#include<iostream.h>
#include<MTQKSRT.h>
void main (void)
{
	threadCount = 0;
	threadHandles[300];
	threadIDs[300];
	apvector<int> mlist(10);
	mlist[0] = 34 ;
	mlist[1] = 4;
	mlist[2] = 54;
	mlist[3] = 65;
	mlist[4] = 23;
	mlist[5] = 1;
	mlist[6] = 45;
	mlist[7] = 87;
	mlist[8] = 67;
	mlist[9] = 12;
    threadHandles[threadCount] = CreateThread(NULL,0,MTQuickSort((LPVOID)1,mlist,0,mlist.length()-1),(LPVOID)threadCount,0,&threadIDs[threadCount]);		
}

  

  
#include<apvector.h>
#include<windows.h>
#include<windowsx.h>
#include<winbase.h>
#include<stdlib.h>
#include<stdarg.h>
#include<stdio.h>
#include<math.h>
#include<io.h>
#include<fcntl.h>

HANDLE threadHandles[];
DWORD threadIDs[];
int threadCount; //ini to zero

template <class type>
DWORD WINAPI MTQuickSort(LPVOID data,apvector<type> &list, int start, int end)
{
	if (start >= end) // base case (list is sorted)

		return ((DWORD)0);
	// choose a pivot point	

	int pivot = list[(start+end)/2];
	int leftbound = start;
	int rightbound = end;
	while (leftbound <= rightbound)
	{		
		// find first element that is greater than pivot on left side

		while ((leftbound < end) && (list[leftbound] < pivot))
			leftbound++;
		// find first element that is smaller than pivot on right side

		while ((rightbound > start) && (list[rightbound] > pivot))
		   	rightbound--;	
		// swap if indexes haven''t crossed

			if (leftbound <= rightbound)
			{
				int temp = list[leftbound];
				list[leftbound] = list[rightbound];
				list[rightbound] = temp;
				leftbound++;
				rightbound--;
		}
	}
	threadCount++;
	threadHandles[threadCount] = CreateThread(NULL,0,&MTQuickSort(data,list, start, rightbound),(LPVOID)threadCount,0,&threadIDs[threadCount]);
	// sort left

	threadCount++;
	threadHandles[threadCount] = CreateThread(NULL,0,MTQuickSort(data,list, leftbound, end),(LPVOID)threadCount,0,&threadIDs[threadCount]);
	// sort right

	return ((DWORD)0);
}
  

  #include<windows.h>#include<windowsx.h>#include<winbase.h>#include<iostream.h>DWORD WINAPI outs(LPVOID data){	cout<<"hello"<<endl;	return(0);}void main (void){	HANDLE threadHandles[300];        DWORD threadIDs[300];        int threadCount; //ini to zero        threadCount = 0;        threadHandles[threadCount] = CreateThread(NULL,0,outs,(LPVOID)threadCount,0,&threadIDs[threadCount]);		}