public static List <WorkloadInfo> GetWorkloadListTotally(List <WorkloadInfo> workloadPerMonth)
{
Dictionary <string, List <WorkloadInfo> > workloadMap = new Dictionary <string, List <WorkloadInfo> >();
// group by name
foreach (var nextInfo in workloadPerMonth)
{
if (!workloadMap.ContainsKey(nextInfo.Name))
{
workloadMap[nextInfo.Name] = new List <WorkloadInfo>();
}
workloadMap[nextInfo.Name].Add(nextInfo);
}
// summarize by name
List <WorkloadInfo> totalInfo = new List <WorkloadInfo>();
foreach (var nextPersonInfoList in workloadMap.Values)
{
WorkloadInfo firstInfo = nextPersonInfoList.First();
// to advoid the precision difference after summaried, we round two decimal before sum
firstInfo.PayStaffMonth = Math.Round(firstInfo.PayStaffMonth, 2);
// deduce money by late days (per month)
// we escape the latedays property for absent days in summarizatioin
if (firstInfo.LateTimes >= 3)
{
firstInfo.LateTimes = (firstInfo.LateTimes + 2) / 3;
}
else
{
// reset the late days
firstInfo.LateTimes = 0;
}
foreach (var nextPersonInfo in nextPersonInfoList)
{
if (nextPersonInfo == firstInfo)
{
continue;
}
firstInfo.ActualShowDays += nextPersonInfo.ActualShowDays;
firstInfo.DueShowDays += nextPersonInfo.DueShowDays;
if (nextPersonInfo.LateTimes >= 3)
{
firstInfo.LateTimes += ((nextPersonInfo.LateTimes + 2) / 3);
}
firstInfo.OTHours += nextPersonInfo.OTHours;
firstInfo.PayStaffMonth += Math.Round(nextPersonInfo.PayStaffMonth, 2);
}
totalInfo.Add(firstInfo);
}
return(totalInfo);
}
static void SetWorkloadInfo(WorkloadInfo workloadInfo, List <AttendanceInfo> attendanceInfoList)
{
double actualDays = 0;
int lateTimes = 0;
int leaveTimes = 0;
int additionalRecordTimes = 0;
int OTHours = 0;
foreach (var nextInfo in attendanceInfoList)
{
// OT hours
OTHours += nextInfo.OTHours;
// actural show days
actualDays += nextInfo.WorkDay;
// late times
if (nextInfo.State == AttendanceState.Late)
{
lateTimes++;
}
// leave times
if (nextInfo.State == AttendanceState.Leave)
{
leaveTimes++;
}
// additional record times
if ((nextInfo.State == AttendanceState.AdditionalRecord) ||
(nextInfo.State == AttendanceState.AdditionalRecord_Ticket))
{
additionalRecordTimes++;
}
}
workloadInfo.ActualShowDays = actualDays;
workloadInfo.LateTimes = lateTimes;
workloadInfo.LeaveTimes = leaveTimes;
workloadInfo.AdditionalRecordTimes = additionalRecordTimes;
workloadInfo.OTHours = OTHours;
// pay staff month
workloadInfo.PayStaffMonth = workloadInfo.ActualShowDays / (double)workloadInfo.DueShowDays;
}
public static List <WorkloadInfo> GetWorklaodListPerMonth(List <AttendanceInfo> attendanceInfoList)
{
Dictionary <string, List <AttendanceInfo> > attendanceNameMap = new Dictionary <string, List <AttendanceInfo> >();
// group by name
foreach (var nextInfo in attendanceInfoList)
{
if (!attendanceNameMap.ContainsKey(nextInfo.Name))
{
attendanceNameMap.Add(nextInfo.Name, new List <AttendanceInfo>());
}
attendanceNameMap[nextInfo.Name].Add(nextInfo);
}
List <WorkloadInfo> workloadInfoList = new List <WorkloadInfo>();
foreach (var nextName in attendanceNameMap.Keys)
{
// group by month
Dictionary <DateTime, List <AttendanceInfo> > monthlyMap = GroupByMonth(attendanceNameMap[nextName]);
foreach (var nextMonth in monthlyMap.Keys)
{
WorkloadInfo workloadInfo = new WorkloadInfo();
workloadInfo.Name = nextName;
workloadInfo.Month = nextMonth.Month;
workloadInfo.DueShowDays = CalcDueShowDays(nextMonth);
SetWorkloadInfo(workloadInfo, monthlyMap[nextMonth]);
workloadInfoList.Add(workloadInfo);
}
} // foreach (var nextName in nameMap.Keys)
return(workloadInfoList);
}
