void Clock::addSec(int qty)
{
if(qty >= 60)
{
sec += qty%60;
addMin(qty/60);
}
else
sec += qty;
if(sec >= 60)
{
sec -= 60;
addMin(1);
}
}
void Clock::setClock()
{
mvprintw(1, 80, "Setting clock...");
clrtoeol();
refresh();
int input = 0;
while((input = kbinput()) != 10)
{
switch(input)
{
case 272: addHr(1); //F8 increases the hours
break;
case 56: lessHr(1); //8 decreases the hours
break;
case 273: addMin(1); //F9 increases the minutes
break;
case 57: lessMin(1); //9 decreases the minutes
break;
case 274: addSec(1); //F10 increases the minutes
break;
case 48: lessSec(1); //0 decreases the minutes
break;
}
display(true);
}
mvprintw(1, 80, "End setting");
clrtoeol();
refresh();
}
TBool Util::DaylightSavingsAppliesL(const TTime& utc)
{
// This algorithm needs the first day of the week to be monday
TDay oldStart;
TLocale set;
oldStart = set.StartOfWeek();
set.SetStartOfWeek(EMonday);
set.Set();
TBuf<9> min;
TBuf<9> max;
utc.FormatL(min, KDaylightSavingsMinFormat);
utc.FormatL(max, KDaylightSavingsMaxFormat);
// Get times representing the first/last possible day of this
// year that daylight savings time change could change on
TTime timeMin;
User::LeaveIfError(timeMin.Set(min));
TTime timeMax;
User::LeaveIfError(timeMax.Set(max));
// Find the last sunday in the respective months
TTimeIntervalDays addMin(6 - timeMin.DayNoInWeek());
TTimeIntervalDays addMax(6 - timeMax.DayNoInWeek());
timeMin += addMin;
timeMax += addMax;
// The change happens at 1AM.
TTimeIntervalHours hour(1);
timeMin += hour;
timeMax += hour;
// Now we know which day the change occurs on.
// Compare it to what the UTC is.
TBool result = ((timeMin <= utc) && (timeMax > utc));
// reset the first week day
set.SetStartOfWeek(oldStart);
set.Set();
return result;
}
void Clock::snooze()
{
addMin(10);
mvprintw(3, 80, "Snoozing. Will go off again at %d:%d:%d", hr, min, sec);
clrtoeol();
}
