Labyrinth Polyglot

Question

Create a program that can create a randomly arranged maze (The path of the maze changes each time) with exactly 1 exit and one enterance and a minimum size of 8x4 and max size of 32x32, with the exact dimensions x and y as input

Submissions can be original code, but to score higher add onto a submission with another language (polyglot)

Writing code in labyrinth gives brownie points as suggested by Mistah Figgins :)

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Example Case (8x4):

__   _____  
| | | __ |  
|_____|  |  
|  |  _| |   
|____|   |

Non-Examples:

__
|_|
Too Small
__   _____  
| | | __ |  
|___|_|  |  
|  |  _| |   
|____|   |
No Solution

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Apologies if challenge is confusing or cumbersome, this is my first PCG and after reading up on the meta I still had some blurry regions.

Answer 1

C and C++, 603 bytes

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#define Y x+1+rand()%(y/2-1)*2
#define C(n,i) if(j n&&M[i])c[b++]=i;
typedef int I;I m;I main(I argc, char**argv){srand(time(0));I x=atoi(argv[1]),y=atoi(argv[2]),*L=(I*)malloc(2*x*y*sizeof(I)),j=Y;char*M=(char*)malloc(x*y);memset(M,1,x*y);M[j]=0;for(;;){I b=0,c[4];C(%x>1,j-2)C(>2*x,j-2*x)C(%x<x-3,j+2)C(/x<y-3,j+2*x)if(b){I z=c[rand()%b];M[z]=M[z+j>>1]=0;L[m++]=j=z;}else if(m)j=L[--m];else break;}for(;;){I j=Y;if(!M[j]){M[j-x]=0;break;}}for(j=0;j<y;++j){for(m=0;m<x;++m)putchar(M[j*x+m]?88:32);puts("");}free(M);free(L);}

Edit: this was written before the prompt was revised. This program just outputs X for the walls and places only one door.