Source code of Windows XP (NT5)
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// Num64.h -- Classes for 64-bit integers and unsigned numbers
// We define two classes here which provide arithmetic and bit shifting functions
// for 64-bit signed and unsigned numbers. We use these classes instead of the
// LONGLONG and DWORDLONG types so this code can be ported to environments which
// don't have direct support for 64-bit data. In this implmentation we use inline
// functions as a thin layer around the 64-bit support available in the Win32
// environment.
class CULINT;
class CLINT
{
public:
CLINT();
CLINT(CLINT& cli);
CLINT(LARGE_INTEGER li);
CLINT(ULARGE_INTEGER uli);
CLINT(LONGLONG ll);
CLINT(CULINT culi);
BOOL NonZero();
friend CLINT operator- (const CLINT& cliRight);
friend CLINT operator+ (const CLINT& cliLeft, const CLINT& cliRight);
friend CLINT operator- (const CLINT& cliLeft, const CLINT& cliRight);
friend CLINT operator* (const CLINT& cliLeft, const CLINT& cliRight);
friend CLINT operator/ (const CLINT& cliLeft, const CLINT& cliRight);
friend CLINT operator| (const CLINT& cliLeft, const CLINT& cliRight);
friend CLINT operator<< (const CLINT& cliLeft, UINT cbits);
friend CLINT operator>> (const CLINT& cliLeft, UINT cbits);
friend BOOL operator< (const CLINT& cliLeft, const CLINT& cliRight);
friend BOOL operator<= (const CLINT& cliLeft, const CLINT& cliRight);
friend BOOL operator== (const CLINT& cliLeft, const CLINT& cliRight);
friend BOOL operator>= (const CLINT& cliLeft, const CLINT& cliRight);
friend BOOL operator> (const CLINT& cliLeft, const CLINT& cliRight);
friend BOOL operator!= (const CLINT& cliLeft, const CLINT& cliRight);
CLINT& operator= (const CLINT& cliRight);
CLINT& operator+= (const CLINT& cliRight);
CLINT& operator-= (const CLINT& cliRight);
CLINT& operator*= (const CLINT& cliRight);
CLINT& operator/= (const CLINT& cliRight);
CLINT& operator|= (const CLINT& cliRight);
CLINT& operator<<=(UINT cbits);
CLINT& operator>>=(UINT cbits);
LARGE_INTEGER Li();
LONGLONG Ll();
private:
LONGLONG QuadPart;
};
typedef CLINT *PCLINT;
class CULINT
{
public:
CULINT();
CULINT(CULINT& cli);
CULINT(LARGE_INTEGER li);
CULINT(ULARGE_INTEGER uli);
CULINT(DWORDLONG dwl);
CULINT(CLINT cli);
BOOL NonZero();
friend CULINT operator- (const CULINT& culiRight);
friend CULINT operator+ (const CULINT& culiLeft, const CULINT& culiRight);
friend CULINT operator- (const CULINT& culiLeft, const CULINT& culiRight);
friend CULINT operator* (const CULINT& culiLeft, const CULINT& culiRight);
friend CULINT operator/ (const CULINT& culiLeft, const CULINT& culiRight);
friend CULINT operator| (const CULINT& culiLeft, const CULINT& culiRight);
friend CULINT operator<< (const CULINT& culiLeft, UINT cbits);
friend CULINT operator>> (const CULINT& culiLeft, UINT cbits);
friend BOOL operator< (const CULINT& culiLeft, const CULINT& culiRight);
friend BOOL operator<= (const CULINT& culiLeft, const CULINT& culiRight);
friend BOOL operator== (const CULINT& culiLeft, const CULINT& culiRight);
friend BOOL operator>= (const CULINT& culiLeft, const CULINT& culiRight);
friend BOOL operator> (const CULINT& culiLeft, const CULINT& culiRight);
friend BOOL operator!= (const CULINT& culiLeft, const CULINT& culiRight);
CULINT& operator= (const CULINT& culiRight);
CULINT& operator+= (const CULINT& culiRight);
CULINT& operator-= (const CULINT& culiRight);
CULINT& operator*= (const CULINT& culiRight);
CULINT& operator/= (const CULINT& culiRight);
CULINT& operator|= (const CULINT& culiRight);
CULINT& operator<<=(UINT cbits);
CULINT& operator>>=(UINT cbits);
ULARGE_INTEGER Uli();
DWORDLONG Ull();
private:
DWORDLONG QuadPart;
};
typedef CULINT *PCULINT;
inline CLINT::CLINT()
{
}
inline CLINT::CLINT(CLINT& cli)
{
QuadPart = cli.QuadPart;
}
inline CLINT::CLINT(LARGE_INTEGER li)
{
QuadPart = li.QuadPart;
}
inline CLINT::CLINT(ULARGE_INTEGER uli)
{
QuadPart = (LONGLONG) uli.QuadPart;
}
inline CLINT::CLINT(CULINT culi)
{
QuadPart = (LONGLONG) culi.Uli().QuadPart;
}
inline CLINT::CLINT(LONGLONG ll)
{
QuadPart = ll;
}
inline BOOL CLINT::NonZero()
{
return QuadPart != 0;
}
inline CLINT operator- (const CLINT& cliRight)
{
CLINT cliResult(-cliRight.QuadPart);
return cliResult;
}
inline CLINT operator+ (const CLINT& cliLeft, const CLINT& cliRight)
{
CLINT cliResult(cliLeft.QuadPart + cliRight.QuadPart);
return cliResult;
}
inline CLINT operator- (const CLINT& cliLeft, const CLINT& cliRight)
{
CLINT cliResult(cliLeft.QuadPart - cliRight.QuadPart);
return cliResult;
}
inline CLINT operator* (const CLINT& cliLeft, const CLINT& cliRight)
{
CLINT cliResult(cliLeft.QuadPart * cliRight.QuadPart);
return cliResult;
}
inline CLINT operator/ (const CLINT& cliLeft, const CLINT& cliRight)
{
CLINT cliResult(cliLeft.QuadPart / cliRight.QuadPart);
return cliResult;
}
inline CLINT operator| (const CLINT& cliLeft, const CLINT& cliRight)
{
CLINT cliResult(cliLeft.QuadPart | cliRight.QuadPart);
return cliResult;
}
inline CLINT operator<< (const CLINT& cliLeft, UINT cbits)
{
CLINT cliResult(cliLeft.QuadPart << cbits);
return cliResult;
}
inline CLINT operator>> (const CLINT& cliLeft, UINT cbits)
{
CLINT cliResult(cliLeft.QuadPart >> cbits);
return cliResult;
}
inline BOOL operator< (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart < cliLeft.QuadPart;
}
inline BOOL operator<= (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart <= cliLeft.QuadPart;
}
inline BOOL operator== (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart == cliLeft.QuadPart;
}
inline BOOL operator>= (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart >= cliLeft.QuadPart;
}
inline BOOL operator> (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart > cliLeft.QuadPart;
}
inline BOOL operator!= (const CLINT& cliLeft, const CLINT& cliRight)
{
return cliLeft.QuadPart != cliLeft.QuadPart;
}
inline CLINT& CLINT::operator= (const CLINT& cliRight)
{
QuadPart = cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator+= (const CLINT& cliRight)
{
QuadPart += cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator-= (const CLINT& cliRight)
{
QuadPart -= cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator*= (const CLINT& cliRight)
{
QuadPart *= cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator/= (const CLINT& cliRight)
{
QuadPart /= cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator|= (const CLINT& cliRight)
{
QuadPart |= cliRight.QuadPart;
return *this;
}
inline CLINT& CLINT::operator<<=(UINT cbits)
{
QuadPart <<= cbits;
return *this;
}
inline CLINT& CLINT::operator>>=(UINT cbits)
{
QuadPart >>= cbits;
return *this;
}
inline LARGE_INTEGER CLINT::Li()
{
LARGE_INTEGER li;
li.QuadPart = QuadPart;
return li;
}
inline LONGLONG CLINT::Ll()
{
return QuadPart;
}
inline CULINT::CULINT()
{
}
inline CULINT::CULINT(CULINT& culi)
{
QuadPart = culi.QuadPart;
}
inline CULINT::CULINT(LARGE_INTEGER li)
{
QuadPart = (DWORDLONG) li.QuadPart;
}
inline CULINT::CULINT(ULARGE_INTEGER uli)
{
QuadPart = uli.QuadPart;
}
inline CULINT::CULINT(DWORDLONG dwl)
{
QuadPart = dwl;
}
inline CULINT::CULINT(CLINT cli)
{
QuadPart = (DWORDLONG) cli.Li().QuadPart;
}
inline BOOL CULINT::NonZero()
{
return QuadPart != 0;
}
inline CULINT operator- (const CULINT& culiRight)
{
#pragma warning( disable : 4146 )
CULINT ulint(-culiRight.QuadPart);
return ulint;
}
inline CULINT operator+ (const CULINT& culiLeft, const CULINT& culiRight)
{
CULINT ulint(culiLeft.QuadPart + culiRight.QuadPart);
return ulint;
}
inline CULINT operator- (const CULINT& culiLeft, const CULINT& culiRight)
{
CULINT ulint(culiLeft.QuadPart - culiRight.QuadPart);
return ulint;
}
inline CULINT operator* (const CULINT& culiLeft, const CULINT& culiRight)
{
CULINT ulint(culiLeft.QuadPart * culiRight.QuadPart);
return ulint;
}
inline CULINT operator/ (const CULINT& culiLeft, const CULINT& culiRight)
{
CULINT ulint(culiLeft.QuadPart / culiRight.QuadPart);
return ulint;
}
inline CULINT operator| (const CULINT& culiLeft, const CULINT& culiRight)
{
CULINT ulint(culiLeft.QuadPart | culiRight.QuadPart);
return ulint;
}
inline CULINT operator<< (const CULINT& culiLeft, UINT cbits)
{
CULINT ulint(culiLeft.QuadPart << cbits);
return ulint;
}
inline CULINT operator>> (const CULINT& culiLeft, UINT cbits)
{
CULINT ulint(culiLeft.QuadPart >> cbits);
return ulint;
}
inline CULINT& CULINT::operator= (const CULINT& culiRight)
{
QuadPart = culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator+= (const CULINT& culiRight)
{
QuadPart += culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator-= (const CULINT& culiRight)
{
QuadPart -= culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator*= (const CULINT& culiRight)
{
QuadPart *= culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator/= (const CULINT& culiRight)
{
QuadPart /= culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator|= (const CULINT& culiRight)
{
QuadPart |= culiRight.QuadPart;
return *this;
}
inline CULINT& CULINT::operator<<=(UINT cbits)
{
QuadPart <<= cbits;
return *this;
}
inline CULINT& CULINT::operator>>=(UINT cbits)
{
QuadPart >>= cbits;
return *this;
}
inline BOOL operator< (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart < culiRight.QuadPart;
}
inline BOOL operator<= (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart <= culiRight.QuadPart;
}
inline BOOL operator== (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart == culiRight.QuadPart;
}
inline BOOL operator>= (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart >= culiRight.QuadPart;
}
inline BOOL operator> (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart > culiRight.QuadPart;
}
inline BOOL operator!= (const CULINT& culiLeft, const CULINT& culiRight)
{
return culiLeft.QuadPart != culiRight.QuadPart;
}
inline ULARGE_INTEGER CULINT::Uli()
{
ULARGE_INTEGER uli;
uli.QuadPart = QuadPart;
return uli;
}
inline DWORDLONG CULINT::Ull()
{
return QuadPart;
}