public static short GetEntityTime(Absence absence, int time, double contractHours, double weekDays)
{
//if (absence != null && absence.CountAsOneDay)
// return (short)MinutesInDay;
return (short)Math.Round ((time /
(contractHours / weekDays / (double)DayMinutes)));
}
//public static short GetEntityTime(short begin, short end, decimal contractHours, decimal weekDays)
//{
// return (short)((end - begin) /
// ((decimal)contractHours / (decimal)weekDays / DayMinutes));
//}
//public static short GetEntityTime(short begin, short end, decimal coeficient)
//{
// return (short)((decimal)(end - begin) / coeficient);
//}
public static short GetEntityTime(Absence absence, short begin, short end, double contractHours, double weekDays)
{
if (absence != null && absence.CountAsOneDay)
return (short)MinutesInDay;
return GetEntityTime(absence, (end - begin), contractHours, weekDays);
//return (short)((end - begin) /
// ((double)contractHours / (double)weekDays / (double)DayMinutes));
}
private bool CheckUsedAbsence(Absence absence)
{
if (absence == null)
throw new ArgumentNullException();
if (_idsUsedAbsence == null || _idsUsedAbsence.Length == 0)
return false;
foreach (long id in _idsUsedAbsence)
if (absence.ID == id) return true;
return false;
}
public bool MarkAsAbsenceTime(short begintime, short endtime, Absence absence)
{
int index = begintime / 15;
for (int i = begintime; i < endtime; i += 15, index++)
{
if (_recordingTimes[index].AbsenceEntity != absence) Modified = true;
_recordingTimes[index].AbsenceEntity = absence;
}
return Modified;
}
public void AddToDiction(Absence absence)
{
_diction[absence.ID] = absence;
}
public AbsenceName( long languageID, string name, Absence absence )
{
this._languageID = languageID;
this._name = name;
this._absence = absence;
}
public AbsenceName(long languageID, string name, Absence absence)
{
this._languageID = languageID;
this._name = name;
this._absence = absence;
}
private void ProcessAbsence(Absence absence)
{
Debug.Assert(absence != null);
if (absence == null) return;
BzEmployeeHoliday employeeentity = GetFocusedEntity();
List<DateTime> lstDates = CreateDateListFromSelectedRange();
employeeentity.CheckDates(lstDates);
Debug.Assert(employeeentity != null);
if (employeeentity == null) return;
if (lstDates != null && lstDates.Count > 0)
{
List<AbsenceTimeRange> newAbsences = new List<AbsenceTimeRange>();
StoreDay storeday = null;
AbsenceTimeRange absencetime = null;
foreach (DateTime date in lstDates)
{
storeday = _query.StoreDays[date];
Debug.Assert(storeday != null);
absencetime = new AbsenceTimeRange();
absencetime.ID = ClientEnvironment.AbsenceTimePlanningService.CreateEntity().ID;
absencetime.Date = date;
absencetime.AbsenceID = absence.ID;
absencetime.EmployeeID = employeeentity.EmployeeId;
absencetime.Absence = absence;
absencetime.Begin = storeday.OpenTime;
//absencetime.End = (short)(absencetime.Begin + DateTimeHelper.RoundToQuoter(employeeentity.GetAvgWorkingHourADay(date)));
absencetime.End = (short)(absencetime.Begin + employeeentity.GetAvgWorkingHourADay(date));
absencetime.Time = employeeentity.GetAbsenceTimeAsDay(absence, date, (absencetime.End - absencetime.Begin));
newAbsences.Add(absencetime);
}
if (newAbsences.Count > 0)
{
employeeentity.SetAbsence(newAbsences);
BuildTotalSums();
gvAbsencePlanning.RefreshRow(gvAbsencePlanning.FocusedRowHandle);
Modified = true;
}
}
}
private void SaveInputDataTo(Absence entity)
{
entity.Name = AbsenceName;
entity.CharID = Abbreviation;
entity.CountryID = CountryID;
entity.Color = AbsenceColor;
entity.IsFixed = IsFixedAmount;
entity.WithoutFixedTime = WithoutFixedTimeAmount;
entity.Value = AbsenceValue;
entity.UseInCalck = UseInCalculation;
entity.SystemID = SystemId;
entity.CountAsOneDay = CountAsOneDay;
entity.IsShow = IsShow;
}
private void AssignAbsence(Absence source, Absence dest)
{
Debug.Assert(source!= null);
Debug.Assert(dest != null);
BaseEntity.CopyTo(source, dest);
}
public AbsenceForm(Absence entity)
{
InitializeComponent();
EntityControl = null;
Absence = entity;
}