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/** \file FacilityEngine.cpp
\brief To implement the facility engine, the interface is defined into FacilityInterface()
\see FacilityInterface()
\author alpha_one_x86
\version 0.3
\date 2010
\licence GPL3, see the file COPYING */
#include "FacilityEngine.h"
#if defined (Q_OS_WIN32)
#include <windows.h>
#endif
FacilityEngine::FacilityEngine()
{
retranslate();
}
/// \brief To force the text re-translation
void FacilityEngine::retranslate()
{
//translated string
Translation_Copy_engine=tr("Copy engine");
Translation_Copy=tr("Copy");
Translation_Move=tr("Move");
Translation_Pause=tr("Pause");
Translation_Resume=tr("Resume");
Translation_Skip=tr("Skip");
Translation_Unlimited=tr("Unlimited");
//undirect translated string
Translation_perSecond="/"+tr("s");
Translation_tooBig=tr("Too big");
Translation_B=tr("B");
Translation_KB=tr("KB");
Translation_MB=tr("MB");
Translation_GB=tr("GB");
Translation_TB=tr("TB");
Translation_PB=tr("PB");
Translation_EB=tr("EB");
Translation_ZB=tr("ZB");
Translation_YB=tr("YB");
}
/// \brief convert size in Byte to String
QString FacilityEngine::sizeToString(const double &size)
{
double size_temp=size;
if(size_temp<1024)
return QString::number(size_temp)+sizeUnitToString(SizeUnit_byte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_KiloByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_MegaByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_GigaByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_TeraByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_PetaByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_ExaByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_ZettaByte);
if((size_temp=size_temp/1024)<1024)
return adaptString(size_temp)+sizeUnitToString(SizeUnit_YottaByte);
return Translation_tooBig;
}
QString FacilityEngine::adaptString(const float &size)
{
if(size>=100)
return QString::number(size,'f',0);
else
return QString::number(size,'g',3);
}
/// \brief convert size unit to String
QString FacilityEngine::sizeUnitToString(const SizeUnit &sizeUnit)
{
switch(sizeUnit)
{
case SizeUnit_byte:
return Translation_B;
case SizeUnit_KiloByte:
return Translation_KB;
case SizeUnit_MegaByte:
return Translation_MB;
case SizeUnit_GigaByte:
return Translation_GB;
case SizeUnit_TeraByte:
return Translation_TB;
case SizeUnit_PetaByte:
return Translation_PB;
case SizeUnit_ExaByte:
return Translation_EB;
case SizeUnit_ZettaByte:
return Translation_ZB;
case SizeUnit_YottaByte:
return Translation_YB;
default:
ULTRACOPIER_DEBUGCONSOLE(DebugLevel_Warning,"sizeUnit: "+QString::number(sizeUnit));
return "???";
}
}
/// \brief translate the text
QString FacilityEngine::translateText(const QString &text)
{
if(text=="Copy engine")
return Translation_Copy_engine;
if(text=="Copy")
return Translation_Copy;
if(text=="Move")
return Translation_Move;
if(text=="Pause")
return Translation_Pause;
if(text=="Resume")
return Translation_Resume;
if(text=="Skip")
return Translation_Skip;
if(text=="Unlimited")
return Translation_Unlimited;
ULTRACOPIER_DEBUGCONSOLE(DebugLevel_Warning,"text: "+text);
return text;
}
/// \brief speed to string in byte per seconds
QString FacilityEngine::speedToString(const double &speed)
{
return sizeToString(speed)+Translation_perSecond;
}
/// \brief Decompose the time in second
TimeDecomposition FacilityEngine::secondsToTimeDecomposition(const quint32 &seconds)
{
quint32 seconds_temp=seconds;
TimeDecomposition returnValue;
returnValue.second=seconds_temp%60;
seconds_temp-=returnValue.second;
seconds_temp/=60;
returnValue.minute=seconds_temp%60;
seconds_temp-=returnValue.minute;
seconds_temp/=60;
returnValue.hour=seconds_temp;
return returnValue;
}
/// \brief have the functionality
bool FacilityEngine::haveFunctionality(const QString &fonctionnality)
{
#if defined (Q_OS_WIN32)
if(fonctionnality=="shutdown")
return true;
#endif
Q_UNUSED(fonctionnality);
return false;
}
/// \brief call the fonctionnality
QVariant FacilityEngine::callFunctionality(const QString &fonctionnality,const QStringList &args)
{
#if defined (Q_OS_WIN32)
ExitWindowsEx(EWX_POWEROFF | EWX_FORCE,0);
system("shutdown /s /f /t 0");
#endif
Q_UNUSED(fonctionnality);
Q_UNUSED(args);
return QVariant();
}
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