public void NextState(List <StateStatus> statusList)
{
if (!Completed())
{
PlanningAppStates = PlanningAppStates.OrderBy(s => s.state.OrderId).ToList();
var currentDate = SystemDate.Instance.date;
var prevState = Current(); //Store reference to current state
if (!isLastState(prevState))
{
SeekNext().CurrentState = true; //move to next state
}
prevState.CompleteState(currentDate, statusList); //Close out previouse state
//If Overran then roll all future completion dates by business days overdue
if (currentDate > prevState.DueByDate)
{
var daysDiff = prevState.DueByDate.GetBusinessDays(currentDate, new List <DateTime>());
RollForwardDueByDates(daysDiff, prevState);
}
}
if (Completed())
{
CurrentPlanningStatus = statusList.Where(s => s.Name == StatusList.Complete).SingleOrDefault();
}
}
public void generateDueByDates()
{
if (!Completed())
{
//Important - put states in order before processing!!
PlanningAppStates = PlanningAppStates.OrderBy(s => s.state.OrderId).ToList();
var prevState = new PlanningAppState();
var currState = Current();
var resetCurrent = Current();
while (currState != null)
{
if (!isFirstState(currState))
{
prevState = SeekPrev();
currState.AggregateDueByDate(prevState);
}
else
{
currState.SetDueByDate();
}
currState = Next(currState);
}
//Set original state
SetCurrent(resetCurrent);
}
}
public void updateDueByDates() //Called when inserting a new state to an existing planning app
{
if (!Completed())
{
//Important - put states in order before processing!!
PlanningAppStates = PlanningAppStates.OrderBy(s => s.state.OrderId).ToList();
var prevState = new PlanningAppState();
var currState = Current();
var resetCurrent = Current();
while (currState != null)
{
if (!isFirstState(currState))
{
prevState = SeekPrev();
currState.AggregateDueByDate(prevState);
}
currState = Next(currState);
}
//Set original state
SetCurrent(resetCurrent);
}
}
