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class QuickSort{
public static void main(String[] a){
System.out.println(new QS().Start(10));
}
}
// This class contains the array of integers and
// methods to initialize, print and sort the array
// using Quicksort
class QS{
int number ; //TE
int size ;
// Invoke the Initialization, Sort and Printing
// Methods
public int Start(int sz){
int aux01 ;
aux01 = this.Init(sz);
aux01 = this.Print();
System.out.println(9999);
aux01 = size - 1 ;
aux01 = this.Sort(0,aux01);
aux01 = aux01.Print();
return 0 ;
}
// Sort array of integers using Quicksort method
public int Sort(int left, int right){
int v ;
int i ;
int j ;
int nt;
int t ;
boolean cont01;
boolean cont02;
int aux03 ;
t = 0 ;
if (left < right){
v = number[right] ;
i = left - 1 ;
j = right ;
cont01 = true ;
while (cont01){
cont02 = true ;
while (cont02){
i = i + 1 ;
aux03 = number[i] ;
if (!(aux03<v)) cont02 = false ;
else cont02 = true ;
}
cont02 = true ;
while (cont02){
j = j - 1 ;
aux03 = number[j] ;
if (!(v < aux03)) cont02 = false ;
else cont02 = true ;
}
t = number[i] ;
number[i] = number[j] ;
number[j] = t ;
//aux03 = i + 1 ;
if ( j < (i+1)) cont01 = false ;
else cont01 = true ;
}
number[j] = number[i] ;
number[i] = number[right] ;
number[right] = t ;
nt = this.Sort(left,i-1);
nt = this.Sort(i+1,right);
}
else nt = 0 ;
return 0 ;
}
// Print array of integers
public int Print(){
int j ;
j = 0 ;
while (j < (size)) {
System.out.println(number[j]);
j = j + 1 ;
}
return 0 ;
}
// Initialize array of integers
public int Init(int sz){
size = sz ;
number = new int[sz] ;
number[0] = 20 ;
number[1] = 7 ;
number[2] = 12 ;
number[3] = 18 ;
number[4] = 2 ;
number[5] = 11 ;
number[6] = 6 ;
number[7] = 9 ;
number[8] = 19 ;
number[9] = 5 ;
return 0 ;
}
}
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