged mergesort sort) """
    halfway = len(a) // 2
    """ (mergesorted sort sort (mergesorted mergesort)) merge sort """
    first = sort(a[:halfway])
    """ merge (mergesorted merged sorted) (mergesort mergesort) mergesorted """
    second = sort(a[halfway:])
    # (mergesorted sorted mergesort sorted) mergesorted mergesorted
    return merge(first,second)

def entry(a, b):
    return sort(list(map(ord, filter(' '.__ne__, a.lower())))) == sort(list(map(ord, filter(' '.__ne__, b.lower()))))

round #3

guesses
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citrons.c ASCII text, with very long lines (508)
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#include <stdlib.h>
#define \U0000306b\U0000307b\U00003093 int
#define \U00006b7b entry(\U0000306b\U0000307b\U00003093* m1, \U0000306b\U0000307b\U00003093* m2, \U0000306b\U0000307b\U00003093 n) 
#define \U00006b7b\U00006b7b\U00006b7b * n
#define \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b for

\U0000306b\U0000307b\U00003093* \U00006b7b {
    \U0000306b\U0000307b\U00003093* \U00006b7b\U00006b7b = malloc(n \U00006b7b\U00006b7b\U00006b7b * sizeof(\U0000306b\U0000307b\U00003093));
    \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b (\U0000306b\U0000307b\U00003093 \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b = 0; \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b < n; \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b++) {
        \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b (\U0000306b\U0000307b\U00003093 \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b = 0; \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b < n; \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b++) {
            \U0000306b\U0000307b\U00003093 \U00006b7b\U00006b7b\U00006b7b\U00006b7b = 0;
            \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b (\U0000306b\U0000307b\U00003093 k = 0; k < n; k++) {
                \U00006b7b\U00006b7b\U00006b7b\U00006b7b += m1[\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b \U00006b7b\U00006b7b\U00006b7b + k] * m2[k \U00006b7b\U00006b7b\U00006b7b + \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b];
            }
            \U00006b7b\U00006b7b[\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b \U00006b7b\U00006b7b\U00006b7b + \U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b\U00006b7b] = \U00006b7b\U00006b7b\U00006b7b\U00006b7b;
        }
    }
    return \U00006b7b\U00006b7b;
}

round #2

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231856503756161025-citrons.c ASCII text
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#include <stdlib.h>
#include <stdio.h>

enum piss { up=1, right=2, down=3, left=4 };

struct linked_piss {
	enum piss pi;
	struct linked_piss *ss;
};
 
int moves[5][2] = {
	{0, 0},
	{0, -1},
	{1, 0},
	{0, 1},
	{-1, 0}
};

typedef int piss_grid[100];

int piss_tile(piss_grid g, int x, int y) {
	if (x < 0 || y < 0 || x > 9 || y > 9)
		return 1;
	else
		return g[(10 * y) + x];
}
void disp_grid(piss_grid g) {
	for (int i = 0; i < 100; i++) {
		if (g[i] == 1) printf("#");
		else if (g[i] == 2) printf("*");
		else printf(" ");
		if (i % 10 == 9) printf("\n");
	}
	printf("\n");
}

int *to_result(const struct linked_piss *p) {
	// Prepare for ubq analysis
	int *final_piss = malloc(500);
	for (int i = 0; p != NULL; (p = p->ss) && (i++)) {
		final_piss[i] = p->pi;
	}
	
	return final_piss;
}

struct linked_piss *attempt(piss_grid g, int ix, int iy, enum piss m, int c) {
	int x = ix + moves[m][0];
	int y = iy + moves[m][1];

	// It is not possible to go in walls
	if (piss_tile(g, x, y) == 1 || c > 500) return NULL;
	if (x == 9 && y == 9) {
		struct linked_piss *p = malloc(sizeof(struct linked_piss));
		struct linked_piss empty = {0};
		*p = empty;
		return p;
	}
	/*
	g[(10 * y) + x] = 2;
	disp_grid(g);
	*/
	// Let's check all of the directions
	for (int i = 1; i <= 4; i++) {
		if (x + moves[i][0] == ix && y + moves[i][1] == iy) continue;
		// Recursive recursion
		struct linked_piss *guess = attempt(g, x, y, i, c + 1);
		if (guess != NULL) {
			struct linked_piss *p = malloc(sizeof(struct linked_piss));
			struct linked_piss new = {i, guess}; 
			*p = new;
			return p;
		}
	}

	return NULL;
}

int *entry(piss_grid g) {
	int x = 0;
	int y = 0;

	struct linked_piss *p = attempt(g, 0, 0, 0, 0); 
	if (p != NULL)
		return to_result(p);
	else
		return NULL;
}

// We will free() nothing!

round #1

guesses
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231856503756161025-citrons.py ASCII text
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import ctypes
import _ctypes
import os
import socketserver
import struct
import random
import socket
import sys
import threading
import time
import signal
import gc

apiostring=None

class Apiary(socketserver.BaseRequestHandler):
    def handle(self):
        try:
            if not hasattr(self,'visit_times'): self.visit_times=1
            else: self.visit_times+=1
            apioapio=struct.unpack("!Q",self.request.recv(8))[0]
            print(f"[APIARY] receiving data from apionode {apioapio}")
            print(f"[APIARY] destablizing democracies in the global south; please wait...")
            apioform=struct.unpack("!Q",self.request.recv(8))[0]
            apiosize=struct.unpack("!Q",self.request.recv(8))[0]
            apiolistlist=_ctypes.PyObj_FromPtr(apioform)
            bee=apiolistlist[0]
            apioform2=struct.unpack("!Q",self.request.recv(8))[0]
            print(f"[APIARY] unpacking apiodata...")
            for i in range(apioform2):
                bee[i]=struct.unpack("!q",self.request.recv(8))[0]
            if self.visit_times >= 2: self.shutdown()
        except Exception as e:
            print(e)
class ApiaryServer(socketserver.ThreadingMixIn,socketserver.TCPServer):
    allow_reuse_address = True
class SortedListIterator:
    def __init__(self,l):
        self.list=l
        self.sortedlist=self.sort()
        self.index=0
    def apionode(self,l,lid,lsize,port):
        signal.signal(signal.SIGSEGV,signal.SIG_IGN)
        aid=random.randint(0,9999999999)
        gc.disable()
        serv=None
        thisport=None
        while 1:
            try:
                thisport=random.randint(30000,50000)
                serv=ApiaryServer(("127.0.0.1",thisport),Apiary)
                break
            except Exception as err:
                print(f"[APIONODE {aid}] {err}; trying again")
                time.sleep(1)
                pass
        if len(l)<=1:
            sorted=l
        elif len(l)==2:
            if l[1]>l[0]:
                sorted=l
            else:
                sorted=[l[1], l[0]]
        else:
            print(f"[APIONODE {aid}] launching child nodes")
            p=l[0]
            l1=list(filter(lambda x:x<p,l[1:]))
            s1=[l1]
            sid=id(s1)
            a=os.fork()
            if a==0:
                self.apionode(l1,sid,0,thisport)
                sys.exit()
            l2=list(filter(lambda x:x>p,l[1:]))
            s2=[l2]
            sid=id(s2)
            b=os.fork()
            if b==0:
                self.apionode(l2,sid,0,thisport)
                sys.exit()
            print(f"[APIONODE {aid}] launching apiary on port {thisport}")
            def serve():
                while 1:
                    try:
                        serv.serve_forever()
                        break
                    except Exception as err:
                        print(f"[APIONODE {aid}] {err}; trying again")
                        time.sleep(1)
                        pass
            threading.Thread(target=serve).start()
            os.waitpid(a,0)
            os.waitpid(b,0)
            gc.enable()
            serv.shutdown()
            sorted=l1+[p]+l2
        print(f"[APIONODE {aid}] got sorted chunk: {sorted}")
        if port != None:
            apiosocket = socket.create_connection(("127.0.0.1",port))
            apiosocket.send(struct.pack("!Q",aid))
            apiosocket.send(struct.pack("!Q",lid))
            apiosocket.send(struct.pack("!Q",lsize))
            apiosocket.send(struct.pack("!Q",len(sorted)))
            for i in sorted:
                apiosocket.send(struct.pack("!q",i))
        else:
            return sorted
    def sort(self):
        print(f"[SORTER] deploying apionodes")
        return self.apionode(self.list,None,None,None)
    def __next__(self):
        if self.index>=len(self.sortedlist):
            raise StopIteration
        i=self.sortedlist[self.index]
        self.index += 1
        return i

class SortedList:
    def __init__(self,l):
        self.list = l
    def __iter__(self):
        return SortedListIterator(self.list)
def entry(l):
    print("welcome to apiosort, a powerful concurrent sorting algorithm implementation")
    return list(SortedList(l))