HELP!!!!!!!!!!

void CBuggies_DedServDlg::OnTimer(UINT nIDEvent){	static __int64 iTime = 0;	iTime++;	if(iTime % 50){		/*			Okay so, we are running out timer to send out the information.			This is a dual check process to make sure the client has responded.			Is connected and has responded to the last message.			The code will do all the movement on the server side, then 			respond to the clients with the new locations.		*/		int iPlayers2(0);		for(int i(0); i < 4; i++)			if(m_bPlayersActive)				iPlayers2++;		if(iPlayers2>0){			if(((m_bResponse[0] && m_bPlayersActive[0]) || !m_bPlayers[0]) &&				((m_bResponse[1] && m_bPlayersActive[1]) || !m_bPlayers[1]) &&				((m_bResponse[2] && m_bPlayersActive[2]) || !m_bPlayers[2]) &&				((m_bResponse[3] && m_bPlayersActive[3]) || !m_bPlayers[3])){					/*						So, its time to do them movements. Build our						sending packet. Then possible do collission						detection.					*/					for(int i(0); i<4; i++){						/*							Lets do all the movements now.						*/						if(m_cbsBuggies->up)						{							m_cbsBuggies->Accel();							// The car will only turn if it is accelerating							// This is a car not a spaceship							// if the right arrow is pressed then turn right							if(m_cbsBuggies->right)								m_cbsBuggies->TurnRight();							// if the left arrow is pressed then turn left							if(m_cbsBuggies->left)								m_cbsBuggies->TurnLeft();						} else if (m_cbsBuggies->down) {							m_cbsBuggies->Decel();							if(m_cbsBuggies->right)								m_cbsBuggies->TurnRight();							if(m_cbsBuggies->left)								m_cbsBuggies->TurnLeft();						} else {							// Decelerate the car if the gas is not on							m_cbsBuggies->Slow();						}						/*							Now that we have done the movements and set 							all the values required. Its time to							do the move.						*/						m_cbsBuggies->DoMove();						m_bResponse = false;					}					/*						This is time to make our packets and get ready to send						out the car packet to everyone with the correct values.						This is the fun part of this timer.					*/					int iPlayers(0);					for(int i(0); i < 4; i++)						if(m_bPlayersActive)							iPlayers++;					// Number of players minus yourself					SocketPacket* spSend = new SocketPacket[iPlayers];					///////////////////////////////////////////////					///////////////////////////////////////////////					for(int i(0), j(0); i < iPlayers; i++){												/*							Collect the information of all the players and send it							to the new connection. Remember now that we can do this							all at once it makes it much nicer!						*/						// First Determine which is next player						while(!m_bPlayersActive[j] && j < 4)							j++;						/*							Populates array with player names currently playing.							Pointless to send your own name so that name is not							ever sent.						*/						spSend.iFlag = 0;						spSend.data.CarPacket.iPlayer = j;						spSend.data.CarPacket.x = m_cbsBuggies->GetXPos() * 10000;						spSend.data.CarPacket.y = m_cbsBuggies->GetYPos() * 10000;						spSend.data.CarPacket.iDirection = m_cbsBuggies->GetDir() * 10000;					}					//////////////////////////////////////////////					//////////////////////////////////////////////					std::list<CServer*>::iterator scan = m_plConnections.begin();					while(scan != m_plConnections.end()){						if(m_bPlayersActive[(*scan)->m_iPlayer])							(*scan)->Send(spSend, sizeof(SocketPacket) * iPlayers);						scan++;					}					// Clean Memory Up					delete spSend;				} else {					/*						A user is active and connected but not						responding. Count how long its been						if its been over three seconds boot						their ass.					*/				}			}		}	CDialog::OnTimer(nIDEvent);}

	//---- Main message loop:	DWORD l_dwTimeBase = timeGetTime();	for (;;)	{		if ( ::PeekMessage( &l_msg, NULL, 0, 0, PM_REMOVE ) )		{			if ( l_msg.message == WM_QUIT )				break;			::TranslateMessage( &l_msg );			::DispatchMessage ( &l_msg );		}		else		{			//---- Update players and execute game simulation			if( timeGetTime() > l_dwTimeBase + 50 )			{				//---- Process all incoming/outgoing messages.				npDPlay_ProcessMessages();				//---- Update the game simulation with latest input				npPlayer_Update( timeGetTime() - l_dwTimeBase );				npGamePlay_Update( timeGetTime() - l_dwTimeBase );				//---- Update the client window				::InvalidateRect( g_hWndMain, NULL, TRUE );				l_dwTimeBase = timeGetTime();			}		}	}

		//Get the rect area of the entire screen		CRect rect;		GetClientRect (▭);		//Create a DC for the primary surface		CClientDC dc (this);		// off-screen pixels		CBitmap bmOff;		bmOff.CreateCompatibleBitmap (&dc, rect.Width(), rect.Height());		//create a memory DC compatible with the primary surface		CDC memDC;		memDC.CreateCompatibleDC (&dc);		//make sure to save the old 1x1 Bitmap		CBitmap * pOldOffBM = memDC.SelectObject (&bmOff);		// draw to offscreen DC		//memDC.FillSolidRect (▭, RGB (215, 215, 0)); //desert to buggie on		/*			No more desert to buggie on, its time to buggie on something			more realisitic. Implementing map rendering here.		*/		// Load bitmap		//create an instance of CBitmap		CBitmap bmMap;		// DC		CDC memBitmapDC;		memBitmapDC.CreateCompatibleDC(&dc);		// load the bitmap resource into the bitmap instance		bmMap.LoadBitmap(IDB_DEFAULTMAP);		// select the bitmap into the DC (remember to save the old one!)		CBitmap * pOldddddddy = memBitmapDC.SelectObject(&bmMap);		//		TRACE("[%f,%f]\n", m_cNewBuggie.GetXPos(), m_cNewBuggie.GetYPos());		// This will do the drawing		int iYOffSet(static_cast<int>(m_cNewBuggie.GetYPos())%32);		int iXOffSet(static_cast<int>(m_cNewBuggie.GetXPos())%32);		for(int iWinYPos(-32), iLogicalY((m_cNewBuggie.GetYPos()-(550/2)+64)/32); iWinYPos<576; iWinYPos += 32, iLogicalY++)			for(int iWinXPos(-32), iLogicalX((m_cNewBuggie.GetXPos()-(1000/2)+64)/32); iWinXPos<1028; iWinXPos += 32, iLogicalX++){				// Our window variables for drawing				// We have twenty tiles				switch(m_gmCurrent.iMapTiles[iLogicalY][iLogicalX]){					case 0:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 0, 0, SRCCOPY);						break;					case 1:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 32, 0, SRCCOPY);						break;					case 2:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 64, 0, SRCCOPY);						break;					case 3:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 0, SRCCOPY);					case 4:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 0, 32, SRCCOPY);						break;					case 5:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 32, 32, SRCCOPY);						break;					case 6:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 64, 32, SRCCOPY);						break;					case 7:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 32, SRCCOPY);						break;					case 8:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 0, 64, SRCCOPY);						break;					case 9:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 32, 64, SRCCOPY);						break;					case 10:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 64, 64, SRCCOPY);						break;					case 11:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 64, SRCCOPY);						break;					case 12:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 0, 96, SRCCOPY);						break;					case 13:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 32, 96, SRCCOPY);						break;					case 14:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 64, 96, SRCCOPY);						break;					case 15:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 96, SRCCOPY);						break;					case 16:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 0, 129, SRCCOPY);						break;					case 17:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 32, 129, SRCCOPY);						break;					case 18:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 64, 129, SRCCOPY);						break;					case 19:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 129, SRCCOPY);						break;					default:						memDC.BitBlt(iWinXPos, iWinYPos, 32, 32, &memBitmapDC, 96, 129, SRCCOPY);						break;				}			}		memBitmapDC.SelectObject(pOldddddddy);		m_cNewBuggie.Render (&memDC);				for(int i(0); i < 4; i++)			if(m_cbBuggies)				m_cbBuggies->Render(&memDC);		// flip to primary		dc.BitBlt (0, 0, rect.Width(), rect.Height(), &memDC, 0, 0, SRCCOPY);		// restore all surfaces/objects		memDC.SelectObject (pOldOffBM);