int CScheduler::Check(bool forcecheck){
if (!thePrefs.IsSchedulerEnabled()
|| theApp.scheduler->GetCount()==0
|| !theApp.emuledlg->IsRunning()) return -1;
Schedule_Struct* schedule;
struct tm tmTemp;
CTime tNow = CTime(safe_mktime(CTime::GetCurrentTime().GetLocalTm(&tmTemp)));
if (!forcecheck && tNow.GetMinute()==m_iLastCheckedMinute) return -1;
m_iLastCheckedMinute=tNow.GetMinute();
theApp.scheduler->RestoreOriginals();
for (uint8 si=0;si<theApp.scheduler->GetCount();si++) {
schedule=theApp.scheduler->GetSchedule(si);
if (schedule->actions[0]==0 || !schedule->enabled) continue;
// check day of week
if (schedule->day!=DAY_DAYLY) {
int dow=tNow.GetDayOfWeek();
switch (schedule->day) {
case DAY_MO : if (dow!=2) continue;
break;
case DAY_DI : if (dow!=3) continue;
break;
case DAY_MI : if (dow!=4) continue;
break;
case DAY_DO : if (dow!=5) continue;
break;
case DAY_FR : if (dow!=6) continue;
break;
case DAY_SA : if (dow!=7) continue;
break;
case DAY_SO : if (dow!=1) continue;
break;
case DAY_MO_FR : if (dow==7 || dow==1 ) continue;
break;
case DAY_MO_SA : if (dow==1) continue;
break;
case DAY_SA_SO : if (dow>=2 && dow<=6) continue;
}
}
//check time
UINT h1,h2,m1,m2;
CTime t1=CTime(schedule->time);
CTime t2=CTime(schedule->time2);
h1=t1.GetHour(); h2=t2.GetHour();
m1=t1.GetMinute(); m2=t2.GetMinute();
int it1,it2, itn;
it1=h1*60 + m1;
it2=h2*60 + m2;
itn=tNow.GetHour()*60 + tNow.GetMinute();
if (it1<=it2) { // normal timespan
if ( !(itn>=it1 && itn<it2) ) continue;
} else { // reversed timespan (23:30 to 5:10) now 10
if ( !(itn>=it1 || itn<it2)) continue;
}
// ok, lets do the actions of this schedule
ActivateSchedule(si,schedule->time2==0);
}
return -1;
}
int CScheduler::Check(bool forcecheck){
if (!thePrefs.IsSchedulerEnabled()
|| theApp.scheduler->GetCount()==0
|| !theApp.emuledlg->IsRunning()) return -1;
Schedule_Struct* schedule;
struct tm tmTemp;
CTime tNow = CTime(safe_mktime(CTime::GetCurrentTime().GetLocalTm(&tmTemp)));
if (!forcecheck && tNow.GetMinute()==m_iLastCheckedMinute) return -1;
m_iLastCheckedMinute=tNow.GetMinute();
theApp.scheduler->RestoreOriginals();
for (uint8 si=0;si<theApp.scheduler->GetCount();si++) {
schedule=theApp.scheduler->GetSchedule(si);
if (schedule->actions[0]==0 || !schedule->enabled) continue;
// check day of week
if (schedule->day!=DAY_DAYLY) {
int dow=tNow.GetDayOfWeek();
switch (schedule->day) {
case DAY_MO : if (dow!=2) continue;
break;
case DAY_DI : if (dow!=3) continue;
break;
case DAY_MI : if (dow!=4) continue;
break;
case DAY_DO : if (dow!=5) continue;
break;
case DAY_FR : if (dow!=6) continue;
break;
case DAY_SA : if (dow!=7) continue;
break;
case DAY_SO : if (dow!=1) continue;
break;
case DAY_MO_FR : if (dow==7 || dow==1 ) continue;
break;
case DAY_MO_SA : if (dow==1) continue;
break;
case DAY_SA_SO : if (dow>=2 && dow<=6) continue;
}
}
//check time
UINT h1,h2,m1,m2;
CTime t1=CTime(schedule->time);
CTime t2=CTime(schedule->time2);
h1=t1.GetHour(); h2=t2.GetHour();
m1=t1.GetMinute(); m2=t2.GetMinute();
int it1,it2, itn;
it1=h1*60 + m1;
it2=h2*60 + m2;
// ==> handling of one-time-events [Mighty Knife] - Stulle
// if start-time=end-time, this is an event that should
// occur once in that minute. In that case we add 1 to it2 to make sure
// it happens (because of the timespan-comparison below, which happens
// once per minute, too...)
if (it2==it1) it2++;
// <== handling of one-time-events [Mighty Knife] - Stulle
itn=tNow.GetHour()*60 + tNow.GetMinute();
if (it1<=it2) { // normal timespan
if ( !(itn>=it1 && itn<it2) ) continue;
} else { // reversed timespan (23:30 to 5:10) now 10
if ( !(itn>=it1 || itn<it2)) continue;
}
// ok, lets do the actions of this schedule
ActivateSchedule(si,schedule->time2==0);
}
return -1;
}
