public ReadOnlyMemoryAssertions <TActualItem> BeEqualTo <TExpected, TExpectedItem>(TExpected expected, Func <TActualItem, TExpectedItem, bool> comparer)
where TExpected : IEnumerable <TExpectedItem>
{
if (expected is null)
{
throw new EqualToAssertionException <TActualItem[], TExpected>(Actual.ToArray(), expected);
}
var(result, index, _, _) = Actual.Span.Compare(expected, comparer);
return(result switch
{
EqualityResult.NotEqualAtIndex
=> throw new EqualToAssertionException <TActualItem[], TExpected>(
Actual.ToArray(),
expected,
$"Collections differ at index {index}."),
EqualityResult.LessItem
=> throw new EqualToAssertionException <TActualItem[], TExpected>(
Actual.ToArray(),
expected,
$"Actual collection has less items."),
EqualityResult.MoreItems
=> throw new EqualToAssertionException <TActualItem[], TExpected>(
Actual.ToArray(),
expected,
$"Actual collection has more items."),
_ => this,
});
public void BuildWorkingSet()
{
if (Planned.Count == Actual.Count)
{
Schedule[] aryPlanned = Planned.ToArray();
Schedule[] aryActual = Actual.ToArray();
for (int i = 0; i < Planned.Count; i++)
{
Schedule oCurPlanned = aryPlanned[i];
Schedule oCurActual = aryActual[i];
if (oCurActual.Date != oCurPlanned.Date)
{
ScheduleState = ScheduleState.SameCountDiffDates;
}
WorkingSet.Add(new Schedule(this)
{
ID = oCurActual.ID,
Date = oCurPlanned.Date,
Principal = oCurPlanned.Principal
});
} // for
if (ScheduleState == ScheduleState.Unknown)
{
ScheduleState = ScheduleState.Match;
}
}
else
{
ScheduleState = ScheduleState.DiffCount;
BuildBadWorkingSet();
} // if
} // BuildWorkingSet
