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/*
WARNING: This file was generated by dkct.
Changes you make here will be lost if dkct is run again!
You should modify the original source and run dkct on it.
Original source: DkClockData.cpt
*/
/** @file DkClockData.cpp The DkClockData module.
*/
#line 85 "DkClockData.cpt"
#include "wxdkclock.h"
#line 90 "DkClockData.cpt"
DkClockData::DkClockData()
{
#line 95 "DkClockData.cpt"
clvd.h = 0;
clvd.m = 0;
clvd.s = 0;
clvd.a = 0;
iAlertHour = 0;
iAlertMinute = 0;
iAlertEnabled = 0;
iAlertState = 0;
tmCurrent.Y = 0;
tmCurrent.M = 0;
tmCurrent.D = 0;
tmCurrent.h = 0;
tmCurrent.m = 0;
tmCurrent.s = 0;
#line 110 "DkClockData.cpt"
}
void
DkClockData::getData(clockview_data_t *dptr)
{
#line 118 "DkClockData.cpt"
if(dptr) {
wxMutexLocker lock(mxProtectData);
dk3mem_cpy((void *)dptr, (void *)(&clvd), sizeof(clockview_data_t));
}
#line 123 "DkClockData.cpt"
}
int
DkClockData::setTime(dk3_time_t *ct)
{
dk3_tm_t lct;
int back = 0;
#line 133 "DkClockData.cpt"
if(dk3sf_localtime_app(&lct, ct, NULL)) {
wxMutexLocker lock(mxProtectData);
/*
Check date change.
*/
if(2 == iAlertState) {
if(lct.Y != tmCurrent.Y) {
iAlertState = 0;
} else {
if(lct.M != tmCurrent.M) {
iAlertState = 0;
} else {
if(lct.D != tmCurrent.D) {
iAlertState = 0;
}
}
}
}
/*
Check alert state change.
*/
if((0 != iAlertEnabled) && (0 == iAlertState)) {
if(lct.h > iAlertHour) {
iAlertState = 1; back = 1;
} else {
if(lct.h == iAlertHour) {
if(lct.m >= iAlertMinute) {
iAlertState = 1; back = 1;
}
}
}
}
/*
Copy current time.
*/
dk3mem_cpy((void *)(&tmCurrent), (void *)(&lct), sizeof(dk3_tm_t));
/*
Copy to output structure.
*/
clvd.h = lct.h;
clvd.m = lct.m;
clvd.s = lct.s;
clvd.a = ((1 == iAlertState) ? 1 : 0);
}
#line 177 "DkClockData.cpt"
return back;
}
void
DkClockData::setAlert(bool flag, int hour, int min)
{
#line 186 "DkClockData.cpt"
iAlertState = 0;
{
wxMutexLocker lock(mxProtectData);
if(flag) {
#line 190 "DkClockData.cpt"
if((0 <= hour) && (23 >= hour) && (0 <= min) && (59 >= min)) {
iAlertEnabled = 1;
#line 192 "DkClockData.cpt"
iAlertHour = hour;
iAlertMinute = min;
if(tmCurrent.h > hour) {
iAlertState = 2;
} else {
if(tmCurrent.h == hour) {
if(tmCurrent.m >= min) {
iAlertState = 2;
}
}
}
} else {
#line 204 "DkClockData.cpt"
iAlertEnabled = 0;
iAlertHour = 0;
iAlertMinute = 0;
}
} else {
#line 209 "DkClockData.cpt"
iAlertEnabled = 0;
iAlertHour = 0;
iAlertMinute = 0;
}
}
#line 214 "DkClockData.cpt"
}
void
DkClockData::endAlert(void)
{
#line 222 "DkClockData.cpt"
{
wxMutexLocker lock(mxProtectData);
if(1 == iAlertState) {
iAlertState = 2;
}
}
#line 228 "DkClockData.cpt"
}
void
DkClockData::getAlertData(int *en, int *h, int *m)
{
#line 236 "DkClockData.cpt"
if((en) && (h) && (m)) {
wxMutexLocker lock(mxProtectData);
*en = iAlertEnabled;
#line 239 "DkClockData.cpt"
*h = iAlertHour;
#line 240 "DkClockData.cpt"
*m = iAlertMinute;
#line 241 "DkClockData.cpt"
}
#line 242 "DkClockData.cpt"
}
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