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#include "timer.h"
cMyTime::~cMyTime(void) {
}
void cMyTime::Now() {
t = time(0);
tStart = t;
tStart = GetRounded();
tStop = tStart + (tvguideConfig.osdHeight - tvguideConfig.headerHeight - tvguideConfig.footerHeight)/tvguideConfig.minuteHeight*60;
}
void cMyTime::AddStep(int step) {
tStart += step*60;
tStop += step*60;
}
bool cMyTime::DelStep(int step) {
if ((tStart - step*60)+30*60 < t) {
return true;
}
tStart -= step*60;
tStop -= step*60;
return false;
}
void cMyTime::SetTime(time_t newTime) {
tStart = newTime;
tStop = tStart + (tvguideConfig.osdHeight - tvguideConfig.headerHeight - tvguideConfig.footerHeight)/tvguideConfig.minuteHeight*60;
}
time_t cMyTime::getPrevPrimetime(time_t current) {
tm *st = localtime(¤t);
if (st->tm_hour < 21) {
current -= 24 * 60* 60;
st = localtime(¤t);
}
st->tm_hour = 20;
st->tm_min = 0;
time_t primeTime = mktime(st);
return primeTime;
}
time_t cMyTime::getNextPrimetime(time_t current){
tm *st = localtime(¤t);
if (st->tm_hour > 19) {
current += 24 * 60* 60;
st = localtime(¤t);
}
st->tm_hour = 20;
st->tm_min = 0;
time_t primeTime = mktime(st);
return primeTime;
}
bool cMyTime::tooFarInPast(time_t current) {
if (current < t) {
return true;
}
return false;
}
cString cMyTime::GetCurrentTime() {
char buf[25];
t = time(0);
tm *st = localtime(&t);
//snprintf(text, sizeof(text), "%d:%02d", st->tm_hour, st->tm_min);
if (tvguideConfig.timeFormat == e12Hours) {
strftime(buf, sizeof(buf), "%I:%M %p", st);
} else if (tvguideConfig.timeFormat == e24Hours)
strftime(buf, sizeof(buf), "%H:%M", st);
return buf;
}
cString cMyTime::GetDate() {
char text[6];
tm *st = localtime(&tStart);
snprintf(text, sizeof(text), "%d.%d", st->tm_mday, st->tm_mon+1);
return text;
}
cString cMyTime::GetWeekday() {
return WeekDayName(tStart);
}
int cMyTime::GetTimelineOffset() {
tm *st = localtime(&tStart);
int offset = st->tm_hour*60;
offset += st->tm_min;
return offset;
}
time_t cMyTime::GetRounded() {
tm *rounded = localtime ( &tStart );
rounded->tm_sec = 0;
if (rounded->tm_min > 29)
rounded->tm_min = 30;
else
rounded->tm_min = 0;
return mktime(rounded);
}
void cMyTime::debug() {
esyslog("t: %s, tStart: %s, tStop: %s", *TimeString(t), *TimeString(tStart), *TimeString(tStop));
}
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