private AggregatedRecordedHoursOfDay getAggregatedHoursOfDay(Calendar day) {
// TODO SB
// get all recorded hour records of that day
// aggregate them
// add result to map
// return result
String dbDayString = DateUtil.convertCalendarToDBString(day);
Uri uri =
Uri.withAppendedPath(
AcceleratedAccountingProvider.CONTENT_URI,
AcceleratedAccountingProvider.RECORDED_HOURS_CONTENT_DIRECTORY);
String where = AcceleratedAccountingProvider.COLUMN_RECORDED_HOURS_DATE + " == ?";
String[] whereArgs = new String[] {dbDayString};
String orderBy = AcceleratedAccountingProvider.COLUMN_RECORDED_HOURS_TIME;
List<RecordedHour> recHours = getList(context, uri, null, where, whereArgs, orderBy);
// do aggregate
List<AggregatedRecordedHour> aggHours = doAggregate(recHours);
AggregatedRecordedHoursOfDay aggHoursOfDay = new AggregatedRecordedHoursOfDay();
aggHoursOfDay.setAggRecoredHours(aggHours);
aggHoursOfDay.setDayString(DateUtil.convertDateToGermanDateString(day.getTime()));
return aggHoursOfDay;
}
private String getRoundedTimeString(Calendar time) {
// quadrant bestimmen
// aggregated recorded hour aus erstem und letztem element des intervalles bilden mit gerundeten
// zeiten
// TODO: SB this is only the simple version...
int hours = time.get(Calendar.HOUR_OF_DAY);
int minutes = time.get(Calendar.MINUTE);
if (minutes <= 7) {
minutes = 0;
} else if (minutes > 7 && minutes <= 22) {
minutes = 15;
} else if (minutes > 22 && minutes <= 37) {
minutes = 30;
} else if (minutes > 37 && minutes <= 52) {
minutes = 45;
} else {
hours++;
minutes = 0;
}
time.set(Calendar.HOUR, hours);
time.set(Calendar.MINUTE, minutes);
return DateUtil.convertCalendarToGermanTime(time);
}
