public void SavePlanning2(long storeid, DateTime aBegin, DateTime aEnd, List <EmployeePlanningWeek> lstWeeks)
{
#region validate date
Debug.Assert(aBegin < aEnd);
Debug.Assert(aBegin.DayOfWeek == DayOfWeek.Monday);
Debug.Assert(aEnd.DayOfWeek == DayOfWeek.Sunday);
if (aEnd < DateTime.Today)
{
if (Log.IsWarnEnabled)
{
User user = ServerEnvironment.AuthorizationService.GetCurrentUser();
string username = String.Empty;
if (user != null)
{
username = user.LoginName;
}
Log.Warn(string.Format("User - '{0}', try save planning date in date({1}) with input data {2}-{3} storeid={4}",
new object[] { username, DateTime.Today, aBegin, aEnd, storeid }));
}
return;
}
#endregion
try
{
HolidayCalculator calculatorHolidays = new HolidayCalculator();
calculatorHolidays.Calculate(storeid, aBegin, lstWeeks);
WorkingTimePlanningService.SetWeekTimePlanning(lstWeeks);
AbsenceTimePlanningService.SetWeekTimePlanning(lstWeeks);
StoreWeekCalculater calculator = new StoreWeekCalculater(storeid, aBegin, aEnd, this);
calculator.Process();
if (lstWeeks != null)
{
long[] ids = PlanningWeekProcessor.ListToEmployeeIds(lstWeeks);
ExEmployeeHolidays.CalculateAndUpdate(ids, DateTimeHelper.GetYearByDate(aBegin));
}
_storeService.LastEmployeeWeekTimePlanningUpdate(storeid, aBegin);
}
catch (EntityException)
{
throw;
}
catch (Exception ex)
{
CheckForDBValidationException(null, ex);
throw new SaveException(ex);
}
}
private void LoadWorkingAndAbsencesHours()
{
long[] ids = PlanningWeekProcessor.ListToEmployeeIds(_storeEmployees);
List <WorkingTimePlanning> _workingTimes = ClientEnvironment.WorkingTimePlanningService.GetWorkingTimePlanningsByEmployeeIds(ids, StartDate, EndDate);
List <AbsenceTimePlanning> _absenceTimes = ClientEnvironment.AbsenceTimePlanningService.GetAbsenceTimePlanningsByEmployeeIds(ids, StartDate, EndDate);
Absences.FillAbsencePlanningTimes(_absenceTimes);
PlanningWeekProcessor.AssignTimes(_storeEmployees, _workingTimes, _absenceTimes);
}
private void LoadWorkingAndAbsenceTimes()
{
long[] ids = PlanningWeekProcessor.ListToEmployeeIds(PlanningEmployees);
List <WorkingTimePlanning> _workingTimes = ClientEnvironment.WorkingTimePlanningService.GetWorkingTimePlanningsByEmployeeIds(ids, BeginTime, EndTime);
//List<WorkingTimePlanning> _workingTimes1 = ClientEnvironment.WorkingTimePlanningService.GetEntitiesByStoreRelations(CurrentStoreId, BeginTime, EndTime);
List <AbsenceTimePlanning> _absenceTimes = ClientEnvironment.AbsenceTimePlanningService.GetAbsenceTimePlanningsByEmployeeIds(ids, BeginTime, EndTime);
//List<AbsenceTimePlanning> _absenceTimes = ClientEnvironment.AbsenceTimePlanningService.GetEntitiesByStoreRelations(CurrentStoreId, BeginTime, EndTime);
if (Absences != null)
{
Absences.FillAbsencePlanningTimes(_absenceTimes);
}
PlanningWeekProcessor.AssignTimes(PlanningEmployees, _workingTimes, _absenceTimes);
}
public void SavePlanningWeek(List <EmployeePlanningWeek> weeks)
{
if (weeks == null || weeks.Count == 0)
{
return;
}
long[] ids = PlanningWeekProcessor.ListToEmployeeIds(weeks);
List <WorkingTimePlanning> list_old = Service.GetWorkingTimePlanningsByEmployeeIds(ids, weeks[0].BeginDate, weeks[0].EndDate);
List <WorkingTimePlanning> list_new = new List <WorkingTimePlanning>(100);
foreach (EmployeePlanningWeek week in weeks)
{
foreach (EmployeePlanningDay day in week.Days.Values)
{
if (day.WorkingTimeList != null)
{
list_new.AddRange(day.WorkingTimeList);
}
}
}
if (list_new.Count > 0)
{
bool bFound = false;
foreach (WorkingTimePlanning entity in list_new)
{
bFound = false;
if (list_old != null && list_old.Count > 0)
{
for (int i = 0; i < list_old.Count; i++)
{
if (list_old[i] != null && list_old[i].Compare(entity))
{
entity.ID = list_old[i].ID;
bFound = true;
list_old[i] = null;
break;
}
}
}
if (!bFound)
{
Service.Save(entity);
}
}
}
if (list_old != null)
{
foreach (WorkingTimePlanning entity in list_old)
{
if (entity != null)
{
Service.Delete(entity);
}
}
}
}