C / C++ / MFC

CWnd *pWnd=new CWnd();
BOOL bo,be,bc;
//========================================================
// get application Wnd pointer 
//========================================================
	pWnd= GetOpenClipboardWindow();

//OR
	pWnd=FindWindow("Application class name","Application title");
//======================================================
//open , empty  and close clipboard
//======================================================
	if(pWnd)
	{
	  bo=pWnd->OpenClipboard();    // return false
	  be=EmptyClipboard();            //return false
	  bc=CloseClipboard();            //returnfalse
	}

#include <iostream>
#include <vector>
#include <algorithm>
#include <malloc.h> // For the 'on the stack' version
#ifndef LPBYTE
typedef unsigned char * LPBYTE // For you OS X types ; )
#endif

void split(vector<LPBYTE>& vect, const LPBYTE& lpbData) {
	LPBYTE start = lpbData;		// first part starts at beginning of lpbData
	LPBYTE end = lpbData + (size_t) 2;	// This is normally calculated by finding a separating sequence within lpbData
	size_t len = distance(start, end);	// Size of the part

	// Add part to vector
	LPBYTE lpbPart = new BYTE[len];
	/* Or, on the stack 
	LPBYTE lpbPart = (LPBYTE) _alloca(len)
	*/

	memcpy(lpbPart, start, len);
	vect.push_back( lpbPart );
}
int main() {
	LPBYTE data = {'a', 'b', 'c', 12, 22, 'Q'}; 
	vector<LPBYTE> parts;
	split(parts, data);
	
	for (vector<LPBYTE>::iterator vIT = parts.begin(); vIT != parts.end(); vIT++)
		cout << (char *) *vIT << "\n";
	parts.clear(); // This does no good, but I threw it in for good measure o_O
}

LPBYTE data = {'a', 'b', 'c', 12, 22, 'Q'};
BYTE sub[2];
&sub = data + 2; // This is bad code, but what I mean is to point sub at the 'c' in data