private static EmpMonthlyProductivityEntity DecompressActualAndExpectedMinForRDLC(EmpMonthlyProductivityEntity mp, List <ActualExpected> Mins)
{
int count = 0;
foreach (ActualExpected mins in Mins)
{
switch (count)
{
case 0: mp.AW1 = mins.actual; mp.EW1 = mins.expected;
break;
case 1: mp.AW2 = mins.actual; mp.EW2 = mins.expected;
break;
case 2: mp.AW3 = mins.actual; mp.EW3 = mins.expected;
break;
case 3: mp.AW4 = mins.actual; mp.EW4 = mins.expected;
break;
case 4: mp.AW5 = mins.actual; mp.EW5 = mins.expected;
break;
case 5: mp.AW6 = mins.actual; mp.EW6 = mins.expected;
break;
case 6: mp.AW7 = mins.actual; mp.EW7 = mins.expected;
break;
case 7: mp.AW8 = mins.actual; mp.EW8 = mins.expected; break;
case 8: mp.AW9 = mins.actual; mp.EW9 = mins.expected;
break;
case 9: mp.AW10 = mins.actual; mp.EW10 = mins.expected; break;
case 10: mp.AW11 = mins.actual; mp.EW11 = mins.expected;
break;
case 11: mp.AW12 = mins.actual; mp.EW12 = mins.expected; break;
case 12: mp.AW13 = mins.actual; mp.EW13 = mins.expected; break;
case 13: mp.AW14 = mins.actual; mp.EW14 = mins.expected; break;
case 14: mp.AW15 = mins.actual; mp.EW15 = mins.expected; break;
case 15: mp.AW16 = mins.actual; mp.EW16 = mins.expected; break;
case 16: mp.AW17 = mins.actual; mp.EW17 = mins.expected; break;
case 17: mp.AW18 = mins.actual; mp.EW18 = mins.expected; break;
case 18: mp.AW19 = mins.actual; mp.EW19 = mins.expected; break;
case 19: mp.AW20 = mins.actual; mp.EW20 = mins.expected; break;
case 20: mp.AW21 = mins.actual; mp.EW21 = mins.expected; break;
case 21: mp.AW22 = mins.actual; mp.EW22 = mins.expected; break;
case 22: mp.AW23 = mins.actual; mp.EW23 = mins.expected; break;
case 23: mp.AW24 = mins.actual; mp.EW24 = mins.expected; break;
case 24: mp.AW25 = mins.actual; mp.EW25 = mins.expected; break;
case 25: mp.AW26 = mins.actual; mp.EW26 = mins.expected; break;
case 26: mp.AW27 = mins.actual; mp.EW27 = mins.expected; break;
case 27: mp.AW28 = mins.actual; mp.EW28 = mins.expected; break;
case 28: mp.AW29 = mins.actual; mp.EW29 = mins.expected; break;
case 29: mp.AW30 = mins.actual; mp.EW30 = mins.expected; break;
case 30: mp.AW31 = mins.actual; mp.EW31 = mins.expected; break;
}
count++;
}
return(mp);
}
private static EmpMonthlyProductivityEntity DecompressActualAndExpectedMinForRDLC(EmpMonthlyProductivityEntity mp, List<ActualExpected> Mins)
{
int count = 0;
foreach (ActualExpected mins in Mins)
{
switch (count)
{
case 0: mp.AW1 = mins.actual; mp.EW1 = mins.expected;
break;
case 1: mp.AW2 = mins.actual; mp.EW2 = mins.expected;
break;
case 2: mp.AW3 = mins.actual; mp.EW3 = mins.expected;
break;
case 3: mp.AW4 = mins.actual; mp.EW4 = mins.expected;
break;
case 4: mp.AW5 = mins.actual; mp.EW5 = mins.expected;
break;
case 5: mp.AW6 = mins.actual; mp.EW6 = mins.expected;
break;
case 6: mp.AW7 = mins.actual; mp.EW7 = mins.expected;
break;
case 7: mp.AW8 = mins.actual; mp.EW8 = mins.expected; break;
case 8: mp.AW9 = mins.actual; mp.EW9= mins.expected;
break;
case 9: mp.AW10 = mins.actual; mp.EW10 = mins.expected; break;
case 10: mp.AW11 = mins.actual; mp.EW11 = mins.expected;
break;
case 11: mp.AW12 = mins.actual; mp.EW12 = mins.expected; break;
case 12: mp.AW13 = mins.actual; mp.EW13 = mins.expected; break;
case 13: mp.AW14 = mins.actual; mp.EW14 = mins.expected; break;
case 14: mp.AW15 = mins.actual; mp.EW15 = mins.expected; break;
case 15: mp.AW16 = mins.actual; mp.EW16 = mins.expected; break;
case 16: mp.AW17 = mins.actual; mp.EW17= mins.expected; break;
case 17: mp.AW18 = mins.actual; mp.EW18 = mins.expected; break;
case 18: mp.AW19 = mins.actual; mp.EW19 = mins.expected; break;
case 19: mp.AW20 = mins.actual; mp.EW20 = mins.expected; break;
case 20: mp.AW21 = mins.actual; mp.EW21 = mins.expected; break;
case 21: mp.AW22 = mins.actual; mp.EW22 = mins.expected; break;
case 22: mp.AW23 = mins.actual; mp.EW23 = mins.expected; break;
case 23: mp.AW24 = mins.actual; mp.EW24 = mins.expected; break;
case 24: mp.AW25 = mins.actual; mp.EW25 = mins.expected; break;
case 25: mp.AW26 = mins.actual; mp.EW26 = mins.expected; break;
case 26: mp.AW27 = mins.actual; mp.EW27 = mins.expected; break;
case 27: mp.AW28 = mins.actual; mp.EW28 = mins.expected; break;
case 28: mp.AW29 = mins.actual; mp.EW29 = mins.expected; break;
case 29: mp.AW30 = mins.actual; mp.EW30 = mins.expected; break;
case 30: mp.AW31 = mins.actual; mp.EW31 = mins.expected; break;
}
count++;
}
return mp;
}
public static List <EmpMonthlyProductivityEntity> ProcessAttendence(List <ViewAttData> finalOutput, string _dateFrom, string _dateTo)
{
TAS2013Entities db = new TAS2013Entities();
List <EmpMonthlyProductivityEntity> listOfEmps = new List <EmpMonthlyProductivityEntity>();
var result = finalOutput.OrderBy(m => m.EmpName).Select(m => m.EmpID).Distinct();
foreach (var emp in result)
{
EmpMonthlyProductivityEntity mp = new EmpMonthlyProductivityEntity();
Emp employee = db.Emps.Where(aa => aa.EmpID == emp).FirstOrDefault();
mp.EmpName = employee.EmpName;
mp.Designation = employee.Designation.DesignationName;
mp.EmpNo = employee.EmpNo;
mp.Company = employee.Company.CompName;
mp.SectionName = employee.Section.SectionName;
mp.TotalActualWork = 0;
mp.TotalExpectedWork = 0;
List <ActualExpected> Mins = new List <ActualExpected>();
Boolean found = false;
DateTime from = Convert.ToDateTime(_dateFrom);
DateTime to = Convert.ToDateTime(_dateTo);
while (from <= to)
{
foreach (ViewAttData att in finalOutput)
{
if (att.EmpID == emp && att.AttDate == from)
{
found = true;
from = from.AddDays(1);
ActualExpected ae = new ActualExpected();
if (att.WorkMin != null)
{
ae.actual = (double)att.WorkMin;
mp.TotalActualWork = mp.TotalActualWork + ae.actual;
}
else
{
ae.actual = 0.0;
}
if (att.ShifMin != null || att.StatusDO == false || att.StatusGZ == false)
{
ae.expected = (double)att.ShifMin;
mp.TotalExpectedWork = mp.TotalExpectedWork + ae.expected;
}
else
{
ae.expected = 0.0;
}
Mins.Add(ae);
break;
}
}
if (!found)
{
from = from.AddDays(1);
}
else
{
found = false;
}
}
mp = DecompressActualAndExpectedMinForRDLC(mp, Mins);
listOfEmps.Add(mp);
}
return(listOfEmps);
}
public static List<EmpMonthlyProductivityEntity> ProcessAttendence(List<ViewAttData> finalOutput, string _dateFrom, string _dateTo)
{
TAS2013Entities db = new TAS2013Entities();
List<EmpMonthlyProductivityEntity> listOfEmps = new List<EmpMonthlyProductivityEntity>();
var result = finalOutput.OrderBy(m => m.EmpName ).Select(m => m.EmpID).Distinct();
foreach (var emp in result)
{
EmpMonthlyProductivityEntity mp = new EmpMonthlyProductivityEntity();
Emp employee = db.Emps.Where(aa => aa.EmpID == emp).FirstOrDefault();
mp.EmpName = employee.EmpName;
mp.Designation =employee.Designation.DesignationName;
mp.EmpNo = employee.EmpNo;
mp.Company = employee.Company.CompName;
mp.SectionName =employee.Section.SectionName;
mp.TotalActualWork = 0;
mp.TotalExpectedWork = 0;
List<ActualExpected> Mins = new List<ActualExpected>();
Boolean found = false;
DateTime from = Convert.ToDateTime(_dateFrom);
DateTime to = Convert.ToDateTime(_dateTo);
while (from <= to)
{
foreach (ViewAttData att in finalOutput)
{
if (att.EmpID == emp && att.AttDate == from)
{
found = true;
from = from.AddDays(1);
ActualExpected ae = new ActualExpected();
if (att.WorkMin != null)
{
ae.actual = (double)att.WorkMin;
mp.TotalActualWork = mp.TotalActualWork + ae.actual;
}
else
ae.actual = 0.0;
if (att.ShifMin != null || att.StatusDO == false || att.StatusGZ == false)
{
ae.expected = (double)att.ShifMin;
mp.TotalExpectedWork = mp.TotalExpectedWork + ae.expected;
}
else
ae.expected = 0.0;
Mins.Add(ae);
break;
}
}
if (!found)
{
from = from.AddDays(1);
}
else
{
found = false;
}
}
mp = DecompressActualAndExpectedMinForRDLC(mp, Mins);
listOfEmps.Add(mp);
}
return listOfEmps;
}
