bool RealTime::operator >(const RealTime &t) const {
if (GetSec() > t.GetSec())
return true;
if (GetSec() == t.GetSec() && GetUsec() > t.GetUsec())
return true;
return false;
}
RealTime RealTime::operator +(int msec) const {
int usec = GetUsec() + msec * 1000;
if (usec >= ONE_MILLION) {
return RealTime(GetSec() + usec / ONE_MILLION, usec % ONE_MILLION);
} else {
return RealTime(GetSec(), usec);
}
}
RealTime RealTime::operator +(const RealTime &t) const {
if (GetUsec() + t.GetUsec() >= ONE_MILLION) {
return RealTime(GetSec() + t.GetSec() + 1, GetUsec() + t.GetUsec()
- ONE_MILLION);
} else {
return RealTime(GetSec() + t.GetSec(), GetUsec() + t.GetUsec());
}
}
RealTime RealTime::operator -(int msec) const {
int usec = GetUsec() - msec * 1000;
if (usec < 0) {
usec = -usec;
return RealTime(GetSec() - usec / ONE_MILLION - 1, ONE_MILLION - usec
% ONE_MILLION);
} else {
return RealTime(GetSec(), usec);
}
}
/** GetMicro() ger antalet microsekunder **/
double Timer::GetMicro(){
#ifdef _WIN32
QueryPerformanceCounter(&nEnd);
QueryPerformanceFrequency(&nFreq);
return (nEnd.QuadPart - nStart.QuadPart) * 1e6/nFreq.QuadPart;
#else
gettimeofday(&tEnd, NULL);
return (GetSec() * 1E6) + (tEnd.tv_usec - tStart.tv_usec);
#endif
}
inline string _time_xtd::ToStdString() const { //rivedi x rendere + snello
string convertita = "";
ostringstream out;
out.fill('0');
out.width(2);
out << GetHour();
out.width(1);
out << ':';
out.fill('0');
out.width(2);
out << GetMin();
out.width(1);
out << ':';
out.fill('0');
out.width(2);
out << GetSec();
convertita = out.str();
return convertita;
}
std::wstring CDealTime::Format(LPCTSTR format)
{
std::wstring strResult;
std::wstring tempFormat(format);
std::wstring::size_type posY = tempFormat.find(_T("%Y"));
if(posY != tempFormat.npos)
{
UINT year = GetYear();
wchar_t wtYear[5]={0};
swprintf_s(wtYear,_T("%d"),year);
// tempFormat.replace(posY,posY+2,wtYear,4);
strResult += wtYear;
}
wstring::size_type posM = tempFormat.find(_T("%M"));
if(posM != tempFormat.npos)
{
UINT month = GetMonth();
wchar_t wtMonth[3]={0};
swprintf_s(wtMonth,_T("%d"),month);
wstring subStr = tempFormat.substr(posY+2,posM-posY-2);
strResult += subStr;
strResult += wtMonth;
// tempFormat.replace(posM,posM+2,wtMonth,2);
}
wstring::size_type posD = tempFormat.find(_T("%D"));
if(posD != tempFormat.npos)
{
UINT day = GetDay();
wchar_t wtDay[3]={0};
swprintf_s(wtDay,_T("%d"),day);
// tempFormat.replace(posD,posD+2,wtDay,2);
wstring subStr = tempFormat.substr(posM+2,posD-posM-2);
strResult += subStr;
strResult += wtDay;
}
wstring::size_type posH = tempFormat.find(_T("%H"));
if(posH != tempFormat.npos)
{
UINT hour = GetHour();
wchar_t wtHour[3]={0};
swprintf_s(wtHour,_T("%d"),hour);
// tempFormat.replace(posH,posH+2,wtHour,2);
wstring subStr = tempFormat.substr(posD+2,posH-posD-2);
strResult += subStr;
strResult += wtHour;
}
wstring::size_type posMin = tempFormat.find(_T("%m"));
if(posMin != tempFormat.npos)
{
UINT Min = GetMin();
wchar_t wtMin[3]={0};
swprintf_s(wtMin,_T("%d"),Min);
wstring subStr = tempFormat.substr(posH+2,posMin-posH-2);
strResult += subStr;
strResult += wtMin;
// tempFormat.replace(posMin,posMin+2,wtMin,2);
}
wstring::size_type posS = tempFormat.find(_T("%S"));
if(posS != tempFormat.npos)
{
UINT Sec = GetSec();
wchar_t wtSec[3]={0};
swprintf_s(wtSec,_T("%d"),Sec);
// tempFormat.replace(posS,posS+2,wtSec,2);
wstring subStr = tempFormat.substr(posMin+2,posS-posMin-2);
strResult += subStr;
strResult += wtSec;
}
return strResult;
}
long RealTime::Sub(const RealTime &t) {
return (GetSec() - t.GetSec()) * 1000000 + GetUsec() - t.GetUsec();
}
int RealTime::operator -(const RealTime &t) const {
return (GetSec() - t.GetSec()) * 1000 + int((GetUsec() - t.GetUsec())
/ 1000.0);
}