protected IEnumerable<RtaaSlicedTerm> SliceIntoPieces(IEnumerable<Term> terms, Func<Term, bool> termsFilter)
{
var termsCutter = new TermsCutter<Term, RtaaSlicedTerm>
(terms, termsFilter, (s, e, t) =>
{
bool ignore = false;
if (t != null)
{
var assignment = t.GetLowestTerm();
if (assignment != null)
ignore = assignment.IgnoreAdherence();
}
var slicedTerm = new RtaaSlicedTerm
{
Ignore = ignore,
Start = s,
End = e,
OnService = t == null ? false : t.OnService,
Text = t == null ? "Gap" : t.Level > 0 ? t.Level > 2 ? "Absent" : "SubEvent" : "Assignment"
};
return slicedTerm;
});
return termsCutter.ToList(((begin, current) =>
{
bool currentOnService = current != null ? current.OnService : false;
bool beginOnService = begin != null ? begin.OnService : false;
bool beginIgnore = false;
if (begin != null)
{
var assignment = begin.GetLowestTerm();
if (assignment != null)
beginIgnore = assignment.IgnoreAdherence();
}
bool currentIgnore = false;
if (current != null)
{
var assignment = current.GetLowestTerm();
if (assignment != null)
currentIgnore = assignment.IgnoreAdherence();
}
if (beginOnService != currentOnService || beginIgnore != currentIgnore)
return true;
return false;
}));
}
private string ShiftCheckAdherence(RtaaSlicedTerm leftBlock, RtaaSlicedTerm centerBlock, RtaaSlicedTerm rightBlock,
DateRangeRef leftDateRange, DateRangeRef centerDateRange, DateRangeRef rightDateRange)
{
if (centerBlock.Text == "Assignment")
return AssignmentCheckAdherence(leftBlock, centerBlock, rightBlock, leftDateRange, centerDateRange, rightDateRange);
if (centerBlock.Text == "SubEvent")
return SubEventCheckAdherence(leftBlock, centerBlock, rightBlock, leftDateRange, centerDateRange, rightDateRange);
if (centerBlock.Text == "Gap")
return GapCheckAdherence(leftBlock, centerBlock, rightBlock, leftDateRange, centerDateRange, rightDateRange);
return AbsentCheckAdherence(leftBlock, centerBlock, rightBlock, leftDateRange, centerDateRange, rightDateRange);
}
protected IEnumerable<RtaaSlicedTerm> SliceIntoPiecesByType(IEnumerable<Term> terms, Func<Term, bool> termsFilter)
{
var termsCutter = new TermsCutter<Term, RtaaSlicedTerm>
(terms, termsFilter, (s, e, t) =>
{
var slicedTerm = new RtaaSlicedTerm
{
Start = s,
End = e,
OnService = t == null ? false : t.OnService,
Text = t == null ? "Gap" : t.Level > 0 ? t.Level > 2 ? "Absent" : "SubEvent" : "Assignment"
};
return slicedTerm;
});
return termsCutter.ToList(((begin, current) =>
{
return !Equals(begin, current);
}));
}
public string AssignmentCheckAdherence(RtaaSlicedTerm leftBlock, RtaaSlicedTerm centerBlock, RtaaSlicedTerm rightBlock,
DateRangeRef leftDateRange, DateRangeRef centerDateRange, DateRangeRef rightDateRange)
{
DateTime start = centerDateRange.Start;
DateTime end = centerDateRange.End;
if (!leftBlock.OnService)
{
DateTime temp = leftDateRange.End.AddSeconds(DelayOnLineBuffer);
if (start < temp)
start = temp;
}
if (!rightBlock.OnService)
{
DateTime temp = rightDateRange.Start.AddSeconds(-PrematureOffLineBuffer);
if (end > temp)
end = temp;
}
return start < end ? "LateToWork" : string.Empty;
}
