//====================================================================
//----------+++--> Enumerate & display setup alarms incl. hourly chime:
void UpdateAlarmMenu(HMENU hMenu) //--------------------------+++-->
{
wchar_t buf[MAX_PATH];
alarm_t pAS;
int count;
api.GetStr(L"", L"JihouFile", buf, _countof(buf), L"");
if(buf[0])
EnableMenuItem(hMenu,IDM_CHIME,MF_BYCOMMAND|MF_ENABLED);
if(TimetableSearchID(SCHEDID_CHIME)) {
CheckMenuItem(hMenu,IDM_CHIME,MF_BYCOMMAND|MF_CHECKED);
}
count = GetAlarmNum();
if(count){
int idx;
InsertMenu(hMenu,IDM_PROP_ALARM,MF_BYCOMMAND|MF_SEPARATOR,0,NULL);
for(idx=0; idx<count; ++idx) {
ReadAlarmFromReg(&pAS,idx);
wsprintf(buf, FMT(" %s (%i"), pAS.dlgmsg.name,idx+1);
InsertMenu(hMenu, IDM_PROP_ALARM, MF_BYCOMMAND|MF_STRING, IDM_I_ALARM+idx, buf);
if(pAS.uFlags&ALRM_ENABLED)
CheckMenuItem(hMenu,IDM_I_ALARM+idx,MF_BYCOMMAND|MF_CHECKED);
}
InsertMenu(hMenu,IDM_PROP_ALARM,MF_BYCOMMAND|MF_SEPARATOR,0,NULL);
}
}
void TimetableRemove(int id) {
Schedule* schedule = TimetableSearchID(id);
if(schedule) {
TimetableQueue(schedule, 0);
free(schedule);
}
}
void AlarmEnable(int idx, int enable) {
Schedule* alarm;
if(idx < 0 || idx >= m_maxAlarm)
return;
ltoa(idx+1, (g_alarmkey+ALARMKEY_OFFSET), 10);
if(enable < 0) {
int status = api.GetInt(g_alarmkey, "Alarm", 0);
if(enable == -1) {
enable = !status;
goto update_and_continue;
}
enable = status;
alarm = NULL;
} else {
update_and_continue:
api.SetInt(g_alarmkey, "Alarm", enable);
alarm = TimetableSearchID(idx);
}
if(!enable) {
if(alarm) {
TimetableQueue(alarm, 0);
free(alarm);
}
return;
}
if(!alarm) {
alarm = (Schedule*)malloc(sizeof(Schedule));
if(!alarm)
return;
alarm->time = AlarmNextTimestamp();
alarm->id = idx;
/// @note : on next backward incompatible change, store a single value including every "flag"
alarm->data = 0;
if(api.GetInt(g_alarmkey,"Alarm",0)) alarm->data |= ALRM_ENABLED;
if(api.GetInt(g_alarmkey,"Once",0)) alarm->data |= ALRM_ONESHOT;
if(api.GetInt(g_alarmkey,"12h",0)) alarm->data |= ALRM_12H;
if(api.GetInt(g_alarmkey,"ChimeHr",0)) alarm->data |= ALRM_CHIMEHR;
if(api.GetInt(g_alarmkey,"Repeat",0)) alarm->data |= ALRM_REPEAT;
if(api.GetInt(g_alarmkey,"Blink",0)) alarm->data |= ALRM_BLINK;
if(api.GetInt(g_alarmkey,"jrMsgUsed",0)) alarm->data |= ALRM_DIALOG;
TimetableQueue(alarm, 1);
}
}
Schedule* TimetableAdd(int id, time_t ts, unsigned data) {
Schedule* schedule;
schedule = TimetableSearchID(id);
if(schedule) {
TimetableQueue(schedule, 0);
if(ts > 86400)
schedule->time = ts;
} else {
schedule = (Schedule*)malloc(sizeof(Schedule));
if(!schedule)
return NULL;
schedule->id = id;
if(ts <= 86400)
ts = time(NULL) + ts;
schedule->time = ts;
}
schedule->data = data;
TimetableQueue(schedule, 1);
return schedule;
}
