public SeatArrangement(Term source,ISimpleEmployee agent, DateTime start, DateTime end)
{
Agent = agent;
Start = start;
End = end;
Source = source;
}
public SeatArrangement( ISimpleEmployee agent, DateTime start, DateTime end, ISeat seat)
{
Agent = agent;
Start = start;
End = end;
this.Seat = seat;
}
public SeatArrangement(Term source, ISimpleEmployee agent, DateTime start, DateTime end)
{
Agent = agent;
Start = start;
End = end;
Source = source;
}
public SeatArrangement(ISimpleEmployee agent, DateTime start, DateTime end, ISeat seat)
{
Agent = agent;
Start = start;
End = end;
this.Seat = seat;
}
public static IList<SeatArrangement> GenSeatArrangements(this IEnumerable<Term> terms, ISimpleEmployee agent, Func<string, Seat> getSeat, Func<string, SeatArrangement, bool> add)
{
var prv = default(Term);
return terms.GetSeatArrangement((dateRange, term, isNeedSeat) =>
{
if (term == null || !term.IsNeedSeat)
{
prv = term;
return default(SeatArrangement);
}
if (prv != null && !ReferenceEquals(prv, term) && prv.Level == 0 && term.Level == 0)
{
prv = null;
}
var source = default(Term);
TermExt.X(prv, term, ref source);
var instance = default(SeatArrangement);
var seatObj = source.If(o => o.SeatIsEmpty()) == true ? default(Seat) : getSeat(source.Seat);
if (seatObj != null)
{
instance = new SeatArrangement(agent, dateRange.Start, dateRange.End, seatObj) { Source = source };
add(source.Seat, instance);
}
prv = term;
return instance;
});
}
public static Attendance CopyRule(this Attendance attendance, ISimpleEmployee employee)
{
if (employee == null)
{
return(attendance);
}
var rule = employee.LaborRule;
if (rule != null)
{
attendance.MaxOvertimeThreshold = rule.MaxOvertime;
attendance.MaxShrinkedThreshold = rule.MaxShrinked;
attendance.MCDO = rule.MCDO;
attendance.MCWD = rule.MCWD;
attendance.MinIdleGap = rule.MinIdleGap;
attendance.StdDailyLaborHour = rule.StdDailyLaborHour;
attendance.MaxLaborHour = rule.MaxLaborHour;
attendance.MinLaborHour = rule.MinLaborHour;
attendance.MaxSwapTimes = rule.MaxSwapTimes;
//addtional properties for schduling
attendance.DayOffRule = new DayOffRule()
{
SystemAccumulate = rule.DayOffRule.SystemAccumulate,
Add1DayOffEachSaturdayInCS = rule.DayOffRule.Add1DayOffEachSaturdayInCS,
Add1DayOffEachHolidayInCS = rule.DayOffRule.Add1DayOffEachHolidayInCS,
Add1DayOffEachSundayInCS = rule.DayOffRule.Add1DayOffEachSundayInCS,
HolidayShiftRule = rule.DayOffRule.HolidayShiftRule,
SpecifiedNumberOfDays = rule.DayOffRule.SpecifiedNumberOfDays,
MaxFWTimes = rule.DayOffRule.MaxFWTimes,
MaxPWTimes = rule.DayOffRule.MaxPWTimes,
MinFWTimes = rule.DayOffRule.MinFWTimes,
MinPWTimes = rule.DayOffRule.MinPWTimes
};
attendance.SchedulingPayload.DayOffMask = new MaskOfDay()
{
Monthdays = rule.DayOffMask.Monthdays,
Weekdays = rule.DayOffMask.Weekdays
};
/*attendance.SchedulingPayload.GroupingArrangeShift = new GroupingArrangeShift()
* {
* IsGrouping = rule.GroupingArrangeShift.IsGrouping,
* IsMappingEvent = rule.GroupingArrangeShift.IsMappingEvent
* };*/
attendance.AmountDayOff = attendance.InitialDayOffCount();
}
return(attendance);
}
public static Attendance CopyRule(this Attendance attendance, ISimpleEmployee employee)
{
if (employee == null)
return attendance;
var rule = employee.LaborRule;
if (rule != null)
{
attendance.MaxOvertimeThreshold = rule.MaxOvertime;
attendance.MaxShrinkedThreshold = rule.MaxShrinked;
attendance.MCDO = rule.MCDO;
attendance.MCWD = rule.MCWD;
attendance.MinIdleGap = rule.MinIdleGap;
attendance.StdDailyLaborHour = rule.StdDailyLaborHour;
attendance.MaxLaborHour = rule.MaxLaborHour;
attendance.MinLaborHour = rule.MinLaborHour;
attendance.MaxSwapTimes = rule.MaxSwapTimes;
//addtional properties for schduling
attendance.DayOffRule = new DayOffRule()
{
SystemAccumulate = rule.DayOffRule.SystemAccumulate,
Add1DayOffEachSaturdayInCS = rule.DayOffRule.Add1DayOffEachSaturdayInCS,
Add1DayOffEachHolidayInCS = rule.DayOffRule.Add1DayOffEachHolidayInCS,
Add1DayOffEachSundayInCS = rule.DayOffRule.Add1DayOffEachSundayInCS,
HolidayShiftRule = rule.DayOffRule.HolidayShiftRule,
SpecifiedNumberOfDays = rule.DayOffRule.SpecifiedNumberOfDays,
MaxFWTimes = rule.DayOffRule.MaxFWTimes,
MaxPWTimes = rule.DayOffRule.MaxPWTimes,
MinFWTimes = rule.DayOffRule.MinFWTimes,
MinPWTimes = rule.DayOffRule.MinPWTimes
};
attendance.SchedulingPayload.DayOffMask = new MaskOfDay()
{
Monthdays = rule.DayOffMask.Monthdays,
Weekdays = rule.DayOffMask.Weekdays
};
/*attendance.SchedulingPayload.GroupingArrangeShift = new GroupingArrangeShift()
{
IsGrouping = rule.GroupingArrangeShift.IsGrouping,
IsMappingEvent = rule.GroupingArrangeShift.IsMappingEvent
};*/
attendance.AmountDayOff = attendance.InitialDayOffCount();
}
return attendance;
}
public SeatArrangement(ISimpleEmployee agent, DateTime start, DateTime end, Term shift, ISeat seat)
: this(shift, agent, start, end)
{
this.Seat = seat;
}
public SeatArrangement(ISimpleEmployee agent, DateTime start, DateTime end, Term shift, ISeat seat)
: this(shift, agent, start, end)
{
this.Seat = seat;
}
public TimeBox(DateRange period, Employee employee)
: this()
{
_agent = employee;
Boundary = period;
}
private IEnumerable <List <SeatArrangement> > GetOccupationByEmployee(ISimpleEmployee employee)
{
return(_employeeSeatOccupationRegister.Keys.Contains(employee) ?
_employeeSeatOccupationRegister[employee].Where(so => so.Any(o => o.Seat == null)) :
new List <List <SeatArrangement> >().AsEnumerable());
}
public static IList <SeatArrangement> GenSeatArrangements(this IEnumerable <Term> terms, ISimpleEmployee agent, Func <string, Seat> getSeat, Func <string, SeatArrangement, bool> add)
{
var prv = default(Term);
return(terms.GetSeatArrangement((dateRange, term, isNeedSeat) =>
{
if (term == null || !term.IsNeedSeat)
{
prv = term;
return default(SeatArrangement);
}
if (prv != null && !ReferenceEquals(prv, term) && prv.Level == 0 && term.Level == 0)
{
prv = null;
}
var source = default(Term);
TermExt.X(prv, term, ref source);
var instance = default(SeatArrangement);
var seatObj = source.If(o => o.SeatIsEmpty()) == true ? default(Seat) : getSeat(source.Seat);
if (seatObj != null)
{
instance = new SeatArrangement(agent, dateRange.Start, dateRange.End, seatObj)
{
Source = source
};
add(source.Seat, instance);
}
prv = term;
return instance;
}));
}
private IEnumerable<List<SeatArrangement>> GetOccupationByEmployee(ISimpleEmployee employee)
{
return _employeeSeatOccupationRegister.Keys.Contains(employee) ?
_employeeSeatOccupationRegister[employee].Where(so => so.Any(o => o.Seat == null)) :
new List<List<SeatArrangement>>().AsEnumerable();
}
public virtual bool Equals(ISimpleEmployee other)
{
return(Profile.Equals(other));
}
public AgentAdherence(ISimpleEmployee profile)
{
Profile = profile;
}
