C / C++ / MFC

// ----------------------- CTime operations -------------------------
CTime tNow;
tNow = CTime::GetCurrentTime();	

int iTimeYear = tNow.GetYear(); 
int iTimeMonth = tNow.GetMonth();
int iTimeDay = tNow.GetDay();
int iTimeHour = tNow.GetHour();
int iTimeMinute = tNow.GetMinute();
int iTimeSecond = tNow.GetSecond();

unsigned long ulNow = tNow.GetTime();

// ----------- COleDateTime / CTimeSpan operations  ----------
COleDateTime epoch(1970,1,1,0,0,0);	// 1970 Jan 1 midnight 
COleDateTime tCurrentTime;
tCurrentTime = COleDateTime::GetCurrentTime();

int iOleYear = tCurrentTime.GetYear();
int iOleMonth = tCurrentTime.GetMonth();
int iOleDay = tCurrentTime.GetDay();	
int iOleHour = tCurrentTime.GetHour();
int iOleMinute = tCurrentTime.GetMinute();
int iOleSecond = tCurrentTime.GetSecond();

unsigned long ulOleTime = (unsigned long)(tCurrentTime-epoch).GetTotalSeconds();

bool func()
{
    bool var = false;

    if(...)
        return var = false;
    else
        return var = true;
}

Adam works in the in networking security cell. He wants to generate secret keys
following a pattern. The pattern consists of the characters X and Y.
where X means increasing and Y means decreasing. Help him devise an
algorithm to generate the secret key which is the minimum number encoded
following that pattern. Digits from 1-9 and digits can’t repeat.

Sample Input:                                   Sample Output:

X                                                   12
YXYX                                             21435
YYXYYXXY                                    321654798

Graphics graphics(pDC->GetSafeHdc());
	Image myPNG(path);
	if(myPNG.GetLastStatus()!=Ok)
	{
		return FALSE;
	}
 Gdiplus::Status stat;
	stat =  graphics.DrawImage(&myPNG, (INT)image_rect.left, (INT)image_rect.top, 300, 300);
	return TRUE;