private IEnumerable <IAgent> ReAssignAgents(IList agents)
{
IsDirty = false;
return(agents.ReAssignAgents(_bindableAgents, _attendances, (dirtyAgent =>
{
_shiftDispatcherModel.Reload(ref dirtyAgent);
_laborHoursCountingModel.SummarizeLaborRule(dirtyAgent);
return dirtyAgent;
})));
// var reassignedAgents = new IAgent[agents.Count];
//agents.ForEach<IAgent>((t, i) =>
// {
// var index = _bindableAgents.IndexOf(t);
// if (index != -1)
// {
// var agent = (IAgent)_bindableAgents[index];
// _shiftDispatcherModel.Reload(ref agent);
// _laborHoursCountingModel.SummarizeLaborRule(agent);
// _bindableAgents[index] = agent;
// index = _attendances.IndexOf(agent as Agent);
// if (index != -1)
// {
// _attendances[index] = agent as Agent;
// reassignedAgents[i] = _attendances[index];
// }
// }
// });
}
/// <summary>
/// 计算工时
/// </summary>
protected internal void GetLaborRule()
{
var terms = GetTerm();
var exceptions = _laborHoursCountingModel.SummarizeLaborRule(Agent, terms);
SetLaborRule(exceptions);
MonthTotals = LaborRuleHours(terms.OfType <AssignmentBase>());
var start = SwapingDate.Start.Date;
var end = SwapingDate.End.Date;
var dayrange = (start != end && SwapingDate.Start != start && SwapingDate.End != end) ? new DateRange(start, start.AddDays(2)) : new DateRange(start, start.AddDays(1));
var currentdayterms = terms.CollideTerms(dayrange);
List <Term> inside, outside;
Term.SliceTerm(currentdayterms, dayrange.Start, dayrange.End, out outside, out inside);
DayTotals = LaborRuleHours(inside.OfType <AssignmentBase>());
MonthSwapHour = MonthTotals - MonthHourTotals;
}