public AbsenceEvaluateSource()
{
AbsenceCode = 0;
DayPeriodFrom = 0;
DayPeriodStop = 0;
ScheduleMonth = new TSeconds[0];
}
public TAnmount SalaryAmountScheduleWork(Period period, TAnmount amountMonthly,
TSeconds fulltimeHour, TSeconds workingsHours)
{
decimal coeffSalary = 1.0m;
decimal salaryValue = RoundingPay.MonthlyAmountWithWorkingHours(amountMonthly, coeffSalary, fulltimeHour, workingsHours);
return(salaryValue);
}
public EvaluateSource()
{
AbsenceCode = 0;
DayFrom = 0;
DayStop = 0;
SchedulePiece = new WorkDayPieceType[0];
ScheduleHours = new TSeconds[0];
ScheduleMonth = new TSeconds[0];
}
public override string Description()
{
TSeconds hoursSummary = HoursMonth.Aggregate(0, (agr, x) => (agr + x));
string formatedValue = FormatUtils.HoursFormat(hoursSummary);
return(string.Format("{0}: Day FROM: {1}, Day STOP: {2}, Hours in month: {3}",
Code.ToEnum <ArticleResultCode>().GetSymbol(),
PeriodDayFrom.ToString(), PeriodDayStop.ToString(), formatedValue));
}
public override string Description()
{
TSeconds hoursSummary = HoursMonth.Aggregate(0, (agr, x) => (agr + x));
string formatedMonth = string.Join("; ", HoursMonth.Take(7).Select((h) => (FormatUtils.HoursFormat(h))));
string formatedValue = FormatUtils.HoursFormat(hoursSummary);
return(string.Format("{0}: Hours in month: {1}; First Week: {2}",
Code.ToEnum <ArticleResultCode>().GetSymbol(),
formatedValue, formatedMonth));
}
public static TSeconds TotalTimesheetHours(TSeconds[] monthTimesheet)
{
if (monthTimesheet == null)
{
return(0);
}
TSeconds timesheetHours = monthTimesheet.Aggregate(0, (agr, dh) => (agr + dh));
return(timesheetHours);
}
public PositionScheduleEvalDetail()
{
PositionPart = 0;
DateFrom = null;
DayPeriodFrom = 0;
DateStop = null;
DayPeriodStop = 0;
PositionType = WorkPositionType.POSITION_EXCLUSIVE;
ScheduleWorks = new TSeconds[0];
}
public static TSeconds[] WeekSchedule(Period period, TSeconds secondsWeekly, TDays workdaysWeekly)
{
TSeconds secondsDaily = (secondsWeekly / Math.Min(workdaysWeekly, WEEKDAYS_COUNT));
TSeconds secRemainder = secondsWeekly - (secondsDaily * workdaysWeekly);
TSeconds[] weekSchedule = Enumerable.Range(1, 7).
Select((x) => (WeekDaySeconds(x, workdaysWeekly, secondsDaily, secRemainder))).ToArray();
return(weekSchedule);
}
public PositionEvaluateSource()
{
PositionPart = 0;
DateFrom = null;
DayPeriodFrom = 0;
DateStop = null;
DayPeriodStop = 0;
PositionType = WorkPositionType.POSITION_EXCLUSIVE;
ScheduleMonth = new TSeconds[0];
ScheduleLimit = new TSeconds[0];
}
private static TSeconds WeekDaySeconds(int dayOrdinal, int daysOfWork, TSeconds secondsDaily, TSeconds secRemainder)
{
if (dayOrdinal < daysOfWork)
{
return(secondsDaily);
}
else if (dayOrdinal == daysOfWork)
{
return(secondsDaily + secRemainder);
}
return(0);
}
public override string ToResultExport(string targetSymbol)
{
TSeconds hoursSummary = HoursMonth.Aggregate(0, (agr, x) => (agr + x));
string hoursFormated = FormatUtils.HoursFormat(hoursSummary);
string dayesFormated = "";
string moneyFormated = "";
string basisFormated = "";
string payeeFormated = "";
return(string.Format("{0}\t{1}\tHours\t{2}\tDays\t{3}\tIncome Amount\t{4}\tBasis Amount\t{5}\tPayment\t{6}",
targetSymbol, Code.ToEnum <ArticleResultCode>().GetSymbol(),
hoursFormated, dayesFormated, moneyFormated, basisFormated, payeeFormated));
}
private static int HoursFromCalendar(TDay dayOrdFrom, TDay dayOrdEnds, TDay dayIndex, TSeconds workSeconds)
{
TDay dayOrdinal = (TDay)(dayIndex + 1);
TSeconds workingDay = workSeconds;
if (dayOrdFrom > dayOrdinal)
{
workingDay = 0;
}
if (dayOrdEnds < dayOrdinal)
{
workingDay = 0;
}
return(workingDay);
}
public static IEnumerable <ResultPack> EvaluateConcept(ConfigBase evalConfig, Period evalPeriod, IPeriodProfile evalProfile,
Result <MasterItem.EvaluateSource, string> prepValues)
{
IEmployProfile conceptProfile = evalProfile.Employ();
if (conceptProfile == null)
{
return(EvaluateUtils.DecoratedError(CONCEPT_DESCRIPTION_ERROR_FORMAT, CONCEPT_PROFILE_NULL_TEXT));
}
MasterItem.EvaluateSource conceptValues = prepValues.Value;
// EVALUATION
TSeconds[] hoursFullWeeks = new TSeconds[0];
TSeconds[] hoursRealWeeks = new TSeconds[0];
TSeconds[] hoursFullMonth = new TSeconds[0];
TSeconds[] hoursRealMonth = new TSeconds[0];
if (conceptValues.ScheduleType == WorkScheduleType.SCHEDULE_NORMALY_WEEK)
{
hoursFullWeeks = conceptProfile.TimesheetWeekSchedule(evalPeriod, conceptValues.ShiftLiable, 5);
hoursRealWeeks = conceptProfile.TimesheetWeekSchedule(evalPeriod, conceptValues.ShiftActual, 5);
hoursFullMonth = conceptProfile.TimesheetFullSchedule(evalPeriod, hoursFullWeeks);
hoursRealMonth = conceptProfile.TimesheetFullSchedule(evalPeriod, hoursRealWeeks);
}
else
{
return(EvaluateUtils.DecoratedErrors(CONCEPT_DESCRIPTION_ERROR_FORMAT, SCHEDULE_TYPE_NOTIMPLEMENTED_TEXT));
}
// EVALUATION
IArticleResult conceptResult = new ArticleGeneralResult(evalConfig);
// SET RESULT VALUES
conceptResult.AddWorkWeeksFullScheduleValue(hoursFullWeeks);
conceptResult.AddWorkWeeksRealScheduleValue(hoursRealWeeks);
conceptResult.AddWorkMonthFullScheduleValue(hoursFullMonth);
conceptResult.AddWorkMonthRealScheduleValue(hoursRealMonth);
// SET RESULT VALUES
return(EvaluateUtils.Results(conceptResult));
}
public static TSeconds[] ScheduleFromTimesheet(TSeconds[] timesheet, WorkDayPieceType[] pieceForDays, TSeconds[] hoursForDays, TDay from, TDay stop)
{
TSeconds[] result = EmptyMonthSchedule();
for (TDay day = from; day <= stop; day++)
{
int indexMonth = day - 1;
int indexDays = day - from;
WorkDayPieceType pieceForDay = pieceForDays[indexDays];
TSeconds hoursForDay = hoursForDays[indexDays];
TSeconds fullHoursTimesheet = timesheet[indexMonth];
TSeconds halfHoursTimesheet = fullHoursTimesheet / 2;
switch (pieceForDay)
{
case WorkDayPieceType.WORKDAY_NONE:
result[indexMonth] = 0;
break;
case WorkDayPieceType.WORKDAY_FULL:
result[indexMonth] = (fullHoursTimesheet);
break;
case WorkDayPieceType.WORKDAY_HALF:
result[indexMonth] = (halfHoursTimesheet);
break;
case WorkDayPieceType.WORKDAY_TIME:
result[indexMonth] = hoursForDay;
break;
default:
result[indexMonth] = 0;
break;
}
}
return(result);
}
public TSeconds[] TimesheetWeekSchedule(Period period, TSeconds secondsWeekly, TDays workdaysWeekly)
{
return(OperationsPeriod.WeekSchedule(period, secondsWeekly, workdaysWeekly));
}
public static TSeconds TotalMonthHours(TSeconds[] template)
{
TSeconds result = template.Take(31).Aggregate(0, (agr, x) => (agr + x));
return(result);
}
public PositionTimesheetSource()
{
HoursSchedule = new TSeconds[0];
HoursInPeriod = new TSeconds[0];
}
public static int WorkingSecondsWeekly(TDays workingDays, THours workingHours)
{
TSeconds secondsDaily = WorkingSecondsDaily(workingHours);
return(workingDays * secondsDaily);
}
public static int WorkingSecondsDaily(THours workingHours)
{
TSeconds secondsInHour = (TIME_MULTIPLY_SIXTY * TIME_MULTIPLY_SIXTY);
return(workingHours * secondsInHour);
}
public PositionScheduleSource(TSeconds shiftLiable, TSeconds shiftActual, WorkScheduleType scheduleType)
{
ShiftLiable = shiftLiable;
ShiftActual = shiftActual;
ScheduleType = scheduleType;
}
public TSeconds TotalHoursForSalary(Period period, TSeconds fulltimeHour, TSeconds workingHours, TSeconds absenceHours)
{
return((TSeconds)0);
}
public EvaluateSource()
{
ScheduleMonth = new TSeconds[0];
AbsencesMonth = new TSeconds[0];
}
public EvaluateSource()
{
DayTermFrom = 0;
DayTermStop = 0;
RealMonthHours = new TSeconds[0];
}