int c[100] = {[10]=1, [12]=1, [13]=1, [14]=1, [15]=1, [16]=1, [17]=1, [18]=1, [19]=1, [20]=1, [21]=1, [23]=1, [24]=1, [25]=1, [26]=1, [27]=1, [28]=1, [29]=1, [30]=1, [31]=1, [32]=1, [34]=1, [35]=1, [36]=1, [37]=1, [38]=1, [39]=1, [40]=1, [41]=1, [42]=1, [43]=1, [45]=1, [46]=1, [47]=1, [48]=1, [49]=1, [50]=1, [51]=1, [52]=1, [53]=1, [54]=1, [56]=1, [57]=1, [58]=1, [59]=1, [60]=1, [61]=1, [62]=1, [63]=1, [64]=1, [65]=1, [67]=1, [68]=1, [69]=1, [70]=1, [71]=1, [72]=1, [73]=1, [74]=1, [75]=1, [76]=1, [78]=1, [79]=1, [80]=1, [81]=1, [82]=1, [83]=1, [84]=1, [85]=1, [86]=1, [87]=1, [89]=1, [90]=1, [91]=1, [92]=1, [93]=1, [94]=1, [95]=1, [96]=1, [97]=1, [98]=1};
int c2[100] = { 0 };
 
#include <stdlib.h>
#include <assert.h>
 
void puts2( char* s )
{
	int n = strtoul( s , 0 , 10 );
 
 
	c2[n] = 1 ;
}
 
 
f(n){char d[11],i=0,r;for(;i++^10;d[i-1]=d[r=rand()%i],d[r]=47+i);*d^48?d[n]=0,puts2(d):f(n);}
 
int main(void) 
{
    srand( time( 0 ) );
 
	for( int i = 1 ; i < 10000 ; i++ )
	{
		f( 2 );
	}
 
	for( int i = 0 ; i < 100 ; i++ )
	{
		assert( c[i] == c2[i] );
	}
 
	return 0;
}
 

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